TIR
{

RETE|ID 1 FBti0018424	ICL 1 3S18	SYM 1 3S18{?'}Dr<up>R10</up>	ASTR 1 -	CLOC 1 -	REF 1 2	DT 1 15 Oct 2001	RESZ 547
ID|FBti0018424
SYM|3S18{?'}Dr<up>R10</up>
ASTP|<fbsym>FBtp0014767==3S18{?'}</fbsym>
DT|15 Oct 2001
|3 Oct 2001
ICL|3S18
PRG|<fbsym>FBti0014114==3S18{}Dr<up>Mio</up></fbsym>
ASGN|<fbsym>FBgn0000492==Dr</fbsym>

REFDSR
{
RDID|FBrf0136848
|Mozer
|2001
ASAL|<fbsym>FBal0124304==Dr<up>R10</up></fbsym>
CC|Selected as revertant of eye phenotype associated with
| <fbsym>FBti0014114==3S18{}Dr<up>Mio</up></fbsym>; partial deletion of the <fbsym>FBgn0005384==3S18</fbsym> element.
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0136848
|Mozer
|2001
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018425	ICL 1 3S18	SYM 1 3S18{?'}Dr<up>R21</up>	ASTR 1 -	CLOC 1 -	REF 1 2	DT 1 15 Oct 2001	RESZ 547
ID|FBti0018425
SYM|3S18{?'}Dr<up>R21</up>
ASTP|<fbsym>FBtp0014767==3S18{?'}</fbsym>
DT|15 Oct 2001
|3 Oct 2001
ICL|3S18
PRG|<fbsym>FBti0014114==3S18{}Dr<up>Mio</up></fbsym>
ASGN|<fbsym>FBgn0000492==Dr</fbsym>

REFDSR
{
RDID|FBrf0136848
|Mozer
|2001
ASAL|<fbsym>FBal0124303==Dr<up>R21</up></fbsym>
CC|Selected as revertant of eye phenotype associated with
| <fbsym>FBti0014114==3S18{}Dr<up>Mio</up></fbsym>; partial deletion of the <fbsym>FBgn0005384==3S18</fbsym> element.
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0136848
|Mozer
|2001
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018426	ICL 1 3S18	SYM 1 3S18{?'}Dr<up>R22</up>	ASTR 1 -	CLOC 1 -	REF 1 2	DT 1 15 Oct 2001	RESZ 547
ID|FBti0018426
SYM|3S18{?'}Dr<up>R22</up>
ASTP|<fbsym>FBtp0014767==3S18{?'}</fbsym>
DT|15 Oct 2001
|3 Oct 2001
ICL|3S18
PRG|<fbsym>FBti0014114==3S18{}Dr<up>Mio</up></fbsym>
ASGN|<fbsym>FBgn0000492==Dr</fbsym>

REFDSR
{
RDID|FBrf0136848
|Mozer
|2001
ASAL|<fbsym>FBal0124302==Dr<up>R22</up></fbsym>
CC|Selected as revertant of eye phenotype associated with
| <fbsym>FBti0014114==3S18{}Dr<up>Mio</up></fbsym>; partial deletion of the <fbsym>FBgn0005384==3S18</fbsym> element.
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0136848
|Mozer
|2001
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018427	ICL 1 3S18	SYM 1 3S18{?'}Dr<up>R53</up>	ASTR 1 -	CLOC 1 -	REF 1 2	DT 1 15 Oct 2001	RESZ 547
ID|FBti0018427
SYM|3S18{?'}Dr<up>R53</up>
ASTP|<fbsym>FBtp0014767==3S18{?'}</fbsym>
DT|15 Oct 2001
|3 Oct 2001
ICL|3S18
PRG|<fbsym>FBti0014114==3S18{}Dr<up>Mio</up></fbsym>
ASGN|<fbsym>FBgn0000492==Dr</fbsym>

REFDSR
{
RDID|FBrf0136848
|Mozer
|2001
ASAL|<fbsym>FBal0124301==Dr<up>R53</up></fbsym>
CC|Selected as revertant of eye phenotype associated with
| <fbsym>FBti0014114==3S18{}Dr<up>Mio</up></fbsym>; partial deletion of the <fbsym>FBgn0005384==3S18</fbsym> element.
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0136848
|Mozer
|2001
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019523	ICL 1 3S18	SYM 1 3S18{}4	ASTR 1 -	CLOC 1 1B1-1B2	REF 1 2	DT 1 21 Aug 2003	RESZ 343
ID|FBti0019523
SYM|3S18{}4
SYN|TE19523
ASTP|<fbsym>FBtp0011408==3S18</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|3S18

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|3S18{}4
CLOC|1B1-1B2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003417.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019554	ICL 1 3S18	SYM 1 3S18{}35	ASTR 1 -	CLOC 1 3D3-3D3	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019554
SYM|3S18{}35
SYN|TE19554
ASTP|<fbsym>FBtp0011408==3S18</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|3S18

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|3S18{}35
CLOC|3D3-3D3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003427.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019649	ICL 1 3S18	SYM 1 3S18{}177	ASTR 1 -	CLOC 1 19B1-19B1	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019649
SYM|3S18{}177
SYN|TE19649
ASTP|<fbsym>FBtp0011408==3S18</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|3S18

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|3S18{}177
CLOC|19B1-19B1
LOCB|genomic location inferred from flanking sequence
DBAF|AE002611.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019655	ICL 1 3S18	SYM 1 3S18{}183	ASTR 1 -	CLOC 1 19C5-19C5	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019655
SYM|3S18{}183
SYN|TE19655
ASTP|<fbsym>FBtp0011408==3S18</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|3S18

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|3S18{}183
CLOC|19C5-19C5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003571.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018869	ICL 1 3S18	SYM 1 3S18{}853	ASTR 1 -	CLOC 1 55D4-55E1	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0018869
SYM|3S18{}853
SYN|TE18869
ASTP|<fbsym>FBtp0011408==3S18</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|3S18

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|3S18{}853
CLOC|55D4-55E1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003799.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020201	ICL 1 3S18	SYM 1 3S18{}1090	ASTR 1 -	CLOC 1 79C1-79C1	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020201
SYM|3S18{}1090
SYN|TE20201
ASTP|<fbsym>FBtp0011408==3S18</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|3S18

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|3S18{}1090
CLOC|79C1-79C1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003596.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014100	ICL 1 3S18	SYM 1 3S18{}Bx<up>J</up>	ASTR 1 -	CLOC 1 17C3--4	REF 1 2	DT 1 6 Jan 2000	RESZ 460
ID|FBti0014100
SYM|3S18{}Bx<up>J</up>
ASTP|<fbsym>FBtp0011408==3S18</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|3S18
ASGN|<fbsym>FBgn0000242==Bx</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|3S18{}Bx<up>J</up>
ASAL|<fbsym>FBal0001441==Bx<up>J</up></fbsym>
MU|heat-treatment \?
CLOC|17C3--4
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000242==Bx</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0001441==Bx<up>J</up></fbsym>

REFDSR
{
RDID|FBrf0028138
|Santamaria and Garcia-Bellido
|1975
PHP|Clonal analysis of wing disk development indicates massive cell loss
|during third larval instar. Clones of <fbsym>FBgn0000242==Bx</fbsym><up>+</up> cells in
| <fbsym>FBal0001441==Bx<up>J</up></fbsym>/+ wings that
|reach the margin but are confined to the dorsal or ventral surface often
|cause reconstitution of both surfaces and appearance of marginal elements
|derived from both surfaces.
PHM|dorsal mesothoracic disc
}

REFDSR
{
RDID|FBrf0033647
|Lifschytz and Green
|1979
PHP|The only dominant <fbsym>FBgn0000242==Bx</fbsym> allele not suppressed by a Bx deficiency or hdp.
}

REFDSR
{
RDID|FBrf0056217
|Jack and DeLotto
|1992
PHP|Homozygotes exhibit tissue loss from the entire wing margin and blistering
|of the wing blade. The phenotype is unchanged in double homozygote
|combinations with <fbsym>FBal0001938==ct<up>53d</up></fbsym>.
PHM|wing
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Wings reduced to slender strip; only posterior cell present at tip.
|Heterozygous females have half and homozygous females one third the normal
|number of cells in membrane of wing. Femur shortened or legs otherwise
|abnormal, especially third pair. Halteres abnormal. Interacts with <fbsym>FBgn0000179==bi</fbsym> to
|give more nearly normal wings.
|RK1.
PHM|wing
|haltere
|femur
}

REFDSR
{
RDID|FBrf0159703
|Chen
|2002
PHM|wing
}

REF
{
REFM|FBrf0028138
|Santamaria and Garcia-Bellido
|1975
REFM|FBrf0033647
|Lifschytz and Green
|1979
REFM|FBrf0056217
|Jack and DeLotto
|1992
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0159703
|Chen
|2002
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014114	ICL 1 3S18	SYM 1 3S18{}Dr<up>Mio</up>	ASTR 1 -	CLOC 1 99B3	REF 1 4	DT 1 6 Jan 2000	RESZ 684
ID|FBti0014114
SYM|3S18{}Dr<up>Mio</up>
ASTP|<fbsym>FBtp0011408==3S18</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|3S18
ASGN|<fbsym>FBgn0000492==Dr</fbsym>

REFDSR
{
RDID|FBrf0049495
|Renfranz and Benzer
|1989
PHC|lethal | recessive
}

REFDSR
{
RDID|FBrf0076958
|Tearle et al.
|1994
PHC|lethal | embryonic | recessive
}

REFDSR
{
RDID|FBrf0079057
|Mozer
|1995
SYN|3S18{}Dr<up>Mio</up>
ASAL|<fbsym>FBal0003110==Dr<up>Mio</up></fbsym>
MU|nitrogen mustard
CLOC|99B3
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000492==Dr</fbsym>
}

REF
{
REFM|FBrf0049495
|Renfranz and Benzer
|1989
REFM|FBrf0076958
|Tearle et al.
|1994
REFM|FBrf0079057
|Mozer
|1995
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0003110==Dr<up>Mio</up></fbsym>

REFDSR
{
RDID|FBrf0049495
|Renfranz and Benzer
|1989
PHP|Adult eyes are very reduced and rough with about 30 facets. Some rhabdomeres
|within ommatidia are fused. Eye disc size is reduced.
}

REFDSR
{
RDID|FBrf0064498
|Heberlein et al.
|1993
PHP|The progression of the morphogenetic furrow in the developing eye disc
|arrests. The eye disc appears normal at the time of arrest. dpp expression
|is abolished (as assayed with a dpp-lacZ fusion gene).
}

REFDSR
{
RDID|FBrf0076958
|Tearle et al.
|1994
PHP|Severe disruption of eye development. Heterozygotes with
| <fbsym>FBal0003107==Dr<up>1</up></fbsym> are
|semi-lethal, 10-30% adults survive to eclosion, surviving adults exhibit
|reduced eye, deranged bristle pattern on the thorax, abdomen, legs
|and wing margins and locomotor defects so the flies could hardly move.
|A similar phenotype is seen when heterozygous with
| <fbsym>FBal0003107==Dr<up>1</up></fbsym> revertant
|alleles and <fbsym>FBgn0003525==stg</fbsym> alleles. Heterozygotes with <fbsym>FBal0003111==Wedge<up>1</up></fbsym>
| only exhibit
|the reduced eye phenotype. Interact in trans with lesions in <fbsym>FBgn0003525==stg</fbsym>
|... (see <fbsym>FBal0003110==Dr<up>Mio</up></fbsym> report)
PHM|macrochaeta
|eye
}

REFDSR
{
RDID|FBrf0083505
|Vosshall and Young
|1995
PHP|Mutants display locomotor activity rhythms with circadian periods,
|though with reduced penetrance (small sample size). Average period
|length of the locomotor activity is rather short.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|homozygous lethal
}

REFDSR
{
RDID|FBrf0136848
|Mozer
|2001
PHP|Heterozygotes have severely reduced eyes, containing less than 30 ommatidia.
|The shape of the mutant eye resembles an inverted drop. No patterning
|defects are seen in the retina.
|Five-cell preclusters are not seen in the heterozygous eye disc at
|the time when multiple rows of developing ommatidia are seen in wild-type
|discs, and instead a single row of mature ommatidial clusters is seen.
|Massive cell death associated with absence of furrow progression is
|... (see <fbsym>FBal0003110==Dr<up>Mio</up></fbsym> report)
PHM|eye
|ommatidium
|five-cell ommatidial precursor
}

REF
{
REFM|FBrf0049495
|Renfranz and Benzer
|1989
REFM|FBrf0064498
|Heberlein et al.
|1993
REFM|FBrf0076958
|Tearle et al.
|1994
REFM|FBrf0083505
|Vosshall and Young
|1995
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0136848
|Mozer
|2001
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014552	ICL 1 3S18	SYM 1 3S18{}nod<up>2</up>	ASTR 1 -	CLOC 1 10C9	REF 1 4	DT 1 6 Jan 2000	RESZ 572
ID|FBti0014552
SYM|3S18{}nod<up>2</up>
ASTP|<fbsym>FBtp0011408==3S18</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|3S18
ASGN|<fbsym>FBgn0002948==nod</fbsym>
ABA|<fbsym>FBab0004160==In(1)nod-bd</fbsym>

REFDSR
{
RDID|FBrf0051351
|Zhang et al.
|1990
SYN|3S18{}nod<up>2</up>
ASAL|<fbsym>FBal0013066==nod<up>2</up></fbsym>
MU|&ggr; ray
CLOC|10C9
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0002948==nod</fbsym>
}

REF
{
REFM|FBrf0051351
|Zhang et al.
|1990
REFM|FBrf0051920
|Zhang and Hawley
|1990
REFM|FBrf0055002
|Knowles and Hawley
|1991
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0013066==nod<up>2</up></fbsym>

REFDSR
{
RDID|FBrf0051920
|Zhang and Hawley
|1990
PHP|High levels of X and fourth chromosome nondisjunction.
}

REFDSR
{
RDID|FBrf0134637
|Apionishev et al.
|2001
PHP|<fbsym>FBal0013064==nod<up>a</up></fbsym>/<fbsym>FBba0000007==FM7a</fbsym>
| <fbsym>FBal0013066==nod<up>2</up></fbsym> females show 43% X chromosome nondisjunction
|and 89% 4th chromosome nondisjunction.
PHM|(with nod<up>a</up>) meiotic chromosome | female
}

REF
{
REFM|FBrf0051920
|Zhang and Hawley
|1990
REFM|FBrf0134637
|Apionishev et al.
|2001
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0002823	ICL 1 3S18	SYM 1 3S18{}w<up>a4</up>	ASTR 1 -	CLOC 1 3C1	REF 1 13	DT 1 4 Feb 2000	RESZ 925
ID|FBti0002823
SYM|3S18{}w<up>a4</up>
SYN|BEL{}w<up>a4</up>
ASTP|<fbsym>FBtp0011408==3S18</fbsym>
DT|4 Feb 2000
|24 Jun 1997
ICL|3S18
ID2|FBti0002386
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0037612
|Zachar and Bingham
|1982
ASAL|<fbsym>FBal0018198==w<up>a4</up></fbsym>
MU|spontaneous
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
PHC|viable
}

REF
{
REFM|FBrf0037612
|Zachar and Bingham
|1982
REFM|FBrf0049635
|Rabinow and Birchler
|1989
REFM|FBrf0050555
|Georgiev and Gerasimova
|1989
REFM|FBrf0051917
|Peng and Mount
|1990
REFM|FBrf0054158
|Rabinow et al.
|1991
REFM|FBrf0073744
|Lim and Simmons
|1994
REFM|FBrf0080401
|Soriano et al.
|1995
REFM|FBrf0081893
|Davis and Judd
|1995
REFM|FBrf0084258
|Peng and Mount
|1995
REFM|FBrf0086910
|Bhadra and Birchler
|1996
REFM|FBrf0094158
|Bhadra et al.
|1997
REFM|FBrf0094159
|Bhadra et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018198==w<up>a4</up></fbsym>

REFDSR
{
RDID|FBrf0037612
|Zachar and Bingham
|1982
PHP|Eye color: orange-brown.
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0049829
|Birchler et al.
|1989
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0084258
|Peng and Mount
|1995
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: yellow-orange in male; lighter, yellower, in female; both
|sexes paler than <fbsym>FBal0018195==w<up>a</up></fbsym>.
|Malpighian tubule color: colorless.
PHM|pigment cell
|Malpighian tubule
}

REF
{
REFM|FBrf0037612
|Zachar and Bingham
|1982
REFM|FBrf0049829
|Birchler et al.
|1989
REFM|FBrf0084258
|Peng and Mount
|1995
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014807	ICL 1 3S18	SYM 1 3S18{}w<up>zm</up>	ASTR 1 -	CLOC 1 3C1	REF 1 7	DT 1 6 Jan 2000	RESZ 662
ID|FBti0014807
SYM|3S18{}w<up>zm</up>
ASTP|<fbsym>FBtp0011408==3S18</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|3S18
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0049635
|Rabinow and Birchler
|1989
SYN|3S18{}w<up>zm</up>
ASAL|<fbsym>FBal0018326==w<up>zm</up></fbsym>
MU|spontaneous
|unequal recombination
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0049635
|Rabinow and Birchler
|1989
REFM|FBrf0068635
|Peterson et al.
|1994
REFM|FBrf0081893
|Davis and Judd
|1995
REFM|FBrf0084074
|Judd
|1995
REFM|FBrf0087538
|Larsson et al.
|1996
REFM|FBrf0094158
|Bhadra et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018326==w<up>zm</up></fbsym>

REFDSR
{
RDID|FBrf0026500
|Kalisch and Rasmuson
|1974
PHP|In homozygous <fbsym>FBgn0004050==z</fbsym><up>+</up> female <fbsym>FBal0018326==w<up>zm</up></fbsym> causes
| variegation of the eye pigmentation.
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0049829
|Birchler et al.
|1989
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0076540
|Csink et al.
|1994
PHP|No interaction with mutations of <fbsym>FBgn0003261==Rm62</fbsym>.
}

REFDSR
{
RDID|FBrf0084074
|Judd
|1995
PHP|Eye color: wild-type, in <fbsym>FBgn0004050==z</fbsym><up>+</up> males or females.
|Eye color: red-brown mottled, in <fbsym>FBal0018822==z<up>1</up></fbsym> male.
|Eye color: occasional red mottling, in <fbsym>FBal0018822==z<up>1</up></fbsym> female.
|Eye color: lighter yellow background as <fbsym>FBal0018848==z<up>v77h</up></fbsym>
| <fbsym>FBal0018325==w<up>zl</up></fbsym> male, compared with <fbsym>FBal0018822==z<up>1</up></fbsym>
| <fbsym>FBal0018325==w<up>zl</up></fbsym> male.
|Eye color: darker yellow than <fbsym>FBal0018822==z<up>1</up></fbsym> as
| <fbsym>FBal0018848==z<up>v77h</up></fbsym> <fbsym>FBal0018325==w<up>zl</up></fbsym> female.
}

REFDSR
{
RDID|FBrf0094184
|Birve and Rasmuson-Lestander
|1994
PHP|Repression of <fbsym>FBal0018326==w<up>zm</up></fbsym> by <fbsym>FBal0018822==z<up>1</up></fbsym> is
| suppressed by <fbsym>FBal0063038==Su(z)12<up>1</up></fbsym>.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: wild-type in <fbsym>FBgn0004050==z</fbsym><up>+</up> <fbsym>FBal0018326==w<up>zm</up></fbsym> male and
| <fbsym>FBgn0004050==z</fbsym><up>+</up> <fbsym>FBal0018326==w<up>zm</up></fbsym>/<fbsym>FBgn0004050==z</fbsym><up>+</up>
| <fbsym>FBal0018326==w<up>zm</up></fbsym> female.
|Eye color: lemon yellow, in <fbsym>FBal0018822==z<up>1</up></fbsym>
| <fbsym>FBal0018326==w<up>zm</up></fbsym> female at 25<up>o</up>-30<up>o</up>C.
|Eye color: orange with red spots, in <fbsym>FBal0018822==z<up>1</up></fbsym>
| <fbsym>FBal0018326==w<up>zm</up></fbsym> female at 14<up>o</up>C.
|Eye color: lemon yellow with fine-grained red spots, in
| <fbsym>FBal0018822==z<up>1</up></fbsym> <fbsym>FBal0018326==w<up>zm</up></fbsym> male at 25<up>o</up>C-30<up>o</up>C.
|Eye color: almost wild-type, in <fbsym>FBal0018822==z<up>1</up></fbsym>
| <fbsym>FBal0018326==w<up>zm</up></fbsym> male at 14<up>o</up>C-17<up>o</up>C.
|Eye color: mottled, with <fbsym>FBgn0002910==mw</fbsym>.
}

REF
{
REFM|FBrf0026500
|Kalisch and Rasmuson
|1974
REFM|FBrf0049829
|Birchler et al.
|1989
REFM|FBrf0076540
|Csink et al.
|1994
REFM|FBrf0084074
|Judd
|1995
REFM|FBrf0094184
|Birve and Rasmuson-Lestander
|1994
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0013011	ICL 1 17.6	SYM 1 17.6{?'LTR}Cyp6a2<up>91C</up>	ASTR 1 -	CLOC 1 42D1	REF 1 3	DT 1 14 Sep 1999	RESZ 549
ID|FBti0013011
SYM|17.6{?'LTR}Cyp6a2<up>91C</up>
SYN|17.6{?'LTR}Cyp6a2<up>91C</up>
ASTP|<fbsym>FBtp0002766==17.6{?'LTR}</fbsym>
DT|14 Sep 1999
|14 Sep 1999
ICL|17.6
ASGN|<fbsym>FBgn0000473==Cyp6a2</fbsym>

REFDSR
{
RDID|FBrf0057534
|Waters et al.
|1992
SYN|17.6{?'LTR}Cyp6a2<up>91C</up>
ASAL|<fbsym>FBal0002207==Cyp6a2<up>91C</up></fbsym>
CLOC|42D1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000473==Cyp6a2</fbsym>
}

REF
{
REFM|FBrf0057534
|Waters et al.
|1992
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0105973
|Dombrowski et al.
|1998
}

ALESR
{
ASYM|<fbsym>FBal0002207==Cyp6a2<up>91C</up></fbsym>

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Characteristic of insecticide susceptible strains.
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0019563	ICL 1 17.6	SYM 1 17.6{}44	ASTR 1 -	CLOC 1 3E8-3E8	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019563
SYM|17.6{}44
SYN|TE19563
ASTP|<fbsym>FBtp0011399==17.6</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|17.6

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|17.6{}44
CLOC|3E8-3E8
LOCB|genomic location inferred from flanking sequence
DBAF|AE003428.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019053	ICL 1 17.6	SYM 1 17.6{}125	ASTR 1 -	CLOC 1 12E8-12E8	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019053
SYM|17.6{}125
SYN|TE19053
ASTP|<fbsym>FBtp0011399==17.6</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|17.6

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|17.6{}125
CLOC|12E8-12E8
LOCB|genomic location inferred from flanking sequence
DBAF|AE003495.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018860	ICL 1 17.6	SYM 1 17.6{}705	ASTR 1 -	CLOC 1 42A1-42A1	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0018860
SYM|17.6{}705
SYN|TE18860
ASTP|<fbsym>FBtp0011399==17.6</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|17.6

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|17.6{}705
CLOC|42A1-42A1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003785.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018861	ICL 1 17.6	SYM 1 17.6{}790	ASTR 1 -	CLOC 1 46B2-46B2	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0018861
SYM|17.6{}790
SYN|TE18861
ASTP|<fbsym>FBtp0011399==17.6</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|17.6

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|17.6{}790
CLOC|46B2-46B2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003832.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018862	ICL 1 17.6	SYM 1 17.6{}804	ASTR 1 -	CLOC 1 47C6-47C6	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0018862
SYM|17.6{}804
SYN|TE18862
ASTP|<fbsym>FBtp0011399==17.6</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|17.6

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|17.6{}804
CLOC|47C6-47C6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003827.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020019	ICL 1 17.6	SYM 1 17.6{}908	ASTR 1 -	CLOC 1 62A3-62A3	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0020019
SYM|17.6{}908
SYN|TE20019
ASTP|<fbsym>FBtp0011399==17.6</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|17.6

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|17.6{}908
CLOC|62A3-62A3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003471.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020086	ICL 1 17.6	SYM 1 17.6{}975	ASTR 1 -	CLOC 1 67D5-67D5	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0020086
SYM|17.6{}975
SYN|TE20086
ASTP|<fbsym>FBtp0011399==17.6</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|17.6

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|17.6{}975
CLOC|67D5-67D5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003550.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020090	ICL 1 17.6	SYM 1 17.6{}979	ASTR 1 -	CLOC 1 68C1-68C1	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0020090
SYM|17.6{}979
SYN|TE20090
ASTP|<fbsym>FBtp0011399==17.6</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|17.6

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|17.6{}979
CLOC|68C1-68C1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003545.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020174	ICL 1 17.6	SYM 1 17.6{}1063	ASTR 1 -	CLOC 1 77B4-77B4	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020174
SYM|17.6{}1063
SYN|TE20174
ASTP|<fbsym>FBtp0011399==17.6</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|17.6

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|17.6{}1063
CLOC|77B4-77B4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003591.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020227	ICL 1 17.6	SYM 1 17.6{}1116	ASTR 1 -	CLOC 1 80D1-80D1	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020227
SYM|17.6{}1116
SYN|TE20227
ASTP|<fbsym>FBtp0011399==17.6</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|17.6

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|17.6{}1116
CLOC|80D1-80D1
LOCB|genomic location inferred from flanking sequence
DBAF|AE002786.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019299	ICL 1 17.6	SYM 1 17.6{}1213	ASTR 1 -	CLOC 1 82E5-82E5	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0019299
SYM|17.6{}1213
SYN|TE19299
ASTP|<fbsym>FBtp0011399==17.6</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|17.6

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|17.6{}1213
CLOC|82E5-82E5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003604.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019354	ICL 1 17.6	SYM 1 17.6{}1287	ASTR 1 -	CLOC 1 86C6-86C6	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0019354
SYM|17.6{}1287
SYN|TE19354
ASTP|<fbsym>FBtp0011399==17.6</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|17.6

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|17.6{}1287
CLOC|86C6-86C6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003688.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014701	ICL 1 17.6	SYM 1 17.6{}su(s)<up>29</up>	ASTR 1 -	CLOC 1 1B13	REF 1 2	DT 1 6 Jan 2000	RESZ 465
ID|FBti0014701
SYM|17.6{}su(s)<up>29</up>
ASTP|<fbsym>FBtp0011399==17.6</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|17.6
ASGN|<fbsym>FBgn0003575==su(s)</fbsym>
ARGS|FBgn0003575

REFDSR
{
RDID|FBrf0051918
|Voelker et al.
|1990
SYN|17.6{}su(s)<up>29</up>
ASAL|<fbsym>FBal0016372==su(s)<up>29</up></fbsym>
CLOC|1B13
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003575==su(s)</fbsym>
}

REF
{
REFM|FBrf0051918
|Voelker et al.
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019525	ICL 1 297	SYM 1 297{}6	ASTR 1 -	CLOC 1 1C5-1C5	REF 1 2	DT 1 21 Aug 2003	RESZ 339
ID|FBti0019525
SYM|297{}6
SYN|TE19525
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}6
CLOC|1C5-1C5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003418.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019567	ICL 1 297	SYM 1 297{}48	ASTR 1 -	CLOC 1 4B2-4B2	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0019567
SYM|297{}48
SYN|TE19567
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}48
CLOC|4B2-4B2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003430.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019580	ICL 1 297	SYM 1 297{}61	ASTR 1 -	CLOC 1 4F9-4F9	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0019580
SYM|297{}61
SYN|TE19580
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}61
CLOC|4F9-4F9
LOCB|genomic location inferred from flanking sequence
DBAF|AE003434.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019591	ICL 1 297	SYM 1 297{}72	ASTR 1 -	CLOC 1 6A2-6A2	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0019591
SYM|297{}72
SYN|TE19591
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}72
CLOC|6A2-6A2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003437.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019611	ICL 1 297	SYM 1 297{}92	ASTR 1 -	CLOC 1 9A2-9A2	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0019611
SYM|297{}92
SYN|TE19611
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}92
CLOC|9A2-9A2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003448.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019612	ICL 1 297	SYM 1 297{}93	ASTR 1 -	CLOC 1 9B1-9B1	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0019612
SYM|297{}93
SYN|TE19612
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}93
CLOC|9B1-9B1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003449.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019617	ICL 1 297	SYM 1 297{}98	ASTR 1 -	CLOC 1 9D2-9D2	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0019617
SYM|297{}98
SYN|TE19617
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}98
CLOC|9D2-9D2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003450.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019623	ICL 1 297	SYM 1 297{}104	ASTR 1 -	CLOC 1 10B1-10B1	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019623
SYM|297{}104
SYN|TE19623
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}104
CLOC|10B1-10B1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003485.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019628	ICL 1 297	SYM 1 297{}109	ASTR 1 -	CLOC 1 10D2-10D2	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019628
SYM|297{}109
SYN|TE19628
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}109
CLOC|10D2-10D2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003486.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019052	ICL 1 297	SYM 1 297{}124	ASTR 1 -	CLOC 1 12E2-12E2	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019052
SYM|297{}124
SYN|TE19052
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}124
CLOC|12E2-12E2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003494.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019078	ICL 1 297	SYM 1 297{}153	ASTR 1 -	CLOC 1 16F1-16F1	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019078
SYM|297{}153
SYN|TE19078
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}153
CLOC|16F1-16F1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003507.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019640	ICL 1 297	SYM 1 297{}158	ASTR 1 -	CLOC 1 17D3-17D3	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019640
SYM|297{}158
SYN|TE19640
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}158
CLOC|17D3-17D3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003509.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019641	ICL 1 297	SYM 1 297{}159	ASTR 1 -	CLOC 1 17D3-17D3	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019641
SYM|297{}159
SYN|TE19641
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}159
CLOC|17D3-17D3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003509.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019642	ICL 1 297	SYM 1 297{}160	ASTR 1 -	CLOC 1 17D3-17D3	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019642
SYM|297{}160
SYN|TE19642
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}160
CLOC|17D3-17D3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003509.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019648	ICL 1 297	SYM 1 297{}176	ASTR 1 -	CLOC 1 19A4-19A4	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019648
SYM|297{}176
SYN|TE19648
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}176
CLOC|19A4-19A4
LOCB|genomic location inferred from flanking sequence
DBAF|AE002611.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019689	ICL 1 297	SYM 1 297{}217	ASTR 1 -	CLOC 1 20A2-20A2	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019689
SYM|297{}217
SYN|TE19689
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}217
CLOC|20A2-20A2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003122.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019691	ICL 1 297	SYM 1 297{}219	ASTR 1 -	CLOC 1 20A3-20A3	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019691
SYM|297{}219
SYN|TE19691
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}219
CLOC|20A3-20A3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003122.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019694	ICL 1 297	SYM 1 297{}222	ASTR 1 -	CLOC 1 20A3-20A3	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019694
SYM|297{}222
SYN|TE19694
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}222
CLOC|20A3-20A3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003122.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019734	ICL 1 297	SYM 1 297{}262	ASTR 1 -	CLOC 1 20B1-20B1	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019734
SYM|297{}262
SYN|TE19734
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}262
CLOC|20B1-20B1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003574.5
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019735	ICL 1 297	SYM 1 297{}263	ASTR 1 -	CLOC 1 20B3-20B3	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019735
SYM|297{}263
SYN|TE19735
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}263
CLOC|20B3-20B3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003574.5
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019744	ICL 1 297	SYM 1 297{}272	ASTR 1 -	CLOC 1 20C1-20C1	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019744
SYM|297{}272
SYN|TE19744
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}272
CLOC|20C1-20C1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003573.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019745	ICL 1 297	SYM 1 297{}273	ASTR 1 -	CLOC 1 20C1-20C1	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019745
SYM|297{}273
SYN|TE19745
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}273
CLOC|20C1-20C1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003573.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019749	ICL 1 297	SYM 1 297{}294	ASTR 1 -	CLOC 1 23A1-23A1	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019749
SYM|297{}294
SYN|TE19749
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}294
CLOC|23A1-23A1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003582.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019750	ICL 1 297	SYM 1 297{}296	ASTR 1 -	CLOC 1 23A5-23A6	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019750
SYM|297{}296
SYN|TE19750
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}296
CLOC|23A5-23A6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003582.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019135	ICL 1 297	SYM 1 297{}323	ASTR 1 -	CLOC 1 28D3-28D3	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019135
SYM|297{}323
SYN|TE19135
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}323
CLOC|28D3-28D3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003619.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019754	ICL 1 297	SYM 1 297{}327	ASTR 1 -	CLOC 1 29E2-29E2	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019754
SYM|297{}327
SYN|TE19754
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}327
CLOC|29E2-29E2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003621.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019756	ICL 1 297	SYM 1 297{}338	ASTR 1 -	CLOC 1 32B3-32B3	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019756
SYM|297{}338
SYN|TE19756
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}338
CLOC|32B3-32B3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003630.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019758	ICL 1 297	SYM 1 297{}346	ASTR 1 -	CLOC 1 33C2-33C2	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019758
SYM|297{}346
SYN|TE19758
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}346
CLOC|33C2-33C2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003634.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019762	ICL 1 297	SYM 1 297{}376	ASTR 1 -	CLOC 1 35D3-35D3	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019762
SYM|297{}376
SYN|TE19762
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}376
CLOC|35D3-35D3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003648.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019184	ICL 1 297	SYM 1 297{}388	ASTR 1 -	CLOC 1 35E4-35E5	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019184
SYM|297{}388
SYN|TE19184
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}388
CLOC|35E4-35E5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003650.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019201	ICL 1 297	SYM 1 297{}407	ASTR 1 -	CLOC 1 37C3-37C4	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019201
SYM|297{}407
SYN|TE19201
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}407
CLOC|37C3-37C4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003661.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019237	ICL 1 297	SYM 1 297{}518	ASTR 1 -	CLOC 1 40A1-40A1	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019237
SYM|297{}518
SYN|TE19237
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}518
CLOC|40A1-40A1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003781.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019242	ICL 1 297	SYM 1 297{}527	ASTR 1 -	CLOC 1 40E3-40E3	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019242
SYM|297{}527
SYN|TE19242
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}527
CLOC|40E3-40E3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003782.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019257	ICL 1 297	SYM 1 297{}557	ASTR 1 -	CLOC 1 40F7-40F7	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019257
SYM|297{}557
SYN|TE19257
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}557
CLOC|40F7-40F7
LOCB|genomic location inferred from flanking sequence
DBAF|AE002603.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019975	ICL 1 297	SYM 1 297{}766	ASTR 1 -	CLOC 1 43A3-43A3	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019975
SYM|297{}766
SYN|TE19975
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}766
CLOC|43A3-43A3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003841.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019977	ICL 1 297	SYM 1 297{}774	ASTR 1 -	CLOC 1 44B1-44B2	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019977
SYM|297{}774
SYN|TE19977
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}774
CLOC|44B1-44B2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003838.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018865	ICL 1 297	SYM 1 297{}805	ASTR 1 -	CLOC 1 47C7-47C7	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0018865
SYM|297{}805
SYN|TE18865
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}805
CLOC|47C7-47C7
LOCB|genomic location inferred from flanking sequence
DBAF|AE003827.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018866	ICL 1 297	SYM 1 297{}832	ASTR 1 -	CLOC 1 51D12-51D12	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0018866
SYM|297{}832
SYN|TE18866
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}832
CLOC|51D12-51D12
LOCB|genomic location inferred from flanking sequence
DBAF|AE003812.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018867	ICL 1 297	SYM 1 297{}845	ASTR 1 -	CLOC 1 54E9-54E9	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0018867
SYM|297{}845
SYN|TE18867
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}845
CLOC|54E9-54E9
LOCB|genomic location inferred from flanking sequence
DBAF|AE003802.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018868	ICL 1 297	SYM 1 297{}879	ASTR 1 -	CLOC 1 60A7-60A7	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0018868
SYM|297{}879
SYN|TE18868
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}879
CLOC|60A7-60A7
LOCB|genomic location inferred from flanking sequence
DBAF|AE003462.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020008	ICL 1 297	SYM 1 297{}897	ASTR 1 -	CLOC 1 61C1-61C1	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0020008
SYM|297{}897
SYN|TE20008
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}897
CLOC|61C1-61C1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003468.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020048	ICL 1 297	SYM 1 297{}937	ASTR 1 -	CLOC 1 65A14-65A14	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0020048
SYM|297{}937
SYN|TE20048
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}937
CLOC|65A14-65A14
LOCB|genomic location inferred from flanking sequence
DBAF|AE003563.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020059	ICL 1 297	SYM 1 297{}948	ASTR 1 -	CLOC 1 65F9-65F9	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0020059
SYM|297{}948
SYN|TE20059
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}948
CLOC|65F9-65F9
LOCB|genomic location inferred from flanking sequence
DBAF|AE003559.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020061	ICL 1 297	SYM 1 297{}950	ASTR 1 -	CLOC 1 66A14-66A14	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0020061
SYM|297{}950
SYN|TE20061
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}950
CLOC|66A14-66A14
LOCB|genomic location inferred from flanking sequence
DBAF|AE003557.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020126	ICL 1 297	SYM 1 297{}1015	ASTR 1 -	CLOC 1 73B1-73B1	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0020126
SYM|297{}1015
SYN|TE20126
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}1015
CLOC|73B1-73B1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003526.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020216	ICL 1 297	SYM 1 297{}1105	ASTR 1 -	CLOC 1 80C2-80C2	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0020216
SYM|297{}1105
SYN|TE20216
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}1105
CLOC|80C2-80C2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003599.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020218	ICL 1 297	SYM 1 297{}1107	ASTR 1 -	CLOC 1 80C2-80C3	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0020218
SYM|297{}1107
SYN|TE20218
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}1107
CLOC|80C2-80C3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003599.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019333	ICL 1 297	SYM 1 297{}1261	ASTR 1 -	CLOC 1 84E10-84E10	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019333
SYM|297{}1261
SYN|TE19333
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}1261
CLOC|84E10-84E10
LOCB|genomic location inferred from flanking sequence
DBAF|AE003677.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019341	ICL 1 297	SYM 1 297{}1269	ASTR 1 -	CLOC 1 85B4-85B4	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0019341
SYM|297{}1269
SYN|TE19341
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}1269
CLOC|85B4-85B4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003680.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020324	ICL 1 297	SYM 1 297{}1271	ASTR 1 -	CLOC 1 85B4-85B4	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0020324
SYM|297{}1271
SYN|TE20324
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}1271
CLOC|85B4-85B4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003680.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020326	ICL 1 297	SYM 1 297{}1273	ASTR 1 -	CLOC 1 85B4-85B4	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0020326
SYM|297{}1273
SYN|TE20326
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}1273
CLOC|85B4-85B4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003680.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020327	ICL 1 297	SYM 1 297{}1274	ASTR 1 -	CLOC 1 85B4-85B4	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0020327
SYM|297{}1274
SYN|TE20327
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}1274
CLOC|85B4-85B4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003680.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019349	ICL 1 297	SYM 1 297{}1282	ASTR 1 -	CLOC 1 85F16-86A1	REF 1 2	DT 1 21 Aug 2003	RESZ 348
ID|FBti0019349
SYM|297{}1282
SYN|TE19349
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}1282
CLOC|85F16-86A1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003686.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019353	ICL 1 297	SYM 1 297{}1286	ASTR 1 -	CLOC 1 86B1-86B1	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0019353
SYM|297{}1286
SYN|TE19353
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}1286
CLOC|86B1-86B1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003686.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019356	ICL 1 297	SYM 1 297{}1289	ASTR 1 -	CLOC 1 86D2-86D2	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0019356
SYM|297{}1289
SYN|TE19356
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}1289
CLOC|86D2-86D2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003689.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019434	ICL 1 297	SYM 1 297{}1424	ASTR 1 -	CLOC 1 97A5-97A5	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0019434
SYM|297{}1424
SYN|TE19434
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}1424
CLOC|97A5-97A5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003755.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019445	ICL 1 297	SYM 1 297{}1440	ASTR 1 -	CLOC 1 98B5-98B5	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0019445
SYM|297{}1440
SYN|TE19445
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|297

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|297{}1440
CLOC|98B5-98B5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003762.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014081	ICL 1 297	SYM 1 297{}Abd-B<up>iab9-tuh-3</up>	ASTR 1 -	CLOC 1 89E4--5	REF 1 3	DT 1 6 Jan 2000	RESZ 610
ID|FBti0014081
SYM|297{}Abd-B<up>iab9-tuh-3</up>
ASTP|<fbsym>FBtp0011407==297</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|297
ASGN|<fbsym>FBgn0000015==Abd-B</fbsym>

REFDSR
{
RDID|FBrf0046272
|Celniker and Lewis
|1987
PHC|lethal | larval | recessive
}

REFDSR
{
RDID|FBrf0098834
|Mack et al.
|1997
SYN|297{}Abd-B<up>iab9-tuh-3</up>
ASAL|<fbsym>FBal0000142==Abd-B<up>iab9-tuh-3</up></fbsym>
MU|spontaneous
CLOC|89E4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000015==Abd-B</fbsym>
}

REF
{
REFM|FBrf0046272
|Celniker and Lewis
|1987
REFM|FBrf0098834
|Mack et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0000142==Abd-B<up>iab9-tuh-3</up></fbsym>

REFDSR
{
RDID|FBrf0047933
|Sanchez-Herrero and Crosby
|1988
PHP|Male and female genitalia and analia are missing or abnormal in homozygotes.
|Parasegment 14 is partially transformed into parasegment 13, and there
|is a rudimentary setal belt in A9 in homozygous embryos. Also shows
|dominant gain-of-function phenotypes.
PHM|female genitalia
|male genitalia
|female analia
|male analia
|parasegment 14
|abdominal segment 9 | embryonic
}

REFDSR
{
RDID|FBrf0053795
|Sanchez-Herrero
|1991
PHP|Parasegment 14 is partially transformed to parasegment 13.
PHM|parasegment 14
}

REFDSR
{
RDID|FBrf0058571
|Kuhn et al.
|1993
PHP|Enhances penetrance of head defect phenotype
|when in trans with <fbsym>FBal0000142==Abd-B<up>iab9-tuh-3</up></fbsym>. Heterozygotes
| with <fbsym>FBal0000142==Abd-B<up>iab9-tuh-3</up></fbsym>
|exhibit genital defects to a moderate degree.
|Adult homozygous males have 6 normal abdominal segments. Males and
|females lack genitalia. <fbsym>FBal0000142==Abd-B<up>iab9-tuh-3</up></fbsym> females
| deficient for
|<fbsym>FBal0017276==tuh1<up>h</up></fbsym> produce offspring with head defects and normal genitalia,
|just like homozygotes for <fbsym>FBal0017276==tuh1<up>h</up></fbsym>.
PHM|head | adult
|terminalia | adult
|female terminalia
|male terminalia
|genitalia
}

REFDSR
{
RDID|FBrf0084100
|Kuhn et al.
|1995
PHP|Male and female abdominal segment are normal, genitalia and analia
|are missing.
PHM|female genitalia
|female analia
|male genitalia
|male analia
}

REFDSR
{
RDID|FBrf0098834
|Mack et al.
|1997
PHP|Phenotypically similar to "Abd-B<up>I127B</up>".
}

REF
{
REFM|FBrf0047933
|Sanchez-Herrero and Crosby
|1988
REFM|FBrf0053795
|Sanchez-Herrero
|1991
REFM|FBrf0058571
|Kuhn et al.
|1993
REFM|FBrf0084100
|Kuhn et al.
|1995
REFM|FBrf0098834
|Mack et al.
|1997
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0019521	ICL 1 412	SYM 1 412{}2	ASTR 1 -	CLOC 1 1A1-1A1	REF 1 2	DT 1 21 Aug 2003	RESZ 339
ID|FBti0019521
SYM|412{}2
SYN|TE19521
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}2
CLOC|1A1-1A1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003417.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019524	ICL 1 412	SYM 1 412{}5	ASTR 1 -	CLOC 1 1B9-1B9	REF 1 2	DT 1 21 Aug 2003	RESZ 339
ID|FBti0019524
SYM|412{}5
SYN|TE19524
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}5
CLOC|1B9-1B9
LOCB|genomic location inferred from flanking sequence
DBAF|AE003418.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019531	ICL 1 412	SYM 1 412{}12	ASTR 1 -	CLOC 1 1E1-1E1	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0019531
SYM|412{}12
SYN|TE19531
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}12
CLOC|1E1-1E1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003419.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019566	ICL 1 412	SYM 1 412{}47	ASTR 1 -	CLOC 1 4A1-4A1	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0019566
SYM|412{}47
SYN|TE19566
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}47
CLOC|4A1-4A1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003429.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019582	ICL 1 412	SYM 1 412{}63	ASTR 1 -	CLOC 1 5A2-5A3	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0019582
SYM|412{}63
SYN|TE19582
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}63
CLOC|5A2-5A3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003434.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019614	ICL 1 412	SYM 1 412{}95	ASTR 1 -	CLOC 1 9B2-9B2	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0019614
SYM|412{}95
SYN|TE19614
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}95
CLOC|9B2-9B2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003449.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019086	ICL 1 412	SYM 1 412{}165	ASTR 1 -	CLOC 1 18A3-18A3	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019086
SYM|412{}165
SYN|TE19086
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}165
CLOC|18A3-18A3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003511.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019704	ICL 1 412	SYM 1 412{}232	ASTR 1 -	CLOC 1 20A5-20A5	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019704
SYM|412{}232
SYN|TE19704
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}232
CLOC|20A5-20A5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003122.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019268	ICL 1 412	SYM 1 412{}591	ASTR 1 -	CLOC 1 41E3-41E3	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019268
SYM|412{}591
SYN|TE19268
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}591
CLOC|41E3-41E3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003788.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019270	ICL 1 412	SYM 1 412{}612	ASTR 1 -	CLOC 1 41E5-41E5	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019270
SYM|412{}612
SYN|TE19270
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}612
CLOC|41E5-41E5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003788.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018871	ICL 1 412	SYM 1 412{}880	ASTR 1 -	CLOC 1 60A10-60A11	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0018871
SYM|412{}880
SYN|TE18871
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}880
CLOC|60A10-60A11
LOCB|genomic location inferred from flanking sequence
DBAF|AE003462.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018872	ICL 1 412	SYM 1 412{}881	ASTR 1 -	CLOC 1 60B13-60B13	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0018872
SYM|412{}881
SYN|TE18872
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}881
CLOC|60B13-60B13
LOCB|genomic location inferred from flanking sequence
DBAF|AE003463.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018873	ICL 1 412	SYM 1 412{}882	ASTR 1 -	CLOC 1 60C2-60C2	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0018873
SYM|412{}882
SYN|TE18873
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}882
CLOC|60C2-60C2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003463.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018874	ICL 1 412	SYM 1 412{}884	ASTR 1 -	CLOC 1 60D10-60D12	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0018874
SYM|412{}884
SYN|TE18874
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}884
CLOC|60D10-60D12
LOCB|genomic location inferred from flanking sequence
DBAF|AE003464.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020013	ICL 1 412	SYM 1 412{}902	ASTR 1 -	CLOC 1 61E2-61E2	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0020013
SYM|412{}902
SYN|TE20013
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}902
CLOC|61E2-61E2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003470.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020015	ICL 1 412	SYM 1 412{}904	ASTR 1 -	CLOC 1 61F4-61F4	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0020015
SYM|412{}904
SYN|TE20015
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}904
CLOC|61F4-61F4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003470.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020033	ICL 1 412	SYM 1 412{}922	ASTR 1 -	CLOC 1 64B2-64B2	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0020033
SYM|412{}922
SYN|TE20033
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}922
CLOC|64B2-64B2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003481.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020072	ICL 1 412	SYM 1 412{}961	ASTR 1 -	CLOC 1 66F4-66F4	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0020072
SYM|412{}961
SYN|TE20072
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}961
CLOC|66F4-66F4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003553.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020073	ICL 1 412	SYM 1 412{}962	ASTR 1 -	CLOC 1 66F6-66F6	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0020073
SYM|412{}962
SYN|TE20073
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}962
CLOC|66F6-66F6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003553.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020082	ICL 1 412	SYM 1 412{}971	ASTR 1 -	CLOC 1 67B11-67B11	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0020082
SYM|412{}971
SYN|TE20082
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}971
CLOC|67B11-67B11
LOCB|genomic location inferred from flanking sequence
DBAF|AE003551.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020094	ICL 1 412	SYM 1 412{}983	ASTR 1 -	CLOC 1 68C13-68C13	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0020094
SYM|412{}983
SYN|TE20094
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}983
CLOC|68C13-68C13
LOCB|genomic location inferred from flanking sequence
DBAF|AE003544.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020132	ICL 1 412	SYM 1 412{}1021	ASTR 1 -	CLOC 1 74D2-74D2	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0020132
SYM|412{}1021
SYN|TE20132
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}1021
CLOC|74D2-74D2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003523.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020165	ICL 1 412	SYM 1 412{}1054	ASTR 1 -	CLOC 1 76C6-76D1	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0020165
SYM|412{}1054
SYN|TE20165
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}1054
CLOC|76C6-76D1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003515.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020179	ICL 1 412	SYM 1 412{}1068	ASTR 1 -	CLOC 1 77D4-77D4	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0020179
SYM|412{}1068
SYN|TE20179
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}1068
CLOC|77D4-77D4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003591.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020186	ICL 1 412	SYM 1 412{}1075	ASTR 1 -	CLOC 1 78C3-78C3	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0020186
SYM|412{}1075
SYN|TE20186
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}1075
CLOC|78C3-78C3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003593.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019380	ICL 1 412	SYM 1 412{}1365	ASTR 1 -	CLOC 1 88E1-88E1	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0019380
SYM|412{}1365
SYN|TE19380
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}1365
CLOC|88E1-88E1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003707.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019383	ICL 1 412	SYM 1 412{}1368	ASTR 1 -	CLOC 1 88F9-88F9	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0019383
SYM|412{}1368
SYN|TE19383
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}1368
CLOC|88F9-88F9
LOCB|genomic location inferred from flanking sequence
DBAF|AE003709.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019390	ICL 1 412	SYM 1 412{}1375	ASTR 1 -	CLOC 1 90B1-90B2	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0019390
SYM|412{}1375
SYN|TE19390
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}1375
CLOC|90B1-90B2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003718.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019440	ICL 1 412	SYM 1 412{}1431	ASTR 1 -	CLOC 1 97E5-97E5	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0019440
SYM|412{}1431
SYN|TE19440
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}1431
CLOC|97E5-97E5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003759.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019462	ICL 1 412	SYM 1 412{}1459	ASTR 1 -	CLOC 1 99F2-99F2	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0019462
SYM|412{}1459
SYN|TE19462
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|412

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}1459
CLOC|99F2-99F2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003773.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014262	ICL 1 412	SYM 1 412{}br<up>1</up>	ASTR 1 -	CLOC 1 2B3--5	REF 1 3	DT 1 6 Jan 2000	RESZ 485
ID|FBti0014262
SYM|412{}br<up>1</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0000210==br</fbsym>

REFDSR
{
RDID|FBrf0050541
|Sampedro et al.
|1989
SYN|412{}br<up>1</up>
ASAL|<fbsym>FBal0001189==br<up>1</up></fbsym>
MU|spontaneous
CLOC|2B3--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000210==br</fbsym>
}

REF
{
REFM|FBrf0050541
|Sampedro et al.
|1989
REFM|FBrf0052734
|Galceran et al.
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0001189==br<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0034268
|Belyaeva et al.
|1980
PHP|Heterozygotes with <fbsym>FBab0000883==Df(1)br<up>25</up></fbsym> have normal viability
| and <fbsym>FBgn0000210==br</fbsym> wings.
PHM|wing
}

REFDSR
{
RDID|FBrf0037773
|Belyaeva et al.
|1982
PHP|Heterozygotes with <fbsym>FBab0000662==Df(1)RA19</fbsym> are partially viable at 29<up>o</up>C, survivors
|have either short or faded wings.
}

REFDSR
{
RDID|FBrf0047741
|Demakova et al.
|1988
PHM|wing
}

REFDSR
{
RDID|FBrf0053721
|Restifo and White
|1991
PHP|41% penetrance of abnormal SEG-TG separation phenotype, 55% of individuals
|show an abnormal optic lobe position and 35% a brain fusion failure.
PHM|optic lobe
|adult brain
}

REFDSR
{
RDID|FBrf0054179
|Gotwals and Fristrom
|1991
PHP|Homozygote <fbsym>FBal0001189==br<up>1</up></fbsym> wings are shorter and wider than wild
| type. The phenotype
|of <fbsym>FBal0001189==br<up>1</up></fbsym> homozygotes is intensified when placed in
| trans with <fbsym>FBal0013157==br<up>npr-3</up></fbsym>
|resulting in the mlf syndrome. <fbsym>FBgn0005634==zip</fbsym> interacts with
| <fbsym>FBal0001189==br<up>1</up></fbsym> hemizygous
|males.
PHM|wing
}

REFDSR
{
RDID|FBrf0057604
|Restifo and White
|1992
PHP|Failure of salivary gland degeneration. Reduction in dorso-ventral
|class of indirect flight muscles. Some show proventriculus abnormality:
|foregut-midgut junction less proventriculus-like in appearance.
PHM|larval salivary gland | embryonic
|larval proventriculus | embryonic
|indirect flight muscle
}

REFDSR
{
RDID|FBrf0068650
|Restifo and Merrill
|1994
PHP|Heterozygotes with <fbsym>FBal0013161==br<up>npr-7</up></fbsym> display small maxillary palps
|that are virtually devoid of mechanosensory bristles. Rostral membrane
|is lost so the proboscis is barely visible.
PHM|maxillary palpus
|maxillary palpus & macrochaeta
|rostral membrane
}

REFDSR
{
RDID|FBrf0073036
|Emery et al.
|1994
PHP|Viable allele.
}

REFDSR
{
RDID|FBrf0099732
|Deng and Bownes
|1997
PHP|Female progeny <fbsym>FBal0061484==br<up>A47</up></fbsym>/<fbsym>FBal0001189==br<up>1</up></fbsym>
| survive until adulthood and produce
|eggs with reduced dorsal appendages. Normal embryos develop that successfully
|hatch into larvae. Female progeny
| <fbsym>FBal0013160==br<up>npr-6</up></fbsym>/<fbsym>FBal0001189==br<up>1</up></fbsym> survive until
|adulthood and produce eggs with reduced dorsal appendages.
PHM|(with br<up>A47</up>) dorsal appendage
|(with br<up>npr-6</up>) dorsal appendage
}

REFDSR
{
RDID|FBrf0112061
|Tzolovsky et al.
|1999
PHP|The <fbsym>FBal0001189==br<up>1</up></fbsym>/<fbsym>FBal0013160==br<up>npr-6</up></fbsym> and
| <fbsym>FBal0001189==br<up>1</up></fbsym>/<fbsym>FBal0061484==br<up>A47</up></fbsym> mothers produce eggs
|that have reduced dorsal appendages.
|<fbsym>FBal0001189==br<up>1</up></fbsym>/<fbsym>FBal0001192==br<up>5</up></fbsym> and
| <fbsym>FBal0001189==br<up>1</up></fbsym>/<fbsym>FBal0001193==br<up>6</up></fbsym> females produce
| eggs that have
|normal dorsal appendages.
|<fbsym>FBal0001189==br<up>1</up></fbsym>/<fbsym>FBal0014441==br<up>rbp-1</up></fbsym> mothers produce
| eggs that have reduced dorsal appendages,
|similar to the phenotype seen in
| <fbsym>FBal0001189==br<up>1</up></fbsym>/<fbsym>FBal0061484==br<up>A47</up></fbsym> mothers.
PHM|(with br<up>npr-6</up>) dorsal appendage
|(with br<up>A47</up>) dorsal appendage
|(with br<up>rbp-1</up>) dorsal appendage
}

REFDSR
{
RDID|FBrf0167639
|Ward et al.
|2003
PHP|Hemizygous males and homozygous females maintained at 21<up>o</up>C have malformed
|legs at a low frequency (0.4%).
}

REFDSR
{
RDID|FBrf0174477
|Chen et al.
|2004
PHP|1% of hemizygous males have a malformed leg phenotype.
}

REF
{
REFM|FBrf0034268
|Belyaeva et al.
|1980
REFM|FBrf0037773
|Belyaeva et al.
|1982
REFM|FBrf0047741
|Demakova et al.
|1988
REFM|FBrf0053721
|Restifo and White
|1991
REFM|FBrf0054179
|Gotwals and Fristrom
|1991
REFM|FBrf0057604
|Restifo and White
|1992
REFM|FBrf0068650
|Restifo and Merrill
|1994
REFM|FBrf0073036
|Emery et al.
|1994
REFM|FBrf0099732
|Deng and Bownes
|1997
REFM|FBrf0112061
|Tzolovsky et al.
|1999
REFM|FBrf0167639
|Ward et al.
|2003
REFM|FBrf0174477
|Chen et al.
|2004
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0025335	ICL 1 412	SYM 1 412{}br<up>3</up>b	ASTR 1 -	CLOC 1 2B3--5	REF 1 3	DT 1 7 Jul 2003	RESZ 681
ID|FBti0025335
SYM|412{}br<up>3</up>b
SYN|roo{}412{}br<up>3</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|7 Jul 2003
|7 Jul 2003
ICL|412
ID2|FBti0014264
ASGN|<fbsym>FBgn0000210==br</fbsym>

REFDSR
{
RDID|FBrf0050541
|Sampedro et al.
|1989
SYN|412{}br<up>3</up>b
ASAL|<fbsym>FBal0001190==br<up>3</up></fbsym>
MU|spontaneous
CLOC|2B3--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000210==br</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
CC|One of two insertions associated with this allele; see <fbsym>FBti0025334==roo{}br<up>3</up>a</fbsym>.
}

REF
{
REFM|FBrf0050541
|Sampedro et al.
|1989
REFM|FBrf0052734
|Galceran et al.
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0001190==br<up>3</up></fbsym>

REFDSR
{
RDID|FBrf0034268
|Belyaeva et al.
|1980
PHP|Heterozygotes with <fbsym>FBab0000883==Df(1)br<up>25</up></fbsym> have normal viability
| and <fbsym>FBgn0000210==br</fbsym> wings.
}

REFDSR
{
RDID|FBrf0037773
|Belyaeva et al.
|1982
PHP|Pupal heterozygotes with <fbsym>FBab0000623==Df(1)R19</fbsym> die before formation of the imaginal
|organs, viability is lower at 18<up>o</up>C.
}

REFDSR
{
RDID|FBrf0054179
|Gotwals and Fristrom
|1991
PHP|Homozygote <fbsym>FBal0001190==br<up>3</up></fbsym> wings are shorter and wider than wild type.
PHM|wing
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Wings like <fbsym>FBal0001189==br<up>1</up></fbsym> but more often arc like and crumpled.
|RK2.
PHM|wing
}

REF
{
REFM|FBrf0034268
|Belyaeva et al.
|1980
REFM|FBrf0037773
|Belyaeva et al.
|1982
REFM|FBrf0054179
|Gotwals and Fristrom
|1991
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014269	ICL 1 ?	SYM 1 412{}bw<up>1</up>	ASTR 1 -	CLOC 1 59E2-59E3	REF 1 4	DT 1 25 Aug 2004	RESZ 783
ID|FBti0014269
SYM|412{}bw<up>1</up>
SYN|412{}878
|?{}bw<up>1</up>
|TE18870
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|25 Aug 2004
|6 Jan 2000
ICL|?
ID2|FBti0018870
ASGN|<fbsym>FBgn0000241==bw</fbsym>

REFDSR
{
RDID|FBrf0048677
|Dreesen et al.
|1988
SYN|?{}bw<up>1</up>
ASAL|<fbsym>FBal0001342==bw<up>1</up></fbsym>
CLOC|59E2-59E3
LOCB|genomic location inferred from flanking sequence
}

REFDSR
{
RDID|FBrf0148886
|FlyBase Genome Annotators
|2002-2003
SYN|412{}878
|TE18870
}

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|412{}878
CLOC|59E2-59E3
LOCB|genomic location inferred from flanking sequence
}

REF
{
REFM|FBrf0048677
|Dreesen et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0148886
|FlyBase Genome Annotators
|2002-2003
REFM|FBrf0155828
|Kaminker et al.
|2002
}

ALESR
{
ASYM|<fbsym>FBal0001342==bw<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0003911
|Beadle
|1937
PHP|Malpighian tubule color: pale yellow.
|Testes color: colorless.
}

REFDSR
{
RDID|FBrf0025065
|Phillips et al.
|1973
PHP|Red pigments lacking. Xanthommatin mostly replaced by
|dihydroxanthommatin. Pigment granules present but somewhat smaller than in
|wild type.
PHM|pigment granule
}

REFDSR
{
RDID|FBrf0054090
|Tearle
|1991
PHP|Affects the formation of drosopterins and reduces level of ommochrome
|in the eye.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: brown.
|Eye color: light brownish wine on emergence, darkening to garnet.
|Eye color: white, with <fbsym>FBal0001731==cn<up>1</up></fbsym>.
|Eye color: white, with <fbsym>FBal0016127==st<up>1</up></fbsym>.
|Eye color: white, with <fbsym>FBal0017656==v<up>1</up></fbsym>.
PHM|pigment cell
}

REF
{
REFM|FBrf0003911
|Beadle
|1937
REFM|FBrf0025065
|Phillips et al.
|1973
REFM|FBrf0054090
|Tearle
|1991
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0021964	ICL 1 412	SYM 1 412{}c(3)G<up>1</up>	ASTR 1 -	CLOC 1 89A5	REF 1 2	DT 1 26 Mar 2002	RESZ 460
ID|FBti0021964
SYM|412{}c(3)G<up>1</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|26 Mar 2002
|26 Mar 2002
ICL|412
ASGN|<fbsym>FBgn0000246==c(3)G</fbsym>

REFDSR
{
RDID|FBrf0141539
|Page and Hawley
|2001
SYN|412{}c(3)G<up>1</up>
ASAL|<fbsym>FBal0001458==c(3)G<up>1</up></fbsym>
MU|spontaneous
CLOC|89A5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000246==c(3)G</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0141539
|Page and Hawley
|2001
}

ALESR
{
ASYM|<fbsym>FBal0001458==c(3)G<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0006664
|LeClerc
|1946
PHP|Somatic crossing over normal in  homozygotes.
}

REFDSR
{
RDID|FBrf0017221
|Sandler
|1965
PHP|Meiotic loss of ring chromosomes increased in <fbsym>FBal0001458==c(3)G<up>1</up></fbsym> females.
}

REFDSR
{
RDID|FBrf0017788
|Hinton
|1966
PHP|Intergenic recombination increased in heterozygous females (see also FBrf0023885).
}

REFDSR
{
RDID|FBrf0019612
|Smith and King
|1968
PHP|Both duration of meiotic prophase and number of 16-cell cysts per
|germarium reduced in homozygous females.
}

REFDSR
{
RDID|FBrf0020571
|Roberts
|1969
PHP|Heterochromatic interchanges inducible in oocytes of homozygous females
|by X irradiation (see also FBrf0030974).
}

REFDSR
{
RDID|FBrf0020852
|Watson
|1969
PHP|Oocytes of homozygous females show increased sensitivity to X
|irradiation and lack the normally observed fractionation effect.
}

REFDSR
{
RDID|FBrf0024258
|Watson
|1972
PHP|Increased sensitivity of <fbsym>FBal0001458==c(3)G<up>1</up></fbsym>-bearing sperm from
| <fbsym>FBal0001458==c(3)G<up>1</up></fbsym>/+ males
|to translocation induction.
}

REFDSR
{
RDID|FBrf0026745
|Haendle
|1974
PHP|Reported to be deficient for one of two X-ray-induced reactions leading
|to mitotic exchange.
}

REFDSR
{
RDID|FBrf0033924
|Semenov
|1979
PHP|Somatic pairing normal in homozygotes.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Synaptonemal complexes absent from oocytes.
|Eliminates meiotic crossing over in homozygous females. First-division
|nondisjunction and chromosome loss frequent (30% for X, 2 and 3; 20% for
|4); second division normal; exceptions more frequent at 25<up>o</up>C than at
|19<up>o</up>C. Production of triploids and intersexes 300-500 times normal. Egg
|hatch very low.
|No meiotic effects in homozygous males.
|RK3.
PHM|synaptonemal complex
}

REF
{
REFM|FBrf0006664
|LeClerc
|1946
REFM|FBrf0017221
|Sandler
|1965
REFM|FBrf0017788
|Hinton
|1966
REFM|FBrf0019612
|Smith and King
|1968
REFM|FBrf0020571
|Roberts
|1969
REFM|FBrf0020852
|Watson
|1969
REFM|FBrf0024258
|Watson
|1972
REFM|FBrf0026745
|Haendle
|1974
REFM|FBrf0033924
|Semenov
|1979
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0025366	ICL 1 412	SYM 1 412{}Dat<up>lo</up>b	ASTR 1 -	CLOC 1 60B12--C1	REF 1 2	DT 1 7 Jul 2003	RESZ 648
ID|FBti0025366
SYM|412{}Dat<up>lo</up>b
SYN|blastopia{}412{}Dat<up>lo</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|7 Jul 2003
|7 Jul 2003
ICL|412
ID2|FBti0014836
ASGN|<fbsym>FBgn0019643==Dat</fbsym>

REFDSR
{
RDID|FBrf0103242
|Brodbeck et al.
|1998
SYN|412{}Dat<up>lo</up>b
ASAL|<fbsym>FBal0002239==Dat<up>lo</up></fbsym>
CLOC|60B12--C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0019643==Dat</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
CC|One of two insertions associated with this allele; see <fbsym>FBti0027408==flea{}Dat<up>lo</up>a</fbsym>.
}

REF
{
REFM|FBrf0103242
|Brodbeck et al.
|1998
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0002239==Dat<up>lo</up></fbsym>

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Dopamine acetyltransferase activity low and relative thermolabile.
|<fbsym>FBgn0019643==Dat</fbsym><up>+</up>/<fbsym>Dat&lt;up&gt;lo&lt;/up&gt;</fbsym> activity level intermediate
| between those of the two
|homozygous genotypes.
}

REFDSR
{
RDID|FBrf0126795
|Shaw et al.
|2000
PHP|Homozygous flies do not differ from wild-type flies in the percentage
|and distribution of rest and waking and show normal amounts and patterns
|of activity. However, after 12 hours of rest deprivation during the
|dark period, homozygous flies display a rest rebound that is greater
|than in rest-deprived control flies.
|<fbsym>FBal0002239==Dat<up>lo</up></fbsym>/<fbsym>FBab0002026==Df(2R)Px1</fbsym> flies do not differ
| from <fbsym>FBal0002239==Dat<up>lo</up></fbsym> homozygotes
|or wild-type flies in the percentage and circadian distribution of
|... (see <fbsym>FBal0002239==Dat<up>lo</up></fbsym> report)
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0126795
|Shaw et al.
|2000
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014407	ICL 1 412	SYM 1 412{}ds<up>1</up>	ASTR 1 -	CLOC 1 21E2	REF 1 2	DT 1 6 Jan 2000	RESZ 437
ID|FBti0014407
SYM|412{}ds<up>1</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0000497==ds</fbsym>

REFDSR
{
RDID|FBrf0081626
|Clark et al.
|1995
SYN|412{}ds<up>1</up>
ASAL|<fbsym>FBal0003119==ds<up>1</up></fbsym>
MU|spontaneous
CLOC|21E2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000497==ds</fbsym>
}

REF
{
REFM|FBrf0081626
|Clark et al.
|1995
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0003119==ds<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0063388
|Curry
|1939
PHP|<fbsym>FBal0028156==ds<up>38k</up></fbsym>/<fbsym>FBal0003119==ds<up>1</up></fbsym> flies have an
| extreme <fbsym>FBgn0000497==ds</fbsym> phenotype.
}

REFDSR
{
RDID|FBrf0081626
|Clark et al.
|1995
PHP|Viable allele. In addition to 100% penetrant defects in leg, wing
|and thorax, rough patches in the eye appear at low frequency. Anterior
|crossvein is displaced posteriorly.
PHM|leg
|wing
|thorax
|eye
|anterior crossvein
}

REFDSR
{
RDID|FBrf0101864
|Adler et al.
|1998
PHP|Approximately half the wings of either
| <fbsym>FBal0089339==ds<up>UAO71</up></fbsym>/<fbsym>FBal0003119==ds<up>1</up></fbsym> or <fbsym>FBal0028155==ds<up>33k</up></fbsym>/<fbsym>FBal0003119==ds<up>1</up></fbsym>
|flies have a very weak tissue polarity phenotype, consisting of a couple
|of multiple hair cells and/or a small region of polarity disruption
|in the proximal part of the wing.
PHM|wing hair
|wing | proximal
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Wings shorter, blunter and broader; crossveins
|uniformly very close together. Abdomen and legs
|chunky. Slight dominance of close crossveins. Stronger
|alleles may exhibit enhanced dominance, reduced
|viability, female sterility, delayed emergence, widely
|spaced scutellar bristles and erect costal bristles.
|Strong interaction with <fbsym>FBgn0000410==d</fbsym>, <fbsym>FBgn0000658==fj</fbsym> and <fbsym>FBgn0000289==cg</fbsym>; double
|... (see <fbsym>FBal0003119==ds<up>1</up></fbsym> report)
}

REF
{
REFM|FBrf0063388
|Curry
|1939
REFM|FBrf0081626
|Clark et al.
|1995
REFM|FBrf0101864
|Adler et al.
|1998
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014135	ICL 1 412	SYM 1 412{}Est-6<up>0</up>	ASTR 1 -	CLOC 1 69A1	REF 1 2	DT 1 6 Jan 2000	RESZ 447
ID|FBti0014135
SYM|412{}Est-6<up>0</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0000592==Est-6</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|412{}Est-6<up>0</up>
ASAL|<fbsym>FBal0003848==Est-6<up>0</up></fbsym>
CLOC|69A1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000592==Est-6</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014451	ICL 1 412	SYM 1 412{}f<up>3</up>	ASTR 1 -	CLOC 1 15F4--9	REF 1 2	DT 1 6 Jan 2000	RESZ 437
ID|FBti0014451
SYM|412{}f<up>3</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0000630==f</fbsym>

REFDSR
{
RDID|FBrf0064511
|Hoover et al.
|1993
SYN|412{}f<up>3</up>
ASAL|<fbsym>FBal0003945==f<up>3</up></fbsym>
MU|spontaneous
CLOC|15F4--9
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000630==f</fbsym>
}

REF
{
REFM|FBrf0064511
|Hoover et al.
|1993
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0003945==f<up>3</up></fbsym>

REFDSR
{
RDID|FBrf0064511
|Hoover et al.
|1993
PHP|Weak <fbsym>FBgn0000630==f</fbsym> phenotype, macrochaetae are slightly bent.
PHM|macrochaeta
}

REFDSR
{
RDID|FBrf0098231
|Dickinson and Thatcher
|1997
PHP|Denticles of all rows display normal arrangement and polarity but they
|are thin and sinuous ('goose-necked') compared with the stout hooks
|seen in wild type. The normally stout triangular hairs near the anterior
|margins of segments exhibit a similar phenotype. Longer hairs are
|close to normal but typically are not as straight, uniformly tapered
|and pointed as wild type.
PHM|denticle belt
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|weak - macrochaetae slightly bent
|not suppressed by su(f)
|Slight allele of <fbsym>FBgn0000630==f</fbsym>. Ends of bristles twisted or split.
|RK2.
}

REF
{
REFM|FBrf0064511
|Hoover et al.
|1993
REFM|FBrf0098231
|Dickinson and Thatcher
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014465	ICL 1 412	SYM 1 412{}ft<up>G-rv</up>	ASTR 1 -	CLOC 1 24D8	REF 1 4	DT 1 6 Jan 2000	RESZ 723
ID|FBti0014465
SYM|412{}ft<up>G-rv</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0001075==ft</fbsym>

REFDSR
{
RDID|FBrf0047838
|Bryant et al.
|1988
PHC|lethal | embryonic | recessive
}

REFDSR
{
RDID|FBrf0053397
|Mahoney et al.
|1991
SYN|412{}ft<up>G-rv</up>
ASAL|<fbsym>FBal0004805==ft<up>G-rv</up></fbsym>
MU|spontaneous
CLOC|24D8
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001075==ft</fbsym>
PHC|lethal | recessive
}

REFDSR
{
RDID|FBrf0128473
|Garoia et al.
|2000
PHC|(with Df(2L)sc19-1) lethal | pupal
}

REF
{
REFM|FBrf0047838
|Bryant et al.
|1988
REFM|FBrf0053397
|Mahoney et al.
|1991
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0128473
|Garoia et al.
|2000
}

ALESR
{
ASYM|<fbsym>FBal0004805==ft<up>G-rv</up></fbsym>

REFDSR
{
RDID|FBrf0047838
|Bryant et al.
|1988
PHP|Hemizygous <fbsym>FBal0004805==ft<up>G-rv</up></fbsym> and transheterozygous
| <fbsym>FBal0004805==ft<up>G-rv</up></fbsym>/<fbsym>FBal0004804==ft<up>G</up></fbsym> animals
|die at the pupal stage and the larvae have overgrown discs.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Does not show G phenotype. Does not exaggerate ft.
|Lethal in combination with G.
|RK2.
}

REFDSR
{
RDID|FBrf0128473
|Garoia et al.
|2000
PHP|<fbsym>FBal0004805==ft<up>G-rv</up></fbsym>/<fbsym>FBab0001905==Df(2L)sc19-1</fbsym> larvae reach the
| pupal stage at 7-9 days
|and show hyperplastic discs.
|<fbsym>FBal0035084==ft<up>k07918</up></fbsym>/<fbsym>FBal0004805==ft<up>G-rv</up></fbsym> larvae show
| a delay in pupariation of 1-2 days
|and have a maximal disc size similar to that of
| <fbsym>FBal0035084==ft<up>k07918</up></fbsym> homozygotes.
|Wing discs from <fbsym>FBal0004790==ft<up>4</up></fbsym>/<fbsym>FBal0004805==ft<up>G-rv</up></fbsym>
| larvae are larger, they pupate at
|7-9 days and die as pupae.
|Somatic wing clones of homozygous <fbsym>FBal0004805==ft<up>G-rv</up></fbsym> in a
| <fbsym>FBal0011887==M(2)24F<up>1</up></fbsym> background
|... (see <fbsym>FBal0004805==ft<up>G-rv</up></fbsym> report)
PHM|(with Df(2L)sc19-1) imaginal disc
|wing | somatic clone
|wing vein | somatic clone
|wing & chaeta | somatic clone
|mesothoracic tergum | somatic clone
|mesothoracic tergum & chaeta | somatic clone
}

REFDSR
{
RDID|FBrf0146910
|Yang et al.
|2002
PHP|About 50% of ommatidia within somatic clones in the adult eye frequently
|have reversed dorsal ventral polarity. Occasional reversals of polarity
|are also seen in wild-type ommatidia bordering the polar side of the
|mutant tissue.
|When homozygous mutant clones are made specifically in the equatorial
|R3/R4 precursor, almost all (96%) of the consequent ommatidia are in
|the reverse polarity. When clones are made specifically in the polar
|... (see <fbsym>FBal0004805==ft<up>G-rv</up></fbsym> report)
PHM|ommatidium | somatic clone
|ommatidium | somatic clone | cell non-autonomous
|photoreceptor cell R3 | somatic clone
|photoreceptor cell R4 | ectopic | somatic clone
}

REF
{
REFM|FBrf0047838
|Bryant et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0128473
|Garoia et al.
|2000
REFM|FBrf0146910
|Yang et al.
|2002
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014464	ICL 1 412	SYM 1 412{}ft<up>G</up>	ASTR 1 -	CLOC 1 24D8	REF 1 3	DT 1 6 Jan 2000	RESZ 604
ID|FBti0014464
SYM|412{}ft<up>G</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0001075==ft</fbsym>
ARGS|FBgn0001075

REFDSR
{
RDID|FBrf0047838
|Bryant et al.
|1988
PHC|lethal | embryonic | recessive
}

REFDSR
{
RDID|FBrf0053397
|Mahoney et al.
|1991
SYN|412{}ft<up>G</up>
ASAL|<fbsym>FBal0004804==ft<up>G</up></fbsym>
MU|spontaneous
CLOC|24D8
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001075==ft</fbsym>
PHC|lethal | recessive
}

REF
{
REFM|FBrf0047838
|Bryant et al.
|1988
REFM|FBrf0053397
|Mahoney et al.
|1991
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0004804==ft<up>G</up></fbsym>

REFDSR
{
RDID|FBrf0047838
|Bryant et al.
|1988
PHP|Heterozygous adults have held out wings, and there are minor changes
|in bristle pattern on the head. Transheterozygous combinations of
|<fbsym>FBal0004804==ft<up>G</up></fbsym> with <fbsym>FBal0004805==ft<up>G-rv</up></fbsym>,
| <fbsym>FBal0004794==ft<up>8</up></fbsym> or <fbsym>FBal0004787==ft<up>1</up></fbsym> produces larvae
| with overgrown
|discs that die at the pupal stage, with some exaggerated "fat" escapers
|in the case of <fbsym>FBal0004787==ft<up>1</up></fbsym>.
PHM|wing
}

REFDSR
{
RDID|FBrf0053397
|Mahoney et al.
|1991
PHP|Additional wild-type copies of the ft gene can suppress the characteristics
|of the <fbsym>FBal0004804==ft<up>G</up></fbsym> phenotype.
}

REFDSR
{
RDID|FBrf0098751
|Buratovich and Bryant
|1997
PHP|Heterozygotes show outstretched wings. Homozygotes show overgrowth
|of imaginal discs.
PHM|wing
|imaginal disc
}

REFDSR
{
RDID|FBrf0103357
|Saget et al.
|1998
PHP|<fbsym>FBal0004804==ft<up>G</up></fbsym> has no rescuing effect on
| <fbsym>FBal0046151==mxc<up>G48</up></fbsym> or <fbsym>FBal0046149==mxc<up>G43</up></fbsym>.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Wings large, held out from sides at 45-90<up>o</up> angle,
|curved downward and somewhat pointed. Vein L1
|thickened; crossveins closer together, sometimes
|broken. Thoracic and vertical bristles duplicated in
|majority of flies. G/ft has exaggerated ft phenotype.
|Partially inhibited by ds/+ and much inhibited by
|ds/ds. Homozygous lethal.
|... (see <fbsym>FBal0004804==ft<up>G</up></fbsym> report)
}

REF
{
REFM|FBrf0047838
|Bryant et al.
|1988
REFM|FBrf0053397
|Mahoney et al.
|1991
REFM|FBrf0098751
|Buratovich and Bryant
|1997
REFM|FBrf0103357
|Saget et al.
|1998
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014466	ICL 1 412	SYM 1 412{}fw<up>1</up>	ASTR 1 -	CLOC 1 11A1	REF 1 2	DT 1 6 Jan 2000	RESZ 486
ID|FBti0014466
SYM|412{}fw<up>1</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0001083==fw</fbsym>

REFDSR
{
RDID|FBrf0091112
|Leshko-Lindsay and Corces
|1997
SYN|412{}fw<up>1</up>
ASAL|<fbsym>FBal0004898==fw<up>1</up></fbsym>
MU|spontaneous
CLOC|11A1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001083==fw</fbsym>
PHC|lethal | partially
}

REF
{
REFM|FBrf0091112
|Leshko-Lindsay and Corces
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0004898==fw<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0063569
|Kaufman
|1969
PHP|<fbsym>FBal0004910==fw<up>68</up></fbsym>/<fbsym>FBal0004898==fw<up>1</up></fbsym> females have a <fbsym>FBgn0001083==fw</fbsym>
| mutant phenotype.
}

REFDSR
{
RDID|FBrf0091112
|Leshko-Lindsay and Corces
|1997
PHP|Deep furrows or folds in the retina of adult compound eyes. Ommatidial
|pattern is severely disorganized, the ommatidia and interommatidial
|bristles show altered morphology. Defects in the development of the
|mechanosensory bristles including the macrochaetae (bristles shafts
|shortened, gnarled or bent and have altered polarity), microchaetae
|and bristles surrounding the eye. Shortened head and scutellum.
|10% <fbsym>FBal0004898==fw<up>1</up></fbsym>/<fbsym>FBab0000482==Df(1)KA10</fbsym> female progeny have
| wing defects; wings are
|... (see <fbsym>FBal0004898==fw<up>1</up></fbsym> report)
PHM|retina
|ommatidium
|interommatidial bristle
|macrochaeta
|microchaeta
|eye & macrochaeta
|adult head
|scutellum
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eyes with vertical fold and furrows. Head and scutellum shortened.
|Bristles gnarled and shortened, especially the postscutellars. Best
|classification character is short, blunt notopleurals.
|Phenotype can become nearly wild type on inbreeding (Lefevre).
|RK2.
PHM|eye
|head | adult
|scutellum
|notopleural bristle
|macrochaeta
|posterior scutellar bristle
}

REF
{
REFM|FBrf0063569
|Kaufman
|1969
REFM|FBrf0091112
|Leshko-Lindsay and Corces
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014842	ICL 1 412	SYM 1 412{}nub<up>1</up>	ASTR 1 -	CLOC 1 33F1--2	REF 1 2	DT 1 6 Jan 2000	RESZ 439
ID|FBti0014842
SYM|412{}nub<up>1</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0002970==nub</fbsym>

REFDSR
{
RDID|FBrf0076143
|Ng et al.
|1995
SYN|412{}nub<up>1</up>
ASAL|<fbsym>FBal0013178==nub<up>1</up></fbsym>
MU|spontaneous
CLOC|33F1--2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0002970==nub</fbsym>
}

REF
{
REFM|FBrf0076143
|Ng et al.
|1995
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0013178==nub<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0076143
|Ng et al.
|1995
PHP|Wing blade reduced to a tiny stump, wing hinge is partially deleted.
|A portion of the wing margin is still present. Clonal analysis reveals
|that mutant clones are considerably smaller than wild type clones,
|though the autonomous reduction in size is insufficient to explain
|the overall reduction in size of mutant wings. Clones which occupy
|a portion of the wing hinge cause a non-autonomous reduction in the
|size of the wing.
PHM|wing
|anterior notal wing process
|posterior notal wing process
|pleural wing process
}

REFDSR
{
RDID|FBrf0098758
|Cifuentes and Garcia-Bellido
|1997
PHP|Wings are smaller and shorter than normal and are abnormally folded
|and bent. Wing size reduction is due to reduced number of wing cells.
|Bristles of the triple row are incorrectly differentiated. Bracteated
|bristles can be seen in distal position, indicating a failure in proximo-distal
|specification. Wing veins L4 and L5 and crossveins are missing. Haltere
|is smaller than wild type. Legs may appear shortened and gnarled.
|Third larval instar mutant wings exhibit conspicuous cell mortality.
|... (see <fbsym>FBal0013178==nub<up>1</up></fbsym> report)
PHM|dorsal mesothoracic disc
|wing
|dorsal triple row
|medial triple row
|ventral triple row
|wing vein L4
|wing vein L5
|crossvein
|haltere
|leg
|wing vein L2
}

REFDSR
{
RDID|FBrf0103338
|Neumann and Cohen
|1998
PHP|The bristles of the wing margin form in a broader domain than in wild
|type. The DV identity of the bristles is ambiguous, possibly because
|clones fail to respect the DV lineage restriction.
|Ectopic wing margin bristles occur in clones induced in the wing.
|Rarely, ectopic bristle precursors occur outside the clone.
PHM|wing margin bristle | ectopic
|sensillum precursor | ectopic
|wing margin bristle
|wing margin bristle | ectopic | somatic clone
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Wings very small, opaque, curved spoonlike up or down;
|inflated at eclosion. Wing margins interrupted. Only
|one vein (L2 or L3) present. Halteres somewhat
|reduced. Viability excellent.
|RK1.
}

REFDSR
{
RDID|FBrf0128473
|Garoia et al.
|2000
PHP|<fbsym>FBal0013178==nub<up>1</up></fbsym>/<fbsym>FBal0035084==ft<up>k07918</up></fbsym> somatic clones
| are small and cause overgrowth,
|as in <fbsym>FBal0035084==ft<up>k07918</up></fbsym> clones, but retain the extreme
| accommodation phenotype
|of <fbsym>FBal0013178==nub<up>1</up></fbsym>.
}

REF
{
REFM|FBrf0076143
|Ng et al.
|1995
REFM|FBrf0098758
|Cifuentes and Garcia-Bellido
|1997
REFM|FBrf0103338
|Neumann and Cohen
|1998
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0128473
|Garoia et al.
|2000
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014586	ICL 1 412	SYM 1 412{}pr<up>1</up>	ASTR 1 -	CLOC 1 38B3	REF 1 2	DT 1 6 Jan 2000	RESZ 435
ID|FBti0014586
SYM|412{}pr<up>1</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0003141==pr</fbsym>
ARGS|FBgn0003141

REFDSR
{
RDID|FBrf0087504
|Kim et al.
|1996
SYN|412{}pr<up>1</up>
ASAL|<fbsym>FBal0013947==pr<up>1</up></fbsym>
CLOC|38B3
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003141==pr</fbsym>
}

REF
{
REFM|FBrf0087504
|Kim et al.
|1996
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0013947==pr<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0087504
|Kim et al.
|1996
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: reddish-purple.
PHM|pigment cell
}

REF
{
REFM|FBrf0087504
|Kim et al.
|1996
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014587	ICL 1 412	SYM 1 412{}pr<up>2</up>	ASTR 1 -	CLOC 1 38B3	REF 1 2	DT 1 6 Jan 2000	RESZ 432
ID|FBti0014587
SYM|412{}pr<up>2</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0003141==pr</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|412{}pr<up>2</up>
ASAL|<fbsym>FBal0013948==pr<up>2</up></fbsym>
CLOC|38B3
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003141==pr</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0013948==pr<up>2</up></fbsym>

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: redder than <fbsym>FBal0013947==pr<up>1</up></fbsym>.
PHM|pigment cell
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014588	ICL 1 412	SYM 1 412{}pr<up>bw</up>	ASTR 1 -	CLOC 1 38B3	REF 1 2	DT 1 6 Jan 2000	RESZ 453
ID|FBti0014588
SYM|412{}pr<up>bw</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0003141==pr</fbsym>
ARGS|FBgn0003141

REFDSR
{
RDID|FBrf0087504
|Kim et al.
|1996
SYN|412{}pr<up>bw</up>
ASAL|<fbsym>FBal0013955==pr<up>bw</up></fbsym>
MU|spontaneous
CLOC|38B3
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003141==pr</fbsym>
}

REF
{
REFM|FBrf0087504
|Kim et al.
|1996
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0013955==pr<up>bw</up></fbsym>

REFDSR
{
RDID|FBrf0087504
|Kim et al.
|1996
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: brownish-pink; lighter in female.
|RK2.
PHM|pigment cell
}

REF
{
REFM|FBrf0087504
|Kim et al.
|1996
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014606	ICL 1 412	SYM 1 412{}ro<up>1</up>	ASTR 1 -	CLOC 1 97D6	REF 1 2	DT 1 6 Jan 2000	RESZ 447
ID|FBti0014606
SYM|412{}ro<up>1</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0003267==ro</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|412{}ro<up>1</up>
ASAL|<fbsym>FBal0014629==ro<up>1</up></fbsym>
MU|spontaneous
CLOC|97D6
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003267==ro</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0014629==ro<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0047664
|Tomlinson et al.
|1988
PHP|Disrupts an early stage of eye development: ommatidal array is disrupted,
|number of photoreceptors per ommatidia is variable.
}

REFDSR
{
RDID|FBrf0052854
|Heberlein and Rubin
|1990
PHP|The ommatidial array is disrupted and the number of photoreceptor cells
|per ommatidium is variable.
PHM|ommatidium
|photoreceptor cell
}

REFDSR
{
RDID|FBrf0086885
|Baden et al.
|1996
PHP|<fbsym>FBal0003279==e<up>4</up></fbsym> <fbsym>FBal0018523==wo<up>1</up></fbsym>
| <fbsym>FBal0014629==ro<up>1</up></fbsym> mutant larvae show an abnormal response to UVC
|radiation.
}

REFDSR
{
RDID|FBrf0103504
|Fanto et al.
|1998
PHP|The R2/R5 precursor pair is transformed into R3/R4 in most preclusters
|in homozygous third larval instar eye discs. The overall arrangement
|and rotation of the clusters is abnormal, with some clusters rotating
|in the wrong direction and others not rotating. Mosaic ommatidia with
|mutant R3 and R4 cells behave like wild-type with respect to ommatidial
|polarity.
PHM|photoreceptor cell R3 | precursor | ectopic
|photoreceptor cell R4 | precursor | ectopic
|photoreceptor cell R2 | precursor
|photoreceptor cell R5 | precursor
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Homozygotes have rough eyes; slightly smaller and
|narrower than wild type. Approximately normal numbers
|of facets but arrangement irregular; frequently have
|fewer and sometimes more than eight retinula cells;
|some facets missing such that three ommatidial
|bristles juxtaposed; other facets fused
|(Stemm-Tegethoff and Dicke, 1974; Ready, Hanson and Benzer, 1976). Fiber pathways
|... (see <fbsym>FBal0014629==ro<up>1</up></fbsym> report)
}

REFDSR
{
RDID|FBrf0158813
|Page
|2003
PHP|Does not appear to have a gross defect on brain development.
}

REF
{
REFM|FBrf0047664
|Tomlinson et al.
|1988
REFM|FBrf0052854
|Heberlein and Rubin
|1990
REFM|FBrf0086885
|Baden et al.
|1996
REFM|FBrf0103504
|Fanto et al.
|1998
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0158813
|Page
|2003
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014630	ICL 1 412	SYM 1 412{}sl<up>1</up>	ASTR 1 -	CLOC 1 14B16--17	REF 1 2	DT 1 6 Jan 2000	RESZ 467
ID|FBti0014630
SYM|412{}sl<up>1</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0003416==sl</fbsym>
ARGS|FBgn0003416

REFDSR
{
RDID|FBrf0105946
|Thackeray et al.
|1998
SYN|412{}sl<up>1</up>
ASAL|<fbsym>FBal0015677==sl<up>1</up></fbsym>
MU|spontaneous
CLOC|14B16--17
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003416==sl</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0105946
|Thackeray et al.
|1998
}

ALESR
{
ASYM|<fbsym>FBal0015677==sl<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Wings about 80% normal length, straight edged and
|blunt tipped. Crossveins rather close. Eyes large and
|slightly rough.
}

REFDSR
{
RDID|FBrf0105946
|Thackeray et al.
|1998
PHP|Homozygotes show a modest reduction in wing length and a mildly rough
|eye. In addition, homozygotes show ectopic wing veins, most frequently
|adjacent to L2 but sometimes connected or adjacent to the posterior
|crossvein or in the posterior cell.
|Ommatidial array is disrupted, many ommatidia are abnormally shaped.
|Eyes show interommatidial bristle defects. Some are missing, some
|are duplicated and some appear at additional vertices.
|... (see <fbsym>FBal0015677==sl<up>1</up></fbsym> report)
PHM|eye
|wing
|wing vein | ectopic
|interommatidial bristle | ectopic
|ommatidium
|interommatidial bristle
|photoreceptor cell
|cone cell
|primary pigment cell
|photoreceptor cell R7 | ectopic
}

REFDSR
{
RDID|FBrf0107943
|Powe et al.
|1999
PHP|Supernumerary R7 phenotype in approximately 30% of ommatidia. The
|phenotype is similar to that of <fbsym>FBgn0004390==Gap1</fbsym> mutations, but less severe.
PHM|ommatidium
|photoreceptor cell R7
}

REFDSR
{
RDID|FBrf0132450
|Duchek and Rorth
|2001
PHP|Border cell migration is normal in
| <fbsym>FBal0015677==sl<up>1</up></fbsym>/<fbsym>FBal0015678==sl<up>2</up></fbsym> mutants.
}

REFDSR
{
RDID|FBrf0159791
|Hardie et al.
|2003
PHP|Light responses in mutant photoreceptors have essentially wild-type
|properties.
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0105946
|Thackeray et al.
|1998
REFM|FBrf0107943
|Powe et al.
|1999
REFM|FBrf0132450
|Duchek and Rorth
|2001
REFM|FBrf0159791
|Hardie et al.
|2003
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0025357	ICL 1 412	SYM 1 412{}sp<up>1</up>a	ASTR 1 -	CLOC 1 60C1--2	REF 1 2	DT 1 7 Jul 2003	RESZ 646
ID|FBti0025357
SYM|412{}sp<up>1</up>a
SYN|412{}roo{}sp<up>1</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|7 Jul 2003
|7 Jul 2003
ICL|412
ID2|FBti0014673
ASGN|<fbsym>FBgn0003466==sp</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|412{}sp<up>1</up>a
ASAL|<fbsym>FBal0015980==sp<up>1</up></fbsym>
MU|spontaneous
CLOC|60C1--2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003466==sp</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
CC|One of two insertions associated with this allele; see <fbsym>FBti0025358==roo{}sp<up>1</up>b</fbsym>.
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0015980==sp<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0027144
|Warner et al.
|1975
PHP|Displays a marked decrease in the amount of the A2
|component of phenoloxidase.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|In pupa, region of anal papilla is dark.
|Body color: dark; axils of wings have black specks.
}

REF
{
REFM|FBrf0027144
|Warner et al.
|1975
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014686	ICL 1 412	SYM 1 412{}st<up>1</up>	ASTR 1 -	CLOC 1 73A3	REF 1 2	DT 1 6 Jan 2000	RESZ 443
ID|FBti0014686
SYM|412{}st<up>1</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0003515==st</fbsym>

REFDSR
{
RDID|FBrf0086235
|ten Have et al.
|1995
SYN|412{}st<up>1</up>
ASAL|<fbsym>FBal0016127==st<up>1</up></fbsym>
MU|spontaneous
CLOC|73A3
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003515==st</fbsym>
}

REF
{
REFM|FBrf0086235
|ten Have et al.
|1995
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0016127==st<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0003530
|Beadle and Ephrussi
|1936
PHP|Eye color autonomous in larval optic discs transplanted into
|wild-type hosts.
}

REFDSR
{
RDID|FBrf0003911
|Beadle
|1937
PHP|Malpighian tubule color: pale yellow.
}

REFDSR
{
RDID|FBrf0042242
|Silva and Mensua
|1985
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0049915
|Tearle et al.
|1989
PHP|Eye color: light yellow, with <fbsym>FBal0016140==st<up>14</up></fbsym>.
PHM|pigment cell
}

REF
{
REFM|FBrf0003530
|Beadle and Ephrussi
|1936
REFM|FBrf0003911
|Beadle
|1937
REFM|FBrf0042242
|Silva and Mensua
|1985
REFM|FBrf0049915
|Tearle et al.
|1989
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015005	ICL 1 412	SYM 1 412{}st<up>dv</up>	ASTR 1 -	CLOC 1 73A3	REF 1 2	DT 1 6 Jan 2000	RESZ 431
ID|FBti0015005
SYM|412{}st<up>dv</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0003515==st</fbsym>

REFDSR
{
RDID|FBrf0086235
|ten Have et al.
|1995
SYN|412{}st<up>dv</up>
ASAL|<fbsym>FBal0050569==st<up>dv</up></fbsym>
CLOC|73A3
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003515==st</fbsym>
}

REF
{
REFM|FBrf0086235
|ten Have et al.
|1995
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0002394	ICL 1 412	SYM 1 412{}Ubx<up>bx-1</up>	ASTR 1 -	CLOC 1 89D6--9	REF 1 6	DT 1 4 Feb 2000	RESZ 824
ID|FBti0002394
SYM|412{}Ubx<up>bx-1</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|4 Feb 2000
|21 Mar 1997
ICL|412
ASGN|<fbsym>FBgn0003944==Ubx</fbsym>

REFDSR
{
RDID|FBrf0040194
|Bender et al.
|1983
ASAL|<fbsym>FBal0017516==Ubx<up>bx-1</up></fbsym>
ORI|+
CLOC|89D6--9
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003944==Ubx</fbsym>
PHC|viable
}

REFDSR
{
RDID|FBrf0044226
|Peifer and Bender
|1986
ASAL|<fbsym>FBal0017516==Ubx<up>bx-1</up></fbsym>
ORI|+
CLOC|89D6--9
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003944==Ubx</fbsym>
PHC|viable
}

REF
{
REFM|FBrf0040194
|Bender et al.
|1983
REFM|FBrf0044226
|Peifer and Bender
|1986
REFM|FBrf0051664
|Castelli-Gair and Garcia-Bellido
|1990
REFM|FBrf0051939
|Micol et al.
|1990
REFM|FBrf0087590
|Martinez-Laborda et al.
|1996
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0017516==Ubx<up>bx-1</up></fbsym>

REFDSR
{
RDID|FBrf0027527
|Duncan and Kaufman
|1975
PHP|Halteres are enlarged.
}

REFDSR
{
RDID|FBrf0037313
|Capdevila and Garcia-Bellido
|1981
PHP|The frequency of variegated bithorax transformations seen in <fbsym>FBab0002874==Df(3R)red-P52</fbsym>
|heterozygotes is not increased in flies also heterozygous for <fbsym>FBal0017516==Ubx<up>bx-1</up></fbsym>.
}

REFDSR
{
RDID|FBrf0039773
|Sanchez-Herrero and Morata
|1983
PHP|Homozygotes have a stronger homeotic transformation phenotype than
|hemizygous <fbsym>FBal0017516==Ubx<up>bx-1</up></fbsym>/<fbsym>FBab0009957==Df(3R)P115</fbsym> flies.
| The occurrence of costa
|(Co) bristles in the proximal haltere (medial structures) and medial
|triple row (MTR) bristles in the distal haltere (distal structures)
|increases with temperature in homozygotes but not in hemizygotes.
|The temperature sensitive period for the increase in MTR and Co bristles
|is during the third larval stage.
PHM|haltere | conditional ts
}

REFDSR
{
RDID|FBrf0040194
|Bender et al.
|1983
PHM|haltere | anterior
|metathoracic leg | anterior
|metathoracic segment | dorsal | adult
}

REFDSR
{
RDID|FBrf0042047
|Casanova et al.
|1985
PHP|<fbsym>FBal0017516==Ubx<up>bx-1</up></fbsym> failed to show the "ppx" transformation at 17<up>o</up>C.
}

REFDSR
{
RDID|FBrf0044226
|Peifer and Bender
|1986
PHP|Halteres are transformed to wings and are 3-15% of wing size, dorsal tissue
|of T3 is incompletely transformed to metanotum, hypopleural plates are
|incompletely transformed to sternopleural plates, 2-3 hypopleural bristles
|are still present and the anterior third leg displays a weak transformation
|to anterior second leg, as seen by the bristle pattern.
PHM|haltere
|metathoracic segment | dorsal
|katepimeron
|metathoracic leg | anterior
}

REFDSR
{
RDID|FBrf0045369
|Capdevila et al.
|1986
PHP|Different genetic combinations of Pc alleles and Ubx alleles suggest
|that the products of the bx region of Ubx are responsible for the "cbx"
|phenotype of the Pc mutations and in the absence of Pc the overexpression
|of bx gene products suppresses the pbx insufficiency phenotype in the
|posterior segments.
}

REFDSR
{
RDID|FBrf0051664
|Castelli-Gair and Garcia-Bellido
|1990
PHP|Does not affect the frequency of the <fbsym>FBgn0003862==trx</fbsym> bithorax-variegated phenotype
|in heterozygous combination with <fbsym>FBab0002874==Df(3R)red-P52</fbsym>.
}

REFDSR
{
RDID|FBrf0064067
|Botas et al.
|1988
PHP|Phenotype shows variable penetrance and expressivity, and erratic specificity.
}

REFDSR
{
RDID|FBrf0100109
|Kuzin et al.
|1997
PHM|wing | posterior
}

REF
{
REFM|FBrf0027527
|Duncan and Kaufman
|1975
REFM|FBrf0037313
|Capdevila and Garcia-Bellido
|1981
REFM|FBrf0039773
|Sanchez-Herrero and Morata
|1983
REFM|FBrf0040194
|Bender et al.
|1983
REFM|FBrf0042047
|Casanova et al.
|1985
REFM|FBrf0044226
|Peifer and Bender
|1986
REFM|FBrf0045369
|Capdevila et al.
|1986
REFM|FBrf0051664
|Castelli-Gair and Garcia-Bellido
|1990
REFM|FBrf0064067
|Botas et al.
|1988
REFM|FBrf0100109
|Kuzin et al.
|1997
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014243	ICL 1 412	SYM 1 412{}Ubx<up>bx-IS</up>	ASTR 1 -	CLOC 1 89D6--9	REF 1 2	DT 1 6 Jan 2000	RESZ 452
ID|FBti0014243
SYM|412{}Ubx<up>bx-IS</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0003944==Ubx</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|412{}Ubx<up>bx-IS</up>
ASAL|<fbsym>FBal0017528==Ubx<up>bx-IS</up></fbsym>
CLOC|89D6--9
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003944==Ubx</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014733	ICL 1 412	SYM 1 412{}v<up>1</up>	ASTR 1 -	CLOC 1 9F11	REF 1 5	DT 1 6 Jan 2000	RESZ 555
ID|FBti0014733
SYM|412{}v<up>1</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0003965==v</fbsym>

REFDSR
{
RDID|FBrf0049919
|Voelker et al.
|1989
SYN|412{}v<up>1</up>
ASAL|<fbsym>FBal0017656==v<up>1</up></fbsym>
MU|spontaneous
CLOC|9F11
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003965==v</fbsym>
}

REF
{
REFM|FBrf0049919
|Voelker et al.
|1989
REFM|FBrf0051854
|Fridell et al.
|1990
REFM|FBrf0052546
|Searles et al.
|1990
REFM|FBrf0054124
|Pret and Searles
|1991
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0017656==v<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0002379
|Sturtevant
|1932
PHP|Non-autonomous in <fbsym>FBgn0003965==v</fbsym><up>+</up>//<fbsym>v&lt;up&gt;1&lt;/up&gt;</fbsym> gynandromorphs.
}

REFDSR
{
RDID|FBrf0003530
|Beadle and Ephrussi
|1936
PHP|<fbsym>FBal0017656==v<up>1</up></fbsym> eye discs develop wild-type pigmentation when
| transplanted into wild-type larvae.
}

REFDSR
{
RDID|FBrf0045718
|Zhimulev et al.
|1987
PHP|vermilion eyes.
}

REFDSR
{
RDID|FBrf0051854
|Fridell et al.
|1990
PHP|Trace amounts of wild type sized transcripts present in mutants (Searles
|et al., 1990).
}

REFDSR
{
RDID|FBrf0054090
|Tearle
|1991
PHP|Ocelli are unpigmented. <fbsym>FBal0017656==v<up>1</up></fbsym> blocks the pigmentation
| of <fbsym>FBal0014447==rc<up>2</up></fbsym> flies.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: bright red.
|Eye color: white, with <fbsym>FBal0001342==bw<up>1</up></fbsym>.
|Ocellus color: colorless.
PHM|pigment cell
|ocellus pigment granule
}

REF
{
REFM|FBrf0002379
|Sturtevant
|1932
REFM|FBrf0003530
|Beadle and Ephrussi
|1936
REFM|FBrf0045718
|Zhimulev et al.
|1987
REFM|FBrf0051854
|Fridell et al.
|1990
REFM|FBrf0054090
|Tearle
|1991
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014734	ICL 1 412	SYM 1 412{}v<up>2</up>	ASTR 1 -	CLOC 1 9F11	REF 1 3	DT 1 6 Jan 2000	RESZ 475
ID|FBti0014734
SYM|412{}v<up>2</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0003965==v</fbsym>

REFDSR
{
RDID|FBrf0051854
|Fridell et al.
|1990
SYN|412{}v<up>2</up>
ASAL|<fbsym>FBal0017659==v<up>2</up></fbsym>
MU|spontaneous
CLOC|9F11
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003965==v</fbsym>
}

REF
{
REFM|FBrf0051854
|Fridell et al.
|1990
REFM|FBrf0052546
|Searles et al.
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0017659==v<up>2</up></fbsym>

REFDSR
{
RDID|FBrf0005752
|Brehme and Demerec
|1942
PHP|Malpighian tubule color: pale yellow.
}

REFDSR
{
RDID|FBrf0045718
|Zhimulev et al.
|1987
PHP|vermilion eyes.
}

REFDSR
{
RDID|FBrf0051854
|Fridell et al.
|1990
PHP|Trace amounts of wild type sized transcripts present in mutants (Searles
|et al., 1990).
}

REFDSR
{
RDID|FBrf0052546
|Searles et al.
|1990
PHP|Leaky mutation.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: bright red at hatching but darkens rapidly.
|RK2.
PHM|pigment cell
}

REF
{
REFM|FBrf0005752
|Brehme and Demerec
|1942
REFM|FBrf0045718
|Zhimulev et al.
|1987
REFM|FBrf0051854
|Fridell et al.
|1990
REFM|FBrf0052546
|Searles et al.
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014737	ICL 1 412	SYM 1 412{}v<up>k</up>	ASTR 1 -	CLOC 1 9F11	REF 1 3	DT 1 6 Jan 2000	RESZ 460
ID|FBti0014737
SYM|412{}v<up>k</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0003965==v</fbsym>

REFDSR
{
RDID|FBrf0051854
|Fridell et al.
|1990
SYN|412{}v<up>k</up>
ASAL|<fbsym>FBal0017793==v<up>k</up></fbsym>
CLOC|9F11
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003965==v</fbsym>
}

REF
{
REFM|FBrf0051854
|Fridell et al.
|1990
REFM|FBrf0052546
|Searles et al.
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0017793==v<up>k</up></fbsym>

REFDSR
{
RDID|FBrf0051854
|Fridell et al.
|1990
PHP|Trace amounts of wild type sized transcripts present in mutants (Searles
|et al., 1990).
}

REFDSR
{
RDID|FBrf0052546
|Searles et al.
|1990
PHP|Leaky mutation. Suppressed by <fbsym>FBgn0003575==su(s)</fbsym> mutations.
}

REFDSR
{
RDID|FBrf0056344
|Bazin and Silber
|1992
PHP|Not suppressed by <fbsym>FBal0016572==Su(vg)B27<up>1</up></fbsym>,
| <fbsym>FBal0016573==Su(vg)E4<up>1</up></fbsym> or <fbsym>FBal0016574==Su(vg)E6<up>1</up></fbsym>.
}

REF
{
REFM|FBrf0051854
|Fridell et al.
|1990
REFM|FBrf0052546
|Searles et al.
|1990
REFM|FBrf0056344
|Bazin and Silber
|1992
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014738	ICL 1 412	SYM 1 412{}v<up>s</up>	ASTR 1 -	CLOC 1 9F11	REF 1 2	DT 1 6 Jan 2000	RESZ 425
ID|FBti0014738
SYM|412{}v<up>s</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0003965==v</fbsym>

REFDSR
{
RDID|FBrf0054124
|Pret and Searles
|1991
SYN|412{}v<up>s</up>
ASAL|<fbsym>FBal0033073==v<up>s</up></fbsym>
CLOC|9F11
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003965==v</fbsym>
}

REF
{
REFM|FBrf0054124
|Pret and Searles
|1991
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014740	ICL 1 412	SYM 1 412{}vg<up>1</up>	ASTR 1 -	CLOC 1 49E1	REF 1 7	DT 1 6 Jan 2000	RESZ 637
ID|FBti0014740
SYM|412{}vg<up>1</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0003975==vg</fbsym>

REFDSR
{
RDID|FBrf0047923
|Williams and Bell
|1988
SYN|412{}vg<up>1</up>
ASAL|<fbsym>FBal0017868==vg<up>1</up></fbsym>
MU|spontaneous
CLOC|49E1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003975==vg</fbsym>
}

REF
{
REFM|FBrf0047923
|Williams and Bell
|1988
REFM|FBrf0052606
|Williams et al.
|1990
REFM|FBrf0054088
|Bazin et al.
|1991
REFM|FBrf0064705
|Silber et al.
|1993
REFM|FBrf0087809
|Zider et al.
|1996
REFM|FBrf0099521
|Silber et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0017868==vg<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0036848
|Bownes and Roberts
|1981
PHP|Homozygotes have vestigial wings.
PHM|wing
}

REFDSR
{
RDID|FBrf0048692
|Williams et al.
|1988
PHP|Homozygotes display an extreme <fbsym>FBgn0003975==vg</fbsym> phenotype when in the P-cytotype
|or M-cytotype.
}

REFDSR
{
RDID|FBrf0051869
|Rabinow and Birchler
|1990
PHP|No interaction with <fbsym>FBal0012671==mw<up>2</up></fbsym>.
}

REFDSR
{
RDID|FBrf0051947
|Rabinow and Birchler
|1990
PHP|Homozygotes have no wings.
PHM|wing
}

REFDSR
{
RDID|FBrf0052606
|Williams et al.
|1990
PHP|Strong <fbsym>FBgn0003975==vg</fbsym> phenotype.
|Transheterozygotes with <fbsym>FBal0017976==vg<up>83b27</up></fbsym> exhibit wing bubbles
| and unequal
|wing deficiencies.
PHM|wing
}

REFDSR
{
RDID|FBrf0064705
|Silber et al.
|1993
PHP|Homozygotes display high sensitivity to fluorodeoxyuridine (FUdR),
|an inhibitor of thymidylate synthetase and high resistance to aminopterin.
}

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
PHM|(with vg<up>E7</up>) wing
|(with vg<up>dn</up>) wing
|(with vg<up>n</up>) wing
|(with vg<up>nG</up>) wing
|(with vg<up>ni</up>) wing
|(with vg<up>ni2</up>) wing
|(with vg<up>no</up>) wing
|(with vg<up>p</up>) wing | conditional
|(with vg<up>pK</up>) wing | conditional cs
}

REFDSR
{
RDID|FBrf0081135
|Agrawal et al.
|1995
PHP|Wing imaginal discs are smaller than wild type due to cell death.
}

REFDSR
{
RDID|FBrf0083719
|Agrawal et al.
|1995
PHP|Only 4/1692 wings with clones of <fbsym>FBal0009225==l(2)gl<up>4</up></fbsym> clones in a
| <fbsym>FBal0017868==vg<up>1</up></fbsym> background
|show clonal restoration of pattern.
}

REFDSR
{
RDID|FBrf0084908
|Couso et al.
|1995
PHP|Most of the wing is missing, only some of the most proximal structures
|remain.
PHM|wing | distal
}

REFDSR
{
RDID|FBrf0090425
|Abu-Issa and Cavicchi
|1996
PHP|Flies have reduced wings and halteres.
PHM|wing
|haltere
}

REFDSR
{
RDID|FBrf0090618
|Huang and Fischer-Vize
|1996
PHP|No effect on the <fbsym>FBgn0005632==faf</fbsym> eye phenotype.
}

REFDSR
{
RDID|FBrf0090702
|Morcillo et al.
|1996
PHP|<fbsym>FBal0002014==ct<up>L32</up></fbsym>; <fbsym>FBal0035732==su(Hw)<up>e2</up></fbsym> flies
| heterozygous for <fbsym>FBal0017868==vg<up>1</up></fbsym> display a significant
|<fbsym>FBgn0004198==ct</fbsym> wing phenotype.
}

REFDSR
{
RDID|FBrf0099521
|Silber et al.
|1997
PHP|Wing length increases with increasing temperature.
PHM|wing | conditional cs
}

REFDSR
{
RDID|FBrf0104514
|Simmonds and Bell
|1998
PHP|<fbsym>FBal0033094==vg<up>WR2</up></fbsym> produces a weak <fbsym>FBgn0003975==vg</fbsym> phenotype in combination
| with <fbsym>FBal0017976==vg<up>83b27</up></fbsym>.
}

REFDSR
{
RDID|FBrf0105294
|Paumard-Rigal et al.
|1998
PHP|The formation of ectopic wing-like outgrowths caused by expression
|of <fbsym>FBal0093754==vg<up>Scer\UAS.cZa</up></fbsym> under the control of
| <fbsym>FBal0040487==Scer\GAL4<up>ptc-559.1</up></fbsym> is more strongly
|reduced in a <fbsym>FBal0017868==vg<up>1</up></fbsym> homozygous background than in a
| <fbsym>FBal0017868==vg<up>1</up></fbsym> heterozygous
|background.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|<fbsym>FBal0012865==N<up>fa-do-vg</up></fbsym>/<fbsym>FBal0012865==N<up>fa-do-vg</up></fbsym>;
| <fbsym>FBal0017868==vg<up>1</up></fbsym>/+ produces some wing notching.
|<fbsym>FBal0017868==vg<up>1</up></fbsym>/+ is strongly scalloped in combination with <fbsym>FBal0011972==Ma<up>1</up></fbsym>.
|wings, halteres reduced; small wing discs map location
}

REFDSR
{
RDID|FBrf0109032
|Rollins et al.
|1999
PHM|wing
}

REFDSR
{
RDID|FBrf0141467
|Sudarsan et al.
|2001
PHP|Of the indirect flight muscles in <fbsym>FBal0017868==vg<up>1</up></fbsym> mutants, the
| dorsal medial
|muscles are severely reduced and the dorso-ventral muscles (lateral
|oblique dorsal muscles and
|tergosternal muscles) are minimal or completely missing.
PHM|dorsal medial muscle
|lateral oblique dorsal muscle
|tergosternal muscle
}

REFDSR
{
RDID|FBrf0145130
|Thumm and Kadowaki
|2001
PHP|Heterozygotes have normal wing tissue.
}

REFDSR
{
RDID|FBrf0157154
|Whitworth
|2003
PHP|In <fbsym>FBal0017868==vg<up>1</up></fbsym> wing discs, much of the wing pouch anlagen
| fails to develop.
PHM|dorsal mesothoracic disc
}

REFDSR
{
RDID|FBrf0158875
|Prasad et al.
|2003
PHM|wing
}

REF
{
REFM|FBrf0036848
|Bownes and Roberts
|1981
REFM|FBrf0048692
|Williams et al.
|1988
REFM|FBrf0051869
|Rabinow and Birchler
|1990
REFM|FBrf0051947
|Rabinow and Birchler
|1990
REFM|FBrf0052606
|Williams et al.
|1990
REFM|FBrf0064705
|Silber et al.
|1993
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0081135
|Agrawal et al.
|1995
REFM|FBrf0083719
|Agrawal et al.
|1995
REFM|FBrf0084908
|Couso et al.
|1995
REFM|FBrf0090425
|Abu-Issa and Cavicchi
|1996
REFM|FBrf0090618
|Huang and Fischer-Vize
|1996
REFM|FBrf0090702
|Morcillo et al.
|1996
REFM|FBrf0099521
|Silber et al.
|1997
REFM|FBrf0104514
|Simmonds and Bell
|1998
REFM|FBrf0105294
|Paumard-Rigal et al.
|1998
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0109032
|Rollins et al.
|1999
REFM|FBrf0141467
|Sudarsan et al.
|2001
REFM|FBrf0145130
|Thumm and Kadowaki
|2001
REFM|FBrf0157154
|Whitworth
|2003
REFM|FBrf0158875
|Prasad et al.
|2003
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014742	ICL 1 412	SYM 1 412{}vg<up>18</up>	ASTR 1 -	CLOC 1 49E1	REF 1 2	DT 1 6 Jan 2000	RESZ 448
ID|FBti0014742
SYM|412{}vg<up>18</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0003975==vg</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|412{}vg<up>18</up>
ASAL|<fbsym>FBal0017873==vg<up>18</up></fbsym>
MU|&ggr; ray
CLOC|49E1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003975==vg</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014751	ICL 1 412	SYM 1 412{}vg<up>51h25</up>	ASTR 1 -	CLOC 1 49E1	REF 1 2	DT 1 6 Jan 2000	RESZ 444
ID|FBti0014751
SYM|412{}vg<up>51h25</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0003975==vg</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|412{}vg<up>51h25</up>
ASAL|<fbsym>FBal0017881==vg<up>51h25</up></fbsym>
CLOC|49E1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003975==vg</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0017881==vg<up>51h25</up></fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
PHP|Like <fbsym>FBal0017868==vg<up>1</up></fbsym> but wings larger.
| <fbsym>FBal0017868==vg<up>1</up></fbsym>/<fbsym>FBal0017881==vg<up>51h25</up></fbsym> show wing scallops.
|RK1.
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014752	ICL 1 412	SYM 1 412{}vg<up>74c5</up>	ASTR 1 -	CLOC 1 49E1	REF 1 2	DT 1 6 Jan 2000	RESZ 454
ID|FBti0014752
SYM|412{}vg<up>74c5</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0003975==vg</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|412{}vg<up>74c5</up>
ASAL|<fbsym>FBal0017918==vg<up>74c5</up></fbsym>
MU|&ggr; ray
CLOC|49E1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003975==vg</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0017918==vg<up>74c5</up></fbsym>

REFDSR
{
RDID|FBrf0045930
|Alexandrov and Alexandrova
|1987
PHP|Homozygotes have a <fbsym>FBal0017905==vg<up>s</up></fbsym> wing phenotype and
| intermediate haltere
|phenotype. Postscutellars are wild-type.
| <fbsym>FBal0017918==vg<up>74c5</up></fbsym>/<fbsym>FBal0017976==vg<up>83b27</up></fbsym> transheterozygotes
|have wild-type postscutellars, intermediate halteres and crumpled and
|blistered wings.
PHM|wing
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|homozygous wing phenotype like that of <fbsym>FBal0017905==vg<up>s</up></fbsym>
|halteres present (more or less)
|postscutellar bristles present
|homozygous viable
|female-fertile?
}

REF
{
REFM|FBrf0045930
|Alexandrov and Alexandrova
|1987
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014753	ICL 1 412	SYM 1 412{}vg<up>76i2</up>	ASTR 1 -	CLOC 1 49E1	REF 1 2	DT 1 6 Jan 2000	RESZ 470
ID|FBti0014753
SYM|412{}vg<up>76i2</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|412
ASGN|<fbsym>FBgn0003975==vg</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|412{}vg<up>76i2</up>
ASAL|<fbsym>FBal0017925==vg<up>76i2</up></fbsym>
MU|actinomycin D + &ggr; ray
CLOC|49E1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003975==vg</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0017925==vg<up>76i2</up></fbsym>

REFDSR
{
RDID|FBrf0045930
|Alexandrov and Alexandrova
|1987
PHP|Homozygotes have a <fbsym>FBgn0003975==vg</fbsym> wing phenotype. Postscutellars and halteres
|are missing. <fbsym>FBal0017925==vg<up>76i2</up></fbsym>/<fbsym>FBal0017976==vg<up>83b27</up></fbsym>
| transheterozygotes have crumpled
|and blistered wings, and wild-type halteres and postscutellars.
PHM|wing
|haltere
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|homozygous wing phenotype like that of vg
|halteres absent
|postscutellar bristles absent
|homozygous viable
|female-fertile?
}

REF
{
REFM|FBrf0045930
|Alexandrov and Alexandrova
|1987
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0025359	ICL 1 412	SYM 1 412{}vg<up>TP</up>a	ASTR 1 -	CLOC 1 49E1	REF 1 3	DT 1 7 Jul 2003	RESZ 659
ID|FBti0025359
SYM|412{}vg<up>TP</up>a
SYN|412{}?{}vg<up>TP</up>
ASTP|<fbsym>FBtp0011409==412</fbsym>
DT|7 Jul 2003
|7 Jul 2003
ICL|412
ID2|FBti0014754
ASGN|<fbsym>FBgn0003975==vg</fbsym>

REFDSR
{
RDID|FBrf0064705
|Silber et al.
|1993
SYN|412{}vg<up>TP</up>a
ASAL|<fbsym>FBal0035915==vg<up>TP</up></fbsym>
CLOC|49E1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003975==vg</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
CC|One of two insertions associated with this allele; see <fbsym>FBti0025360==?{}vg<up>TP</up>b</fbsym>.
}

REF
{
REFM|FBrf0064705
|Silber et al.
|1993
REFM|FBrf0099521
|Silber et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0035915==vg<up>TP</up></fbsym>

REFDSR
{
RDID|FBrf0064705
|Silber et al.
|1993
PHP|Homozygotes display highly resistance to aminopterin.
}

REFDSR
{
RDID|FBrf0099521
|Silber et al.
|1997
PHP|Wing length increases with increasing temperature.
PHM|wing | conditional cs
}

REF
{
REFM|FBrf0064705
|Silber et al.
|1993
REFM|FBrf0099521
|Silber et al.
|1997
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014580	ICL 1 422	SYM 1 422{}pn<up>1</up>	ASTR 1 -	CLOC 1 2E1	REF 1 3	DT 1 6 Jan 2000	RESZ 498
ID|FBti0014580
SYM|422{}pn<up>1</up>
ASTP|<fbsym>FBtp0011410==422</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|422
ASGN|<fbsym>FBgn0003116==pn</fbsym>
ARGS|FBgn0003116

REFDSR
{
RDID|FBrf0067208
|Frolov et al.
|1994
SYN|422{}pn<up>1</up>
ASAL|<fbsym>FBal0013871==pn<up>1</up></fbsym>
MU|spontaneous
CLOC|2E1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003116==pn</fbsym>
}

REF
{
REFM|FBrf0067208
|Frolov et al.
|1994
REFM|FBrf0091186
|Timmons and Shearn
|1996
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0013871==pn<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0054148
|Teng et al.
|1991
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0064770
|Zinyk et al.
|1993
PHP|Suppresses <fbsym>FBal0005547==hop<up>Tum</up></fbsym> lethality to same extent as <fbsym>FBal0000811==awd<up>K</up></fbsym>.
}

REFDSR
{
RDID|FBrf0091186
|Timmons and Shearn
|1996
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: brownish-red.
PHM|pigment cell
}

REF
{
REFM|FBrf0054148
|Teng et al.
|1991
REFM|FBrf0064770
|Zinyk et al.
|1993
REFM|FBrf0091186
|Timmons and Shearn
|1996
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014582	ICL 1 422	SYM 1 422{}pn<up>54c</up>	ASTR 1 -	CLOC 1 2E1	REF 1 2	DT 1 6 Jan 2000	RESZ 446
ID|FBti0014582
SYM|422{}pn<up>54c</up>
ASTP|<fbsym>FBtp0011410==422</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|422
ASGN|<fbsym>FBgn0003116==pn</fbsym>
ARGS|FBgn0003116

REFDSR
{
RDID|FBrf0067208
|Frolov et al.
|1994
SYN|422{}pn<up>54c</up>
ASAL|<fbsym>FBal0035431==pn<up>54c</up></fbsym>
CLOC|2E1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003116==pn</fbsym>
}

REF
{
REFM|FBrf0067208
|Frolov et al.
|1994
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0035431==pn<up>54c</up></fbsym>

REFDSR
{
RDID|FBrf0054148
|Teng et al.
|1991
PHM|pigment cell
}

REF
{
REFM|FBrf0054148
|Teng et al.
|1991
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0005258	ICL 1 P	SYM 1 1360{P{PZ}}eyc<up>04012b</up>	ASTR 1 +	CLOC 1 -	REF 1 4	DT 1 27 Aug 2002	RESZ 2145
ID|FBti0005258
SYM|1360{P{PZ}}eyc<up>04012b</up>
SYN|1360{P{PZ}}l(2)04012<up>04012</up>
|4012
|P1363
|P{PZ}l(2)04012<up>04012</up>
|l(2)04012
ASTP|<fbsym>FBtp0000210==P{PZ}</fbsym>
DT|27 Aug 2002
|3 Jan 1998
ICL|P
INSITU| 1
ID2|FBti0000343
ASGN|<fbsym>FBgn0027659==eyc</fbsym>
|<fbsym>FBgn0010564==l(2)04012a</fbsym>
|<fbsym>FBgn0014447==Ecol\lacZ</fbsym>
ASTR|<fbsym>FBtr0004799==Ecol\lacZ<up>eyc-04012b</up>RA</fbsym>

REFDSR
{
RDID|FBrf0067338
|BDGP Project Members
|1994-1999
SYN|P{PZ}l(2)04012<up>04012</up>
ASAL|<fbsym>FBal0085609==Ecol\lacZ<up>eyc-04012b</up></fbsym>
|<fbsym>FBal0137262==eyc<up>04012b</up></fbsym>
MU|P-element activity
LOCB|Proximity to gene: <fbsym>FBgn0010564==l(2)04012a</fbsym>
DBAF|AQ025621.1 Dual_flanking_Example.JPG
}

REFDSR
{
RDID|FBrf0083714
|Meister and Braun
|1995.10
SYN|P1363
CVBODPC|In wandering third instar larva, no detectable &bgr;-gal staining.
}

REFDSR
{
RDID|FBrf0102844
|Harvie et al.
|1998
SYN|4012
CVBODP|transcript distribution deduced from reporter protein
|<t> L <a> prothoracic gland <p>
|<t> L | third instar stage 2 <a> larval optic lobe <p>
|<t> L | third instar stage 2 <a> larval ventral ganglion <p>
CC|Insertion of <fbsym>FBtp0000210==P{PZ}</fbsym> element into a <fbsym>FBgn0005673==1360</fbsym> transposable element.
}

REFDSR
{
RDID|FBrf0103143
|Jackle and Janning
|1998.8.10
CVBODPC|In embryos, expression in anterior spiracle not certain; expression in
| midgut and brain is relatively weak.
CVBODP|transcript distribution deduced from reporter protein
|<t> E <a>  <p> segmentally repeated
|<t> E <a> embryonic/larval pharynx <p>
|<t> E <a> gastric caecum <p>
|<t> E <a> embryonic/larval midgut <p>
|<t> E <a> embryonic/larval hindgut <p>
|<t> E <a> anterior spiracle <p>
|<t> E <a> larval brain | presumptive <p>
|<t> E <a> mesoderm <p>
|<t> E <a> embryonic/larval somatic muscle <p>
|<t> E <a> embryonic peripheral nervous system <p>
|<t> E <a> embryonic/larval tracheal system <p>
}

REF
{
REFM|FBrf0067338
|BDGP Project Members
|1994-1999
REFM|FBrf0083714
|Meister and Braun
|1995.10
REFM|FBrf0102844
|Harvie et al.
|1998
REFM|FBrf0103143
|Jackle and Janning
|1998.8.10
}

ALESR
{
ASYM|<fbsym>FBal0137262==eyc<up>04012b</up></fbsym>

REFDSR
{
RDID|FBrf0141505
|Sang and Ready
|2002
PHP|<fbsym>FBal0137262==eyc<up>04012b</up></fbsym> homozygotes and
| <fbsym>FBal0137262==eyc<up>04012b</up></fbsym>/<fbsym>FBab0002027==Df(2R)Px2</fbsym> animals show
|disturbances in rhabdomere topology similar to the
| <fbsym>FBal0137261==eyc<up>1</up></fbsym> phenotype.
|<fbsym>FBal0137262==eyc<up>04012b</up></fbsym> animals show mild fusion of the abdominal tergites.
PHM|(with Df(2R)Px2) rhabdomere
|rhabdomere
|abdominal tergite
}

REF
{
REFM|FBrf0141505
|Sang and Ready
|2002
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0019536	ICL 1 1360	SYM 1 1360{}17	ASTR 1 -	CLOC 1 2B1-2B1	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019536
SYM|1360{}17
SYN|TE19536
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}17
CLOC|2B1-2B1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003421.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019546	ICL 1 1360	SYM 1 1360{}27	ASTR 1 -	CLOC 1 3B1-3B2	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019546
SYM|1360{}27
SYN|TE19546
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}27
CLOC|3B1-3B2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003425.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019595	ICL 1 1360	SYM 1 1360{}76	ASTR 1 -	CLOC 1 6C12-6C12	REF 1 2	DT 1 21 Aug 2003	RESZ 347
ID|FBti0019595
SYM|1360{}76
SYN|TE19595
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}76
CLOC|6C12-6C12
LOCB|genomic location inferred from flanking sequence
DBAF|AE003438.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019613	ICL 1 1360	SYM 1 1360{}94	ASTR 1 -	CLOC 1 9B1-9B1	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019613
SYM|1360{}94
SYN|TE19613
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}94
CLOC|9B1-9B1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003449.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019634	ICL 1 1360	SYM 1 1360{}115	ASTR 1 -	CLOC 1 11C1-11C1	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019634
SYM|1360{}115
SYN|TE19634
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}115
CLOC|11C1-11C1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003490.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019637	ICL 1 1360	SYM 1 1360{}136	ASTR 1 -	CLOC 1 13B4-13B4	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019637
SYM|1360{}136
SYN|TE19637
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}136
CLOC|13B4-13B4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003498.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019639	ICL 1 1360	SYM 1 1360{}154	ASTR 1 -	CLOC 1 16F7-16F7	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019639
SYM|1360{}154
SYN|TE19639
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}154
CLOC|16F7-16F7
LOCB|genomic location inferred from flanking sequence
DBAF|AE003507.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019662	ICL 1 1360	SYM 1 1360{}190	ASTR 1 -	CLOC 1 19E7-19E7	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019662
SYM|1360{}190
SYN|TE19662
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}190
CLOC|19E7-19E7
LOCB|genomic location inferred from flanking sequence
DBAF|AE003569.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019709	ICL 1 1360	SYM 1 1360{}237	ASTR 1 -	CLOC 1 20A5-20A5	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019709
SYM|1360{}237
SYN|TE19709
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}237
CLOC|20A5-20A5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003122.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019717	ICL 1 1360	SYM 1 1360{}245	ASTR 1 -	CLOC 1 20B1-20B1	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019717
SYM|1360{}245
SYN|TE19717
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}245
CLOC|20B1-20B1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003574.5
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019770	ICL 1 1360	SYM 1 1360{}389	ASTR 1 -	CLOC 1 35F1-35F1	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019770
SYM|1360{}389
SYN|TE19770
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}389
CLOC|35F1-35F1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003650.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019771	ICL 1 1360	SYM 1 1360{}396	ASTR 1 -	CLOC 1 36C6-36C6	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019771
SYM|1360{}396
SYN|TE19771
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}396
CLOC|36C6-36C6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003654.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019780	ICL 1 1360	SYM 1 1360{}420	ASTR 1 -	CLOC 1 38A3-38A3	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019780
SYM|1360{}420
SYN|TE19780
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}420
CLOC|38A3-38A3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003664.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019799	ICL 1 1360	SYM 1 1360{}441	ASTR 1 -	CLOC 1 38C2-38C2	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019799
SYM|1360{}441
SYN|TE19799
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}441
CLOC|38C2-38C2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003666.5
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019825	ICL 1 1360	SYM 1 1360{}478	ASTR 1 -	CLOC 1 38F4-38F4	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019825
SYM|1360{}478
SYN|TE19825
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}478
CLOC|38F4-38F4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003668.5
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019828	ICL 1 1360	SYM 1 1360{}483	ASTR 1 -	CLOC 1 39A5-39A5	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019828
SYM|1360{}483
SYN|TE19828
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}483
CLOC|39A5-39A5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003669.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019831	ICL 1 1360	SYM 1 1360{}493	ASTR 1 -	CLOC 1 39D5-39D5	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019831
SYM|1360{}493
SYN|TE19831
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}493
CLOC|39D5-39D5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003670.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019839	ICL 1 1360	SYM 1 1360{}502	ASTR 1 -	CLOC 1 39E2-39E2	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019839
SYM|1360{}502
SYN|TE19839
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}502
CLOC|39E2-39E2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003781.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019840	ICL 1 1360	SYM 1 1360{}503	ASTR 1 -	CLOC 1 39E2-39E2	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019840
SYM|1360{}503
SYN|TE19840
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}503
CLOC|39E2-39E2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003781.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019841	ICL 1 1360	SYM 1 1360{}504	ASTR 1 -	CLOC 1 39E2-39E2	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019841
SYM|1360{}504
SYN|TE19841
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}504
CLOC|39E2-39E2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003781.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019842	ICL 1 1360	SYM 1 1360{}505	ASTR 1 -	CLOC 1 39E2-39E2	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019842
SYM|1360{}505
SYN|TE19842
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}505
CLOC|39E2-39E2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003781.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019847	ICL 1 1360	SYM 1 1360{}517	ASTR 1 -	CLOC 1 39F3-39F3	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019847
SYM|1360{}517
SYN|TE19847
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}517
CLOC|39F3-39F3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003781.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019243	ICL 1 1360	SYM 1 1360{}528	ASTR 1 -	CLOC 1 40E3-40E3	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019243
SYM|1360{}528
SYN|TE19243
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}528
CLOC|40E3-40E3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003782.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019857	ICL 1 1360	SYM 1 1360{}542	ASTR 1 -	CLOC 1 40F4-40F4	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019857
SYM|1360{}542
SYN|TE19857
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}542
CLOC|40F4-40F4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003783.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019861	ICL 1 1360	SYM 1 1360{}548	ASTR 1 -	CLOC 1 40F6-40F6	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019861
SYM|1360{}548
SYN|TE19861
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}548
CLOC|40F6-40F6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003783.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019864	ICL 1 1360	SYM 1 1360{}551	ASTR 1 -	CLOC 1 40F7-40F7	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019864
SYM|1360{}551
SYN|TE19864
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}551
CLOC|40F7-40F7
LOCB|genomic location inferred from flanking sequence
DBAF|AE003783.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019876	ICL 1 1360	SYM 1 1360{}569	ASTR 1 -	CLOC 1 40F7-40F7	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019876
SYM|1360{}569
SYN|TE19876
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}569
CLOC|40F7-40F7
LOCB|genomic location inferred from flanking sequence
DBAF|AE002603.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019262	ICL 1 1360	SYM 1 1360{}573	ASTR 1 -	CLOC 1 40F7-40F7	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019262
SYM|1360{}573
SYN|TE19262
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}573
CLOC|40F7-40F7
LOCB|genomic location inferred from flanking sequence
DBAF|AE002603.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019895	ICL 1 1360	SYM 1 1360{}608	ASTR 1 -	CLOC 1 41E5-41E5	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019895
SYM|1360{}608
SYN|TE19895
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}608
CLOC|41E5-41E5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003788.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019896	ICL 1 1360	SYM 1 1360{}610	ASTR 1 -	CLOC 1 41E5-41E5	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019896
SYM|1360{}610
SYN|TE19896
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}610
CLOC|41E5-41E5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003788.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019902	ICL 1 1360	SYM 1 1360{}636	ASTR 1 -	CLOC 1 41F2-41F2	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019902
SYM|1360{}636
SYN|TE19902
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}636
CLOC|41F2-41F2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003787.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019905	ICL 1 1360	SYM 1 1360{}644	ASTR 1 -	CLOC 1 41F2-41F2	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019905
SYM|1360{}644
SYN|TE19905
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}644
CLOC|41F2-41F2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003787.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019916	ICL 1 1360	SYM 1 1360{}661	ASTR 1 -	CLOC 1 41F3-41F3	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019916
SYM|1360{}661
SYN|TE19916
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}661
CLOC|41F3-41F3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019917	ICL 1 1360	SYM 1 1360{}666	ASTR 1 -	CLOC 1 41F3-41F3	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019917
SYM|1360{}666
SYN|TE19917
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}666
CLOC|41F3-41F3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019920	ICL 1 1360	SYM 1 1360{}676	ASTR 1 -	CLOC 1 41F5-41F5	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019920
SYM|1360{}676
SYN|TE19920
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}676
CLOC|41F5-41F5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019922	ICL 1 1360	SYM 1 1360{}680	ASTR 1 -	CLOC 1 41F5-41F5	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019922
SYM|1360{}680
SYN|TE19922
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}680
CLOC|41F5-41F5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019937	ICL 1 1360	SYM 1 1360{}700	ASTR 1 -	CLOC 1 41F6-41F6	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019937
SYM|1360{}700
SYN|TE19937
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}700
CLOC|41F6-41F6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019939	ICL 1 1360	SYM 1 1360{}702	ASTR 1 -	CLOC 1 41F6-41F6	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019939
SYM|1360{}702
SYN|TE19939
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}702
CLOC|41F6-41F6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019275	ICL 1 1360	SYM 1 1360{}709	ASTR 1 -	CLOC 1 42A15-42A15	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0019275
SYM|1360{}709
SYN|TE19275
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}709
CLOC|42A15-42A15
LOCB|genomic location inferred from flanking sequence
DBAF|AE003789.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019969	ICL 1 1360	SYM 1 1360{}747	ASTR 1 -	CLOC 1 42B1-42B2	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019969
SYM|1360{}747
SYN|TE19969
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}747
CLOC|42B1-42B2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003789.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019978	ICL 1 1360	SYM 1 1360{}780	ASTR 1 -	CLOC 1 44D3-44D3	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019978
SYM|1360{}780
SYN|TE19978
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}780
CLOC|44D3-44D3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003836.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019279	ICL 1 1360	SYM 1 1360{}795	ASTR 1 -	CLOC 1 46D1-46D2	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019279
SYM|1360{}795
SYN|TE19279
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}795
CLOC|46D1-46D2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003831.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019992	ICL 1 1360	SYM 1 1360{}829	ASTR 1 -	CLOC 1 51A4-51A4	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019992
SYM|1360{}829
SYN|TE19992
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}829
CLOC|51A4-51A4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003814.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019993	ICL 1 1360	SYM 1 1360{}835	ASTR 1 -	CLOC 1 51F11-51F11	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0019993
SYM|1360{}835
SYN|TE19993
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}835
CLOC|51F11-51F11
LOCB|genomic location inferred from flanking sequence
DBAF|AE003811.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020017	ICL 1 1360	SYM 1 1360{}906	ASTR 1 -	CLOC 1 62A2-62A2	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0020017
SYM|1360{}906
SYN|TE20017
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}906
CLOC|62A2-62A2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003471.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020018	ICL 1 1360	SYM 1 1360{}907	ASTR 1 -	CLOC 1 62A2-62A2	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0020018
SYM|1360{}907
SYN|TE20018
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}907
CLOC|62A2-62A2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003471.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020116	ICL 1 1360	SYM 1 1360{}1005	ASTR 1 -	CLOC 1 71B4-71B4	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020116
SYM|1360{}1005
SYN|TE20116
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1005
CLOC|71B4-71B4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003532.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020143	ICL 1 1360	SYM 1 1360{}1032	ASTR 1 -	CLOC 1 75A8-75A8	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020143
SYM|1360{}1032
SYN|TE20143
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1032
CLOC|75A8-75A8
LOCB|genomic location inferred from flanking sequence
DBAF|AE003522.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020155	ICL 1 1360	SYM 1 1360{}1044	ASTR 1 -	CLOC 1 75E1-75E2	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020155
SYM|1360{}1044
SYN|TE20155
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1044
CLOC|75E1-75E2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003519.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020193	ICL 1 1360	SYM 1 1360{}1082	ASTR 1 -	CLOC 1 78D4-78D4	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020193
SYM|1360{}1082
SYN|TE20193
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1082
CLOC|78D4-78D4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003594.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020194	ICL 1 1360	SYM 1 1360{}1083	ASTR 1 -	CLOC 1 78D4-78D4	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020194
SYM|1360{}1083
SYN|TE20194
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1083
CLOC|78D4-78D4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003594.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020207	ICL 1 1360	SYM 1 1360{}1096	ASTR 1 -	CLOC 1 80A1-80A1	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020207
SYM|1360{}1096
SYN|TE20207
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1096
CLOC|80A1-80A1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003598.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020224	ICL 1 1360	SYM 1 1360{}1113	ASTR 1 -	CLOC 1 80C5-80C5	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020224
SYM|1360{}1113
SYN|TE20224
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1113
CLOC|80C5-80C5
LOCB|genomic location inferred from flanking sequence
DBAF|AE002786.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020225	ICL 1 1360	SYM 1 1360{}1114	ASTR 1 -	CLOC 1 80C5-80C5	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020225
SYM|1360{}1114
SYN|TE20225
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1114
CLOC|80C5-80C5
LOCB|genomic location inferred from flanking sequence
DBAF|AE002786.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020229	ICL 1 1360	SYM 1 1360{}1118	ASTR 1 -	CLOC 1 80D1-80D1	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020229
SYM|1360{}1118
SYN|TE20229
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1118
CLOC|80D1-80D1
LOCB|genomic location inferred from flanking sequence
DBAF|AE002786.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020230	ICL 1 1360	SYM 1 1360{}1119	ASTR 1 -	CLOC 1 80D1-80D1	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020230
SYM|1360{}1119
SYN|TE20230
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1119
CLOC|80D1-80D1
LOCB|genomic location inferred from flanking sequence
DBAF|AE002786.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020240	ICL 1 1360	SYM 1 1360{}1129	ASTR 1 -	CLOC 1 80D3-80D3	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020240
SYM|1360{}1129
SYN|TE20240
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1129
CLOC|80D3-80D3
LOCB|genomic location inferred from flanking sequence
DBAF|AE002786.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020243	ICL 1 1360	SYM 1 1360{}1132	ASTR 1 -	CLOC 1 80D3-80D3	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020243
SYM|1360{}1132
SYN|TE20243
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1132
CLOC|80D3-80D3
LOCB|genomic location inferred from flanking sequence
DBAF|AE002786.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020244	ICL 1 1360	SYM 1 1360{}1133	ASTR 1 -	CLOC 1 80D3-80D3	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020244
SYM|1360{}1133
SYN|TE20244
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1133
CLOC|80D3-80D3
LOCB|genomic location inferred from flanking sequence
DBAF|AE002656.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020249	ICL 1 1360	SYM 1 1360{}1138	ASTR 1 -	CLOC 1 80D5-80D5	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020249
SYM|1360{}1138
SYN|TE20249
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1138
CLOC|80D5-80D5
LOCB|genomic location inferred from flanking sequence
DBAF|AE002656.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020271	ICL 1 1360	SYM 1 1360{}1160	ASTR 1 -	CLOC 1 80E2-80E2	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020271
SYM|1360{}1160
SYN|TE20271
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1160
CLOC|80E2-80E2
LOCB|genomic location inferred from flanking sequence
DBAF|AE002656.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020273	ICL 1 1360	SYM 1 1360{}1162	ASTR 1 -	CLOC 1 80E3-80E3	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020273
SYM|1360{}1162
SYN|TE20273
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1162
CLOC|80E3-80E3
LOCB|genomic location inferred from flanking sequence
DBAF|AE002656.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020282	ICL 1 1360	SYM 1 1360{}1171	ASTR 1 -	CLOC 1 80F3-80F3	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020282
SYM|1360{}1171
SYN|TE20282
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1171
CLOC|80F3-80F3
LOCB|genomic location inferred from flanking sequence
DBAF|AE002665.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020291	ICL 1 1360	SYM 1 1360{}1180	ASTR 1 -	CLOC 1 80F5-80F5	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020291
SYM|1360{}1180
SYN|TE20291
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1180
CLOC|80F5-80F5
LOCB|genomic location inferred from flanking sequence
DBAF|AE002665.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020301	ICL 1 1360	SYM 1 1360{}1198	ASTR 1 -	CLOC 1 82C2-82C2	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020301
SYM|1360{}1198
SYN|TE20301
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1198
CLOC|82C2-82C2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003606.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019290	ICL 1 1360	SYM 1 1360{}1201	ASTR 1 -	CLOC 1 82C3-82C3	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0019290
SYM|1360{}1201
SYN|TE19290
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1201
CLOC|82C3-82C3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003606.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020305	ICL 1 1360	SYM 1 1360{}1206	ASTR 1 -	CLOC 1 82C4-82C4	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020305
SYM|1360{}1206
SYN|TE20305
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1206
CLOC|82C4-82C4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003605.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019309	ICL 1 1360	SYM 1 1360{}1226	ASTR 1 -	CLOC 1 83C4-83C4	REF 1 3	DT 1 21 Aug 2003	RESZ 450
ID|FBti0019309
SYM|1360{}1226
SYN|CR31553
|TE19309
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0104946
|FlyBase
|1996-
SYN|CR31553
}

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1226
CLOC|83C4-83C4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003601.3
}

REF
{
REFM|FBrf0104946
|FlyBase
|1996-
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020322	ICL 1 1360	SYM 1 1360{}1257	ASTR 1 -	CLOC 1 84E2-84E2	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020322
SYM|1360{}1257
SYN|TE20322
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1257
CLOC|84E2-84E2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003676.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019330	ICL 1 1360	SYM 1 1360{}1258	ASTR 1 -	CLOC 1 84E6-84E6	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0019330
SYM|1360{}1258
SYN|TE19330
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1258
CLOC|84E6-84E6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003677.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020323	ICL 1 1360	SYM 1 1360{}1270	ASTR 1 -	CLOC 1 85B4-85B4	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020323
SYM|1360{}1270
SYN|TE20323
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1270
CLOC|85B4-85B4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003680.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019361	ICL 1 1360	SYM 1 1360{}1299	ASTR 1 -	CLOC 1 87B12-87B13	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019361
SYM|1360{}1299
SYN|TE19361
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1299
CLOC|87B12-87B13
LOCB|genomic location inferred from flanking sequence
DBAF|AE003696.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019418	ICL 1 1360	SYM 1 1360{}1408	ASTR 1 -	CLOC 1 95A1-95A1	REF 1 3	DT 1 21 Aug 2003	RESZ 768
ID|FBti0019418
SYM|1360{}1408
SYN|CR31276
|TE19418
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
CLOC|95A1-95A1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003743.3
}

REFDSR
{
RDID|FBrf0166453
|FlyBase Genome Annotators
|2004
SYN|1360{}1408
CLOC|95A1-95A1
LOCB|genomic location inferred from flanking sequence
CC|"CR31276" was annotated as a "miscellaneous curator's observation" in
| release 3.1 of the genome annotation, but has been deleted in release 3.2
| as it corresponded to the <fbsym>FBti0019418==1360{}1408</fbsym> insertion.
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
REFM|FBrf0166453
|FlyBase Genome Annotators
|2004
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019460	ICL 1 1360	SYM 1 1360{}1457	ASTR 1 -	CLOC 1 99E3-99E3	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0019460
SYM|1360{}1457
SYN|TE19460
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1457
CLOC|99E3-99E3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003773.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020393	ICL 1 1360	SYM 1 1360{}1463	ASTR 1 -	CLOC 1 100A6-100A6	REF 1 3	DT 1 21 Aug 2003	RESZ 452
ID|FBti0020393
SYM|1360{}1463
SYN|CR31011
|TE20393
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0104946
|FlyBase
|1996-
SYN|CR31011
}

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1463
CLOC|100A6-100A6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003775.2
}

REF
{
REFM|FBrf0104946
|FlyBase
|1996-
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020400	ICL 1 1360	SYM 1 1360{}1476	ASTR 1 -	CLOC 1 102A1-102A1	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020400
SYM|1360{}1476
SYN|TE20400
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1476
CLOC|102A1-102A1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003845.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020403	ICL 1 1360	SYM 1 1360{}1479	ASTR 1 -	CLOC 1 102A3-102A3	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020403
SYM|1360{}1479
SYN|TE20403
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1479
CLOC|102A3-102A3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003845.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020404	ICL 1 1360	SYM 1 1360{}1480	ASTR 1 -	CLOC 1 102A3-102A3	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020404
SYM|1360{}1480
SYN|TE20404
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1480
CLOC|102A3-102A3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003845.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020405	ICL 1 1360	SYM 1 1360{}1481	ASTR 1 -	CLOC 1 102A3-102A3	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020405
SYM|1360{}1481
SYN|TE20405
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1481
CLOC|102A3-102A3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003845.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019472	ICL 1 1360	SYM 1 1360{}1482	ASTR 1 -	CLOC 1 102A4-102A4	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019472
SYM|1360{}1482
SYN|TE19472
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1482
CLOC|102A4-102A4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003845.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019477	ICL 1 1360	SYM 1 1360{}1488	ASTR 1 -	CLOC 1 102B1-102B1	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019477
SYM|1360{}1488
SYN|TE19477
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1488
CLOC|102B1-102B1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003844.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019479	ICL 1 1360	SYM 1 1360{}1491	ASTR 1 -	CLOC 1 102B1-102B1	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019479
SYM|1360{}1491
SYN|TE19479
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1491
CLOC|102B1-102B1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003844.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019484	ICL 1 1360	SYM 1 1360{}1498	ASTR 1 -	CLOC 1 102B5-102B5	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019484
SYM|1360{}1498
SYN|TE19484
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1498
CLOC|102B5-102B5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003844.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020414	ICL 1 1360	SYM 1 1360{}1502	ASTR 1 -	CLOC 1 102B5-102B5	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020414
SYM|1360{}1502
SYN|TE20414
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1502
CLOC|102B5-102B5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003844.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020415	ICL 1 1360	SYM 1 1360{}1503	ASTR 1 -	CLOC 1 102B5-102B5	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020415
SYM|1360{}1503
SYN|TE20415
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1503
CLOC|102B5-102B5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003844.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019485	ICL 1 1360	SYM 1 1360{}1504	ASTR 1 -	CLOC 1 102B5-102B5	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019485
SYM|1360{}1504
SYN|TE19485
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1504
CLOC|102B5-102B5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003844.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020418	ICL 1 1360	SYM 1 1360{}1507	ASTR 1 -	CLOC 1 102B6-102B7	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020418
SYM|1360{}1507
SYN|TE20418
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1507
CLOC|102B6-102B7
LOCB|genomic location inferred from flanking sequence
DBAF|AE003844.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020419	ICL 1 1360	SYM 1 1360{}1508	ASTR 1 -	CLOC 1 102B7-102B7	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020419
SYM|1360{}1508
SYN|TE20419
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1508
CLOC|102B7-102B7
LOCB|genomic location inferred from flanking sequence
DBAF|AE003844.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019488	ICL 1 1360	SYM 1 1360{}1512	ASTR 1 -	CLOC 1 102B8-102B8	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019488
SYM|1360{}1512
SYN|TE19488
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1512
CLOC|102B8-102B8
LOCB|genomic location inferred from flanking sequence
DBAF|AE003844.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020422	ICL 1 1360	SYM 1 1360{}1514	ASTR 1 -	CLOC 1 102C1-102C1	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020422
SYM|1360{}1514
SYN|TE20422
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1514
CLOC|102C1-102C1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003844.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020423	ICL 1 1360	SYM 1 1360{}1515	ASTR 1 -	CLOC 1 102C1-102C1	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020423
SYM|1360{}1515
SYN|TE20423
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1515
CLOC|102C1-102C1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003844.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019494	ICL 1 1360	SYM 1 1360{}1520	ASTR 1 -	CLOC 1 102D1-102D1	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019494
SYM|1360{}1520
SYN|TE19494
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1520
CLOC|102D1-102D1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003843.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019496	ICL 1 1360	SYM 1 1360{}1525	ASTR 1 -	CLOC 1 102D5-102D5	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019496
SYM|1360{}1525
SYN|TE19496
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1525
CLOC|102D5-102D5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003843.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020432	ICL 1 1360	SYM 1 1360{}1530	ASTR 1 -	CLOC 1 102E5-102E5	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020432
SYM|1360{}1530
SYN|TE20432
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1530
CLOC|102E5-102E5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003843.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020434	ICL 1 1360	SYM 1 1360{}1533	ASTR 1 -	CLOC 1 102E5-102E5	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020434
SYM|1360{}1533
SYN|TE20434
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1533
CLOC|102E5-102E5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003843.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019500	ICL 1 1360	SYM 1 1360{}1536	ASTR 1 -	CLOC 1 102F2-102F2	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019500
SYM|1360{}1536
SYN|TE19500
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1536
CLOC|102F2-102F2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003847.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019502	ICL 1 1360	SYM 1 1360{}1539	ASTR 1 -	CLOC 1 102F3-102F3	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019502
SYM|1360{}1539
SYN|TE19502
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1539
CLOC|102F3-102F3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003846.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019507	ICL 1 1360	SYM 1 1360{}1543	ASTR 1 -	CLOC 1 102F4-102F4	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019507
SYM|1360{}1543
SYN|TE19507
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1543
CLOC|102F4-102F4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003846.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020437	ICL 1 1360	SYM 1 1360{}1545	ASTR 1 -	CLOC 1 102F4-102F4	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020437
SYM|1360{}1545
SYN|TE20437
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1545
CLOC|102F4-102F4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003846.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020438	ICL 1 1360	SYM 1 1360{}1546	ASTR 1 -	CLOC 1 102F4-102F4	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020438
SYM|1360{}1546
SYN|TE20438
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1546
CLOC|102F4-102F4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003846.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019516	ICL 1 1360	SYM 1 1360{}1558	ASTR 1 -	CLOC 1 102F8-102F8	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019516
SYM|1360{}1558
SYN|TE19516
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1558
CLOC|102F8-102F8
LOCB|genomic location inferred from flanking sequence
DBAF|AE003846.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019518	ICL 1 1360	SYM 1 1360{}1561	ASTR 1 -	CLOC 1 102F8-102F8	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019518
SYM|1360{}1561
SYN|TE19518
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1561
CLOC|102F8-102F8
LOCB|genomic location inferred from flanking sequence
DBAF|AE003846.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020446	ICL 1 1360	SYM 1 1360{}1565	ASTR 1 -	CLOC 1 102F8-102F8	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020446
SYM|1360{}1565
SYN|TE20446
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1565
CLOC|102F8-102F8
LOCB|genomic location inferred from flanking sequence
DBAF|AE003846.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020451	ICL 1 1360	SYM 1 1360{}1570	ASTR 1 -	CLOC 1 102F8-102F8	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020451
SYM|1360{}1570
SYN|TE20451
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1570
CLOC|102F8-102F8
LOCB|genomic location inferred from flanking sequence
DBAF|AE003846.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020452	ICL 1 1360	SYM 1 1360{}1571	ASTR 1 -	CLOC 1 102F8-102F8	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020452
SYM|1360{}1571
SYN|TE20452
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1360

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1360{}1571
CLOC|102F8-102F8
LOCB|genomic location inferred from flanking sequence
DBAF|AE003846.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014399	ICL 1 ?	SYM 1 1360{}da<up>1</up>	ASTR 1 -	CLOC 1 31D11--E1	REF 1 5	DT 1 26 Mar 2002	RESZ 862
ID|FBti0014399
SYM|1360{}da<up>1</up>
SYN|?{}da<up>1</up>
ASTP|<fbsym>FBtp0011398==1360</fbsym>
DT|26 Mar 2002
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0000413==da</fbsym>

REFDSR
{
RDID|FBrf0055585
|Keyes et al.
|1992
PHC|lethal | maternal effect | conditional ts
}

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}da<up>1</up>
ASAL|<fbsym>FBal0002214==da<up>1</up></fbsym>
MU|spontaneous
CLOC|31D11--E1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000413==da</fbsym>
}

REFDSR
{
RDID|FBrf0068461
|Cummings and Cronmiller
|1994
PHC|(with da<up>2</up>) lethal
}

REFDSR
{
RDID|FBrf0138569
|Castanon et al.
|2001
PHC|lethal | conditional ts
}

REF
{
REFM|FBrf0055585
|Keyes et al.
|1992
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0068461
|Cummings and Cronmiller
|1994
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0138569
|Castanon et al.
|2001
}

ALESR
{
ASYM|<fbsym>FBal0002214==da<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0041411
|Uenoyama
|1984
PHP|<fbsym>FBal0016680==Sxl<up>f1</up></fbsym> heterozygous female progeny derived from
| heterozygous <fbsym>FBal0002214==da<up>1</up></fbsym>
|mothers have reduced viability. The viability is increased if the
|<fbsym>FBal0016680==Sxl<up>f1</up></fbsym>/+ progeny are also carrying
| <fbsym>FBal0012357==msl-3<up>1</up></fbsym>, and is decreased
|if the <fbsym>FBal0002214==da<up>1</up></fbsym>/+ mothers are also carrying
| <fbsym>FBal0012357==msl-3<up>1</up></fbsym>. The frequency
|of sex transformation in <fbsym>FBal0016680==Sxl<up>f1</up></fbsym>/+ female progeny
| derived from <fbsym>FBal0002214==da<up>1</up></fbsym>/+
|mothers is increased if either the mothers or the progeny are homozygous
|for <fbsym>FBal0012357==msl-3<up>1</up></fbsym>. The frequency of morphological
| abnormalities seen
|... (see <fbsym>FBal0002214==da<up>1</up></fbsym> report)
}

REFDSR
{
RDID|FBrf0054060
|Bopp et al.
|1991
PHP|At the restrictive temperature (25<up>o</up>C) less than 1% of females derived
|from homozygous mothers eclose. At the permissive temperature (18<up>o</up>C)
|the viability of these females derived from homozygous mothers is 100%.
}

REFDSR
{
RDID|FBrf0078360
|Estes et al.
|1995
PHP|Homozygous females have no female offspring due to failure to properly
|regulate the <fbsym>FBgn0003659==Sxl</fbsym> gene in the zygote.
}

REFDSR
{
RDID|FBrf0094140
|Bell
|1954
PHP|Homozygous females when mated to any male produce normal sons but no
|daughters. Otherwise, <fbsym>FBgn0000413==da</fbsym> mutant cannot be distinguished from wild
|type.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|(=da); viable; temperature-sensitive hypomorph; strong
|daughterless maternal effect above 22<up>o</up>C; lethal
|with Df or amorphic alleles; lethal at 29<up>o</up>C
}

REFDSR
{
RDID|FBrf0106007
|Anand et al.
|1998
PHP|Does not interact with <fbsym>FBal0094602==Sxl<up>dlf</up></fbsym>,
| <fbsym>FBal0094543==fl(1)35<up>35</up></fbsym> or <fbsym>FBal0094542==fl(1)35<up>46</up></fbsym>.
}

REFDSR
{
RDID|FBrf0138569
|Castanon et al.
|2001
PHP|Homozygotes survive at 18<up>o</up>C and die at 25<up>o</up>C.
|<fbsym>FBal0002214==da<up>1</up></fbsym> homozygous embryos lacking maternal and zygotic
| <fbsym>FBgn0000413==da</fbsym> have defects
|in mesodermal development. The mesoderm migrates properly, however,
|further mesodermal development is impaired. Somatic muscle development
|is severely suppressed, embryos have reduced numbers of aberrantly
|placed syncitial muscles. Heart development is also repressed.
PHM|embryonic/larval somatic muscle
|mesoderm
|embryonic/larval heart
}

REF
{
REFM|FBrf0041411
|Uenoyama
|1984
REFM|FBrf0054060
|Bopp et al.
|1991
REFM|FBrf0078360
|Estes et al.
|1995
REFM|FBrf0094140
|Bell
|1954
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0106007
|Anand et al.
|1998
REFM|FBrf0138569
|Castanon et al.
|2001
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0019679	ICL 1 1731	SYM 1 1731{}207	ASTR 1 -	CLOC 1 20A1-20A1	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019679
SYM|1731{}207
SYN|TE19679
ASTP|<fbsym>FBtp0011400==1731</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1731

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1731{}207
CLOC|20A1-20A1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003568.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020325	ICL 1 1731	SYM 1 1731{}1272	ASTR 1 -	CLOC 1 85B4-85B4	REF 1 2	DT 1 21 Aug 2003	RESZ 351
ID|FBti0020325
SYM|1731{}1272
SYN|TE20325
ASTP|<fbsym>FBtp0011400==1731</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|1731

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|1731{}1272
CLOC|85B4-85B4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003680.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0015144	ICL 1 ?	SYM 1 ?{}anon-4Ca<up>verzwickt</up>	ASTR 1 -	CLOC 1 4C	REF 1 2	DT 1 6 Jan 2000	RESZ 431
ID|FBti0015144
SYM|?{}anon-4Ca<up>verzwickt</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0014102==anon-4Ca</fbsym>

REFDSR
{
RDID|FBrf0064240
|Poeck et al.
|1991
SYN|?{}anon-4Ca<up>verzwickt</up>
ASAL|<fbsym>FBal0065901==anon-4Ca<up>verzwickt</up></fbsym>
CLOC|4C
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0014102==anon-4Ca</fbsym>
}

REF
{
REFM|FBrf0064240
|Poeck et al.
|1991
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0002824	ICL 1 ?	SYM 1 ?{}Antp<up>72j</up>	ASTR 1 -	CLOC 1 84B1--2	REF 1 2	DT 1 5 Feb 1999	RESZ 512
ID|FBti0002824
SYM|?{}Antp<up>72j</up>
DT|5 Feb 1999
|24 Jun 1997
ICL|?
ASGN|<fbsym>FBgn0000095==Antp</fbsym>

REFDSR
{
RDID|FBrf0039012
|Scott et al.
|1983
ASAL|<fbsym>FBal0000572==Antp<up>72j</up></fbsym>
MU|spontaneous
CLOC|84B1--2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000095==Antp</fbsym>
PHC|viable
CC|Insertion determined to be repetitive; approximately 8.3kb; not shown to
| coorelate with mutant phenotype.
}

REF
{
REFM|FBrf0039012
|Scott et al.
|1983
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0000572==Antp<up>72j</up></fbsym>

REFDSR
{
RDID|FBrf0039012
|Scott et al.
|1983
PHP|Antennae to leg transformations.
PHM|leg | ectopic
|antenna
}

REF
{
REFM|FBrf0039012
|Scott et al.
|1983
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0002825	ICL 1 ?	SYM 1 ?{}Antp<up>Scx</up>	ASTR 1 -	CLOC 1 84B1--2	REF 1 5	DT 1 5 Feb 1999	RESZ 1078
ID|FBti0002825
SYM|?{}Antp<up>Scx</up>
DT|5 Feb 1999
|24 Jun 1997
ICL|?
ASGN|<fbsym>FBgn0000095==Antp</fbsym>
|<fbsym>FBgn0003339==Scr</fbsym>

REFDSR
{
RDID|FBrf0027527
|Duncan and Kaufman
|1975
PHC|lethal | recessive
}

REFDSR
{
RDID|FBrf0034841
|Kaufman et al.
|1980
PHC|lethal | recessive
}

REFDSR
{
RDID|FBrf0039012
|Scott et al.
|1983
ASAL|<fbsym>FBal0000617==Antp<up>Scx</up></fbsym>
MU|spontaneous
CLOC|84B1--2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000095==Antp</fbsym>
PHC|lethal | recessive
CC|Insertion determined to be repetitive; approximately 3kb; not shown to
| coorelate with mutant phenotype.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHC|lethal | recessive
}

REFDSR
{
RDID|FBrf0149025
|Southworth and Kennison
|2002
ASAL|<fbsym>FBal0138396==Scr<up>Scx</up></fbsym>
PHC|(with Antp<up>1</up>) lethal
|(with Antp<up>23</up>) lethal
}

REF
{
REFM|FBrf0027527
|Duncan and Kaufman
|1975
REFM|FBrf0034841
|Kaufman et al.
|1980
REFM|FBrf0039012
|Scott et al.
|1983
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0149025
|Southworth and Kennison
|2002
}

ALESR
{
ASYM|<fbsym>FBal0138396==Scr<up>Scx</up></fbsym>

REFDSR
{
RDID|FBrf0149025
|Southworth and Kennison
|2002
PHP|Heterozygous males have an average of 2.7 ectopic sex comb teeth per
|second leg. The number of sex comb teeth on the first leg is normal.
|<fbsym>FBal0138396==Scr<up>Scx</up></fbsym>/<fbsym>FBal0015280==Scr<up>4</up></fbsym> males have the
| same average number of sex comb
|teeth per first leg as <fbsym>FBal0015280==Scr<up>4</up></fbsym>/+ males.
|Heterozygous males have an average of 0.1 ectopic sex comb teeth per
|third leg.
|<fbsym>FBal0138396==Scr<up>Scx</up></fbsym>/<fbsym>FBal0015278==Scr<up>2</up></fbsym> males have an
| average of 1.3 ectopic sex comb teeth
|... (see <fbsym>FBal0138396==Scr<up>Scx</up></fbsym> report)
PHM|mesothoracic leg & sex comb | ectopic
|metathoracic leg & sex comb | ectopic
|(with Scr<up>2</up>) mesothoracic leg & sex comb | ectopic
|(with Scr<up>4</up>) mesothoracic leg & sex comb | ectopic
|(with Scr<up>4</up>) metathoracic leg & sex comb | ectopic
|(with Scr<up>4</up>, Dp(3;Y)77ab) mesothoracic leg & sex comb | ectopic
|(with Scr<up>4</up>, Dp(3;Y)77ab) metathoracic leg & sex comb | ectopic
|(with Scr<up>Tpl9</up>) mesothoracic leg & sex comb | ectopic
|(with Scr<up>Tpl9</up>) metathoracic leg & sex comb | ectopic
}

REF
{
REFM|FBrf0149025
|Southworth and Kennison
|2002
}

}

# EO ALESR

ALESR
{
ASYM|<fbsym>FBal0000617==Antp<up>Scx</up></fbsym>

REFDSR
{
RDID|FBrf0027527
|Duncan and Kaufman
|1975
PHP|Sex combs are present on all male legs.
PHM|sex comb | ectopic
}

REFDSR
{
RDID|FBrf0034841
|Kaufman et al.
|1980
PHP|Sex comb teeth are produced on the basitarsus of all six legs (transformation
|of meso- and metathoracic into prothoracic legs).
PHM|sex comb
|mesothoracic leg
|metathoracic leg
}

REFDSR
{
RDID|FBrf0034853
|Lewis et al.
|1980
PHP|Transformation of meso- and metathoracic legs to prothoracic leg identity.
PHM|mesothoracic leg
|metathoracic leg
}

REFDSR
{
RDID|FBrf0039012
|Scott et al.
|1983
PHP|Partial transformation of second and third legs into first legs.
PHM|mesothoracic leg
|metathoracic leg
}

REFDSR
{
RDID|FBrf0043249
|Dura et al.
|1985
PHP|Enhanced by <fbsym>FBal0013723==ph-d<up>2</up></fbsym>.
}

REFDSR
{
RDID|FBrf0046404
|Kennison and Russell
|1987
PHP|Suppressed by a duplication carrying <fbsym>FBgn0003042==Pc</fbsym><up>+</up>.
}

REFDSR
{
RDID|FBrf0073734
|Lewis et al.
|1980
PHP|Transformation of meso- and metathoracic leg to prothoracic leg identity.
PHM|mesothoracic leg
|metathoracic leg
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Sex combs may be present on all six legs of male. At least
|one extra sex comb present in 75-90% of males. Third pair of
|legs less often affected than second.
|RK2.
PHM|sex comb
|mesothoracic leg
|metathoracic leg
}

REFDSR
{
RDID|FBrf0110811
|Sinclair et al.
|1984
PHP|Between 44.4% and 61.5% of heterozygous males have an extra sex combs
|phenotype.
PHM|leg
|sex comb | ectopic
}

REF
{
REFM|FBrf0027527
|Duncan and Kaufman
|1975
REFM|FBrf0034841
|Kaufman et al.
|1980
REFM|FBrf0034853
|Lewis et al.
|1980
REFM|FBrf0039012
|Scott et al.
|1983
REFM|FBrf0043249
|Dura et al.
|1985
REFM|FBrf0046404
|Kennison and Russell
|1987
REFM|FBrf0073734
|Lewis et al.
|1980
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0110811
|Sinclair et al.
|1984
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014268	ICL 1 ?	SYM 1 ?{}bt<up>l-a</up>	ASTR 1 -	CLOC 1 102C2--3	REF 1 4	DT 1 6 Jan 2000	RESZ 762
ID|FBti0014268
SYM|?{}bt<up>l-a</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0005666==bt</fbsym>

REFDSR
{
RDID|FBrf0016176
|Hochman et al.
|1964
PHC|lethal | recessive
}

REFDSR
{
RDID|FBrf0022724
|Hochman
|1971
PHC|lethal
}

REFDSR
{
RDID|FBrf0079869
|Ayme-Southgate et al.
|1995
SYN|?{}bt<up>l-a</up>
ASAL|<fbsym>FBal0027983==bt<up>l-a</up></fbsym>
CLOC|102C2--3
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0005666==bt</fbsym>
PHC|lethal | embryonic | recessive
|(with bt<up>D</up>) lethal | embryonic
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHC|lethal | embryonic | recessive
}

REF
{
REFM|FBrf0016176
|Hochman et al.
|1964
REFM|FBrf0022724
|Hochman
|1971
REFM|FBrf0079869
|Ayme-Southgate et al.
|1995
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0027983==bt<up>l-a</up></fbsym>

REFDSR
{
RDID|FBrf0079869
|Ayme-Southgate et al.
|1995
PHP|Homozygotes die as late embryos and do not have spontaneous muscle
|contractions. <fbsym>FBal0001328==bt<up>D</up></fbsym>/<fbsym>FBal0027983==bt<up>l-a</up></fbsym>
| transheterozygotes die as embryos.
}

REF
{
REFM|FBrf0079869
|Ayme-Southgate et al.
|1995
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014101	ICL 1 ?	SYM 1 ?{}Bx<up>M</up>	ASTR 1 -	CLOC 1 17C3--4	REF 1 2	DT 1 6 Jan 2000	RESZ 407
ID|FBti0014101
SYM|?{}Bx<up>M</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0000242==Bx</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}Bx<up>M</up>
ASAL|<fbsym>FBal0001443==Bx<up>M</up></fbsym>
MU|spontaneous
CLOC|17C3--4
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000242==Bx</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014994	ICL 1 P	SYM 1 ?{}can<up>8</up>	ASTR 1 -	CLOC 1 67D12	REF 1 3	DT 1 23 Jul 2001	RESZ 537
ID|FBti0014994
SYM|?{}can<up>8</up>
SYN|P{}can<up>8</up>
DT|23 Jul 2001
|6 Jan 2000
ICL|P
ASGN|<fbsym>FBgn0011569==can</fbsym>

REFDSR
{
RDID|FBrf0087570
|Lin et al.
|1996
SYN|P{}can<up>8</up>
ASAL|<fbsym>FBal0049380==can<up>8</up></fbsym>
CLOC|67D12
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0011569==can</fbsym>
PHC|male sterile | recessive
}

REFDSR
{
RDID|FBrf0135773
|Hiller et al.
|2001
PHC|male sterile
}

REF
{
REFM|FBrf0087570
|Lin et al.
|1996
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0135773
|Hiller et al.
|2001
}

ALESR
{
ASYM|<fbsym>FBal0049380==can<up>8</up></fbsym>

REFDSR
{
RDID|FBrf0087570
|Lin et al.
|1996
PHP|Early stages of spermatogenesis up through mature primary spermatocytes
|are present and normal. Postmeiotic stages are completely absent.
|Mutant testes have an abundance of mature primary spermatocytes with
|large, round nuclei and prominent nucleoli.
|Spermatocytes arrest in the G<down>2</down>/M transition of meiosis I with partial
|chromosome condensation.
PHM|testis
|spermatocyte
}

REF
{
REFM|FBrf0087570
|Lin et al.
|1996
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014995	ICL 1 P	SYM 1 ?{}can<up>9</up>	ASTR 1 -	CLOC 1 67D12	REF 1 3	DT 1 23 Jul 2001	RESZ 537
ID|FBti0014995
SYM|?{}can<up>9</up>
SYN|P{}can<up>9</up>
DT|23 Jul 2001
|6 Jan 2000
ICL|P
ASGN|<fbsym>FBgn0011569==can</fbsym>

REFDSR
{
RDID|FBrf0087570
|Lin et al.
|1996
SYN|P{}can<up>9</up>
ASAL|<fbsym>FBal0049381==can<up>9</up></fbsym>
CLOC|67D12
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0011569==can</fbsym>
PHC|male sterile | recessive
}

REFDSR
{
RDID|FBrf0135773
|Hiller et al.
|2001
PHC|male sterile
}

REF
{
REFM|FBrf0087570
|Lin et al.
|1996
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0135773
|Hiller et al.
|2001
}

ALESR
{
ASYM|<fbsym>FBal0049381==can<up>9</up></fbsym>

REFDSR
{
RDID|FBrf0087570
|Lin et al.
|1996
PHP|Early stages of spermatogenesis up through mature primary spermatocytes
|are present and normal. Postmeiotic stages are completely absent.
|Mutant testes have an abundance of mature primary spermatocytes with
|large, round nuclei and prominent nucleoli. Early stages of spermatogenesis
|up through mature primary spermatocytes are present and normal. Postmeiotic
|stages are completely absent. Mutant testes have an abundance of mature
|primary spermatocytes with large, round nuclei and prominent nucleoli.
|... (see <fbsym>FBal0049381==can<up>9</up></fbsym> report)
PHM|testis
|spermatocyte
}

REF
{
REFM|FBrf0087570
|Lin et al.
|1996
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0016955	ICL 1 ?	SYM 1 ?{}cg<up>1</up>	ASTR 1 -	CLOC 1 50E1	REF 1 2	DT 1 25 Dec 2000	RESZ 478
ID|FBti0016955
SYM|?{}cg<up>1</up>
DT|25 Dec 2000
|25 Dec 2000
ICL|?
ASGN|<fbsym>FBgn0000289==cg</fbsym>

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHC|female sterile | recessive
}

REFDSR
{
RDID|FBrf0130102
|Svendsen et al.
|2000
SYN|?{}cg<up>1</up>
ASAL|<fbsym>FBal0001596==cg<up>1</up></fbsym>
MU|spontaneous
CLOC|50E1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000289==cg</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0130102
|Svendsen et al.
|2000
}

ALESR
{
ASYM|<fbsym>FBal0001596==cg<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0007527
|Beatty
|1949
PHP|Oogenesis highly irregular.
}

REFDSR
{
RDID|FBrf0052918
|Diaz-Benjumea and Garcia-Bellido
|1990
PHP|Terminal gaps in wing vein L4 and homozygotes have intercalary gaps in wing
| vein L5.
|Also abnormalities in legs and in oogenesis.
PHM|wing vein L4
|wing vein L5
|leg
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Sex combs of male extremely large. Number of sex comb teeth increased
|from 10 to 18; number of bractless bristles increased; width of distal
|portion of basitarsus increased 1.6 fold; total number of bristles on
|basitarsus increased in both sexes (FBrf0065640; FBrf0063395). Some
|distortion and shortening of legs. Wings show gap in vein L4 between
|posterior crossvein and margin. Wings slightly curved.  Effects result from
|a combination of overgrowth and irregular folding of imaginal rudiments
|... (see <fbsym>FBal0001596==cg<up>1</up></fbsym> report)
PHM|sex comb
|wing vein L4
|wing
}

REFDSR
{
RDID|FBrf0129753
|Campbell and Tomlinson
|2000
PHP|Homozygous and <fbsym>FBal0001596==cg<up>1</up></fbsym>/<fbsym>FBal0008129==cg<up>07659</up></fbsym>
| flies have gaps in wing vein L4.
|Homozygous and <fbsym>FBal0001596==cg<up>1</up></fbsym>/<fbsym>FBal0008129==cg<up>07659</up></fbsym>
| males have extra sex comb teeth.
PHM|wing vein L4
|(with cg<up>07659</up>) wing vein L4
|sex comb | supernumerary
|(with cg<up>07659</up>) sex comb | supernumerary
}

REFDSR
{
RDID|FBrf0130102
|Svendsen et al.
|2000
PHP|Homozygotes have phenotypes in the wing, leg and antenna.
|Approximately 10% of
| <fbsym>FBal0001596==cg<up>1</up></fbsym>/<fbsym>FBal0008129==cg<up>07659</up></fbsym> and 50% of <fbsym>FBal0001596==cg<up>1</up></fbsym>/<fbsym>FBal0119302==cg<up>3</up></fbsym>
|animals eclose to adult stages, with most of the remaining animals
|dying as pharate adults.
|<fbsym>FBal0001596==cg<up>1</up></fbsym>/<fbsym>FBal0001596==cg<up>1</up></fbsym>,
| <fbsym>FBal0001596==cg<up>1</up></fbsym>/<fbsym>FBal0008129==cg<up>07659</up></fbsym> and
| <fbsym>FBal0001596==cg<up>1</up></fbsym>/<fbsym>FBal0119302==cg<up>3</up></fbsym> flies have
|defects in some combination of the posterior compartment longitudinal
|veins L4 and L5. Defects in vein L4, ranging from a slight thinning
|... (see <fbsym>FBal0001596==cg<up>1</up></fbsym> report)
PHM|wing
|leg
|antenna
|wing vein L4
|wing vein L5
|(with cg<up>07659</up>) wing vein L4
|(with cg<up>07659</up>) wing vein L5
|(with cg<up>3</up>) wing vein L4
|(with cg<up>3</up>) wing vein L5
|(with cg<up>07659</up>) wing vein L2
|wing margin | anterior
|(with cg<up>3</up>) wing margin | anterior
|(with cg<up>07659</up>) wing margin | anterior
|sex comb | supernumerary
|mesothoracic leg
|(with cg<up>07659</up>) ventral thoracic disc
|(with cg<up>07659</up>) sex comb | supernumerary
|(with cg<up>07659</up>) prothoracic tibial transverse bristle row | supernumerary
|(with cg<up>3</up>) wing | posterior compartment
|(with cg<up>07659</up>) wing | posterior compartment
}

REFDSR
{
RDID|FBrf0131401
|Song et al.
|2000
PHP|<fbsym>FBal0001596==cg<up>1</up></fbsym>/<fbsym>FBal0125097==cg<up>k11504</up></fbsym>
| transheterozygotes show pleiotropic defects in
|bristle number, wing venation and oogenesis.
PHM|(with cg<up>k11504</up>) wing vein
|(with cg<up>k11504</up>) macrochaeta
}

REF
{
REFM|FBrf0007527
|Beatty
|1949
REFM|FBrf0052918
|Diaz-Benjumea and Garcia-Bellido
|1990
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0129753
|Campbell and Tomlinson
|2000
REFM|FBrf0130102
|Svendsen et al.
|2000
REFM|FBrf0131401
|Song et al.
|2000
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0016968	ICL 1 ?	SYM 1 ?{}cg<up>3</up>	ASTR 1 -	CLOC 1 50E1	REF 1 2	DT 1 25 Dec 2000	RESZ 410
ID|FBti0016968
SYM|?{}cg<up>3</up>
DT|25 Dec 2000
|25 Dec 2000
ICL|?
ASGN|<fbsym>FBgn0000289==cg</fbsym>

REFDSR
{
RDID|FBrf0130102
|Svendsen et al.
|2000
SYN|?{}cg<up>3</up>
ASAL|<fbsym>FBal0119302==cg<up>3</up></fbsym>
CLOC|50E1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000289==cg</fbsym>
PHC|lethal | recessive
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0130102
|Svendsen et al.
|2000
}

ALESR
{
ASYM|<fbsym>FBal0119302==cg<up>3</up></fbsym>

REFDSR
{
RDID|FBrf0130102
|Svendsen et al.
|2000
PHP|Most homozygotes survive until the pharate adult stage.
|Approximately 50% of <fbsym>FBal0001596==cg<up>1</up></fbsym>/<fbsym>FBal0119302==cg<up>3</up></fbsym>
| animals eclose to adult stages,
|with most of the remaining animals dying as pharate adults. <fbsym>FBal0001596==cg<up>1</up></fbsym>/<fbsym>FBal0119302==cg<up>3</up></fbsym>
|flies have defects in some combination of the posterior compartment
|longitudinal veins L4 and L5. Defects in vein L4, ranging from a slight
|thinning of the vein to gaps of increasing size are seen in 100% of
|wings. Defects in wing vein L5 are seen in less than 25% of flies.
|... (see <fbsym>FBal0119302==cg<up>3</up></fbsym> report)
PHM|(with cg<up>1</up>) wing vein L4
|(with cg<up>1</up>) wing vein L5
|(with cg<up>1</up>) wing margin | anterior
|(with cg<up>07659</up>) prothoracic tibial preapical bristle | supernumerary
|(with cg<up>07659</up>) sex comb | supernumerary
|(with cg<up>1</up>) wing | posterior compartment
|(with cg<up>07659</up>) wing | anterior compartment
|(with cg<up>07659</up>) ventral thoracic disc | anterior compartment
}

REF
{
REFM|FBrf0130102
|Svendsen et al.
|2000
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014281	ICL 1 ?	SYM 1 ?{}ci<up>36</up>	ASTR 1 -	CLOC 1 102A1--3	REF 1 2	DT 1 6 Jan 2000	RESZ 411
ID|FBti0014281
SYM|?{}ci<up>36</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0004859==ci</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}ci<up>36</up>
ASAL|<fbsym>FBal0001645==ci<up>36</up></fbsym>
MU|spontaneous
CLOC|102A1--3
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004859==ci</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0001645==ci<up>36</up></fbsym>

REFDSR
{
RDID|FBrf0073755
|Locke and Tartof
|1994
PHP|Homozygous viable.
}

REFDSR
{
RDID|FBrf0092613
|Locke and Hanna
|1996
PHM|wing vein
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Less extreme than <fbsym>FBal0001644==ci<up>1</up></fbsym>. Ranges from appearance of a plexus
|in L4 between crossveins to gaps in L4 and L5 posterior
|to crossveins.
|RK3.
}

REF
{
REFM|FBrf0073755
|Locke and Tartof
|1994
REFM|FBrf0092613
|Locke and Hanna
|1996
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0016967	ICL 1 ?	SYM 1 ?{}ci<up>n</up>	ASTR 1 -	CLOC 1 102A1--3	REF 1 2	DT 1 25 Dec 2000	RESZ 481
ID|FBti0016967
SYM|?{}ci<up>n</up>
DT|25 Dec 2000
|25 Dec 2000
ICL|?
ASGN|<fbsym>FBgn0004859==ci</fbsym>

REFDSR
{
RDID|FBrf0129753
|Campbell and Tomlinson
|2000
SYN|?{}ci<up>n</up>
ASAL|<fbsym>FBal0119295==ci<up>n</up></fbsym>
CLOC|102A1--3
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004859==ci</fbsym>
PHC|(with ci<up>D</up>) lethal | pupal
|(with ci<up>94</up>) lethal | pupal
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0129753
|Campbell and Tomlinson
|2000
}

ALESR
{
ASYM|<fbsym>FBal0119295==ci<up>n</up></fbsym>

REFDSR
{
RDID|FBrf0129753
|Campbell and Tomlinson
|2000
PHP|A small percentage of flies have wing duplications and most flies have
|enlarged antennae.
|<fbsym>FBal0119295==ci<up>n</up></fbsym>/<fbsym>FBal0045443==ci<up>94</up></fbsym> imaginal discs show overgrowth.
PHM|wing
|antenna
|(with ci<up>94</up>) ventral thoracic disc
|(with ci<up>94</up>) dorsal mesothoracic disc
}

REF
{
REFM|FBrf0129753
|Campbell and Tomlinson
|2000
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014283	ICL 1 ?	SYM 1 ?{}ci<up>W</up>	ASTR 1 -	CLOC 1 102A1--3	REF 1 2	DT 1 6 Jan 2000	RESZ 408
ID|FBti0014283
SYM|?{}ci<up>W</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0004859==ci</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}ci<up>W</up>
ASAL|<fbsym>FBal0001653==ci<up>W</up></fbsym>
MU|spontaneous
CLOC|102A1--3
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004859==ci</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0001653==ci<up>W</up></fbsym>

REFDSR
{
RDID|FBrf0052918
|Diaz-Benjumea and Garcia-Bellido
|1990
PHP|Lack all longitudinal and transverse veins and affect morphogenesis
|of legs and eyes.
}

REFDSR
{
RDID|FBrf0073755
|Locke and Tartof
|1994
PHP|Homozygous viable.
}

REFDSR
{
RDID|FBrf0087686
|Sanchez-Herrero et al.
|1996
PHP|Homozygotes occasionally show overgrowth in the anterior compartment
|of the wing. <fbsym>FBal0001651==ci<up>D</up></fbsym>/<fbsym>FBal0001653==ci<up>W</up></fbsym> flies
| have abnormal legs.
PHM|wing | anterior compartment
|(with ci<up>D</up>) leg
}

REFDSR
{
RDID|FBrf0088080
|Dominguez et al.
|1996
PHP|Wings from homozygotes have, at low penetrance, a mirror symmetrical
|outgrowth composed of anterior wing material, resembling duplications
|caused by ectopic <fbsym>FBgn0000490==dpp</fbsym> expression.
PHM|wing
}

REFDSR
{
RDID|FBrf0092613
|Locke and Hanna
|1996
PHM|wing vein
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Homozygote is extreme ci type. Wings sometimes almost
|twice normal width, arclike, and virtually lack veins.
|Often present is a well-organized pattern of venation
|in which the posterior crossvein flows smoothly into
|L5. Legs lumpy, sex combs larger than normal, antennae
|enlarged, eyes smaller and extra bristles present.
|Heterozygote shows gap in L4 in 80% of flies. <fbsym>FBal0001653==ci<up>W</up></fbsym>
|... (see <fbsym>FBal0001653==ci<up>W</up></fbsym> report)
}

REFDSR
{
RDID|FBrf0108513
|Dominguez
|1999
PHP|When analyzed in large clones in the developing eye the packing in
|the ommatidial clusters is disrupted.
PHM|ommatidial cluster
}

REFDSR
{
RDID|FBrf0129753
|Campbell and Tomlinson
|2000
PHP|Heterozygotes show variable loss of vein L4 tissue.
PHM|wing vein L4
}

REFDSR
{
RDID|FBrf0130102
|Svendsen et al.
|2000
PHP|Heterozygotes show wing vein L4 defects.
PHM|wing vein L4
}

REF
{
REFM|FBrf0052918
|Diaz-Benjumea and Garcia-Bellido
|1990
REFM|FBrf0073755
|Locke and Tartof
|1994
REFM|FBrf0087686
|Sanchez-Herrero et al.
|1996
REFM|FBrf0088080
|Dominguez et al.
|1996
REFM|FBrf0092613
|Locke and Hanna
|1996
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0108513
|Dominguez
|1999
REFM|FBrf0129753
|Campbell and Tomlinson
|2000
REFM|FBrf0130102
|Svendsen et al.
|2000
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014284	ICL 1 ?	SYM 1 ?{}cm<up>1</up>	ASTR 1 -	CLOC 1 6E4	REF 1 2	DT 1 6 Jan 2000	RESZ 397
ID|FBti0014284
SYM|?{}cm<up>1</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0000330==cm</fbsym>

REFDSR
{
RDID|FBrf0112254
|Mullins et al.
|1999
SYN|?{}cm<up>1</up>
ASAL|<fbsym>FBal0001720==cm<up>1</up></fbsym>
MU|spontaneous
CLOC|6E4
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000330==cm</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0112254
|Mullins et al.
|1999
}

ALESR
{
ASYM|<fbsym>FBal0001720==cm<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: translucent dark ruby.
|Eye color: deep orange, with <fbsym>FBal0016127==st<up>1</up></fbsym>.
|Eye color: lighter than <fbsym>FBal0001342==bw<up>1</up></fbsym>, with <fbsym>FBal0001342==bw<up>1</up></fbsym>.
|Malpighian tubule color: very pale yellow.
|RK1.
PHM|pigment cell
|Malpighian tubule
}

REFDSR
{
RDID|FBrf0112254
|Mullins et al.
|1999
PHP|Eye color: darker than wild type.
|Dramatic reduction in number of secondary and tertiary pigment granules
|surrounding the ommatidium. Outer rhabdomeres are also occasionally
|missing.
PHM|pigment cell
|secondary pigment cell pigment granule
|tertiary pigment cell pigment granule
|rhabdomere
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0112254
|Mullins et al.
|1999
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014285	ICL 1 ?	SYM 1 ?{}cm<up>4</up>	ASTR 1 -	CLOC 1 6E4	REF 1 2	DT 1 6 Jan 2000	RESZ 388
ID|FBti0014285
SYM|?{}cm<up>4</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0000330==cm</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}cm<up>4</up>
ASAL|<fbsym>FBal0001723==cm<up>4</up></fbsym>
CLOC|6E4
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000330==cm</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0001723==cm<up>4</up></fbsym>

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|reverts spontaneously
|unstable
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014286	ICL 1 ?	SYM 1 ?{}cos<up>V1</up>	ASTR 1 -	CLOC 1 43B1--2	REF 1 2	DT 1 6 Jan 2000	RESZ 410
ID|FBti0014286
SYM|?{}cos<up>V1</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0000352==cos</fbsym>

REFDSR
{
RDID|FBrf0096304
|Sisson et al.
|1997
SYN|?{}cos<up>V1</up>
ASAL|<fbsym>FBal0001778==cos<up>V1</up></fbsym>
MU|spontaneous \?
CLOC|43B1--2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000352==cos</fbsym>
}

REF
{
REFM|FBrf0096304
|Sisson et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0001778==cos<up>V1</up></fbsym>

REFDSR
{
RDID|FBrf0065539
|Preat et al.
|1993
PHP|Phenotypic interactions when in combination with <fbsym>FBgn0000352==cos</fbsym>.
}

REFDSR
{
RDID|FBrf0076434
|Capdevila and Guerrero
|1994
PHP|Viable mutation. Wing phenotype is similar to the phenotype resulting
|from ectopic expression of <fbsym>FBal0039403==hh<up>Scer\UAS.cCa</up></fbsym>, induction
| of overgrowth with
|a mirror image duplication of structures of the anterior and posterior
|compartments.
PHM|wing | posterior compartment
|wing | anterior compartment
}

REFDSR
{
RDID|FBrf0087686
|Sanchez-Herrero et al.
|1996
PHP|<fbsym>FBal0001784==Cos<up>2</up></fbsym>
| <fbsym>FBal0001778==cos<up>V1</up></fbsym>/<fbsym>FBal0001782==cos<up>V5</up></fbsym> flies have
| abnormal legs. <fbsym>FBal0031366==fu<up>J</up></fbsym>; <fbsym>FBal0001784==Cos<up>2</up></fbsym>
|<fbsym>FBal0001778==cos<up>V1</up></fbsym>/<fbsym>FBal0001782==cos<up>V5</up></fbsym> flies show a
| <fbsym>FBgn0000352==cos</fbsym> phenotype in the thorax and
|legs.
PHM|leg
}

REFDSR
{
RDID|FBrf0096304
|Sisson et al.
|1997
PHP|Displays adult pattern duplications in the presence of semidominant
|alleles of <fbsym>FBgn0000353==Cos</fbsym>.
}

REFDSR
{
RDID|FBrf0098968
|Sanchez et al.
|1997
PHP|<fbsym>FBal0001778==cos<up>V1</up></fbsym>/<fbsym>FBal0001782==cos<up>V5</up></fbsym> females show
| duplication of the dorsal vaginal
|plate with an increment in the number of sensilla trichodea and loss
|of the ventral vaginal plate. The eighth tergite and vulva are reduced.
|Anal plates are abnormal.
|<fbsym>FBal0001778==cos<up>V1</up></fbsym>/<fbsym>FBal0001782==cos<up>V5</up></fbsym> males show
| fusion of the lateral plates and the
|claspers. The hypandrium phragma is reduced.
PHM|female gonopod | dorsal
|female gonopod | ventral
|genital arch
|vulva
|epiproct
|hypoproct
|lateral plate
|clasper
|hypandrial process
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|class III allele
|<fbsym>FBal0001782==cos<up>V5</up></fbsym> >= <fbsym>FBal0001781==cos<up>V4</up></fbsym> =
| <fbsym>FBal0001778==cos<up>V1</up></fbsym> >= <fbsym>FBal0001779==cos<up>V2</up></fbsym> >= <fbsym>FBal0001780==cos<up>V3</up></fbsym>
}

REF
{
REFM|FBrf0065539
|Preat et al.
|1993
REFM|FBrf0076434
|Capdevila and Guerrero
|1994
REFM|FBrf0087686
|Sanchez-Herrero et al.
|1996
REFM|FBrf0096304
|Sisson et al.
|1997
REFM|FBrf0098968
|Sanchez et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0024409	ICL 1 ?	SYM 1 ?{}Cyp6g1<up>PSU-R</up>	ASTR 1 -	CLOC 1 48E7	REF 1 2	DT 1 3 Apr 2003	RESZ 373
ID|FBti0024409
SYM|?{}Cyp6g1<up>PSU-R</up>
DT|3 Apr 2003
|3 Apr 2003
ICL|?
ASGN|<fbsym>FBgn0025454==Cyp6g1</fbsym>

REFDSR
{
RDID|FBrf0155239 
SYN|?{}Cyp6g1<up>PSU-R</up>
ASAL|<fbsym>FBal0141853==Cyp6g1<up>PSU-R</up></fbsym>
CLOC|48E7
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0025454==Cyp6g1</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155239 
}

ALESR
{
ASYM|<fbsym>FBal0141853==Cyp6g1<up>PSU-R</up></fbsym>

REFDSR
{
RDID|FBrf0155239 
PHP|The "PSU-R" strain shows dominant complete resistance to DDT.
}

REF
{
REFM|FBrf0155239 
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014881	ICL 1 ?	SYM 1 ?{}Dfd<up>1</up>	ASTR 1 -	CLOC 1 84A5	REF 1 2	DT 1 6 Jan 2000	RESZ 405
ID|FBti0014881
SYM|?{}Dfd<up>1</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0000439==Dfd</fbsym>

REFDSR
{
RDID|FBrf0051400
|McGinnis et al.
|1990
SYN|?{}Dfd<up>1</up>
ASAL|<fbsym>FBal0002374==Dfd<up>1</up></fbsym>
MU|spontaneous
CLOC|84A5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000439==Dfd</fbsym>
}

REF
{
REFM|FBrf0051400
|McGinnis et al.
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0002374==Dfd<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0046135
|Regulski et al.
|1987
PHP|Adult head defects.
}

REFDSR
{
RDID|FBrf0051116
|McGinnis et al.
|1990
PHP|Adults have ventral eye and orbital tissue missing.
}

REFDSR
{
RDID|FBrf0051400
|McGinnis et al.
|1990
PHP|Loss of ventral eye and orbital regions in the adult head. Head defects
|phenocopied by <fbsym>FBal0038716==Dfd<up>hs.PK</up></fbsym> constructs and heat-shock
| constructs of the
|human Hox4.2 in cells of the eye disc during third larval instar development.
PHM|ocellus | adult
}

REFDSR
{
RDID|FBrf0051503
|Chadwick et al.
|1990
PHP|Adult head deformations: lower eye and orbital structures are absent.
|Homozygotes have bulbous growths in the place of missing eye tissue,
|these may be duplications of the second antennal segment.
}

REFDSR
{
RDID|FBrf0103357
|Saget et al.
|1998
PHP|Heterozygous males have ectopic antero-ventral bristles on the head.
PHM|head bristle | ectopic
|adult head
|head bristle
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|dominant
|Eyes reduced ventrally and anteriorly, or furrowed. Vibrissae tufted.
|Extremely variable, often overlapping wild type, but usually
|excellent character with Ly or at 19<up>o</up>C. Classifiable in
|single dose in triploids (Schultz, 1934).
|Muller reported an occasional homozygote as extreme dwarf with flimsy wings.
|RK2.
}

REF
{
REFM|FBrf0046135
|Regulski et al.
|1987
REFM|FBrf0051116
|McGinnis et al.
|1990
REFM|FBrf0051400
|McGinnis et al.
|1990
REFM|FBrf0051503
|Chadwick et al.
|1990
REFM|FBrf0103357
|Saget et al.
|1998
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014401	ICL 1 ?	SYM 1 ?{}dlg1<up>2</up>	ASTR 1 -	CLOC 1 10B6--10	REF 1 5	DT 1 6 Jan 2000	RESZ 832
ID|FBti0014401
SYM|?{}dlg1<up>2</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0001624==dlg1</fbsym>

REFDSR
{
RDID|FBrf0049482
|Woods and Bryant
|1989
SYN|?{}dlg1<up>2</up>
ASAL|<fbsym>FBal0002671==dlg1<up>2</up></fbsym>
MU|X ray
CLOC|10B6--10
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001624==dlg1</fbsym>
PHC|lethal | recessive | conditional ts
}

REFDSR
{
RDID|FBrf0049894
|Perrimon et al.
|1989
PHC|lethal | conditional ts
}

REFDSR
{
RDID|FBrf0088171
|Guan et al.
|1996
PHC|lethal | recessive | conditional ts
}

REFDSR
{
RDID|FBrf0098920
|Goode and Perrimon
|1997
PHC|lethal | recessive | conditional ts
}

REF
{
REFM|FBrf0049482
|Woods and Bryant
|1989
REFM|FBrf0049894
|Perrimon et al.
|1989
REFM|FBrf0088171
|Guan et al.
|1996
REFM|FBrf0098920
|Goode and Perrimon
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0002671==dlg1<up>2</up></fbsym>

REFDSR
{
RDID|FBrf0049482
|Woods and Bryant
|1989
PHP|Completely lethal at 25<up>o</up>C, homozygotes show 75% viability at 18<up>o</up>C.
|Females exhibit a maternal-effect embryonic lethality when fertilized
|by <fbsym>FBal0002671==dlg1<up>2</up></fbsym> sperm even at the permissive temperature.
| This lethality
|can be rescued by wild-type sperm.
}

REFDSR
{
RDID|FBrf0049894
|Perrimon et al.
|1989
PHP|Embryos exhibit defects associated with dorsal closure and head involution.
}

REFDSR
{
RDID|FBrf0088171
|Guan et al.
|1996
PHP|Temperature-sensitive allele. At the permissive temperature (18<up>o</up>C),
|hemizygotes show a hypomorphic phenotype, developing small imaginal
|disc tumors. Type I boutons appear similar to wild-type in these
|animals. At the restrictive temperature (29<up>o</up>C), hemizygotes show
|a similar phenotype to <fbsym>FBal0002675==dlg1<up>6</up></fbsym> or
| <fbsym>FBal0002683==dlg1<up>14</up></fbsym> hemizygotes, developing
|large tumors in the brain and imaginal discs. The subsynaptic reticulum
|at type I boutons is poorly developed in these animals.
|... (see <fbsym>FBal0002671==dlg1<up>2</up></fbsym> report)
PHM|imaginal disc | conditional ts
|larval brain | conditional ts
|postsynaptic membrane
}

REFDSR
{
RDID|FBrf0098920
|Goode and Perrimon
|1997
PHP|<fbsym>FBal0002671==dlg1<up>2</up></fbsym>/<fbsym>FBal0002674==dlg1<up>5</up></fbsym> animals are
| viable and have completely normal egg
|chambers at 18<up>o</up>C. After 6 hours at 25<up>o</up>C, follicle cells
| exit the
|follicular epithelium and intermingle with germ cells at the anterior
|and posterior poles of the egg chamber. Cells that remain in the epithelium
|retain their polarized characteristics, whereas those that have exited
|the epithelium have an apolar morphology. Nurse cells extend processes
|to meet the invasive follicle cells. Follicle cells at the anterior
|... (see <fbsym>FBal0002671==dlg1<up>2</up></fbsym> report)
PHM|follicle cell | conditional ts
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Homozygotes fail to survive when raised at 25<up>o</up>C;
|when raised at 18<up>o</up>C however, 37% survival attained;
|hemizygous females show 65-70% survival at 18<up>o</up>C,
|but are also lethal at 25<up>o</up>C. Survival at 18<up>o</up>C
|nearly complete in heterozygotes with <fbsym>FBal0002674==dlg1<up>5</up></fbsym> and
|<fbsym>FBal0002687==dlg1<up>18</up></fbsym> and survival at 25<up>o</up>C is 4% and 95%
|respectively. Embryos produced by matings between
|... (see <fbsym>FBal0002671==dlg1<up>2</up></fbsym> report)
}

REF
{
REFM|FBrf0049482
|Woods and Bryant
|1989
REFM|FBrf0049894
|Perrimon et al.
|1989
REFM|FBrf0088171
|Guan et al.
|1996
REFM|FBrf0098920
|Goode and Perrimon
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0002861	ICL 1 ?	SYM 1 ?{}Dll<up>10</up>	ASTR 1 -	CLOC 1 60E2	REF 1 2	DT 1 5 Feb 1999	RESZ 641
ID|FBti0002861
SYM|?{}Dll<up>10</up>
DT|5 Feb 1999
|24 Jun 1997
ICL|?
ASGN|<fbsym>FBgn0000157==Dll</fbsym>

REFDSR
{
RDID|FBrf0050642
|Cohen et al.
|1989
ASAL|<fbsym>FBal0001007==Dll<up>10</up></fbsym>
MU|PM hybrid dysgenesis
CLOC|60E2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000157==Dll</fbsym>
CC|8kb insertion, unidentified; within 13kb intron. See also <fbsym>FBti0002860==P{}60E.a</fbsym>, a
| P-element insertion also on the <fbsym>FBal0001007==Dll<up>10</up></fbsym> chromosome,
| 70kb 3' of the <fbsym>FBgn0000157==Dll</fbsym> transcript.
}

REF
{
REFM|FBrf0050642
|Cohen et al.
|1989
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0001007==Dll<up>10</up></fbsym>

REFDSR
{
RDID|FBrf0050642
|Cohen et al.
|1989
PHP|Fails to develop limbs.
}

REF
{
REFM|FBrf0050642
|Cohen et al.
|1989
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015265	ICL 1 ?	SYM 1 ?{}Dsim\lz<up>L</up>	ASTR 1 -	CLOC 1 -	REF 1 2	DT 1 6 Jan 2000	RESZ 410
ID|FBti0015265
SYM|?{}Dsim\lz<up>L</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0018267==Dsim\lz</fbsym>

REFDSR
{
RDID|FBrf0105876
|Loreto et al.
|1998
SYN|?{}Dsim\lz<up>L</up>
ASAL|<fbsym>FBal0095813==Dsim\lz<up>L</up></fbsym>
LOCB|Proximity to gene: <fbsym>FBgn0018267==Dsim\lz</fbsym>
PHC|female sterile | recessive
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0105876
|Loreto et al.
|1998
}

ALESR
{
ASYM|<fbsym>FBal0095813==Dsim\lz<up>L</up></fbsym>

REFDSR
{
RDID|FBrf0105876
|Loreto et al.
|1998
PHP|The eyes are reduced in size in mutant flies and the surface of the
|eye has a glistening appearance and altered pigmentation. The tarsal
|claws are reduced. Homozygous females are sterile; the spermathecae
|and parovaria are absent.
|Eye color: brown.
PHM|eye
|tarsus
|spermathecal duct
|female accessory gland
}

REF
{
REFM|FBrf0105876
|Loreto et al.
|1998
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015255	ICL 1 ?	SYM 1 ?{}Dsp1<up>1</up>	ASTR 1 -	CLOC 1 14B14--15	REF 1 2	DT 1 1 May 2001	RESZ 526
ID|FBti0015255
SYM|?{}Dsp1<up>1</up>
SYN|?{}Dsp1<up>5101</up>
|?{}bss<up>5101</up>
DT|1 May 2001
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0011764==Dsp1</fbsym>

REFDSR
{
RDID|FBrf0105889
|Mosrin-Huaman et al.
|1998
SYN|?{}bss<up>5101</up>
ASAL|<fbsym>FBal0094567==Dsp1<up>1</up></fbsym>
CLOC|14B14--15
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0011764==Dsp1</fbsym>
PHC|lethal | recessive | partially
|sterile | recessive | partially
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0105889
|Mosrin-Huaman et al.
|1998
}

ALESR
{
ASYM|<fbsym>FBal0094567==Dsp1<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0105889
|Mosrin-Huaman et al.
|1998
PHP|Few hemizygous males survive to adulthood. They have severe morphological
|and physiological defects; they walk with difficulty, can hardly fly
|and have severely impaired fertility. These flies die prematurely
|(50% die within 5 days of eclosion).
|Few homozygous females survive to adulthood. They have the same phenotypical
|characteristics as hemizygous males. The females achieve complete
|oogenesis but lay few eggs. At 26<up>o</up>C these eggs do not hatch into
|... (see <fbsym>FBal0094567==Dsp1<up>1</up></fbsym> report)
PHM|egg
|abdominal 5 ventral denticle belt
|abdominal 4 ventral denticle belt
|embryonic/first instar larval cuticle
}

REFDSR
{
RDID|FBrf0127514
|Decoville et al.
|2000
PHP|Homozygotes are poorly fertile and only 50% of eggs lead to viable
|larvae. Embryos which do not give rise to larvae stop development
|before the cellular blastoderm stage.
}

REFDSR
{
RDID|FBrf0132331
|Decoville et al.
|2001
PHP|Homozygous adults do not show paralysis after vibration of the culture
|vial.
|Homozygotes and hemizygotes die prematurely, show very low fertility
|and have various homeotic transformations.
|The first type of transformation corresponds to a T1 to T2 transformation;
|hemizygous males have reduced sex combs, with an average of 6 teeth
|(compared to the 11 seen in wild type). The size of the sex comb never
|... (see <fbsym>FBal0094567==Dsp1<up>1</up></fbsym> report)
PHM|sex comb
|haltere
|wing | ectopic
|metathoracic laterotergite
|scutum | ectopic
|adult abdominal segment 6
|adult abdominal segment 5 | ectopic
|adult abdominal segment 4
|abdominal sternite bristle | ectopic
|metathoracic segment | anterior compartment
}

REF
{
REFM|FBrf0105889
|Mosrin-Huaman et al.
|1998
REFM|FBrf0127514
|Decoville et al.
|2000
REFM|FBrf0132331
|Decoville et al.
|2001
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014410	ICL 1 ?	SYM 1 ?{}dsx<up>T</up>	ASTR 1 -	CLOC 1 84E5--6	REF 1 3	DT 1 6 Jan 2000	RESZ 454
ID|FBti0014410
SYM|?{}dsx<up>T</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0000504==dsx</fbsym>

REFDSR
{
RDID|FBrf0051864
|Nagoshi and Baker
|1990
SYN|?{}dsx<up>T</up>
ASAL|<fbsym>FBal0003205==dsx<up>T</up></fbsym>
MU|spontaneous
CLOC|84E5--6
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000504==dsx</fbsym>
}

REF
{
REFM|FBrf0051864
|Nagoshi and Baker
|1990
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0003205==dsx<up>T</up></fbsym>

REFDSR
{
RDID|FBrf0046300
|Nothiger et al.
|1987
PHP|Only affects XX flies: the terminalia of XX heterozygous flies carry
|abnormal male and female elements, with the female genitalia anterior
|to the male genitalia. The male genitalia are well developed, but
|the penis apparatus is reduced, the hypandrium is mostly absent and
|many bristles are abnormal. The female vaginal plate is always present,
|but is reduced in size with abnormal bristles. There is often a mass
|of yellow, chitinized material between the vaginal plates, which is
|... (see <fbsym>FBal0003205==dsx<up>T</up></fbsym> report)
PHM|female terminalia
|female genitalia
|female gonopod
|prothoracic leg | female
|female analia
|anal plate | female
|genitalia
}

REFDSR
{
RDID|FBrf0076142
|Nagoshi et al.
|1995
PHP|No more than 26% of XX
| <fbsym>FBal0003205==dsx<up>T</up></fbsym>/<fbsym>FBal0003154==dsx<up>1</up></fbsym> mutant
| pseudomales produce
|gonads with the most severe group 1 pseudotestes phenotype. The remaining
|pseudomales have a less severe phenotype, with viable germ cells.
|<fbsym>FBal0013357==otu<up>10</up></fbsym> and <fbsym>Df(1)otu-P&Dgr;1</fbsym> cause an increase in
| severity of
|this phenotype: over 70% of the resulting gonads were of group 1.
PHM|germ cell
}

REF
{
REFM|FBrf0046300
|Nothiger et al.
|1987
REFM|FBrf0076142
|Nagoshi et al.
|1995
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014444	ICL 1 ?	SYM 1 ?{}en<up>1</up>	ASTR 1 -	CLOC 1 47F17--48A1	REF 1 3	DT 1 6 Jan 2000	RESZ 508
ID|FBti0014444
SYM|?{}en<up>1</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0000577==en</fbsym>

REFDSR
{
RDID|FBrf0042028
|Poole et al.
|1985
PHC|lethal
}

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}en<up>1</up>
ASAL|<fbsym>FBal0003716==en<up>1</up></fbsym>
MU|spontaneous
CLOC|47F17--48A1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000577==en</fbsym>
}

REF
{
REFM|FBrf0042028
|Poole et al.
|1985
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0003716==en<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0005419
|Brasted
|1941
PHP|In males, extra sex comb often present  smaller than normal and in
|mirror-image position in posterior compartment.
PHM|sex comb | ectopic
}

REFDSR
{
RDID|FBrf0013911
|Tokunaga
|1961
PHM|prothoracic tarsal segment | posterior compartment
}

REFDSR
{
RDID|FBrf0024005
|Garcia-Bellido and Santamaria
|1972
PHP|Duplications of transverse rows in female prothoracic leg, extra
|bristles in mesothoracic and metathoracic tarsi.
PHM|mesothoracic tibial transverse bristle row
|metathoracic tibial transverse bristle row
}

REFDSR
{
RDID|FBrf0027996
|Morata and Lawrence
|1975
PHP|Clones of <fbsym>FBal0003716==en<up>1</up></fbsym> cells of posterior compartment origin
| fail to
|respect anterior-posterior compartment border in wing disc as do
|<fbsym>FBal0012675==mwh<up>1</up></fbsym> clones in wing discs of
| <fbsym>FBal0003716==en<up>1</up></fbsym> homozygotes.
PHM|dorsal mesothoracic disc | posterior compartment | somatic clone
|dorsal mesothoracic disc | anterior/posterior compartment boundary | somatic clone
}

REFDSR
{
RDID|FBrf0028554
|Lawrence and Morata
|1976
PHP|Clones of <fbsym>FBal0003716==en<up>1</up></fbsym> cells of posterior compartment origin
| fail to
|respect anterior-posterior compartment border in wing disc as do
|<fbsym>FBal0012675==mwh<up>1</up></fbsym> clones in wing discs of
| <fbsym>FBal0003716==en<up>1</up></fbsym> homozygotes.
PHM|dorsal mesothoracic disc | posterior compartment | somatic clone
|dorsal mesothoracic disc | anterior/posterior compartment boundary | somatic clone
}

REFDSR
{
RDID|FBrf0033468
|Lawrence et al.
|1979
PHP|Duplications of transverse rows in female prothoracic leg, extra
|bristles in mesothoracic and metathoracic tarsi.
PHM|mesothoracic tibial transverse bristle row
|metathoracic tibial transverse bristle row
}

REFDSR
{
RDID|FBrf0037911
|Lawrence and Struhl
|1982
PHP|Homozygous clones in the wing are frequently lost in the posterior
|but not the anterior compartment.
PHM|wing | posterior compartment | somatic clone
}

REFDSR
{
RDID|FBrf0039205
|Morata et al.
|1983
PHP|At 29<up>o</up>C the third segment of the antenna is larger than wild-type
|in homozygous flies, and a bristle close to the border is often enlarged.
|This phenotype is enhanced by the <fbsym>FBgn0005562==M(3)65F</fbsym> mutation. <fbsym>FBal0003716==en<up>1</up></fbsym>/<fbsym>FBal0003717==en<up>2</up></fbsym>
|transheterozygotes have abnormal antennae, the phenotype increasing
|at higher temperatures (25 or 29<up>o</up>C). At 29<up>o</up>C the posterior compartment
|of the second segment is almost always abnormal, having extra anterior-like
|bristles which are often arranged in a mirror-image symmetry with respect
|... (see <fbsym>FBal0003716==en<up>1</up></fbsym> report)
PHM|antenna
|antennal segment 3
|(with en<up>2</up>) antennal segment 2 | posterior compartment
}

REFDSR
{
RDID|FBrf0039215
|Epper and Sanchez
|1983
PHP|Male <fbsym>FBal0003716==en<up>1</up></fbsym> homozygotes have abnormal genitalia, with a reduction
|in the number of clasper teeth, rudimentary dorsal parameres of the
|penis apparatus, and often incomplete rotation of the penis apparatus.
|Viable heteroallelic combinations with other <fbsym>FBgn0000577==en</fbsym> alleles show a more
|extreme phenotype, with a reduction in the genital arch process, hypandrium
|and hypandrial phragma as well. Extra genital arch and anal plate
|bristles are sometimes seen.
|... (see <fbsym>FBal0003716==en<up>1</up></fbsym> report)
PHM|hypandrium
|penis
|genital arch
|clasper
|female gonopod
}

REFDSR
{
RDID|FBrf0041008
|Eberlein
|1984
PHP|Shows wing to haltere transformation in <fbsym>FBal0003716==en<up>1</up></fbsym>/<fbsym>FBal0003743==en<up>28</up></fbsym>.
PHM|(with en<up>28</up>) wing
}

REFDSR
{
RDID|FBrf0042022
|Kuner et al.
|1985
PHP|Severe thoracic morphological defects.
}

REFDSR
{
RDID|FBrf0043525
|Gubb
|1985
PHP|The posterior wing is an abnormal shape in homozygous flies. The posterior
|wing veins have a variable disrupted pattern, with the anterior crossvein
|(ACV) often being absent or reduced and vein III often appearing slightly
|thickened. The campaniform sensillum associated with the ACV is often
|absent, while the campaniform sensilla of vein III may be increased
|in number. Campaniform sensilla are often found in the posterior wing,
|where they may or may not be associated with vein tissue. Many posterior
|... (see <fbsym>FBal0003716==en<up>1</up></fbsym> report)
PHM|wing | posterior
|anterior crossvein
|wing vein L3
|sensillum campaniformium of anterior crossvein
|sensillum campaniformium
|posterior hair
|alar lobe
|scutellum
|prothoracic leg
}

REFDSR
{
RDID|FBrf0046012
|Grau and Simpson
|1987
PHP|In <fbsym>FBal0001792==Cos<up>10</up></fbsym>, <fbsym>FBal0003716==en<up>1</up></fbsym> double mutants
| the duplications characteristic
|of <fbsym>FBal0001792==Cos<up>10</up></fbsym> only occur in the original anterior
| compartment, and not
|in the transformed posterior compartment, indicating that the <fbsym>FBal0001792==Cos<up>10</up></fbsym>
|duplications develop as a position response.
}

REFDSR
{
RDID|FBrf0049488
|Condie and Brower
|1989
PHP|Homozygous adults have abnormal wings, with a posterior to anterior
|transformation. The sex comb on the male prothoracic leg is partially
|duplicated posteriorly. The posterior wing is grossly disrupted in
|<fbsym>FBal0003716==en<up>1</up></fbsym>/<fbsym>FBal0003717==en<up>2</up></fbsym> transheterozygotes,
| rarely having an organized fourth
|or fifth vein. The sex comb on the male prothoracic leg is duplicated
|posteriorly, more distal leg segments are fused and terminal claws
|are sometimes missing. The arista and other anterior elements of the
|... (see <fbsym>FBal0003716==en<up>1</up></fbsym> report)
PHM|wing
|wing vein L4
|wing vein L5
|sex comb
}

REFDSR
{
RDID|FBrf0051823
|Hama et al.
|1990
PHP|Heterozygotes with <fbsym>FBal0034516==en<up>Xho23</up></fbsym> and
| <fbsym>FBal0034515==en<up>Sac27</up></fbsym> display wing vein abnormalities.
}

REFDSR
{
RDID|FBrf0058044
|Held
|1993
PHP|Additional bristles in the second leg.
PHM|mesothoracic tarsal bristle longitudinal row 2
|mesothoracic tarsal bristle longitudinal row 2.5
}

REFDSR
{
RDID|FBrf0076129
|Felsenfeld and Kennison
|1995
PHP|Mutation has no effect on the <fbsym>FBal0005484==hh<up>Mrt</up></fbsym> phenotype.
}

REFDSR
{
RDID|FBrf0076146
|Sturtevant and Bier
|1995
PHP|Coordinate mutant.
}

REFDSR
{
RDID|FBrf0079370
|Schwartz et al.
|1995
PHP|Viable.
}

REFDSR
{
RDID|FBrf0079938
|Chase and Baker
|1995
PHP|Heterozygotes with <fbsym>FBal0016052==en<up>spt</up></fbsym> display the <fbsym>FBgn0000577==en</fbsym> and
| spermatheca phenotypes
|at 25<up>o</up>C.
}

REFDSR
{
RDID|FBrf0080091
|Hidalgo
|1994
PHP|<fbsym>FBal0031487==hh<up>bar3</up></fbsym> in combination with
| <fbsym>FBab0022271==Df(2R)en<up>E</up></fbsym>/<fbsym>FBal0003716==en<up>1</up></fbsym> causes a phenotype
|reminiscent of a weak <fbsym>FBgn0000490==dpp</fbsym> mutation is produced, narrowing of the
|space between wing veins 3 and 4. Posterior wing clones affect adjacent
|cells of the anterior compartment and cause an overall reduction in
|wing size.
}

REFDSR
{
RDID|FBrf0092613
|Locke and Hanna
|1996
PHP|Homozygotes exhibit a variety of wing vein alterations in the posterior
|compartment of the wing.
|Transheterozygotes with <fbsym>FBal0034506==en<up>Enci</up></fbsym> have a posterior
| specific wing phenotype:
|bristles characteristic of the anterior wing margin are present on
|the posterior wing margin. Males have duplicated sex combs on the
|prothoracic legs.
PHM|wing & macrochaeta
|sex comb
|wing vein
|wing | posterior compartment
}

REFDSR
{
RDID|FBrf0103326
|Maschat et al.
|1998
PHP|2% of homozygotes and 5% of
| <fbsym>FBal0003716==en<up>1</up></fbsym>/<fbsym>FBal0003769==en<up>54</up></fbsym> flies have a gap
| in the
|fourth wing vein at 25<up>o</up>C.
PHM|wing vein L4
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|viable
}

REF
{
REFM|FBrf0005419
|Brasted
|1941
REFM|FBrf0013911
|Tokunaga
|1961
REFM|FBrf0024005
|Garcia-Bellido and Santamaria
|1972
REFM|FBrf0027996
|Morata and Lawrence
|1975
REFM|FBrf0028554
|Lawrence and Morata
|1976
REFM|FBrf0033468
|Lawrence et al.
|1979
REFM|FBrf0037911
|Lawrence and Struhl
|1982
REFM|FBrf0039205
|Morata et al.
|1983
REFM|FBrf0039215
|Epper and Sanchez
|1983
REFM|FBrf0041008
|Eberlein
|1984
REFM|FBrf0042022
|Kuner et al.
|1985
REFM|FBrf0043525
|Gubb
|1985
REFM|FBrf0046012
|Grau and Simpson
|1987
REFM|FBrf0049488
|Condie and Brower
|1989
REFM|FBrf0051823
|Hama et al.
|1990
REFM|FBrf0058044
|Held
|1993
REFM|FBrf0076129
|Felsenfeld and Kennison
|1995
REFM|FBrf0076146
|Sturtevant and Bier
|1995
REFM|FBrf0079370
|Schwartz et al.
|1995
REFM|FBrf0079938
|Chase and Baker
|1995
REFM|FBrf0080091
|Hidalgo
|1994
REFM|FBrf0092613
|Locke and Hanna
|1996
REFM|FBrf0103326
|Maschat et al.
|1998
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015054	ICL 1 ?	SYM 1 ?{}Est-6<up>unspecified</up>	ASTR 1 -	CLOC 1 69A1	REF 1 2	DT 1 6 Jan 2000	RESZ 424
ID|FBti0015054
SYM|?{}Est-6<up>unspecified</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0000592==Est-6</fbsym>

REFDSR
{
RDID|FBrf0052539
|Brady et al.
|1990
SYN|?{}Est-6<up>unspecified</up>
ASAL|<fbsym>FBal0058970==Est-6<up>unspecified</up></fbsym>
CLOC|69A1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000592==Est-6</fbsym>
}

REF
{
REFM|FBrf0052539
|Brady et al.
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014459	ICL 1 ?	SYM 1 ?{}fliI<up>2:19B</up>	ASTR 1 -	CLOC 1 19F5	REF 1 3	DT 1 31 May 2000	RESZ 549
ID|FBti0014459
SYM|?{}fliI<up>2:19B</up>
SYN|?{}fliI<up>2/19B</up>
DT|31 May 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0000709==fliI</fbsym>

REFDSR
{
RDID|FBrf0064390
|Campbell et al.
|1993
PHC|lethal | recessive
}

REFDSR
{
RDID|FBrf0083951
|de Couet et al.
|1995
SYN|?{}fliI<up>2/19B</up>
ASAL|<fbsym>FBal0031278==fliI<up>2:19B</up></fbsym>
CLOC|19F5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000709==fliI</fbsym>
}

REF
{
REFM|FBrf0064390
|Campbell et al.
|1993
REFM|FBrf0083951
|de Couet et al.
|1995
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0002826	ICL 1 ?	SYM 1 ?{}ftz<up>11</up>	ASTR 1 -	CLOC 1 84A6	REF 1 5	DT 1 5 Sep 2000	RESZ 1143
ID|FBti0002826
SYM|?{}ftz<up>11</up>
SYN|?{}ftz<up>W20</up>
|?{}ftz<up>w20</up>
DT|5 Sep 2000
|24 Jun 1997
ICL|?
ASGN|<fbsym>FBgn0001077==ftz</fbsym>

REFDSR
{
RDID|FBrf0039012
|Scott et al.
|1983
SYN|?{}ftz<up>11</up>
ASAL|<fbsym>FBal0004816==ftz<up>11</up></fbsym>
MU|ethyl methanesulfonate
CLOC|84A6
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001077==ftz</fbsym>
PHC|lethal | recessive
CC|Insertion determined to be repetitive; approximately 3kb; not shown to
| coorelate with mutant phenotype.
|Insertion determined to be repetitive element of appoximately 3kb;
| correlation with the mutant phenotype asssumed but not proven.
}

REFDSR
{
RDID|FBrf0040502
|Weiner et al.
|1984
ASAL|<fbsym>FBal0004816==ftz<up>11</up></fbsym>
MU|ethyl methanesulfonate
PHC|lethal | embryonic | pair rule
}

REFDSR
{
RDID|FBrf0040715
|Wakimoto et al.
|1984
PHC|lethal | embryonic
}

REFDSR
{
RDID|FBrf0073734
|Lewis et al.
|1980
PHC|lethal | recessive
}

REF
{
REFM|FBrf0039012
|Scott et al.
|1983
REFM|FBrf0040502
|Weiner et al.
|1984
REFM|FBrf0040715
|Wakimoto et al.
|1984
REFM|FBrf0073734
|Lewis et al.
|1980
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0004816==ftz<up>11</up></fbsym>

REFDSR
{
RDID|FBrf0040502
|Weiner et al.
|1984
PHM|embryonic epidermis
|denticle belt
}

REFDSR
{
RDID|FBrf0040715
|Wakimoto et al.
|1984
PHP|<fbsym>FBal0004816==ftz<up>11</up></fbsym>/<fbsym>FBab0002646==Df(3R)Scr</fbsym> show abnormal
| segmentation of the germ band,
|with at least half the segments missing. The segmentation of the ventral
|nerve cord is also affected. The labial lobe cannot be seen, and the
|H piece of the larval mouthparts is missing in late embryos. Dorsal
|closure is disrupted.
PHM|contracted germ band stage
|central nervous system | embryonic
|hypostomal sclerite
}

REFDSR
{
RDID|FBrf0046027
|Bender et al.
|1987
PHM|epidermis | embryonic
|embryonic nervous system
}

REFDSR
{
RDID|FBrf0048119
|Jack et al.
|1988
PHP|Odd numbered denticle bands missing.
}

REFDSR
{
RDID|FBrf0049007
|Doe et al.
|1988
PHP|<fbsym>FBtp0005207==P{ftzK}</fbsym>; <fbsym>FBal0004816==ftz<up>11</up></fbsym>/<fbsym>FBal0004818==ftz<up>13</up></fbsym>
| individuals die as embryos or larvae.
|66% of <fbsym>FBtp0000074==P{ftzG}</fbsym>;
| <fbsym>FBal0004816==ftz<up>11</up></fbsym>/<fbsym>FBal0004818==ftz<up>13</up></fbsym> individuals
| survive to adulthood.
|<fbsym>FBtp0005207==P{ftzK}</fbsym>; <fbsym>FBal0004816==ftz<up>11</up></fbsym>/<fbsym>FBal0004818==ftz<up>13</up></fbsym>
| embryos are identified by weak segmentation
|defects in the CNS.
}

REFDSR
{
RDID|FBrf0049576
|Lawrence and Johnston
|1989
PHP|The eve stripes mature as wild-type.
}

REFDSR
{
RDID|FBrf0054059
|Parkhurst and Ish-Horowicz
|1991
PHP|Interacts with <fbsym>FBal0030148==RpII140<up>wimp</up></fbsym> maternal effect.
}

REFDSR
{
RDID|FBrf0055876
|Panzer et al.
|1992
PHP|Parasegments 1 and 2 are fused and the salivary gland placodes occupy
|the posterior half of the fused parasegment in the <fbsym>FBgn0003339==Scr</fbsym> expression
|domain.
PHM|parasegment 1
|parasegment 2
}

REFDSR
{
RDID|FBrf0056133
|Tabata et al.
|1992
PHP|ftz embryos lack even-numbered hh stripes.
}

REFDSR
{
RDID|FBrf0084489
|Welte et al.
|1995
PHP|Heterozygotes with <fbsym>FBal0004823==ftz<up>Ual1</up></fbsym> exhibit a higher
| frequency of heat shock
|induced transformation of abdominal segment 1 than those embryos carrying
|three wild type copies of <fbsym>FBgn0001077==ftz</fbsym> (<fbsym>FBab0003681==Dp(3;3)D1</fbsym>/+). An addition of another
|wild type <fbsym>FBgn0001077==ftz</fbsym> to these embryos results in another modest increase
|in frequency of transformation.
}

REFDSR
{
RDID|FBrf0086468
|Hyduk and Percival-Smith
|1996
PHP|Mutant embryos are deficient for cuticular structures derived from
|the even numbered parasegments.
PHM|parasegment 2
|parasegment 10
|parasegment 12
|parasegment 14
|parasegment 4
|parasegment 10
|parasegment 12
|parasegment 14
|parasegment 6
|parasegment 10
|parasegment 12
|parasegment 14
|parasegment 8
|parasegment 10
|parasegment 12
|parasegment 14
|epidermis | embryonic
}

REFDSR
{
RDID|FBrf0130058
|Rusch and Kaufman
|2000
PHP|The maxillary and labial lobes are fused in mutant embryos.
PHM|embryonic labial segment
|embryonic maxillary segment
}

REF
{
REFM|FBrf0040502
|Weiner et al.
|1984
REFM|FBrf0040715
|Wakimoto et al.
|1984
REFM|FBrf0046027
|Bender et al.
|1987
REFM|FBrf0048119
|Jack et al.
|1988
REFM|FBrf0049007
|Doe et al.
|1988
REFM|FBrf0049576
|Lawrence and Johnston
|1989
REFM|FBrf0054059
|Parkhurst and Ish-Horowicz
|1991
REFM|FBrf0055876
|Panzer et al.
|1992
REFM|FBrf0056133
|Tabata et al.
|1992
REFM|FBrf0084489
|Welte et al.
|1995
REFM|FBrf0086468
|Hyduk and Percival-Smith
|1996
REFM|FBrf0130058
|Rusch and Kaufman
|2000
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0016757	ICL 1 ?	SYM 1 ?{}ftz<up>12</up>	ASTR 1 -	CLOC 1 -	REF 1 3	DT 1 4 Dec 2000	RESZ 464
ID|FBti0016757
SYM|?{}ftz<up>12</up>
DT|4 Dec 2000
|16 Nov 2000
ICL|?
ASGN|<fbsym>FBgn0001077==ftz</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
ASAL|<fbsym>FBal0004817==ftz<up>12</up></fbsym>
MU|ethyl methanesulfonate
CC|Unattributed statement that this allele is associated with a 5-kb insertion
| in the transcribed region.
}

REF
{
REFM|FBrf0039012
|Scott et al.
|1983
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014467	ICL 1 ?	SYM 1 ?{}fw<up>34e</up>	ASTR 1 -	CLOC 1 11A1	REF 1 2	DT 1 6 Jan 2000	RESZ 459
ID|FBti0014467
SYM|?{}fw<up>34e</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0001083==fw</fbsym>

REFDSR
{
RDID|FBrf0091112
|Leshko-Lindsay and Corces
|1997
SYN|?{}fw<up>34e</up>
ASAL|<fbsym>FBal0004903==fw<up>34e</up></fbsym>
CLOC|11A1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001083==fw</fbsym>
PHC|lethal | partially
|lethal | female | pupal
}

REF
{
REFM|FBrf0091112
|Leshko-Lindsay and Corces
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0004903==fw<up>34e</up></fbsym>

REFDSR
{
RDID|FBrf0091112
|Leshko-Lindsay and Corces
|1997
PHP|Mild defects in eye morphology. Defects in the development of the
|mechanosensory bristles including the macrochaetae, microchaetae and
|bristles surrounding the eye. Shortened head and scutellum.
|<fbsym>FBal0004903==fw<up>34e</up></fbsym>/<fbsym>FBab0000482==Df(1)KA10</fbsym> transheterozygotes do
| not produce any viable
|adult females, female lethal phase occurs in the pupal stages.
PHM|retina
|macrochaeta
|microchaeta
|eye & macrochaeta
|adult head
|scutellum
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Originally showed eye surface medium folded; bristles
|much gnarled. Schultz and Curry report that stock in
|1940 showed gnarled bristles and eye small but no
|vertical fold.
|RK2.
}

REF
{
REFM|FBrf0091112
|Leshko-Lindsay and Corces
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015044	ICL 1 ?	SYM 1 ?{}fw<up>U2</up>	ASTR 1 -	CLOC 1 11A1	REF 1 2	DT 1 6 Jan 2000	RESZ 431
ID|FBti0015044
SYM|?{}fw<up>U2</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0001083==fw</fbsym>

REFDSR
{
RDID|FBrf0091112
|Leshko-Lindsay and Corces
|1997
SYN|?{}fw<up>U2</up>
ASAL|<fbsym>FBal0057359==fw<up>U2</up></fbsym>
CLOC|11A1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001083==fw</fbsym>
PHC|lethal | partially
}

REF
{
REFM|FBrf0091112
|Leshko-Lindsay and Corces
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0057359==fw<up>U2</up></fbsym>

REFDSR
{
RDID|FBrf0091112
|Leshko-Lindsay and Corces
|1997
PHP|Eyes are reduced in size and exhibit deep penetrating furrows in the
|retina that reach the basement membrane. Adjacent to the furrows the
|lamina has depressions. Ommatidial pattern is severely disorganized
|(appear as bent not straight columns and ommatidia are often missing
|in the retinal epithelium producing large gaps between the columns)
|and the ommatidia show altered morphology (lose hexagonal shape and
|appear flattened or rounded, number and spacing of photoreceptors is
|... (see <fbsym>FBal0057359==fw<up>U2</up></fbsym> report)
PHM|retina
|ommatidium
|lamina
|interommatidial bristle
|photoreceptor cell
|cone cell
|pigment cell
|macrochaeta
|microchaeta
|eye & macrochaeta
|adult head
|scutellum
}

REF
{
REFM|FBrf0091112
|Leshko-Lindsay and Corces
|1997
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015043	ICL 1 ?	SYM 1 ?{}fw<up>U3</up>	ASTR 1 -	CLOC 1 11A1	REF 1 2	DT 1 6 Jan 2000	RESZ 408
ID|FBti0015043
SYM|?{}fw<up>U3</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0001083==fw</fbsym>

REFDSR
{
RDID|FBrf0091112
|Leshko-Lindsay and Corces
|1997
SYN|?{}fw<up>U3</up>
ASAL|<fbsym>FBal0057358==fw<up>U3</up></fbsym>
CLOC|11A1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001083==fw</fbsym>
}

REF
{
REFM|FBrf0091112
|Leshko-Lindsay and Corces
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014468	ICL 1 ?	SYM 1 ?{}fz<up>28</up>	ASTR 1 -	CLOC 1 70D4--5	REF 1 2	DT 1 6 Jan 2000	RESZ 398
ID|FBti0014468
SYM|?{}fz<up>28</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0001085==fz</fbsym>

REFDSR
{
RDID|FBrf0051945
|Adler et al.
|1990
SYN|?{}fz<up>28</up>
ASAL|<fbsym>FBal0004944==fz<up>28</up></fbsym>
MU|&ggr; ray
CLOC|70D4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001085==fz</fbsym>
}

REF
{
REFM|FBrf0051945
|Adler et al.
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0004944==fz<up>28</up></fbsym>

REFDSR
{
RDID|FBrf0051945
|Adler et al.
|1990
PHP|Moderate phenotype.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Moderate thoracic bristle phenotype; moderate wing-hair disorientation.
PHM|macrochaeta & thorax | adult
|wing hair
}

REF
{
REFM|FBrf0051945
|Adler et al.
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014996	ICL 1 ?	SYM 1 ?{}fz<up>GD4b</up>	ASTR 1 -	CLOC 1 70D4--5	REF 1 2	DT 1 6 Jan 2000	RESZ 391
ID|FBti0014996
SYM|?{}fz<up>GD4b</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0001085==fz</fbsym>

REFDSR
{
RDID|FBrf0051945
|Adler et al.
|1990
SYN|?{}fz<up>GD4b</up>
ASAL|<fbsym>FBal0049583==fz<up>GD4b</up></fbsym>
CLOC|70D4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001085==fz</fbsym>
}

REF
{
REFM|FBrf0051945
|Adler et al.
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0049583==fz<up>GD4b</up></fbsym>

REFDSR
{
RDID|FBrf0051945
|Adler et al.
|1990
PHP|Moderate phenotype.
}

REF
{
REFM|FBrf0051945
|Adler et al.
|1990
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014997	ICL 1 ?	SYM 1 ?{}fz<up>GL3a</up>	ASTR 1 -	CLOC 1 70D4--5	REF 1 2	DT 1 6 Jan 2000	RESZ 391
ID|FBti0014997
SYM|?{}fz<up>GL3a</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0001085==fz</fbsym>

REFDSR
{
RDID|FBrf0051945
|Adler et al.
|1990
SYN|?{}fz<up>GL3a</up>
ASAL|<fbsym>FBal0049586==fz<up>GL3a</up></fbsym>
CLOC|70D4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001085==fz</fbsym>
}

REF
{
REFM|FBrf0051945
|Adler et al.
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0049586==fz<up>GL3a</up></fbsym>

REFDSR
{
RDID|FBrf0051945
|Adler et al.
|1990
PHP|Moderate phenotype.
}

REF
{
REFM|FBrf0051945
|Adler et al.
|1990
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015598	ICL 1 ?	SYM 1 ?{}g<up>1</up>	ASTR 1 -	CLOC 1 12B4--6	REF 1 2	DT 1 31 May 2000	RESZ 394
ID|FBti0015598
SYM|?{}g<up>1</up>
DT|31 May 2000
|31 May 2000
ICL|?
ASGN|<fbsym>FBgn0001087==g</fbsym>

REFDSR
{
RDID|FBrf0125153
|Lloyd et al.
|1999
SYN|?{}g<up>1</up>
ASAL|<fbsym>FBal0004957==g<up>1</up></fbsym>
MU|spontaneous
CLOC|12B4--6
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001087==g</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0125153
|Lloyd et al.
|1999
}

ALESR
{
ASYM|<fbsym>FBal0004957==g<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0054090
|Tearle
|1991
PHP|Lightly pigmented eyes and some pigment deposition in the ocelli.
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0125153
|Lloyd et al.
|1999
PHP|Eye color: red pigments are reduced to 57 +/- 2% of wild-type levels,
|brown pigments are reduced to 25 +/- 3% of wild-type levels in females.
|Red pigments are reduced to 72 +/- 4% of wild-type levels, brown pigments
|are reduced to 66 +/- 1% of wild-type levels in males.
|Malpighian tubule color: colorless (wild-type color is orange).
|Testis color: pale yellow (wild-type color is bright yellow).
PHM|pigment cell
|Malpighian tubule
|testis sheath
}

REFDSR
{
RDID|FBrf0127175
|Kretzschmar et al.
|2000
PHP|Eye color: the drosopterin (red pigment) content of
| <fbsym>FBal0004957==g<up>1</up></fbsym> flies is
|reduced compared to wild type.
|Eye color: the drosopterin (red pigment) content of
| <fbsym>FBal0004957==g<up>1</up></fbsym> <fbsym>FBal0014434==rb<up>1</up></fbsym>
|double mutant flies is reduced to 18% of wild type.
|Eye color: the xanthommatin (brown pigment) content of
| <fbsym>FBal0004957==g<up>1</up></fbsym> flies
|is reduced to 58% of wild type.
|Eye color: the xanthommatin (brown pigment) content of
| <fbsym>FBal0004957==g<up>1</up></fbsym> <fbsym>FBal0014434==rb<up>1</up></fbsym>
|... (see <fbsym>FBal0004957==g<up>1</up></fbsym> report)
PHM|pigment cell
}

REF
{
REFM|FBrf0054090
|Tearle
|1991
REFM|FBrf0125153
|Lloyd et al.
|1999
REFM|FBrf0127175
|Kretzschmar et al.
|2000
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015599	ICL 1 ?	SYM 1 ?{}g<up>3</up>	ASTR 1 -	CLOC 1 12B4--6	REF 1 2	DT 1 31 May 2000	RESZ 394
ID|FBti0015599
SYM|?{}g<up>3</up>
DT|31 May 2000
|31 May 2000
ICL|?
ASGN|<fbsym>FBgn0001087==g</fbsym>

REFDSR
{
RDID|FBrf0125153
|Lloyd et al.
|1999
SYN|?{}g<up>3</up>
ASAL|<fbsym>FBal0004960==g<up>3</up></fbsym>
MU|spontaneous
CLOC|12B4--6
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001087==g</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0125153
|Lloyd et al.
|1999
}

ALESR
{
ASYM|<fbsym>FBal0004960==g<up>3</up></fbsym>

REFDSR
{
RDID|FBrf0093727
|Simpson et al.
|1997
PHP|Eye color: dull brownish.
|Flies have reduced pigmentation throughout the body; pigment granules
|are still visible in the ommatidia but contain less pigment than
|wild-type.
PHM|pigment granule
}

REFDSR
{
RDID|FBrf0095986
|Ooi et al.
|1997
PHP|Eyes exhibit pigmentation defects and reduced number of pigment granules.
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Like <fbsym>FBal0004957==g<up>1</up></fbsym>, but gives lighter orange in combination with
|<fbsym>FBgn0003965==v</fbsym>. Has 21% normal red pigment and 47% normal brown pigment
|(Nolte, 1959). Malpighian tubes extremely
|pale yellow (Brehme and Demerec, 1942).
|RK1.
}

REFDSR
{
RDID|FBrf0125153
|Lloyd et al.
|1999
PHP|Eye color: red pigments are reduced to 45 +/- 1% of wild-type levels,
|brown pigments are reduced to 70 +/- 8% of wild-type levels in females.
|Red pigments are reduced to 50 +/- 3% of wild-type levels, brown pigments
|are reduced to 52 +/- 5% of wild-type levels in males.
|Malpighian tubule color: colorless (wild-type color is orange).
|Testis color: yellow (wild-type color is bright yellow).
PHM|pigment cell
|Malpighian tubule
|testis sheath
}

REFDSR
{
RDID|FBrf0129983
|Mullins et al.
|2000
PHP|In an assay for larval motility, <fbsym>FBal0004960==g<up>3</up></fbsym> mutants
| performed as well as
|wild-type larvae. In locomotor assays testing olfactory response to
|propionic acid, <fbsym>FBal0004960==g<up>3</up></fbsym> mutants perform significantly
| less well than
|wild-type larvae.
}

REF
{
REFM|FBrf0093727
|Simpson et al.
|1997
REFM|FBrf0095986
|Ooi et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0125153
|Lloyd et al.
|1999
REFM|FBrf0129983
|Mullins et al.
|2000
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015600	ICL 1 ?	SYM 1 ?{}g<up>4</up>	ASTR 1 -	CLOC 1 12B4--6	REF 1 2	DT 1 31 May 2000	RESZ 388
ID|FBti0015600
SYM|?{}g<up>4</up>
DT|31 May 2000
|31 May 2000
ICL|?
ASGN|<fbsym>FBgn0001087==g</fbsym>

REFDSR
{
RDID|FBrf0125153
|Lloyd et al.
|1999
SYN|?{}g<up>4</up>
ASAL|<fbsym>FBal0004961==g<up>4</up></fbsym>
MU|X ray
CLOC|12B4--6
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001087==g</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0125153
|Lloyd et al.
|1999
}

ALESR
{
ASYM|<fbsym>FBal0004961==g<up>4</up></fbsym>

REFDSR
{
RDID|FBrf0005752
|Brehme and Demerec
|1942
PHP|Malpighian tubule color: extremely pale yellow.
PHM|Malpighian tubule
}

REFDSR
{
RDID|FBrf0012680
|Nolte
|1959
PHP|22% normal red pigment and 23% normal brown pigment.
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: like <fbsym>FBal0004958==g<up>2</up></fbsym>.
|RK1.
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0125153
|Lloyd et al.
|1999
PHP|Eye color: red pigments are reduced to 25 +/- 1% of wild-type levels,
|brown pigments are reduced to 28 +/- 5% of wild-type levels in females.
|Red pigments are reduced to 38 +/- 3% of wild-type levels, brown pigments
|are reduced to 37 +/- 3% of wild-type levels in males.
|Malpighian tubule color: very pale-clear (wild-type color is orange).
|Testis color: yellow (wild-type color is bright yellow).
PHM|pigment cell
|Malpighian tubule
|testis sheath
}

REF
{
REFM|FBrf0005752
|Brehme and Demerec
|1942
REFM|FBrf0012680
|Nolte
|1959
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0125153
|Lloyd et al.
|1999
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015610	ICL 1 ?	SYM 1 ?{}g<up>61</up>	ASTR 1 -	CLOC 1 12B4--6	REF 1 2	DT 1 31 May 2000	RESZ 382
ID|FBti0015610
SYM|?{}g<up>61</up>
DT|31 May 2000
|31 May 2000
ICL|?
ASGN|<fbsym>FBgn0001087==g</fbsym>

REFDSR
{
RDID|FBrf0125153
|Lloyd et al.
|1999
SYN|?{}g<up>61</up>
ASAL|<fbsym>FBal0095411==g<up>61</up></fbsym>
CLOC|12B4--6
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001087==g</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0125153
|Lloyd et al.
|1999
}

}

# EOR

TIR
{

RETE|ID 1 FBti0015601	ICL 1 ?	SYM 1 ?{}g<up>EMS</up>	ASTR 1 -	CLOC 1 12B4--6	REF 1 2	DT 1 31 May 2000	RESZ 385
ID|FBti0015601
SYM|?{}g<up>EMS</up>
DT|31 May 2000
|31 May 2000
ICL|?
ASGN|<fbsym>FBgn0001087==g</fbsym>

REFDSR
{
RDID|FBrf0125153
|Lloyd et al.
|1999
SYN|?{}g<up>EMS</up>
ASAL|<fbsym>FBal0004992==g<up>EMS</up></fbsym>
CLOC|12B4--6
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001087==g</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0125153
|Lloyd et al.
|1999
}

}

# EOR

TIR
{

RETE|ID 1 FBti0015602	ICL 1 ?	SYM 1 ?{}g<up>im</up>	ASTR 1 -	CLOC 1 12B4--6	REF 1 2	DT 1 31 May 2000	RESZ 382
ID|FBti0015602
SYM|?{}g<up>im</up>
DT|31 May 2000
|31 May 2000
ICL|?
ASGN|<fbsym>FBgn0001087==g</fbsym>

REFDSR
{
RDID|FBrf0125153
|Lloyd et al.
|1999
SYN|?{}g<up>im</up>
ASAL|<fbsym>FBal0004994==g<up>im</up></fbsym>
CLOC|12B4--6
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001087==g</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0125153
|Lloyd et al.
|1999
}

}

# EOR

TIR
{

RETE|ID 1 FBti0022289	ICL 1 ?	SYM 1 ?{}gish<up>1</up>	ASTR 1 -	CLOC 1 89B9--12	REF 1 2	DT 1 26 Mar 2002	RESZ 349
ID|FBti0022289
SYM|?{}gish<up>1</up>
DT|26 Mar 2002
|26 Mar 2002
ICL|?
ASGN|<fbsym>FBgn0011253==gish</fbsym>

REFDSR
{
RDID|FBrf0145174
|Hummel et al.
|2002
SYN|?{}gish<up>1</up>
CLOC|89B9--12
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0011253==gish</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0145174
|Hummel et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014470	ICL 1 ?	SYM 1 ?{}gro<up>1</up>	ASTR 1 -	CLOC 1 96F10	REF 1 2	DT 1 6 Jan 2000	RESZ 410
ID|FBti0014470
SYM|?{}gro<up>1</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0001139==gro</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}gro<up>1</up>
ASAL|<fbsym>FBal0005217==gro<up>1</up></fbsym>
MU|spontaneous
CLOC|96F10
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001139==gro</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0005217==gro<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0046015
|Knust et al.
|1987
PHP|Low penetrance bushes of bristles over compound eyes of homozygous
|flies. <fbsym>FBal0005217==gro<up>1</up></fbsym>, <fbsym>FBgn0000591==E(spl)</fbsym><up>-</up> transheterozygotes
| are viable and exhibit
|a large number of bristles on thorax, head and wings.
}

REFDSR
{
RDID|FBrf0055903
|Fischer-Vize et al.
|1992
PHP|<fbsym>FBal0045820==gro<up>BFP2</up></fbsym>/<fbsym>FBal0005217==gro<up>1</up></fbsym>
| transheterozygotes have wild-type eyes.
}

REFDSR
{
RDID|FBrf0084542
|de Celis and Ruiz-Gomez
|1995
PHP|The wing phenotype of <fbsym>FBal0005217==gro<up>1</up></fbsym> heterozygous with
| deletions for <fbsym>FBgn0001139==gro</fbsym>
|is of overgrowth and pattern duplications in regions close to the D/V
|compartment boundary in the anterior compartment. Weak phenotypes
|include distal bifurcation of vein LIII and thickening of the proximal
|costa. Extreme phenotypes consist of overgrowth and pattern duplications
|in proximal or distal regions of the anterior wing margin, including
|duplication and triplication of LIII and loss of LII. Sensory elements
|... (see <fbsym>FBal0005217==gro<up>1</up></fbsym> report)
PHM|wing vein L1
|wing vein L2
|wing vein L3
|wing | anterior compartment
|wing | dorsal/ventral compartment boundary
|macrochaeta & head
|macrochaeta & thorax
|macrochaeta & abdominal tergite
|microchaeta & head
|microchaeta & thorax
|microchaeta & abdominal tergite
}

REFDSR
{
RDID|FBrf0099460
|Price et al.
|1997
PHP|<fbsym>FBal0082904==gro<up>C105</up></fbsym>/<fbsym>FBal0005217==gro<up>1</up></fbsym> mutants display
| enlarged and fused ocelli, and
|an increased number of fronto-orbital microchaetae.
PHM|ocellus
|microchaeta & head | adult
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Homozygotes have clumps of extra bristles above each
|eye which give impression of bushy eyebrows; also
|extra bristles on the humerus. Top of head tends to be
|malformed; ocelli often enlarged and run together. In
|selected stocks, penetrance approaches 100%, but is
|low in unselected stocks. Concluded to be an allele of
|E(spl) on the basis of the visible phenotype of
|... (see <fbsym>FBal0005217==gro<up>1</up></fbsym> report)
}

REF
{
REFM|FBrf0046015
|Knust et al.
|1987
REFM|FBrf0055903
|Fischer-Vize et al.
|1992
REFM|FBrf0084542
|de Celis and Ruiz-Gomez
|1995
REFM|FBrf0099460
|Price et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0025340	ICL 1 ?	SYM 1 ?{}gt<up>1</up>a	ASTR 1 -	CLOC 1 3A3	REF 1 2	DT 1 7 Jul 2003	RESZ 593
ID|FBti0025340
SYM|?{}gt<up>1</up>a
SYN|?{}?{}gt<up>1</up>
DT|7 Jul 2003
|7 Jul 2003
ICL|?
ID2|FBti0014474
ASGN|<fbsym>FBgn0001150==gt</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}gt<up>1</up>a
ASAL|<fbsym>FBal0005233==gt<up>1</up></fbsym>
MU|spontaneous
CLOC|3A3
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001150==gt</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
CC|One of two insertions associated with this allele; see <fbsym>FBti0025341==?{}gt<up>1</up>b</fbsym>.
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0005233==gt<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0003150
|Bridges
|1935
PHP|Salivary gland chromosomes are double normal thickness in some cells.
PHM|larval salivary gland | embryonic & chromosome
}

REFDSR
{
RDID|FBrf0043261
|Narachi and Boyd
|1985
PHP|<fbsym>FBal0005252==gt<up>Q292</up></fbsym>/<fbsym>FBal0005233==gt<up>1</up></fbsym> larvae show a
| reduction in the normal inhibition
|of DNA synthesis following treatment with N-acetoxy-2-acetylaminofluorene.
|<fbsym>FBal0005234==gt<up>13z</up></fbsym>/<fbsym>FBal0005233==gt<up>1</up></fbsym> larvae do not have
| a defect in the repair of X-ray
|induced DNA breaks.
}

REFDSR
{
RDID|FBrf0049604
|Mohler et al.
|1989
PHP|Delayed pupariation and enlarged larvae, pupae and adults.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Larval development is 4 days longer than normal, resulting in giant
|larvae, pupae, and imagos. Adult weight is 1.7 times normal. Not all
|genetically <fbsym>FBgn0001150==gt</fbsym> flies show the giant character, the rest have normal
|size. The distribution is sharply bimodal. The percentage of
|phenotypically giant animals is greatest in well-fed cultures, and is
|also raised by the modifying action of <fbsym>FBal0001034==bb<up>11</up></fbsym>.
|RK3.
}

REF
{
REFM|FBrf0003150
|Bridges
|1935
REFM|FBrf0043261
|Narachi and Boyd
|1985
REFM|FBrf0049604
|Mohler et al.
|1989
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0025341	ICL 1 ?	SYM 1 ?{}gt<up>1</up>b	ASTR 1 -	CLOC 1 3A3	REF 1 2	DT 1 7 Jul 2003	RESZ 593
ID|FBti0025341
SYM|?{}gt<up>1</up>b
SYN|?{}?{}gt<up>1</up>
DT|7 Jul 2003
|7 Jul 2003
ICL|?
ID2|FBti0014474
ASGN|<fbsym>FBgn0001150==gt</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}gt<up>1</up>b
ASAL|<fbsym>FBal0005233==gt<up>1</up></fbsym>
MU|spontaneous
CLOC|3A3
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0001150==gt</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
CC|One of two insertions associated with this allele; see <fbsym>FBti0025340==?{}gt<up>1</up>a</fbsym>.
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0005233==gt<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0003150
|Bridges
|1935
PHP|Salivary gland chromosomes are double normal thickness in some cells.
PHM|larval salivary gland | embryonic & chromosome
}

REFDSR
{
RDID|FBrf0043261
|Narachi and Boyd
|1985
PHP|<fbsym>FBal0005252==gt<up>Q292</up></fbsym>/<fbsym>FBal0005233==gt<up>1</up></fbsym> larvae show a
| reduction in the normal inhibition
|of DNA synthesis following treatment with N-acetoxy-2-acetylaminofluorene.
|<fbsym>FBal0005234==gt<up>13z</up></fbsym>/<fbsym>FBal0005233==gt<up>1</up></fbsym> larvae do not have
| a defect in the repair of X-ray
|induced DNA breaks.
}

REFDSR
{
RDID|FBrf0049604
|Mohler et al.
|1989
PHP|Delayed pupariation and enlarged larvae, pupae and adults.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Larval development is 4 days longer than normal, resulting in giant
|larvae, pupae, and imagos. Adult weight is 1.7 times normal. Not all
|genetically <fbsym>FBgn0001150==gt</fbsym> flies show the giant character, the rest have normal
|size. The distribution is sharply bimodal. The percentage of
|phenotypically giant animals is greatest in well-fed cultures, and is
|also raised by the modifying action of <fbsym>FBal0001034==bb<up>11</up></fbsym>.
|RK3.
}

REF
{
REFM|FBrf0003150
|Bridges
|1935
REFM|FBrf0043261
|Narachi and Boyd
|1985
REFM|FBrf0049604
|Mohler et al.
|1989
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014520	ICL 1 ?	SYM 1 ?{}Lim3<up>2</up>	ASTR 1 -	CLOC 1 37B13--C1	REF 1 3	DT 1 6 Jan 2000	RESZ 561
ID|FBti0014520
SYM|?{}Lim3<up>2</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0002023==Lim3</fbsym>

REFDSR
{
RDID|FBrf0046993
|Black et al.
|1987
PHC|lethal | larval | recessive
}

REFDSR
{
RDID|FBrf0084402
|Stathakis et al.
|1995
SYN|?{}Lim3<up>2</up>
ASAL|<fbsym>FBal0008649==Lim3<up>2</up></fbsym>
MU|ethyl methanesulfonate + formaldehyde
CLOC|37B13--C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0002023==Lim3</fbsym>
}

REF
{
REFM|FBrf0046993
|Black et al.
|1987
REFM|FBrf0084402
|Stathakis et al.
|1995
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0008649==Lim3<up>2</up></fbsym>

REFDSR
{
RDID|FBrf0089206
|Wright
|1996
PHP|Most hemizygotes do not pupariate, remaining as second or third instar
|larvae up to 8 or 9 days after egg laying. A few hemizygotes do pupariate
|8 to 11 days after egg laying, and these pupae generally develop into
|pharate adults that do not eclose. These pharate adults show a complete
|lack of differentiated cuticle on the abdomen, and have reduced cuticle
|formation on the thorax and head.
PHM|cuticle & abdomen | pharate adult
|cuticle & thorax | pharate adult
|cuticle & head | pharate adult
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|strong allele in which second and third instar larvae
|persist until days eight and nine; few survive to
|pharate-adult stage with incomplete sclerotization.
}

REF
{
REFM|FBrf0089206
|Wright
|1996
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014535	ICL 1 ?	SYM 1 ?{}lz<up>34</up>	ASTR 1 -	CLOC 1 8D12	REF 1 2	DT 1 6 Jan 2000	RESZ 395
ID|FBti0014535
SYM|?{}lz<up>34</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0002576==lz</fbsym>

REFDSR
{
RDID|FBrf0093407
|Crew et al.
|1997
SYN|?{}lz<up>34</up>
ASAL|<fbsym>FBal0011773==lz<up>34</up></fbsym>
MU|spontaneous
CLOC|8D12
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0002576==lz</fbsym>
}

REF
{
REFM|FBrf0093407
|Crew et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0011773==lz<up>34</up></fbsym>

REFDSR
{
RDID|FBrf0011129
|Green and Green
|1956
PHP|Homozygotes have rough eyes which are reduced in size. Red eye pigment
|is distributed over the entire eye. The tarsal claws are reduced.
|The spermathecae and pars ovariae are absent in homozygous females.
PHM|eye
|spermathecum
|tarsus
|ovary
}

REFDSR
{
RDID|FBrf0068701
|Stocker et al.
|1993
PHP|The antennal funiculus is reduced in size in hemizygous males. All
|large and small basiconic sensilla on the antennal funiculus are missing,
|and the number of trichoid sensilla on the antennal funiculus is reduced.
|The number of coeloconic sensilla on the antennal funiculus is normal.
PHM|antennal segment 3
|sensillum basiconicum of antennal segment 3
|sensillum trichodeum of antennal segment 3
}

REFDSR
{
RDID|FBrf0083505
|Vosshall and Young
|1995
PHP|Displays locomotor activity rhythm with an approximately 24h period.
}

REFDSR
{
RDID|FBrf0086985
|Daga et al.
|1996
PHP|R7 cells are converted to outer receptor cells.
PHM|photoreceptor cell R7
}

REFDSR
{
RDID|FBrf0090446
|Batterham et al.
|1996
PHP|Homozygotes show disruption of the ommatidial array and fusion of ommatidia
|across the posterior half of the eye. Black pock marks are visible
|on the surface of the eye. The retina is moderately disorganized,
|particularly in the posterior region. The underlying lamina is also
|disorganized in the posterior region. The fenestrated membrane is
|abnormal. Rhabdomeric bundles are found in the cortex of the lamina.
|The number and type of photoreceptors in each ommatidium are sometimes
|... (see <fbsym>FBal0011773==lz<up>34</up></fbsym> report)
PHM|eye | posterior
|ommatidium
|eye
|lamina cortex
|retina
|lamina
}

REFDSR
{
RDID|FBrf0093407
|Crew et al.
|1997
PHP|Rough eye phenotype. Some secondary pigment cells are absent. Photoreceptor
|neuron recruitment is perturbed. Some facets have only six cells,
|R7 appears to be transformed to R1-6-like photoreceptor cell. An R7-like
|cell is missing in some facets.
PHM|photoreceptor cell R7
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye phenotype intermediate between lz and <fbsym>FBal0011764==lz<up>3</up></fbsym>.
|Surface of eye has large areas of fused facets with a
|few normal facets (Clayton, 1957);
|eye color dark red with small yellowish spots. Larval
|Malpighian tubes slightly lighter than normal;
|variable (Brehme and Demerec, 1942).
|Tarsal claws reduced. Spermathecae and parovaria
|... (see <fbsym>FBal0011773==lz<up>34</up></fbsym> report)
}

REFDSR
{
RDID|FBrf0158867
|Siddall et al.
|2003
PHP|<fbsym>FBal0011773==lz<up>34</up></fbsym> adults have a severe mutant eye phenotype.
| Ectopic cell
|death is seen in third larval instar eye discs.
PHM|eye
|eye disc
}

REF
{
REFM|FBrf0011129
|Green and Green
|1956
REFM|FBrf0068701
|Stocker et al.
|1993
REFM|FBrf0083505
|Vosshall and Young
|1995
REFM|FBrf0086985
|Daga et al.
|1996
REFM|FBrf0090446
|Batterham et al.
|1996
REFM|FBrf0093407
|Crew et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0158867
|Siddall et al.
|2003
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014537	ICL 1 ?	SYM 1 ?{}lz<up>K</up>	ASTR 1 -	CLOC 1 8D12	REF 1 2	DT 1 6 Jan 2000	RESZ 377
ID|FBti0014537
SYM|?{}lz<up>K</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0002576==lz</fbsym>

REFDSR
{
RDID|FBrf0093407
|Crew et al.
|1997
SYN|?{}lz<up>K</up>
ASAL|<fbsym>FBal0011825==lz<up>K</up></fbsym>
CLOC|8D12
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0002576==lz</fbsym>
}

REF
{
REFM|FBrf0093407
|Crew et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0011825==lz<up>K</up></fbsym>

REFDSR
{
RDID|FBrf0049495
|Renfranz and Benzer
|1989
PHP|A weak lz allele. Adult eye slightly rough, irregular facets shapes,
|eye disc appears normal.
}

REFDSR
{
RDID|FBrf0063599
|Krivshenko
|1956
PHP|Homozygous males have slightly narrow eyes, with uneven fused facets.
|Males are viable and fertile, homozygous females have not been obtained.
|Heterozygous females are phenotypically normal.
PHM|eye
|ommatidium
}

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
PHP|RK1.
|Tarsal claws normal. Spermathecae and parovaria present.
}

REFDSR
{
RDID|FBrf0068701
|Stocker et al.
|1993
PHP|The antennal funiculus is reduced in size in hemizygous males. The
|number of large and small basiconic sensilla is reduced. The density
|of the coeloconic sensilla on the antennal funiculus is increased and
|the density of the large basiconic sensilla on the antennal funiculus
|is decreased compared to wild-type.
PHM|antennal segment 3
|sensillum basiconicum of antennal segment 3
}

REFDSR
{
RDID|FBrf0086985
|Daga et al.
|1996
PHP|Some ommatidia have a supernumerary R7 photoreceptor cell, and some
|have extra outer photoreceptor cells.
PHM|photoreceptor cell
}

REFDSR
{
RDID|FBrf0090446
|Batterham et al.
|1996
PHP|Homozygous females have normal eyes. Hemizygous males have a mild
|rough eye phenotype, with disruption of the ommatidial array at the
|posterior rim of the eye. Black pock marks are visible on the surface
|of the eye.
PHM|eye | posterior
|ommatidium
|eye
}

REFDSR
{
RDID|FBrf0093407
|Crew et al.
|1997
PHP|Mild eye phenotype. Defects in photoreceptor neuron recruitment.
|Some facets have seven cells with larger, R1 to R6 like rhabdomeres,
|an R7-like cell is absent. Facets may have a duplicated R7 cells.
|Other facets have normal looking R7 cells but incorrect numbers of
|outer photoreceptor cells.
PHM|photoreceptor cell R1
|photoreceptor cell R2
|photoreceptor cell R3
|photoreceptor cell R4
|photoreceptor cell R5
|photoreceptor cell R6
|photoreceptor cell R7
}

REFDSR
{
RDID|FBrf0158867
|Siddall et al.
|2003
PHP|<fbsym>FBal0011825==lz<up>K</up></fbsym> adults have a mild mutant eye phenotype. Ectopic
| cell death
|is seen in third larval instar eye discs.
PHM|eye
|eye disc
}

REF
{
REFM|FBrf0049495
|Renfranz and Benzer
|1989
REFM|FBrf0063599
|Krivshenko
|1956
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0068701
|Stocker et al.
|1993
REFM|FBrf0086985
|Daga et al.
|1996
REFM|FBrf0090446
|Batterham et al.
|1996
REFM|FBrf0093407
|Crew et al.
|1997
REFM|FBrf0158867
|Siddall et al.
|2003
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0037935	ICL 1 ?	SYM 1 ?{}lz<up>L</up>	ASTR 1 -	CLOC 1 8D12	REF 1 2	DT 1 21 Oct 2003	RESZ 385
ID|FBti0037935
SYM|?{}lz<up>L</up>
DT|21 Oct 2003
|21 Oct 2003
ICL|?
ASGN|<fbsym>FBgn0002576==lz</fbsym>

REFDSR
{
RDID|FBrf0158867
|Siddall et al.
|2003
SYN|?{}lz<up>L</up>
ASAL|<fbsym>FBal0061066==lz<up>L</up></fbsym>
CLOC|8D12
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0002576==lz</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0158867
|Siddall et al.
|2003
}

ALESR
{
ASYM|<fbsym>FBal0061066==lz<up>L</up></fbsym>

REFDSR
{
RDID|FBrf0068701
|Stocker et al.
|1993
PHP|The antennal funiculus is reduced in size in hemizygous males. All
|large and small basiconic sensilla on the antennal funiculus are missing,
|and the number of trichoid sensilla on the antennal funiculus is reduced.
|The number of coeloconic sensilla on the antennal funiculus is normal.
|The density of the coeloconic sensilla on the antennal funiculus is
|increased and the density of the trichoid sensilla on the antennal
|funiculus is decreased compared to wild-type.
|... (see <fbsym>FBal0061066==lz<up>L</up></fbsym> report)
PHM|antennal segment 3
|sensillum basiconicum of antennal segment 3
|sensillum trichodeum of antennal segment 3
|maxillary palp sensillum basiconicum
}

REFDSR
{
RDID|FBrf0090446
|Batterham et al.
|1996
PHP|Homozygotes have a total lack of ommatidial structure in the eye.
|Pigment is dispersed as a ring around the edge of the eye ("spectacle"
|phenotype). Few, if any lenses form, and the eye is covered by a cuticle
|scar. The 'retina' appears to lack pigment cells. Photoreceptor cell
|orientation is random, and the fenestrated membrane is absent.
PHM|eye
|ommatidium
|lens
|photoreceptor cell
|pigment cell
}

REFDSR
{
RDID|FBrf0093407
|Crew et al.
|1997
PHP|15% of photoreceptor cell clusters are abnormal, cells R1 and R6 are
|not recruited properly. Uniform sheet of unorganized cone cells is
|found. The periphery of the retina contains cells in loosely organized
|clusters including cones as well as primary and secondary pigment cells,
|the darker pigment produces the 'spectacle' phenotype.
PHM|photoreceptor cell R1
|photoreceptor cell R6
|cone cell
}

REFDSR
{
RDID|FBrf0158867
|Siddall et al.
|2003
PHP|<fbsym>FBal0061066==lz<up>L</up></fbsym> adults have a "spectacle" eye phenotype.
| Ommatidial clusters
|are rarely detectable in <fbsym>FBal0061066==lz<up>L</up></fbsym> eyes. Ectopic cell
| death is seen
|in third larval instar eye discs, between rows 3 an 7 posterior to
|the morphogenetic furrow.
PHM|ommatidium
|eye disc
|eye
}

REF
{
REFM|FBrf0068701
|Stocker et al.
|1993
REFM|FBrf0090446
|Batterham et al.
|1996
REFM|FBrf0093407
|Crew et al.
|1997
REFM|FBrf0158867
|Siddall et al.
|2003
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014543	ICL 1 ?	SYM 1 ?{}mei-W68<up>1</up>	ASTR 1 -	CLOC 1 56D9--11	REF 1 2	DT 1 6 Jan 2000	RESZ 453
ID|FBti0014543
SYM|?{}mei-W68<up>1</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0002716==mei-W68</fbsym>
ARGS|FBgn0002716

REFDSR
{
RDID|FBrf0104768
|McKim and Hayashi-Hagihara
|1998
SYN|?{}mei-W68<up>1</up>
ASAL|<fbsym>FBal0012191==mei-W68<up>1</up></fbsym>
CLOC|56D9--11
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0002716==mei-W68</fbsym>
}

REF
{
REFM|FBrf0104768
|McKim and Hayashi-Hagihara
|1998
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0012191==mei-W68<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0059133
|McKim et al.
|1993
PHP|Metaphase arrest prevented.
}

REFDSR
{
RDID|FBrf0093814
|Carpenter
|1997.5.12
PHP|Ultrastructural studies of pachytene reveal synaptonemal complex that is
|normal in structure and length and which undergoes the same changes in
|length as is observed in wild type as the cells progress through
|pachytene; chromocentral organization and chromatin condensation are also
|normal. However, no late recombination nodules were observed in the nine
|nuclei reconstructed which were between the developmental landmarks which
|demark their presence in wild type.
}

REFDSR
{
RDID|FBrf0100602
|McKim et al.
|1998
PHP|Severe mutation.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Females homozygous for mei-W68 show a complete absence
|of meiotic recombination (Baker, unpublished data).
|A less severe allele (mei-W68<up>L1</up>-Lindsley) reduces
|exchange to approximately 60% of control levels and
|also alters the distribution of residual exchanges.
|Analysis of mitotic chromosome behavior (Baker et al.,
|1978) suggests that the <fbsym>FBgn0002716==mei-W68</fbsym><up>+</up> gene product is
|... (see <fbsym>FBal0012191==mei-W68<up>1</up></fbsym> report)
}

REFDSR
{
RDID|FBrf0158977
|Carpenter
|2003
PHP|Crossing over is reduced in
| <fbsym>FBal0090228==mei-W68<up>L1</up></fbsym>/<fbsym>FBal0012191==mei-W68<up>1</up></fbsym> females.
|Homozygotes lack meiotic crossing over. Premeiotic exchanges occur
|in homozygous females.
|<fbsym>FBal0012191==mei-W68<up>1</up></fbsym> is recessive to wild type when
| nondisjunction frequencies
|are examined but has dominant effects on crossing over.
|Homozygous and
| <fbsym>FBal0090228==mei-W68<up>L1</up></fbsym>/<fbsym>FBal0012191==mei-W68<up>1</up></fbsym> females
| show normal dynamics
|of germ-line mitotic divisions. The dynamics of entry into meiosis
|... (see <fbsym>FBal0012191==mei-W68<up>1</up></fbsym> report)
PHM|late recombination nodule
|early recombination nodule
}

REF
{
REFM|FBrf0059133
|McKim et al.
|1993
REFM|FBrf0093814
|Carpenter
|1997.5.12
REFM|FBrf0100602
|McKim et al.
|1998
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0158977
|Carpenter
|2003
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014164	ICL 1 ?	SYM 1 ?{}N<up>55e11</up>	ASTR 1 -	CLOC 1 3C7--9	REF 1 6	DT 1 6 Jan 2000	RESZ 737
ID|FBti0014164
SYM|?{}N<up>55e11</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0004647==N</fbsym>

REFDSR
{
RDID|FBrf0040185
|Lehmann et al.
|1983
PHC|lethal | embryonic | neurogenic | recessive
}

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}N<up>55e11</up>
ASAL|<fbsym>FBal0012701==N<up>55e11</up></fbsym>
MU|spontaneous
CLOC|3C7--9
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004647==N</fbsym>
}

REFDSR
{
RDID|FBrf0091115
|Long et al.
|1996
PHC|lethal | recessive
}

REF
{
REFM|FBrf0040185
|Lehmann et al.
|1983
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0091115
|Long et al.
|1996
REFM|FBrf0098202
|Brennan et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0112013
|Rauskolb et al.
|1999
}

ALESR
{
ASYM|<fbsym>FBal0012701==N<up>55e11</up></fbsym>

REFDSR
{
RDID|FBrf0027480
|Shellenbarger and Mohler
|1975
PHP|Lethal in combination with <fbsym>FBal0012887==N<up>l1N-ts1</up></fbsym> or
| <fbsym>FBal0012861==N<up>Ax-tsl</up></fbsym> at 29<up>o</up>C.
}

REFDSR
{
RDID|FBrf0038108
|Poulson and Lefevre
|1982
PHP|Male flies carrying <fbsym>FBab0003125==Dp(1;2)51bV76e</fbsym> show wing-notching and lateral
|incisions, leg defects and tarsal reductions, missing or multiple bristles,
|missing or fused ocelli and variegated or roughened eyes, at varying
|frequencies.
}

REFDSR
{
RDID|FBrf0040181
|Campos-Ortega
|1983
PHP|The presence of the <fbsym>FBal0012701==N<up>55e11</up></fbsym> did not affect the
| epidermal pattern in
|the thoracic and abdominal segments of hemizygotes derived from <fbsym>FBal0002643==dl<up>1</up></fbsym>/<fbsym>FBal0002643==dl<up>1</up></fbsym>
|hemizygotes. Double mutants <fbsym>FBal0012701==N<up>55e11</up></fbsym> and
| <fbsym>FBal0002644==dl<up>2</up></fbsym> had neuralization of
|additional ectodermal cells in the thoracic and abdominal segments.
|Double mutants <fbsym>FBal0012701==N<up>55e11</up></fbsym> and Tl had neuralization of
| the entire ectoderm,
|a huge CNS and no epidermis as it had been substituted for by neural
|tissue.
}

REFDSR
{
RDID|FBrf0040185
|Lehmann et al.
|1983
PHP|Extreme embryonic neurogenic phenotype.
PHM|epidermis | embryonic
}

REFDSR
{
RDID|FBrf0043047
|Vassin et al.
|1985
PHP|Notching of the tips and/or edges of the wing. Veins are frequently
|broadened at the marginal junctions, forming delta-like thickenings.
PHM|wing
|wing vein
}

REFDSR
{
RDID|FBrf0048995
|Brand and Campos-Ortega
|1988
PHP|The amount of maternally derived gene product does not modify the phenotype
|of double neurogenic mutants. <fbsym>FBal0012701==N<up>55e11</up></fbsym> expression was
| modified by
|the presence of ASC loss-of-function mutations. All embryonic cells
|initiate neural development but later in development some cells switch
|their fate either to epidermogenesis or cell death.
}

REFDSR
{
RDID|FBrf0051582
|Cabrera
|1990
PHP|Post-transcriptional control of AS-C expression is suppressed, all
|cells expressing RNA accumulate protein.
}

REFDSR
{
RDID|FBrf0053344
|Heitzler and Simpson
|1991
PHP|Neural hyperplasia of cells within a mutant clone. Mutant clones fail
|to form bristles.
}

REFDSR
{
RDID|FBrf0053362
|Corbin et al.
|1991
PHP|<fbsym>FBal0012701==N<up>55e11</up></fbsym> shows severe neural hypertrophy, a 6--9 fold
| increase in nau
|expressing cells per cluster relative to wild type. Embryos show a
|disrupted CNS pattern. When heterozygous with <fbsym>FBab0000974==Df(1)svr</fbsym> the CNS ladder
|structure is apparent, hypertrophy is seen in the nau expressing cells
|and the medial superclusters arise in a disrupted pattern compared
|to wildtype.
}

REFDSR
{
RDID|FBrf0053769
|Goriely et al.
|1991
PHP|Increase in SMCs per cluster in embryos lacking the maternal product.
}

REFDSR
{
RDID|FBrf0054994
|de Celis et al.
|1991
PHP|Homozygous clones produced during the last stages of the formation
|of the adult sensory organs develop into sensory organ mother cells
|when induced early, or its neural sublineage later.
}

REFDSR
{
RDID|FBrf0055911
|Skeath and Carroll
|1992
PHP|ac protein distribution in <fbsym>FBal0012701==N<up>55e11</up></fbsym> embryos show ac
| expression is not
|restricted to a single cell of an ectodermal cell cluster, instead
|most cells of the cluster retain ac expression at a high level, enlarge,
|delaminate and become neuroblasts.
}

REFDSR
{
RDID|FBrf0059323
|Bodmer et al.
|1993
PHP|Hyperplasia of replicating sensory precursors: due to an increased
|number of ectodermal cells being recruited as sensory precursor cells.
|Extra precursor cells are recruited beyond the normal time window
|for neurogenesis in the PNS.
PHM|ectoderm
}

REFDSR
{
RDID|FBrf0068598
|Menne and Klambt
|1994
PHP|Mutant embryos rarely form commissural or longitudinal connections.
|Although the first axons grow out at the same time as wild-type axons,
|they are never oriented towards the midline, and even fail to form
|connections on the ipsilateral side. Both anterior and middle pairs
|of midline glia are absent, and the posterior pair are duplicated but
|found at ectopic positions. There are 4-8 additional neuronal midline
|cells per segment.
PHM|central nervous system | embryonic
|midline glial cell
|midline glial cell | ectopic
}

REFDSR
{
RDID|FBrf0072582
|Bate et al.
|1993
PHP|Embryos exhibit few, if any, fused muscles. The unfused, birefringent
|fibers, have a random pattern of fine fibers apparently radiating out
|from small fragments of dorsal cuticle. The birefringent is clearly
|correlated with the expansion of the CNS and PNS, and the loss of epidermis
|and the degree to which myoblast fusion occurs. Where myoblast fusion
|fails conspicuous clusters of mesodermal cells are formed and if epidermal
|territories are expanded cells in these clusters may be recruited to
|... (see <fbsym>FBal0012701==N<up>55e11</up></fbsym> report)
PHM|embryonic/larval somatic muscle
|embryonic nervous system
|epidermis | embryonic
|myoblast | embryonic
}

REFDSR
{
RDID|FBrf0072959
|Diaz-Benjumea and Hafen
|1994
PHP|<fbsym>FBal0014587==rl<up>1</up></fbsym>/<fbsym>FBab0002207==Df(2R)rl10a</fbsym> strongly enhances the
| wing phenotype of <fbsym>FBal0012701==N<up>55e11</up></fbsym>/+.
}

REFDSR
{
RDID|FBrf0074921
|de Celis and Garcia-Bellido
|1994
PHP|Clones running along the veins differentiate broad stretches of cells
|with vein histotype, to differentiate cells must be within 10-15 normal
|cell diameters from the vein. Clones can also affect vein differentiation
|on the other wing surface. Clones can also reduce the intervein distance.
|Clones in the dorso-ventral compartment border can induce scalloping
|indicating non-autonomous effects in wing margin loss.
|Clonal behavior of <fbsym>FBgn0004647==N</fbsym> clones in the wing does not result from abnormal
|... (see <fbsym>FBal0012701==N<up>55e11</up></fbsym> report)
PHM|wing
|wing | dorsal/ventral compartment boundary
}

REFDSR
{
RDID|FBrf0074922
|de Celis et al.
|1991
PHP|Cause a complex pleiotropic syndrome including perturbations of the
|chaetae pattern.
}

REFDSR
{
RDID|FBrf0075100
|Hoch et al.
|1994
PHP|Embryos derived from germline clones show supernumerary Malpighian
|tubule tip cells segregating from the tubule primordial cells. The
|tubules of these embryos do not go on to secrete uric acid.
PHM|Malpighian tubule primordium | germ-line clone
|Malpighian tubule tip cell | germ-line clone
}

REFDSR
{
RDID|FBrf0076037
|Couso and Martinez Arias
|1994
PHP|<fbsym>FBal0012701==N<up>55e11</up></fbsym>/<fbsym>FBal0012887==N<up>l1N-ts1</up></fbsym> animals
| reared at 17<up>o</up>C and exposed to 29<up>o</up>C
|for 24 hrs in the second larval instar give rise to adults with duplicated
|(sometimes triplicated) legs, with ventral branch points, and reduced
|or absent wings with accompanying wing to notum transformation. This
|phenotype is identical to that produced by loss of <fbsym>FBgn0004009==wg</fbsym> during second
|and early third larval instar. Heterozygosity for
| <fbsym>FBal0012701==N<up>55e11</up></fbsym> reduces
|viability and increases penetrance of wing/haltere phenotypes of <fbsym>FBal0018482==wg<up>1</up></fbsym>.
|... (see <fbsym>FBal0012701==N<up>55e11</up></fbsym> report)
}

REFDSR
{
RDID|FBrf0076146
|Sturtevant and Bier
|1995
PHP|Thickened vein mutant.
PHM|wing vein
}

REFDSR
{
RDID|FBrf0083156
|Gonzalez-Gaitan and Jaeckle
|1995
PHP|Instead of forming distinct invagination folds, the <fbsym>FBgn0004647==N</fbsym> mutant stomodeal
|nervous system anlage invaginates en masse.
PHM|stomatogastric nervous system primordium
}

REFDSR
{
RDID|FBrf0084329
|Rulifson and Blair
|1995
PHP|SMC differentiation and proneural activation in
| <fbsym>FBal0012701==N<up>55e11</up></fbsym> wing margin
|clones display dual phenotypes. Clones that do not substantially disrupt
|<fbsym>FBgn0004009==wg</fbsym> expression have neurogenic phenotypes and clones that disrupt
|<fbsym>FBgn0004009==wg</fbsym> expression have a mixture of antiproneural and neurogenic phenotypes.
}

REFDSR
{
RDID|FBrf0089977
|Guo et al.
|1996
PHP|Heterozygotes exhibit no obvious hair or socket abnormalities. Heterozygotes
|carrying one copy of <fbsym>FBtp0003391==P{hs-numb}</fbsym> in the absence of heat shock have
|double hairs without sockets at the anterior wing margin. This phenotype
|is enhanced with two copies of <fbsym>FBtp0003391==P{hs-numb}</fbsym>.
}

REFDSR
{
RDID|FBrf0090023
|de Celis et al.
|1996
PHP|Clones in the thorax produce patches of naked cuticle, due to the differentiation
|of the ectopic SOPs into neurons.
|Clones in the wing that reach the wing margin show a loss of margin
|and blade tissue due to the requirement for <fbsym>FBgn0004647==N</fbsym> at the D/V boundary.
|Wing veins also appear thicker.
PHM|sensillum precursor | ectopic
|macrochaeta
|wing
|dorsal double row
|ventral double row
|wing vein
}

REFDSR
{
RDID|FBrf0090425
|Abu-Issa and Cavicchi
|1996
PHP|Heterozygotes show thickening of the wing veins, occasional terminal
|nicking of the wing, and 1-4 ectopic bristles on the wing surface.
PHM|wing
|wing vein
|wing sensillum | ectopic
}

REFDSR
{
RDID|FBrf0090560
|Frise et al.
|1996
PHP|<fbsym>FBal0012701==N<up>55e11</up></fbsym>/+ flies have a notched wing phenotype.
| Homozygous clones
|induced in the sensory organ precursor daughter IIa cells of the
|adult external sense organs, when <fbsym>FBal0058958==Scer\FLP1<up>Scer\UAS.cBa</up></fbsym>
|expression is driven by <fbsym>FBal0052395==Scer\GAL4<up>sca-109-68</up></fbsym>, produce
| a twinned
|hair phenotype.
PHM|wing
|external sensory organ | somatic clone
}

REFDSR
{
RDID|FBrf0091115
|Long et al.
|1996
PHP|Wing nicking phenotype.
}

REFDSR
{
RDID|FBrf0091127
|Murata et al.
|1996
PHP|Heterozygotes have a triangular expansion of the veins at the wing
|margin, and approximately 25% of flies have notched wings.
PHM|wing
|wing vein
}

REFDSR
{
RDID|FBrf0093461
|Giebel et al.
|1997
PHP|<fbsym>FBal0042573==Scer\GAL4<up>da.G32</up></fbsym>-mediated coexpression of
| <fbsym>FBal0045936==l(1)sc<up>Scer\UAS.cHa</up></fbsym> and <fbsym>FBal0061468==da<up>Scer\UAS.cGa</up></fbsym>
|cause increase of cells in the CNS: brain lobes are enlarged (protruding
|through the holes in the cephalic epidermis), the ventral cord shows
|regional enlargement and sensory organs contain a large number of neurons.
|Neural hyperplasia is also increased, epidermis, fore- and hindgut,
|tracheal tree and salivary glands are completely neuralized.
PHM|embryonic nervous system
|larval brain | embryonic
|ventral nerve cord
|epidermis
|larval foregut | embryonic
|larval hindgut | embryonic
|embryonic/larval tracheal system
|larval salivary gland | embryonic
}

REFDSR
{
RDID|FBrf0093711
|Seugnet et al.
|1997
PHP|Segregation of neuroblasts 5-2 and 7-4 is normal at early stages.
|Late embryos are strongly neuralized.
|Embryos derived from germline clones exhibit disturbed segmentation
|in some segments and some 5-2 equivalence groups are fused. Segregation
|of the 5-2 and 7-4 neuroblast occurs in an irregular manner at later
|stages.
PHM|neuroblast NB5-2 | germ-line clone
|neuroblast NB7-4 | germ-line clone
|central nervous system | larval | germ-line clone
|peripheral nervous system | larval | germ-line clone
}

REFDSR
{
RDID|FBrf0097687
|Vervoort et al.
|1997
PHP|Embryos exhibit supernumerary md neurons that derive from ASC precursors.
PHM|multidendritic neuron
}

REFDSR
{
RDID|FBrf0098202
|Brennan et al.
|1997
PHP|Hemizygous lethal. Heterozygotes have a neurogenic phenotype and have
|a marked increase in the number of bristles on the notum.
PHM|adult thoracic sensillum
}

REFDSR
{
RDID|FBrf0098359
|Stuttem and Campos-Ortega
|1997
PHP|Transplantation of single cells from <fbsym>FBal0012701==N<up>55e11</up></fbsym> embryos
| into the ventral
|neurogenic region of wild-type host embryos reveals non-autonomous
|behavior of these cells; the cells can give rise to both neural and
|epidermal offspring. Single cells from <fbsym>FBal0012701==N<up>55e11</up></fbsym>
| embryos transplanted
|into the ventral neurogenic region of <fbsym>FBal0012701==N<up>55e11</up></fbsym> host
| embryos give
|rise to only neural cells. Single cells from <fbsym>FBal0012701==N<up>55e11</up></fbsym>
| embryos transplanted
|into the procephalic neuroectoderm or the proctodeal anlage of wild-type
|... (see <fbsym>FBal0012701==N<up>55e11</up></fbsym> report)
}

REFDSR
{
RDID|FBrf0098813
|Jagla et al.
|1997
PHP|Homozygous embryos have an increased number of cardiac precursor cells.
PHM|embryonic/larval dorsal vessel | precursor
}

REFDSR
{
RDID|FBrf0099033
|Doherty et al.
|1997
PHM|epidermis | embryonic
}

REFDSR
{
RDID|FBrf0099460
|Price et al.
|1997
PHM|wing
}

REFDSR
{
RDID|FBrf0099884
|Sotillos et al.
|1997
PHP|Heterozygotes show scalloping of the wing margin and thickening of
|the wing veins.
PHM|wing
|wing vein
}

REFDSR
{
RDID|FBrf0101998
|Rottgen et al.
|1998
PHP|<fbsym>FBal0012701==N<up>55e11</up></fbsym>/<fbsym>FBab0000579==Df(1)N-8</fbsym> transheterozygotes
| exhibit ectopic bristles on
|the notum.
PHM|(with Df(1)N-8) scutum & macrochaeta | ectopic
}

REFDSR
{
RDID|FBrf0102423
|Zeng et al.
|1998
PHP|Homozygous clones on the central region of the adult scutum are devoid
|of any external bristle structures, such as shafts and sockets.
|Homozygous clones induced in the sensory organ lineage frequently have
|bristles with double shafts (approximately 39% of homozygous macrochaetae
|have double shafts).
PHM|socket & scutum | somatic clone
|macrochaeta & scutum | somatic clone
|macrochaeta | somatic clone
|sensillum precursor | somatic clone
}

REFDSR
{
RDID|FBrf0102699
|Martinez Arias
|1998
PHP|The cuticle of a
| <fbsym>FBal0012887==N<up>l1N-ts1</up></fbsym>/<fbsym>FBal0012701==N<up>55e11</up></fbsym> larva grown
| at 17<up>o</up>C until
|early stage 11 and then shifted to 30<up>o</up>C is shorter than wild-type
|and shows segment fusions.
PHM|embryonic/first instar larval cuticle
}

REFDSR
{
RDID|FBrf0102708
|Boube et al.
|1998
PHP|<fbsym>FBal0013509==pb<up>5</up></fbsym>/<fbsym>FBal0013517==pb<up>13</up></fbsym> flies show a slight
| distal transformation of labium
|to antennal arista. If the flies are also heterozygous for <fbsym>FBal0012701==N<up>55e11</up></fbsym>
|the number of pseudotracheal rows is reduced and a region of apparent
|ectoderm forms between the remaining pseudotracheal rows and the transformed
|antennal structures.
}

REFDSR
{
RDID|FBrf0102828
|Roch et al.
|1998
PHP|Wing veins are thickened.
PHM|wing vein
}

REFDSR
{
RDID|FBrf0104758
|Jagla et al.
|1998
PHP|The segmental border muscle progenitors do not segregate at all or
|do not divide properly.
PHM|segment border muscle | precursor
}

REFDSR
{
RDID|FBrf0104911
|Hoch and Jackle
|1998
PHP|Multiple Malpighian tubule tip cells develop in homozygous embryos.
PHM|Malpighian tubule tip cell
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|A weak Notch. Deltas on wing veins are most reliable
|character for classification. Lethal when heterozygous
|with <fbsym>FBal0012892==N<up>nd-3</up></fbsym>, <fbsym>FBal0012703==N<up>60g11</up></fbsym> and
| <fbsym>FBal0012759==N<up>Co</up></fbsym>. In homozygotes and
|hemizygotes hyperplasia of central nervous system
|extreme; embryonic peripheral nervous system abnormal
|with sensilla undifferentiated (Hartenstein and
|Campos-Ortega, 1986).
}

REFDSR
{
RDID|FBrf0106041
|Rusconi and Corbin
|1998
PHP|The number of cells in the <fbsym>FBgn0002922==nau</fbsym>-expressing muscle precursor clusters
|is increased compared to wild-type in homozygous embryos. The number
|of cells in the <fbsym>FBgn0002922==nau</fbsym>-expressing muscle precursor clusters is increased
|to more than twice the number in homozygous embryos (lacking zygotic
|function) in homozygous embryos derived from homozygous female germline
|clones (lacking both maternal and zygotic function).
PHM|embryonic/larval somatic muscle
|embryonic/larval somatic muscle | germ-line clone
}

REFDSR
{
RDID|FBrf0107900
|Nagaraj et al.
|1999
PHP|<fbsym>FBal0012887==N<up>l1N-ts1</up></fbsym>/<fbsym>FBal0012701==N<up>55e11</up></fbsym> wing discs
| show a reduction in the size of
|the pouch.
|Heterozygotes show mild notching of the distal wing margin.
PHM|wing margin
|dorsal mesothoracic disc
}

REFDSR
{
RDID|FBrf0108514
|Llimargas
|1999
PHP|Mutants show a rudimentary tracheal tree, ectopic fusions between adjacent
|branches and absence of terminal branches. The number of tracheal cells
|is reduced, resulting in reduced branching. Temperature shifts of
|heterozygotes of
| <fbsym>FBal0012701==N<up>55e11</up></fbsym>/<fbsym>FBal0012887==N<up>l1N-ts1</up></fbsym> suggest
| that in addition to
|its early role in tracheal specification, <fbsym>FBgn0004647==N</fbsym> acts later in both fusion
|and terminal branching programs.
|Cell markers indicate a transformation of presumptive terminal or antifusion
|... (see <fbsym>FBal0012701==N<up>55e11</up></fbsym> report)
PHM|trachea | embryonic
}

REFDSR
{
RDID|FBrf0108607
|Bishop et al.
|1999
PHP|<fbsym>FBal0012887==N<up>l1N-ts1</up></fbsym>/<fbsym>FBal0012701==N<up>55e11</up></fbsym> flies
| exposed to the restrictive temperature
|during the third larval instar and pupal phases show a marked reduction
|in leg length with all areas of the leg segments (joint and interjoint
|tissue) being affected. Joints are completely lost, and also often
|apical bristles.
PHM|leg | conditional ts
|prothoracic tibial apical bristle | conditional ts
|mesothoracic tibial apical bristle | conditional ts
|metathoracic tibial apical bristle | conditional ts
}

REFDSR
{
RDID|FBrf0109019
|Rauskolb and Irvine
|1999
PHP|Homozygous clones in the leg form patches of naked cuticle. The clones
|fail to form joint structures in all regions of the leg (resulting
|in fusion of leg segments) and leg growth is reduced. Fusions are
|seen along the length of the tibia and femur, while end-to-end fusions
|are seen in other leg segments. In most cases, the failure to form
|joints is an autonomous property of the mutant cells in the clone,
|although occasionally joint formation is also inhibited in wild-type
|... (see <fbsym>FBal0012701==N<up>55e11</up></fbsym> report)
PHM|joint | somatic clone | cell autonomous
|joint | somatic clone | cell non-autonomous
|leg sensillum | somatic clone
|leg | somatic clone
|tibia | somatic clone
|femur | somatic clone
}

REFDSR
{
RDID|FBrf0109184
|zur Lage and Jarman
|1999
PHP|Leg discs of <fbsym>FBal0012887==N<up>l1N-ts1</up></fbsym>/<fbsym>FBal0012701==N<up>55e11</up></fbsym>
| larvae reared at the restrictive
|temperature for 4-16 hours show a large, disorganized mass of sensory
|organ precursor cells below the epithelium where the SOP cells of the
|femoral chordotonal organ normally form.
PHM|ventral thoracic disc
}

REFDSR
{
RDID|FBrf0111977
|Micchelli and Blair
|1999
PHP|In somatic clones in the wing disc, the majority of
| <fbsym>FBal0012701==N<up>55e11</up></fbsym> clones
|that are in contact with the <fbsym>FBgn0000099==ap</fbsym> boundary, disrupt the Dorsal/ventral
|(D/V) lineage restriction. In the most extreme class, clones straddle
|or cross the normal site of the D/V boundary from either side, with
|most or all of the cells being in the wrong compartment. In some cases
|milder distortions lead to "bulging" clones and some clones do approximately
|respect the boundary. Disruptions are not always limited to the mutant
|... (see <fbsym>FBal0012701==N<up>55e11</up></fbsym> report)
PHM|dorsal mesothoracic disc | dorsal/ventral compartment boundary | somatic clone
}

REFDSR
{
RDID|FBrf0112013
|Rauskolb et al.
|1999
PHP|Homozygous mutant clones in the wing disc fail to respect the dorsal
|ventral boundary.
PHM|dorsal mesothoracic disc | somatic clone
}

REFDSR
{
RDID|FBrf0112024
|Rusconi and Corbin
|1999
PHP|The number of <fbsym>FBgn0001077==ftz</fbsym> expressing MP2 neurons increases compared to wild-type
|(About 30 on each side of the midline, as compared to 2 in wild-type)
|in homozygous embryos derived from homozygous female germ-line clones
|(lacking both maternal and zygotic function). The extra MP2 clusters
|extend further laterally than seen in <fbsym>FBgn0000463==Dl</fbsym> and <fbsym>FBgn0004837==Su(H)</fbsym>. alleles. No
|segmentation defects are seen.
|In homozygous embryos derived from homozygous female germ-line clones
|... (see <fbsym>FBal0012701==N<up>55e11</up></fbsym> report)
PHM|dMP2 neuron | ectopic | germ-line clone
|vMP2 neuron | ectopic | germ-line clone
|RP2 neuron | ectopic | germ-line clone
}

REFDSR
{
RDID|FBrf0125167
|de Celis and Bray
|2000
PHP|Wing veins L3 and L5 are thicker than wild-type veins in heterozygous
|flies, and the thickened veins have smooth borders. The wings show
|moderate scalloping of the wing margin.
PHM|wing vein L3
|wing vein L5
|wing vein L3 | ectopic
|wing vein L5 | ectopic
|wing
}

REFDSR
{
RDID|FBrf0135724
|Udolph et al.
|2001
PHP|Glial cells in the central nervous system of embryos are not entirely
|absent.
|In clones of <fbsym>FBal0012701==N<up>55e11</up></fbsym> cells in a wild type background
| the pCC is
|transformed into aCC, SPGs are lost and neuronal cells are concomitantly
|gained within the NB1-1 lineage.
PHM|subperineurial glial cell | somatic clone
|neuron | supernumerary | somatic clone
|pCC neuron | somatic clone
|aCC neuron | supernumerary | somatic clone
}

REFDSR
{
RDID|FBrf0136942
|Lopez-Schier and St. Johnston
|2001
PHP|Homozygous somatic clones in the follicle cells do not differentiate
|as polar cells, but block the differentiation of epithelial follicle
|cells and causes them to remain as undifferentiated precursors. When
|a clone falls in a region where the follicle cells normally undergo
|morphogenetic movement, these movements do not occur. The stretched
|follicle cells fail to move over the nurse cells; the centripetal cells
|do not migrate between the oocyte and the nurse cells; and the more
|... (see <fbsym>FBal0012701==N<up>55e11</up></fbsym> report)
PHM|follicle cell | somatic clone
|centripetally migrating follicle cell | somatic clone
|interfollicle cell | somatic clone
|polar follicle cell | somatic clone
|mitotic cycle | somatic clone
}

REFDSR
{
RDID|FBrf0137222
|Grammont and Irvine
|2001
PHP|Follicles containing permanent somatic clones for
| <fbsym>FBal0012701==N<up>55e11</up></fbsym> are not
|recoverable. In egg chambers with transient somatic clones at either
|end of the follicle polar cells are absent. Where one of the polar-stalk
|precursors is mutant for <fbsym>FBal0012701==N<up>55e11</up></fbsym> long stalks (average
| 15 cells)
|develop.
PHM|egg chamber | somatic clone
|polar follicle cell | somatic clone | cell autonomous
|interfollicle cell | somatic clone | cell non-autonomous
}

REFDSR
{
RDID|FBrf0141471
|Lopez-Schier and St. Johnston
|2002
PHP|In mutant clones in the follicle cells the organization of the spectrin
|cytoskeleton is normal.
}

REFDSR
{
RDID|FBrf0141493
|Deng et al.
|2001
PHP|Cells in homozygous follicle cell clones have smaller nuclei than their
|wild-type neighbors (which probably indicates a lack of endocycles
|in the mutant cells). The mutant clones contain more cells than their
|wild-type twin spot sister clones, indicating additional mitoses.
|The mean ratio of the number of cells in the mutant clone/number of
|cells in the wild-type sister clone is 1.8 and the ratio does not change
|as a function of clone size. The DNA content is higher in wild-type
|... (see <fbsym>FBal0012701==N<up>55e11</up></fbsym> report)
PHM|follicle cell & nucleus | somatic clone
}

REFDSR
{
RDID|FBrf0144843
|Sudarsan et al.
|2002
PHP|<fbsym>FBgn0004647==N</fbsym> mutant embryos have about 89 cells in each Malpighian tubule cell
|(as opposed to about 125 in wild-type). The tubules are are shorter
|than wild-type which results from a dramatic reduction in cell division
|from Mitosis 17.
|<fbsym>FBgn0004647==N</fbsym> mutant embryos made as germ-line clones have about 89 cells in
|each Malpighian tubule cell (as opposed to about 125 in wild-type).
PHM|Malpighian tubule
|Malpighian tubule | germ-line clone
}

REFDSR
{
RDID|FBrf0146991
|Umesono et al.
|2002
PHP|At the earliest stage of the dorsal bipolar dendritic (dbd) sensory
|organ precursor (SOP) division excess <fbsym>FBgn0002970==nub</fbsym>-positive cells are located
|at the correct position in mutant embryos, suggesting that supernumerary
|dbd SOPs are produced. At stage 12, the dbd support glial cell (DBDG)
|is absent. Supernumerary PG3 glial cells and chordotonal organ ligament
|cells of the are present.
PHM|support cell of the dorsal bipolar dendritic cell
|peripheral glial cell 3 | supernumerary
|scolopidial ligament cell | supernumerary
}

REFDSR
{
RDID|FBrf0147142
|Iwaki and Lengyel
|2002
PHP|Mutant embryos completely lack hindgut boundary cell rows and rings.
PHM|embryonic hindgut
}

REFDSR
{
RDID|FBrf0150723
|Riede
|2001
PHP|Pupal lethal when heterozygous with the MBT chromosome.
}

REFDSR
{
RDID|FBrf0151253
|Glise et al.
|2002
PHP|Heterozygotes lack vein and sensory bristle tissue at the most distal
|tip of the wing.
PHM|wing | distal
|wing vein
|wing margin bristle
}

REFDSR
{
RDID|FBrf0151813
|Tsuda et al.
|2002
PHM|wing
}

REFDSR
{
RDID|FBrf0151928
|Orgogozo et al.
|2002
PHP|<fbsym>FBal0012701==N<up>55e11</up></fbsym>/<fbsym>FBal0012887==N<up>l1N-ts1</up></fbsym> flies form
| ectopic abdominal ventral multidendritic
|neurons and pI external sensory organ precursor cells, even when raised
|at 19<up>o</up>C.
PHM|(with N<up>l1N-ts1</up>) abdominal ventral multidendritic neuron | ectopic
|(with N<up>l1N-ts1</up>) external sensory organ precursor cell | ectopic
}

REFDSR
{
RDID|FBrf0155787
|Lebestky et al.
|2003
PHP|The number of crystal cell precursors seen in mutant lymph glands is
|significantly reduced.
PHM|procrystal cell
}

REFDSR
{
RDID|FBrf0160464
|Crozatier et al.
|2003
PHP|In heterozygous mutants, wing veins are wider than in wild-type, but
|selection of sensory organ precursors (SOP) is not affected. However,
|the campaniform sensillae are still overlapping the posterior-most
|L3 vein cells. The position of SOPs relative to the anterior posterior
|border is not changed in mutant discs, indicating that in the adult
|the position of L3 vein is shifted anteriorly by one or two rows of
|cells.
PHM|wing vein
|sensillum precursor
}

REFDSR
{
RDID|FBrf0167516
|Escudero et al.
|2003
PHP|Heterozygotes show a slight increase in the density of microchaetae
|on the notum.
}

REFDSR
{
RDID|FBrf0179042
|Le Gall
|2004
PHP|Mutant embryos show severe hyperplasia of the central and peripheral
|nervous systems.
PHM|embryonic central nervous system
|embryonic peripheral nervous system
}

REF
{
REFM|FBrf0027480
|Shellenbarger and Mohler
|1975
REFM|FBrf0038108
|Poulson and Lefevre
|1982
REFM|FBrf0040181
|Campos-Ortega
|1983
REFM|FBrf0040185
|Lehmann et al.
|1983
REFM|FBrf0043047
|Vassin et al.
|1985
REFM|FBrf0048995
|Brand and Campos-Ortega
|1988
REFM|FBrf0051582
|Cabrera
|1990
REFM|FBrf0053344
|Heitzler and Simpson
|1991
REFM|FBrf0053362
|Corbin et al.
|1991
REFM|FBrf0053769
|Goriely et al.
|1991
REFM|FBrf0054994
|de Celis et al.
|1991
REFM|FBrf0055911
|Skeath and Carroll
|1992
REFM|FBrf0059323
|Bodmer et al.
|1993
REFM|FBrf0068598
|Menne and Klambt
|1994
REFM|FBrf0072582
|Bate et al.
|1993
REFM|FBrf0072959
|Diaz-Benjumea and Hafen
|1994
REFM|FBrf0074921
|de Celis and Garcia-Bellido
|1994
REFM|FBrf0074922
|de Celis et al.
|1991
REFM|FBrf0075100
|Hoch et al.
|1994
REFM|FBrf0076037
|Couso and Martinez Arias
|1994
REFM|FBrf0076146
|Sturtevant and Bier
|1995
REFM|FBrf0083156
|Gonzalez-Gaitan and Jaeckle
|1995
REFM|FBrf0084329
|Rulifson and Blair
|1995
REFM|FBrf0089977
|Guo et al.
|1996
REFM|FBrf0090023
|de Celis et al.
|1996
REFM|FBrf0090425
|Abu-Issa and Cavicchi
|1996
REFM|FBrf0090560
|Frise et al.
|1996
REFM|FBrf0091115
|Long et al.
|1996
REFM|FBrf0091127
|Murata et al.
|1996
REFM|FBrf0093461
|Giebel et al.
|1997
REFM|FBrf0093711
|Seugnet et al.
|1997
REFM|FBrf0097687
|Vervoort et al.
|1997
REFM|FBrf0098202
|Brennan et al.
|1997
REFM|FBrf0098359
|Stuttem and Campos-Ortega
|1997
REFM|FBrf0098813
|Jagla et al.
|1997
REFM|FBrf0099033
|Doherty et al.
|1997
REFM|FBrf0099460
|Price et al.
|1997
REFM|FBrf0099884
|Sotillos et al.
|1997
REFM|FBrf0101998
|Rottgen et al.
|1998
REFM|FBrf0102423
|Zeng et al.
|1998
REFM|FBrf0102699
|Martinez Arias
|1998
REFM|FBrf0102708
|Boube et al.
|1998
REFM|FBrf0102828
|Roch et al.
|1998
REFM|FBrf0104758
|Jagla et al.
|1998
REFM|FBrf0104911
|Hoch and Jackle
|1998
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0106041
|Rusconi and Corbin
|1998
REFM|FBrf0107900
|Nagaraj et al.
|1999
REFM|FBrf0108514
|Llimargas
|1999
REFM|FBrf0108607
|Bishop et al.
|1999
REFM|FBrf0109019
|Rauskolb and Irvine
|1999
REFM|FBrf0109184
|zur Lage and Jarman
|1999
REFM|FBrf0111977
|Micchelli and Blair
|1999
REFM|FBrf0112013
|Rauskolb et al.
|1999
REFM|FBrf0112024
|Rusconi and Corbin
|1999
REFM|FBrf0125167
|de Celis and Bray
|2000
REFM|FBrf0135724
|Udolph et al.
|2001
REFM|FBrf0136942
|Lopez-Schier and St. Johnston
|2001
REFM|FBrf0137222
|Grammont and Irvine
|2001
REFM|FBrf0141471
|Lopez-Schier and St. Johnston
|2002
REFM|FBrf0141493
|Deng et al.
|2001
REFM|FBrf0144843
|Sudarsan et al.
|2002
REFM|FBrf0146991
|Umesono et al.
|2002
REFM|FBrf0147142
|Iwaki and Lengyel
|2002
REFM|FBrf0150723
|Riede
|2001
REFM|FBrf0151253
|Glise et al.
|2002
REFM|FBrf0151813
|Tsuda et al.
|2002
REFM|FBrf0151928
|Orgogozo et al.
|2002
REFM|FBrf0155787
|Lebestky et al.
|2003
REFM|FBrf0160464
|Crozatier et al.
|2003
REFM|FBrf0167516
|Escudero et al.
|2003
REFM|FBrf0179042
|Le Gall
|2004
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015595	ICL 1 ?	SYM 1 ?{}N<up>264-40</up>	ASTR 1 -	CLOC 1 3C7--9	REF 1 7	DT 1 31 May 2000	RESZ 992
ID|FBti0015595
SYM|?{}N<up>264-40</up>
DT|31 May 2000
|31 May 2000
ICL|?
ASGN|<fbsym>FBgn0004647==N</fbsym>

REFDSR
{
RDID|FBrf0005044
|Demerec
|1940
PHC|lethal | recessive
}

REFDSR
{
RDID|FBrf0024896
|Foster
|1973
PHC|lethal | recessive
}

REFDSR
{
RDID|FBrf0027480
|Shellenbarger and Mohler
|1975
PHC|lethal | recessive
}

REFDSR
{
RDID|FBrf0040185
|Lehmann et al.
|1983
PHC|lethal | embryonic | neurogenic | recessive
}

REFDSR
{
RDID|FBrf0046957
|Kelley et al.
|1987
SYN|?{}N<up>264-40</up>
ASAL|<fbsym>FBal0012749==N<up>264-40</up></fbsym>
MU|X ray
CLOC|3C7--9
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004647==N</fbsym>
}

REFDSR
{
RDID|FBrf0051558
|Palka et al.
|1990
PHC|lethal | embryonic | recessive
}

REF
{
REFM|FBrf0005044
|Demerec
|1940
REFM|FBrf0024896
|Foster
|1973
REFM|FBrf0027480
|Shellenbarger and Mohler
|1975
REFM|FBrf0040185
|Lehmann et al.
|1983
REFM|FBrf0046957
|Kelley et al.
|1987
REFM|FBrf0051558
|Palka et al.
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0012749==N<up>264-40</up></fbsym>

REFDSR
{
RDID|FBrf0005044
|Demerec
|1940
PHP|Lethality is not covered by <fbsym>FBab0009529==Dp(1;3)N<up>264-58</up></fbsym>.
}

REFDSR
{
RDID|FBrf0024896
|Foster
|1973
PHP|Heterozygotes have a nicked wing phenotype.
|<fbsym>FBal0012852==N<up>Ax-16</up></fbsym>/<fbsym>FBal0012749==N<up>264-40</up></fbsym> females show
| temperature sensitive lethality.
|The temperature sensitive period for lethality is during the second
|larval instar stage.
PHM|wing
}

REFDSR
{
RDID|FBrf0027480
|Shellenbarger and Mohler
|1975
PHP|Lethal in combination with <fbsym>FBal0012887==N<up>l1N-ts1</up></fbsym> or
| <fbsym>FBal0012861==N<up>Ax-tsl</up></fbsym> at 29<up>o</up>C.
|Homozygous lethal at 29<up>o</up>C.
}

REFDSR
{
RDID|FBrf0038108
|Poulson and Lefevre
|1982
PHP|Male flies carrying <fbsym>FBab0003125==Dp(1;2)51bV76e</fbsym> show wing-notching and lateral
|incisions, leg defects and tarsal reductions, missing or multiple bristles,
|missing or fused ocelli and variegated or roughened eyes, at varying
|frequencies.
}

REFDSR
{
RDID|FBrf0040185
|Lehmann et al.
|1983
PHP|Extreme embryonic neurogenic phenotype.
PHM|epidermis | embryonic
}

REFDSR
{
RDID|FBrf0051558
|Palka et al.
|1990
PHP|Heterozygotes have slightly elevated numbers of sensilla on the wing.
PHM|wing sensillum
}

REFDSR
{
RDID|FBrf0056217
|Jack and DeLotto
|1992
PHP|Homozygotes exhibit hypertrophy of the nervous system and a gap in
|the tip of the wing margin.
PHM|central nervous system
|wing
}

REFDSR
{
RDID|FBrf0104706
|Park et al.
|1998
PHP|<fbsym>FBgn0000606==eve</fbsym>-expressing pericardial cells fail to form in embryos derived
|from homozygous female germline clones.
PHM|embryonic/larval pericardial cell | germ-line clone
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Typical Notch. Male embryos show developmental
|abnormalities like those of <fbsym>FBab0000579==Df(1)N-8</fbsym> (Poulson, 1939).
|Lethal with <fbsym>FBal0012892==N<up>nd-3</up></fbsym>.
}

REF
{
REFM|FBrf0005044
|Demerec
|1940
REFM|FBrf0024896
|Foster
|1973
REFM|FBrf0027480
|Shellenbarger and Mohler
|1975
REFM|FBrf0038108
|Poulson and Lefevre
|1982
REFM|FBrf0040185
|Lehmann et al.
|1983
REFM|FBrf0051558
|Palka et al.
|1990
REFM|FBrf0056217
|Jack and DeLotto
|1992
REFM|FBrf0104706
|Park et al.
|1998
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015594	ICL 1 ?	SYM 1 ?{}N<up>264-109</up>	ASTR 1 -	CLOC 1 3C7--9	REF 1 2	DT 1 31 May 2000	RESZ 480
ID|FBti0015594
SYM|?{}N<up>264-109</up>
DT|31 May 2000
|31 May 2000
ICL|?
ASGN|<fbsym>FBgn0004647==N</fbsym>

REFDSR
{
RDID|FBrf0046957
|Kelley et al.
|1987
SYN|?{}N<up>264-109</up>
ASAL|<fbsym>FBal0012756==N<up>264-109</up></fbsym>
MU|X ray
CLOC|3C7--9
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004647==N</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHC|semi-lethal | recessive
}

REF
{
REFM|FBrf0046957
|Kelley et al.
|1987
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0012756==N<up>264-109</up></fbsym>

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Typical Notch except for semi-lethality with <fbsym>FBal0012892==N<up>nd-3</up></fbsym>.
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014176	ICL 1 ?	SYM 1 ?{}N<up>fa-g88</up>	ASTR 1 -	CLOC 1 3C7--9	REF 1 2	DT 1 6 Jan 2000	RESZ 416
ID|FBti0014176
SYM|?{}N<up>fa-g88</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0004647==N</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}N<up>fa-g88</up>
ASAL|<fbsym>FBal0012871==N<up>fa-g88</up></fbsym>
MU|spontaneous
CLOC|3C7--9
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004647==N</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0012871==N<up>fa-g88</up></fbsym>

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Phenotype like <fbsym>FBal0012868==N<up>fa-g</up></fbsym>.
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014180	ICL 1 ?	SYM 1 ?{}N<up>l1N-1</up>	ASTR 1 -	CLOC 1 3C7--9	REF 1 2	DT 1 6 Jan 2000	RESZ 481
ID|FBti0014180
SYM|?{}N<up>l1N-1</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0004647==N</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}N<up>l1N-1</up>
ASAL|<fbsym>FBal0012876==N<up>l1N-1</up></fbsym>
MU|spontaneous
CLOC|3C7--9
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004647==N</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHC|lethal | recessive
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0012876==N<up>l1N-1</up></fbsym>

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|<fbsym>FBal0012876==N<up>l1N-1</up></fbsym>/+ females are wild type;
| <fbsym>FBal0012876==N<up>l1N-1</up></fbsym>/N females
|and <fbsym>FBal0012876==N<up>l1N-1</up></fbsym>/Y males are lethal; l(1)N/Y;<fbsym>FBab0009100==Dp(1;2)51b</fbsym>
|males are Co-like. Heterozygotes with recessive
|visibles at Notch are wild type. Developmental defects
|in <fbsym>FBal0012876==N<up>l1N-1</up></fbsym>/Y males are more limited than in N/Y males
|and the defects are confined to the anterior ectoderm
|(Poulson, 1967; Poulson, 1968). Like N mutants, <fbsym>FBal0012876==N<up>l1N-1</up></fbsym>
|... (see <fbsym>FBal0012876==N<up>l1N-1</up></fbsym> report)
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014169	ICL 1 ?	SYM 1 ?{}N<up>S</up>	ASTR 1 -	CLOC 1 3C7--9	REF 1 4	DT 1 6 Jan 2000	RESZ 613
ID|FBti0014169
SYM|?{}N<up>S</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0004647==N</fbsym>

REFDSR
{
RDID|FBrf0039985
|Kramers et al.
|1983
PHC|lethal | recessive
}

REFDSR
{
RDID|FBrf0045066
|Schalet
|1986
PHC|lethal | recessive
}

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}N<up>S</up>
ASAL|<fbsym>FBal0012785==N<up>S</up></fbsym>
MU|spontaneous
CLOC|3C7--9
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004647==N</fbsym>
}

REF
{
REFM|FBrf0039985
|Kramers et al.
|1983
REFM|FBrf0045066
|Schalet
|1986
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0012785==N<up>S</up></fbsym>

REFDSR
{
RDID|FBrf0045066
|Schalet
|1986
PHP|Heterozygotes display a weak notched wing phenotype.
PHM|wing
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Weak Notch. <fbsym>FBal0012785==N<up>S</up></fbsym>/<fbsym>FBal0012860==N<up>Ax-S</up></fbsym> is lethal.
}

REF
{
REFM|FBrf0045066
|Schalet
|1986
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0016277	ICL 1 ?	SYM 1 ?{}os<up>sisC-1</up>	ASTR 1 -	CLOC 1 17A5	REF 1 2	DT 1 17 Aug 2000	RESZ 347
ID|FBti0016277
SYM|?{}os<up>sisC-1</up>
DT|17 Aug 2000
|17 Aug 2000
ICL|?
ASGN|<fbsym>FBgn0004956==os</fbsym>

REFDSR
{
RDID|FBrf0128638
|Sefton et al.
|2000
SYN|?{}os<up>sisC-1</up>
CLOC|17A5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004956==os</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0128638
|Sefton et al.
|2000
}

}

# EOR

TIR
{

RETE|ID 1 FBti0004662	ICL 1 ?	SYM 1 ?{}ovo<up>D1r38D</up>	ASTR 1 -	CLOC 1 4E2	REF 1 2	DT 1 5 Feb 1999	RESZ 381
ID|FBti0004662
SYM|?{}ovo<up>D1r38D</up>
DT|5 Feb 1999
|29 Dec 1997
ICL|?
ASGN|<fbsym>FBgn0003028==ovo</fbsym>

REFDSR
{
RDID|FBrf0056260
|Garfinkel et al.
|1992
ASAL|<fbsym>FBal0050230==ovo<up>D1r38D</up></fbsym>
CLOC|4E2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003028==ovo</fbsym>
}

REF
{
REFM|FBrf0056260
|Garfinkel et al.
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0050230==ovo<up>D1r38D</up></fbsym>

REFDSR
{
RDID|FBrf0056260
|Garfinkel et al.
|1992
PHP|Phenotypic category: ovo<up>-</up> svb<up>-</up>
}

REF
{
REFM|FBrf0056260
|Garfinkel et al.
|1992
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0004663	ICL 1 ?	SYM 1 ?{}ovo<up>D1r47j</up>	ASTR 1 -	CLOC 1 4E2	REF 1 2	DT 1 5 Feb 1999	RESZ 381
ID|FBti0004663
SYM|?{}ovo<up>D1r47j</up>
DT|5 Feb 1999
|29 Dec 1997
ICL|?
ASGN|<fbsym>FBgn0003028==ovo</fbsym>

REFDSR
{
RDID|FBrf0056260
|Garfinkel et al.
|1992
ASAL|<fbsym>FBal0050231==ovo<up>D1r47j</up></fbsym>
CLOC|4E2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003028==ovo</fbsym>
}

REF
{
REFM|FBrf0056260
|Garfinkel et al.
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0050231==ovo<up>D1r47j</up></fbsym>

REFDSR
{
RDID|FBrf0056260
|Garfinkel et al.
|1992
PHP|Phenotypic category: ovo<up>-</up> svb<up>-</up>
}

REF
{
REFM|FBrf0056260
|Garfinkel et al.
|1992
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0004664	ICL 1 ?	SYM 1 ?{}ovo<up>D1rOL</up>	ASTR 1 -	CLOC 1 4E2	REF 1 2	DT 1 5 Feb 1999	RESZ 379
ID|FBti0004664
SYM|?{}ovo<up>D1rOL</up>
DT|5 Feb 1999
|29 Dec 1997
ICL|?
ASGN|<fbsym>FBgn0003028==ovo</fbsym>

REFDSR
{
RDID|FBrf0056260
|Garfinkel et al.
|1992
ASAL|<fbsym>FBal0050232==ovo<up>D1rOL</up></fbsym>
CLOC|4E2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003028==ovo</fbsym>
}

REF
{
REFM|FBrf0056260
|Garfinkel et al.
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0050232==ovo<up>D1rOL</up></fbsym>

REFDSR
{
RDID|FBrf0056260
|Garfinkel et al.
|1992
PHP|Phenotypic category: ovo<up>-</up> svb<up>-</up>
}

REF
{
REFM|FBrf0056260
|Garfinkel et al.
|1992
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0004661	ICL 1 ?	SYM 1 ?{}ovo<up>D1rP1</up>	ASTR 1 -	CLOC 1 4E2	REF 1 2	DT 1 5 Feb 1999	RESZ 379
ID|FBti0004661
SYM|?{}ovo<up>D1rP1</up>
DT|5 Feb 1999
|29 Dec 1997
ICL|?
ASGN|<fbsym>FBgn0003028==ovo</fbsym>

REFDSR
{
RDID|FBrf0056260
|Garfinkel et al.
|1992
ASAL|<fbsym>FBal0050233==ovo<up>D1rP1</up></fbsym>
CLOC|4E2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003028==ovo</fbsym>
}

REF
{
REFM|FBrf0056260
|Garfinkel et al.
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0050233==ovo<up>D1rP1</up></fbsym>

REFDSR
{
RDID|FBrf0056260
|Garfinkel et al.
|1992
PHP|Phenotypic category: ovo<up>-</up>, svb<up>+</up> phenotype.
}

REF
{
REFM|FBrf0056260
|Garfinkel et al.
|1992
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014575	ICL 1 ?	SYM 1 ?{}para<up>hd9</up>	ASTR 1 -	CLOC 1 14D1--E1	REF 1 2	DT 1 6 Jan 2000	RESZ 409
ID|FBti0014575
SYM|?{}para<up>hd9</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003036==para</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}para<up>hd9</up>
ASAL|<fbsym>FBal0013478==para<up>hd9</up></fbsym>
CLOC|14D1--E1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003036==para</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0013478==para<up>hd9</up></fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
PHP|Temperature-sensitive.
|Hybrid dysgenesis gives no wild-type revertants.
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014577	ICL 1 ?	SYM 1 ?{}para<up>ts115</up>	ASTR 1 -	CLOC 1 14D1--E1	REF 1 2	DT 1 6 Jan 2000	RESZ 415
ID|FBti0014577
SYM|?{}para<up>ts115</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003036==para</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}para<up>ts115</up>
ASAL|<fbsym>FBal0013495==para<up>ts115</up></fbsym>
CLOC|14D1--E1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003036==para</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0013495==para<up>ts115</up></fbsym>

REFDSR
{
RDID|FBrf0040979
|Ganetzky
|1984
PHP|Viability of double mutant males with <fbsym>FBal0023798==mle<up>nap-ts1</up></fbsym> is significantly
|reduced, even at permissive temperatures. Double mutant males at 25<up>o</up>C
|die at or near eclosion.
}

REFDSR
{
RDID|FBrf0099841
|Pittendrigh et al.
|1997
PHP|Homozygous flies do not show significant resistance to
|dichloro-diphenyl-trichloro ethane (DDT) compared to wild-type flies.
}

REF
{
REFM|FBrf0040979
|Ganetzky
|1984
REFM|FBrf0099841
|Pittendrigh et al.
|1997
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014581	ICL 1 ?	SYM 1 ?{}pn<up>3</up>	ASTR 1 -	CLOC 1 2E1	REF 1 3	DT 1 6 Jan 2000	RESZ 436
ID|FBti0014581
SYM|?{}pn<up>3</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003116==pn</fbsym>
ARGS|FBgn0003116

REFDSR
{
RDID|FBrf0054781
|Teng et al.
|1991
SYN|?{}pn<up>3</up>
ASAL|<fbsym>FBal0013875==pn<up>3</up></fbsym>
CLOC|2E1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003116==pn</fbsym>
}

REF
{
REFM|FBrf0054781
|Teng et al.
|1991
REFM|FBrf0091186
|Timmons and Shearn
|1996
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0013875==pn<up>3</up></fbsym>

REFDSR
{
RDID|FBrf0054148
|Teng et al.
|1991
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
PHP|Brownish-red eye.
|RK1.
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0091186
|Timmons and Shearn
|1996
PHM|pigment cell
}

REF
{
REFM|FBrf0054148
|Teng et al.
|1991
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0091186
|Timmons and Shearn
|1996
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015556	ICL 1 ?	SYM 1 ?{}Rab6<up>D6E</up>	ASTR 1 -	CLOC 1 33C4	REF 1 2	DT 1 4 Feb 2000	RESZ 454
ID|FBti0015556
SYM|?{}Rab6<up>D6E</up>
DT|4 Feb 2000
|4 Feb 2000
ICL|?
ASGN|<fbsym>FBgn0015797==Rab6</fbsym>

REFDSR
{
RDID|FBrf0111465
|Purcell and Artavanis-Tsakonas
|1999
SYN|?{}Rab6<up>D6E</up>
ASAL|<fbsym>FBal0102875==Rab6<up>D6E</up></fbsym>
CLOC|33C4
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0015797==Rab6</fbsym>
PHC|lethal | recessive
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0111465
|Purcell and Artavanis-Tsakonas
|1999
}

}

# EOR

TIR
{

RETE|ID 1 FBti0015560	ICL 1 ?	SYM 1 ?{}Rab6<up>D24A</up>	ASTR 1 -	CLOC 1 33C4	REF 1 2	DT 1 4 Feb 2000	RESZ 457
ID|FBti0015560
SYM|?{}Rab6<up>D24A</up>
DT|4 Feb 2000
|4 Feb 2000
ICL|?
ASGN|<fbsym>FBgn0015797==Rab6</fbsym>

REFDSR
{
RDID|FBrf0111465
|Purcell and Artavanis-Tsakonas
|1999
SYN|?{}Rab6<up>D24A</up>
ASAL|<fbsym>FBal0102896==Rab6<up>D24A</up></fbsym>
CLOC|33C4
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0015797==Rab6</fbsym>
PHC|lethal | recessive
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0111465
|Purcell and Artavanis-Tsakonas
|1999
}

}

# EOR

TIR
{

RETE|ID 1 FBti0015559	ICL 1 ?	SYM 1 ?{}Rab6<up>D29D</up>	ASTR 1 -	CLOC 1 33C4	REF 1 2	DT 1 4 Feb 2000	RESZ 457
ID|FBti0015559
SYM|?{}Rab6<up>D29D</up>
DT|4 Feb 2000
|4 Feb 2000
ICL|?
ASGN|<fbsym>FBgn0015797==Rab6</fbsym>

REFDSR
{
RDID|FBrf0111465
|Purcell and Artavanis-Tsakonas
|1999
SYN|?{}Rab6<up>D29D</up>
ASAL|<fbsym>FBal0102892==Rab6<up>D29D</up></fbsym>
CLOC|33C4
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0015797==Rab6</fbsym>
PHC|lethal | recessive
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0111465
|Purcell and Artavanis-Tsakonas
|1999
}

}

# EOR

TIR
{

RETE|ID 1 FBti0016272	ICL 1 ?	SYM 1 ?{}rb<up>10</up>	ASTR 1 -	CLOC 1 4C7	REF 1 2	DT 1 17 Aug 2000	RESZ 395
ID|FBti0016272
SYM|?{}rb<up>10</up>
DT|17 Aug 2000
|17 Aug 2000
ICL|?
ASGN|<fbsym>FBgn0003210==rb</fbsym>

REFDSR
{
RDID|FBrf0127175
|Kretzschmar et al.
|2000
SYN|?{}rb<up>10</up>
ASAL|<fbsym>FBal0044308==rb<up>10</up></fbsym>
CLOC|4C7
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003210==rb</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0127175
|Kretzschmar et al.
|2000
}

ALESR
{
ASYM|<fbsym>FBal0044308==rb<up>10</up></fbsym>

REFDSR
{
RDID|FBrf0127175
|Kretzschmar et al.
|2000
PHP|<fbsym>FBal0044308==rb<up>10</up></fbsym>/<fbsym>FBal0117392==rb<up>S1</up></fbsym> flies have a
| normal landing and optomotor response
|and respond normally to stationary visual stimulation. They show abnormal
|behavior in Buridan's paradigm, a test for alternating pattern fixation.
|<fbsym>FBab0000894==Df(1)rb1</fbsym>/<fbsym>FBal0044308==rb<up>10</up></fbsym> flies have a normal landing and
| optomotor response
|and respond normally to stationary visual stimulation. They show abnormal
|behavior in Buridan's paradigm, a test for alternating pattern fixation;
|fixation of visual landmarks is significantly impaired and there is
|... (see <fbsym>FBal0044308==rb<up>10</up></fbsym> report)
}

REF
{
REFM|FBrf0127175
|Kretzschmar et al.
|2000
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015321	ICL 1 ?	SYM 1 ?{}rod<up>29D</up>	ASTR 1 -	CLOC 1 100C6--7	REF 1 2	DT 1 6 Jan 2000	RESZ 398
ID|FBti0015321
SYM|?{}rod<up>29D</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003268==rod</fbsym>

REFDSR
{
RDID|FBrf0112029
|Scaerou et al.
|1999
SYN|?{}rod<up>29D</up>
ASAL|<fbsym>FBal0101175==rod<up>29D</up></fbsym>
CLOC|100C6--7
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003268==rod</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0112029
|Scaerou et al.
|1999
}

}

# EOR

TIR
{

RETE|ID 1 FBti0015320	ICL 1 ?	SYM 1 ?{}rod<up>RP153</up>	ASTR 1 -	CLOC 1 100C6--7	REF 1 2	DT 1 6 Jan 2000	RESZ 404
ID|FBti0015320
SYM|?{}rod<up>RP153</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003268==rod</fbsym>

REFDSR
{
RDID|FBrf0112029
|Scaerou et al.
|1999
SYN|?{}rod<up>RP153</up>
ASAL|<fbsym>FBal0101174==rod<up>RP153</up></fbsym>
CLOC|100C6--7
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003268==rod</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0112029
|Scaerou et al.
|1999
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014609	ICL 1 ?	SYM 1 ?{}rt<up>2</up>	ASTR 1 -	CLOC 1 68C13	REF 1 2	DT 1 6 Jan 2000	RESZ 435
ID|FBti0014609
SYM|?{}rt<up>2</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003292==rt</fbsym>

REFDSR
{
RDID|FBrf0088507
|Martin-Blanco and Garcia-Bellido
|1996
SYN|?{}rt<up>2</up>
ASAL|<fbsym>FBal0014814==rt<up>2</up></fbsym>
MU|spontaneous
CLOC|68C13
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003292==rt</fbsym>
}

REF
{
REFM|FBrf0088507
|Martin-Blanco and Garcia-Bellido
|1996
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0014814==rt<up>2</up></fbsym>

REFDSR
{
RDID|FBrf0088507
|Martin-Blanco and Garcia-Bellido
|1996
PHP|The bodies of first instar larvae are rotated around the long axis,
|forcing the animals to move in a clockwise circle as they crawl. The
|larval cuticle presents a perfect segmental alignment of landmarks
|but the adult abdominal cuticle segments appear staggered relative
|to each other.
|Embryos show a variable but fully penetrant mutant phenotype. Common
|phenotypes include the lack of some muscles or the presence of very
|... (see <fbsym>FBal0014814==rt<up>2</up></fbsym> report)
PHM|cuticle | adult
|embryonic/larval somatic muscle
|embryonic/larval somatic muscle | lateral
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Abdomen twisted, as is rt. Viability erratic, usually
|about 50% wild type. Male fertile; female not tested.
|RK2.
}

REF
{
REFM|FBrf0088507
|Martin-Blanco and Garcia-Bellido
|1996
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014518	ICL 1 ?	SYM 1 ?{}SamDC<up>c</up>	ASTR 1 -	CLOC 1 31D9	REF 1 3	DT 1 6 Jan 2000	RESZ 556
ID|FBti0014518
SYM|?{}SamDC<up>c</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0019932==SamDC</fbsym>
ARGS|FBgn0019932

REFDSR
{
RDID|FBrf0058585
|Clegg et al.
|1993
PHC|lethal | recessive
}

REFDSR
{
RDID|FBrf0099842
|Larsson and Rasmuson-Lestander
|1997
SYN|?{}SamDC<up>c</up>
ASAL|<fbsym>FBal0034916==SamDC<up>c</up></fbsym>
CLOC|31D9
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0019932==SamDC</fbsym>
}

REF
{
REFM|FBrf0058585
|Clegg et al.
|1993
REFM|FBrf0099842
|Larsson and Rasmuson-Lestander
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0034916==SamDC<up>c</up></fbsym>

REFDSR
{
RDID|FBrf0099842
|Larsson and Rasmuson-Lestander
|1997
PHP|Eclosion is delayed by 3 days in homozygous flies, and the adults have
|a Minute-like bristle phenotype.
|<fbsym>FBal0034916==SamDC<up>c</up></fbsym> is lethal in combination with
| <fbsym>FBal0034918==SamDC<up>e</up></fbsym>, if <fbsym>FBal0034918==SamDC<up>e</up></fbsym>
|is maternally inherited.
| <fbsym>FBal0034916==SamDC<up>c</up></fbsym>/<fbsym>FBal0034918==SamDC<up>e</up></fbsym> flies in
| which <fbsym>FBal0034918==SamDC<up>e</up></fbsym>
|is paternally inherited show a 3 day delay in eclosion and the adults
|have a Minute-like bristle phenotype.
|Homozygous, heterozygous,
| <fbsym>FBal0034916==SamDC<up>c</up></fbsym>/<fbsym>FBal0034917==SamDC<up>d</up></fbsym>, <fbsym>FBal0034916==SamDC<up>c</up></fbsym>/<fbsym>FBal0034918==SamDC<up>e</up></fbsym>
|... (see <fbsym>FBal0034916==SamDC<up>c</up></fbsym> report)
PHM|macrochaeta
}

REF
{
REFM|FBrf0099842
|Larsson and Rasmuson-Lestander
|1997
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014618	ICL 1 ?	SYM 1 ?{}sas<up>796</up>	ASTR 1 -	CLOC 1 84C8--D1	REF 1 2	DT 1 6 Jan 2000	RESZ 469
ID|FBti0014618
SYM|?{}sas<up>796</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0002306==sas</fbsym>
ARGS|FBgn0002306

REFDSR
{
RDID|FBrf0055816
|Schonbaum et al.
|1992
SYN|?{}sas<up>796</up>
ASAL|<fbsym>FBal0015137==sas<up>796</up></fbsym>
CLOC|84C8--D1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0002306==sas</fbsym>
PHC|lethal | larval | polyphasic | conditional cs
}

REF
{
REFM|FBrf0055816
|Schonbaum et al.
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0015137==sas<up>796</up></fbsym>

REFDSR
{
RDID|FBrf0055816
|Schonbaum et al.
|1992
PHP|Larval lethality is polyphasic, and occasionally viable, fertile adults
|are seen. The progeny of these adults have a variable phenotype ranging
|from severe <fbsym>FBgn0002306==sas</fbsym> defects, to normal, fertile flies. Abnormal tanned
|spots are found between the 4th and 5th, and 1st and 2nd rows of the
|setal belts in second instar larvae.
PHM|larval cuticle
}

REF
{
REFM|FBrf0055816
|Schonbaum et al.
|1992
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014619	ICL 1 ?	SYM 1 ?{}sas<up>828</up>	ASTR 1 -	CLOC 1 84C8--D1	REF 1 2	DT 1 6 Jan 2000	RESZ 439
ID|FBti0014619
SYM|?{}sas<up>828</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0002306==sas</fbsym>
ARGS|FBgn0002306

REFDSR
{
RDID|FBrf0055816
|Schonbaum et al.
|1992
SYN|?{}sas<up>828</up>
ASAL|<fbsym>FBal0015138==sas<up>828</up></fbsym>
CLOC|84C8--D1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0002306==sas</fbsym>
PHC|lethal | larval
}

REF
{
REFM|FBrf0055816
|Schonbaum et al.
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0015138==sas<up>828</up></fbsym>

REFDSR
{
RDID|FBrf0055816
|Schonbaum et al.
|1992
PHP|Larvae die during the first instar moult or as small second instar
|larvae.
}

REF
{
REFM|FBrf0055816
|Schonbaum et al.
|1992
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014621	ICL 1 ?	SYM 1 ?{}sc<up>1744</up>	ASTR 1 -	CLOC 1 1A8	REF 1 3	DT 1 6 Jan 2000	RESZ 437
ID|FBti0014621
SYM|?{}sc<up>1744</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0004170==sc</fbsym>

REFDSR
{
RDID|FBrf0042024
|Campuzano et al.
|1985
SYN|?{}sc<up>1744</up>
ASAL|<fbsym>FBal0015224==sc<up>1744</up></fbsym>
CLOC|1A8
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004170==sc</fbsym>
}

REF
{
REFM|FBrf0042024
|Campuzano et al.
|1985
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014622	ICL 1 ?	SYM 1 ?{}sc<up>Ac</up>	ASTR 1 -	CLOC 1 1A8	REF 1 3	DT 1 6 Jan 2000	RESZ 431
ID|FBti0014622
SYM|?{}sc<up>Ac</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0004170==sc</fbsym>

REFDSR
{
RDID|FBrf0042024
|Campuzano et al.
|1985
SYN|?{}sc<up>Ac</up>
ASAL|<fbsym>FBal0015226==sc<up>Ac</up></fbsym>
CLOC|1A8
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004170==sc</fbsym>
}

REF
{
REFM|FBrf0042024
|Campuzano et al.
|1985
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014205	ICL 1 ?	SYM 1 ?{}Ser<up>1</up>	ASTR 1 -	CLOC 1 97E6--8	REF 1 2	DT 1 6 Jan 2000	RESZ 397
ID|FBti0014205
SYM|?{}Ser<up>1</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0004197==Ser</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}Ser<up>1</up>
ASAL|<fbsym>FBal0015427==Ser<up>1</up></fbsym>
CLOC|97E6--8
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004197==Ser</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0015427==Ser<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0022273
|Belt
|1971
PHP|<fbsym>FBal0015427==Ser<up>1</up></fbsym> is homozygous viable; initially thought to be homozygous
|lethal, but lethality removable by recombination; the closely linked
|lethal persists in many <fbsym>FBal0015427==Ser<up>1</up></fbsym>-bearing chromosomes. Homozygous
|<fbsym>FBal0015427==Ser<up>1</up></fbsym> produces extreme incision of wing margins
| especially in second
|posterior cell.
}

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
PHP|Wings of <fbsym>FBal0015427==Ser<up>1</up></fbsym>/+ and hemizygous
| <fbsym>FBal0015427==Ser<up>1</up></fbsym> notched at tip; deepest
|notch at second posterior cell. In triploids, one dose of <fbsym>FBal0015427==Ser<up>1</up></fbsym>
|overlaps wild type. As with other <fbsym>FBgn0004197==Ser</fbsym> alleles expression suppressed
|by <fbsym>FBgn0001169==H</fbsym> and <fbsym>FBgn0004647==N</fbsym>. Dominant wing phenotype; homozygous viable.
PHM|wing
}

REFDSR
{
RDID|FBrf0105825
|Fostier et al.
|1998
PHP|Wing margin phenotype not affected by <fbsym>FBal0039064==Su(dx)<up>sp</up></fbsym>.
}

REF
{
REFM|FBrf0022273
|Belt
|1971
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105825
|Fostier et al.
|1998
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014210	ICL 1 ?	SYM 1 ?{}Sh<up>16</up>	ASTR 1 -	CLOC 1 16F3--5	REF 1 2	DT 1 6 Jan 2000	RESZ 412
ID|FBti0014210
SYM|?{}Sh<up>16</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003380==Sh</fbsym>

REFDSR
{
RDID|FBrf0052684
|Gautam and Tanouye
|1990
SYN|?{}Sh<up>16</up>
ASAL|<fbsym>FBal0015556==Sh<up>16</up></fbsym>
MU|spontaneous
CLOC|16F3--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003380==Sh</fbsym>
}

REF
{
REFM|FBrf0052684
|Gautam and Tanouye
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0015556==Sh<up>16</up></fbsym>

REFDSR
{
RDID|FBrf0038065
|Ganetzky and Wu
|1982
PHP|Ether-dependent leg shaking and wing scissoring. Chloroform, ethyl
|acetate and carbon dioxide etherization does not elicit shaking behavior,
|though nitrogen and triethylkamine etherization does. Unetherized,
|older flies show uncoordinated walking behavior, and stand quivering
|on the bottom of the culture bottle.
}

REFDSR
{
RDID|FBrf0049615
|Gisselmann et al.
|1989
PHP|A-type current is completely absent.
}

REFDSR
{
RDID|FBrf0052397
|Haugland and Wu
|1990
PHP|I<down>A</down> is completely eliminated in homozygous third larval instar muscles.
}

REFDSR
{
RDID|FBrf0080515
|Zhao et al.
|1995
PHP|"Giant" neurons derived from flies carrying
| <fbsym>FBal0061621==Sh<up>29-4.hs</up></fbsym> in a <fbsym>FBal0015556==Sh<up>16</up></fbsym>
|background show a heat shock inducible A-type K<up>+</up> current. This current
|shows slow recovery from inactivation compared to wild-type.
}

REFDSR
{
RDID|FBrf0084181
|Megumi et al.
|1995
PHP|More sensitive than the wild-type to the knock-down effect of acute
|&ggr;-irradiation.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|abnormal leg shaking under ether anesthesia; abnormal A-type
|potassium currents in larval muscle and/or pupal flight muscle;
|abnormal action potentials in the adult cervical giant fiber; abnormal
|synaptic transmission at the larval neuromuscular junction and multiple
|firing of larval motoneurons.
}

REF
{
REFM|FBrf0038065
|Ganetzky and Wu
|1982
REFM|FBrf0049615
|Gisselmann et al.
|1989
REFM|FBrf0052397
|Haugland and Wu
|1990
REFM|FBrf0080515
|Zhao et al.
|1995
REFM|FBrf0084181
|Megumi et al.
|1995
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014637	ICL 1 ?	SYM 1 ?{}sn<up>5S</up>	ASTR 1 -	CLOC 1 7D1--2	REF 1 3	DT 1 6 Jan 2000	RESZ 514
ID|FBti0014637
SYM|?{}sn<up>5S</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003447==sn</fbsym>

REFDSR
{
RDID|FBrf0048245
|Roiha et al.
|1988
PHC|female sterile
}

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}sn<up>5S</up>
ASAL|<fbsym>FBal0015777==sn<up>5S</up></fbsym>
MU|spontaneous
CLOC|7D1--2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003447==sn</fbsym>
}

REF
{
REFM|FBrf0048245
|Roiha et al.
|1988
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0015777==sn<up>5S</up></fbsym>

REFDSR
{
RDID|FBrf0048245
|Roiha et al.
|1988
PHP|Extreme bristle phenotype, female sterile.
PHM|macrochaeta
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|class 1 - female sterile with gnarled macrochaetae and kinky microchaetae
}

REF
{
REFM|FBrf0048245
|Roiha et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014636	ICL 1 ?	SYM 1 ?{}sn<up>36a</up>	ASTR 1 -	CLOC 1 7D1--2	REF 1 4	DT 1 6 Jan 2000	RESZ 617
ID|FBti0014636
SYM|?{}sn<up>36a</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003447==sn</fbsym>

REFDSR
{
RDID|FBrf0048245
|Roiha et al.
|1988
PHC|female sterile
}

REFDSR
{
RDID|FBrf0054119
|Paterson and O'Hare
|1991
SYN|?{}sn<up>36a</up>
ASAL|<fbsym>FBal0015801==sn<up>36a</up></fbsym>
MU|spontaneous
CLOC|7D1--2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003447==sn</fbsym>
}

REFDSR
{
RDID|FBrf0072754
|Cant et al.
|1994
PHC|sterile
}

REF
{
REFM|FBrf0048245
|Roiha et al.
|1988
REFM|FBrf0054119
|Paterson and O'Hare
|1991
REFM|FBrf0072754
|Cant et al.
|1994
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0015801==sn<up>36a</up></fbsym>

REFDSR
{
RDID|FBrf0048245
|Roiha et al.
|1988
PHP|Extreme bristle phenotype, female sterile.
PHM|macrochaeta
}

REFDSR
{
RDID|FBrf0072754
|Cant et al.
|1994
PHP|Bristles are gnarled due to disrupted actin filament bundles.
|Nurse cell cytoplasmic actin filaments are absent.
PHM|macrochaeta
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Macrochaetae gnarled in a fairly extreme manner.
|Microchaetae wild type. <fbsym>FBal0015801==sn<up>36a</up></fbsym> is only allele to
|cause pronounced reduction in replication of oocyte
|nurse cell DNA (King and Burnett, 1957). Also causes more extreme retardation
|of vitellogenesis than other female-sterile sn alleles
|(Bender, 1960). <fbsym>FBal0015801==sn<up>36a</up></fbsym> <fbsym>FBal0015774==sn<up>4</up></fbsym>
| homozygote has nearly normal
|bristles and is sterile.
|... (see <fbsym>FBal0015801==sn<up>36a</up></fbsym> report)
}

REF
{
REFM|FBrf0048245
|Roiha et al.
|1988
REFM|FBrf0072754
|Cant et al.
|1994
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015161	ICL 1 ?	SYM 1 ?{}stg<up>hwy</up>	ASTR 1 -	CLOC 1 99A5	REF 1 2	DT 1 6 Jan 2000	RESZ 416
ID|FBti0015161
SYM|?{}stg<up>hwy</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003525==stg</fbsym>

REFDSR
{
RDID|FBrf0111437
|Mozer and Easwarachandran
|1999
SYN|?{}stg<up>hwy</up>
ASAL|<fbsym>FBal0086318==stg<up>hwy</up></fbsym>
CLOC|99A5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003525==stg</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0111437
|Mozer and Easwarachandran
|1999
}

ALESR
{
ASYM|<fbsym>FBal0086318==stg<up>hwy</up></fbsym>

REFDSR
{
RDID|FBrf0101687
|Stocker and Hafen
|1998
PHP|Homozygotes have bristle and eye defects.  Eye discs contain ectopic
|photoreceptors that are predominantly of the R2/R5 type.
PHM|photoreceptor cell | ectopic
|photoreceptor cell R2 | ectopic
|photoreceptor cell R5 | ectopic
|eye
|macrochaeta
|eye disc
}

REFDSR
{
RDID|FBrf0111437
|Mozer and Easwarachandran
|1999
PHP|Eye of adults are slightly rough and slightly smaller than those of
|wild type. The macrochaetae of the notum are missing. Ommatidia have
|one or more extra photoreceptor cells which may be of any of the inner
|or outer photoreceptor cell types. This phenotype is seen when heterozygous
|with <fbsym>FBal0099818==stg<up>Dr-mr21</up></fbsym>, <fbsym>FBal0099821==stg<up>Dr-FA30</up></fbsym>,
| <fbsym>FBal0035718==stg<up>AR2</up></fbsym> or <fbsym>FBal0035719==stg<up>RXT13</up></fbsym> or
|<fbsym>FBab0024883==Df(3R)Ptp99A<up>R3</up></fbsym>.
|When <fbsym>FBal0086318==stg<up>hwy</up></fbsym> is heterozygous with
| <fbsym>FBal0016176==stg<up>4</up></fbsym> or <fbsym>FBal0016174==stg<up>2</up></fbsym> there
|... (see <fbsym>FBal0086318==stg<up>hwy</up></fbsym> report)
PHM|eye
|macrochaeta
|ommatidium
|photoreceptor cell
|eye disc
}

REF
{
REFM|FBrf0101687
|Stocker and Hafen
|1998
REFM|FBrf0111437
|Mozer and Easwarachandran
|1999
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014695	ICL 1 ?	SYM 1 ?{}su(f)<up>25</up>	ASTR 1 -	CLOC 1 20E	REF 1 2	DT 1 6 Jan 2000	RESZ 421
ID|FBti0014695
SYM|?{}su(f)<up>25</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003559==su(f)</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}su(f)<up>25</up>
ASAL|<fbsym>FBal0016289==su(f)<up>25</up></fbsym>
MU|spontaneous
CLOC|20E
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003559==su(f)</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014692	ICL 1 ?	SYM 1 ?{}su(Hw)<up>2</up>	ASTR 1 -	CLOC 1 88B3	REF 1 3	DT 1 6 Jan 2000	RESZ 519
ID|FBti0014692
SYM|?{}su(Hw)<up>2</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003567==su(Hw)</fbsym>

REFDSR
{
RDID|FBrf0058581
|Dorsett
|1993
PHC|female sterile
}

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|?{}su(Hw)<up>2</up>
ASAL|<fbsym>FBal0016319==su(Hw)<up>2</up></fbsym>
MU|spontaneous
CLOC|88B3
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003567==su(Hw)</fbsym>
}

REF
{
REFM|FBrf0058581
|Dorsett
|1993
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0016319==su(Hw)<up>2</up></fbsym>

REFDSR
{
RDID|FBrf0043905
|Campuzano et al.
|1986
PHP|<fbsym>FBal0016319==su(Hw)<up>2</up></fbsym>/<fbsym>FBal0016324==su(Hw)<up>7</up></fbsym>
| heterozygotes almost completely suppress the "Hw"
|phenotype <fbsym>FBal0000170==ac<up>Hw-1+R5</up></fbsym>, extra macrochaetae are seen on
| the pleura and
|postnotum. This was accompanied by a 2--3 fold reduction of ac RNA,
|sc RNA levels were unchanged. A positive correlation can be seen between
|increased levels of ac transcripts and the appearance of the "Hw" phenotype.
}

REFDSR
{
RDID|FBrf0048095
|Parkhurst et al.
|1988
PHP|Low viability.
}

REFDSR
{
RDID|FBrf0053795
|Sanchez-Herrero
|1991
PHP|Phenotype of <fbsym>FBal0000090==abd-A<up>iab2-K</up></fbsym> is suppressed.
}

REFDSR
{
RDID|FBrf0057275
|Zerges et al.
|1992
PHP|Suppresses oblique truncated wing of <fbsym>FBal0014357==r<up>sP1</up></fbsym> and <fbsym>FBal0014358==r<up>sP2</up></fbsym>.
}

REFDSR
{
RDID|FBrf0082023
|Georgiev and Corces
|1995
PHP|<fbsym>FBal0016319==su(Hw)<up>2</up></fbsym> cancels the effect of
| <fbsym>FBal0032166==mod(mdg4)<up>ul</up></fbsym> on trans repression
|of <fbsym>FBgn0004034==y</fbsym> gene expression.
}

REF
{
REFM|FBrf0043905
|Campuzano et al.
|1986
REFM|FBrf0048095
|Parkhurst et al.
|1988
REFM|FBrf0053795
|Sanchez-Herrero
|1991
REFM|FBrf0057275
|Zerges et al.
|1992
REFM|FBrf0082023
|Georgiev and Corces
|1995
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014087	ICL 1 ?	SYM 1 ?{}Su(z)2<up>Arp1.mod</up>	ASTR 1 -	CLOC 1 49E7	REF 1 2	DT 1 6 Jan 2000	RESZ 426
ID|FBti0014087
SYM|?{}Su(z)2<up>Arp1.mod</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0008654==Su(z)2</fbsym>

REFDSR
{
RDID|FBrf0051927
|Brunk and Adler
|1990
SYN|?{}Su(z)2<up>Arp1.mod</up>
ASAL|<fbsym>FBal0029000==Su(z)2<up>Arp1.mod</up></fbsym>
CLOC|49E7
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0008654==Su(z)2</fbsym>
}

REF
{
REFM|FBrf0051927
|Brunk and Adler
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0029000==Su(z)2<up>Arp1.mod</up></fbsym>

REFDSR
{
RDID|FBrf0051927
|Brunk and Adler
|1990
PHP|Dominant <fbsym>FBal0034079==Su(z)2<up>Arp1</up></fbsym> phenotype unmodified, despite molecular
|modification of P element in <fbsym>FBal0034079==Su(z)2<up>Arp1</up></fbsym>.
}

REF
{
REFM|FBrf0051927
|Brunk and Adler
|1990
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014086	ICL 1 ?	SYM 1 ?{}Su(z)2<up>DI41</up>	ASTR 1 -	CLOC 1 49E7	REF 1 2	DT 1 6 Jan 2000	RESZ 414
ID|FBti0014086
SYM|?{}Su(z)2<up>DI41</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0008654==Su(z)2</fbsym>

REFDSR
{
RDID|FBrf0051927
|Brunk and Adler
|1990
SYN|?{}Su(z)2<up>DI41</up>
ASAL|<fbsym>FBal0028998==Su(z)2<up>DI41</up></fbsym>
CLOC|49E7
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0008654==Su(z)2</fbsym>
}

REF
{
REFM|FBrf0051927
|Brunk and Adler
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0023617	ICL 1 ?	SYM 1 ?{}SuUR<up>ES</up>	ASTR 1 -	CLOC 1 68A4	REF 1 2	DT 1 18 Jul 2002	RESZ 398
ID|FBti0023617
SYM|?{}SuUR<up>ES</up>
DT|18 Jul 2002
|18 Jul 2002
ICL|?
ASGN|<fbsym>FBgn0025355==SuUR</fbsym>

REFDSR
{
RDID|FBrf0147054
|Makunin et al.
|2002
SYN|?{}SuUR<up>ES</up>
ASAL|<fbsym>FBal0091620==SuUR<up>ES</up></fbsym>
CLOC|68A4
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0025355==SuUR</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0147054
|Makunin et al.
|2002
}

ALESR
{
ASYM|<fbsym>FBal0091620==SuUR<up>ES</up></fbsym>

REFDSR
{
RDID|FBrf0102893
|Belyaeva et al.
|1998
PHP|The weak points found in wild-type larval polytene chromosomes are
|missing in all intercalary heterochromatin (IH) regions in homozygous
|larvae. The frequency of ectopic pairing between IH regions and between
|telomeres and pericentric heterochromatin (PH) is greatly decreased.
|Clear bands are seen in regions that form net-like &bgr;-heterochromatin
|in the basements of chromosome arms adjoining the chromocenters in
|wild-type animals. Additional material appears to be present in PH,
|... (see <fbsym>FBal0091620==SuUR<up>ES</up></fbsym> report)
PHM|weak point
|heterochromatin
|beta-heterochromatin
|alpha-heterochromatin
|intercalary heterochromatin
}

REFDSR
{
RDID|FBrf0104733
|Belyaeva et al.
|1998
PHP|<fbsym>FBal0091620==SuUR<up>ES</up></fbsym> flies lack the "weak" points in the
| intercalary heterochromatin
|of the salivary gland chromosomes, lack ectopic contacts between chromosome
|regions and have additional intercalary heterochromatin in the centromeric
|regions. The intercalary heterochromatin region in 39E does not show
|DNA underreplication. The phenotype is semidominant.
PHM|weak point
|intercalary heterochromatin
}

REFDSR
{
RDID|FBrf0144771
|Semeshin et al.
|2001
PHP|In <fbsym>FBal0091620==SuUR<up>ES</up></fbsym> mutants new bands appear in the 20BF
| region in polytene
|chromosome squashes. The banding pattern at the base of the chromosome
|2 arms is more clear-cut in <fbsym>FBal0091620==SuUR<up>ES</up></fbsym> mutants. A new
| well structured
|block of chromosome material named "Plato Atlantis", containing a total
|of 25 bands, is formed in the 80C3-81F1-2 interval in
| <fbsym>FBal0091620==SuUR<up>ES</up></fbsym> mutant
|polytene chromosome squashes. The 101E region of chromosome 4 has
|no banding pattern and has the appearance of &agr;-heterochromatin in
|... (see <fbsym>FBal0091620==SuUR<up>ES</up></fbsym> report)
PHM|band
|polytene chromosome
|intercalary heterochromatin
|heterochromatin
}

REFDSR
{
RDID|FBrf0150705
|Volkova and Zhimulev
|2001
PHP|Homozygotes do not show changes in developmental time.
}

REFDSR
{
RDID|FBrf0151235
|Moshkin et al.
|2002
PHP|A number of heterochromatic regions of polytene chromosomes show a
|reproducible banded structure in <fbsym>FBal0091620==SuUR<up>ES</up></fbsym> mutants. The frequency
|of ectopic contacts between pericentric regions decreases in polytene
|chromosomes of <fbsym>FBal0091620==SuUR<up>ES</up></fbsym> mutants.
PHM|heterochromatin
}

REFDSR
{
RDID|FBrf0158793
|Zhimulev et al.
|2003
PHP|The pattern of completion of replication in the polytene chromosomes
|of <fbsym>FBal0091620==SuUR<up>ES</up></fbsym> third instar larvae differs from that of
| Oregon R third
|instar larvae. The <fbsym>FBal0091620==SuUR<up>ES</up></fbsym> larvae have a much lower
| number of late-replicating
|regions than Oregon R larvae. The sets of late-replicating sites in
|<fbsym>FBal0091620==SuUR<up>ES</up></fbsym> and Oregon R are very similar on the whole.
| However, in
|many cases, regions that show typical late replication in Oregon R
|are not labelled in <fbsym>FBal0091620==SuUR<up>ES</up></fbsym> animals. These regions
| include 21D,
|... (see <fbsym>FBal0091620==SuUR<up>ES</up></fbsym> report)
PHM|polytene chromosome
}

REFDSR
{
RDID|FBrf0167627
|Belyaeva et al.
|2003
PHP|Homozygotes show a reduced frequency of heterochromatization in the
|distal parts of the X chromosome of the
| <fbsym>FBab0006121==T(1;2)dor<up>var7</up></fbsym> rearrangement
|compared to animals which are wild-type for <fbsym>FBgn0025355==SuUR</fbsym>.
|Homozygotes show a reduced frequency of heterochromatization in the
|distal parts of the X chromosome of the <fbsym>FBab0003093==Dp(1;1)pn2</fbsym> rearrangement
|compared to animals which are wild-type for <fbsym>FBgn0025355==SuUR</fbsym>.
|XO <fbsym>FBal0091620==SuUR<up>ES</up></fbsym>/+ males show a reduced frequency of heterochromatization
|... (see <fbsym>FBal0091620==SuUR<up>ES</up></fbsym> report)
}

REF
{
REFM|FBrf0102893
|Belyaeva et al.
|1998
REFM|FBrf0104733
|Belyaeva et al.
|1998
REFM|FBrf0144771
|Semeshin et al.
|2001
REFM|FBrf0150705
|Volkova and Zhimulev
|2001
REFM|FBrf0151235
|Moshkin et al.
|2002
REFM|FBrf0158793
|Zhimulev et al.
|2003
REFM|FBrf0167627
|Belyaeva et al.
|2003
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015006	ICL 1 ?	SYM 1 ?{}svr<up>73L12</up>	ASTR 1 -	CLOC 1 1B5--7	REF 1 2	DT 1 6 Jan 2000	RESZ 400
ID|FBti0015006
SYM|?{}svr<up>73L12</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0004648==svr</fbsym>

REFDSR
{
RDID|FBrf0084356
|Settle et al.
|1995
SYN|?{}svr<up>73L12</up>
ASAL|<fbsym>FBal0050589==svr<up>73L12</up></fbsym>
CLOC|1B5--7
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004648==svr</fbsym>
}

REF
{
REFM|FBrf0084356
|Settle et al.
|1995
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014231	ICL 1 ?	SYM 1 ?{}Sxl<up>f2</up>	ASTR 1 -	CLOC 1 6F3--5	REF 1 3	DT 1 6 Jan 2000	RESZ 506
ID|FBti0014231
SYM|?{}Sxl<up>f2</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003659==Sxl</fbsym>

REFDSR
{
RDID|FBrf0042036
|Maine et al.
|1985
SYN|?{}Sxl<up>f2</up>
ASAL|<fbsym>FBal0016681==Sxl<up>f2</up></fbsym>
CLOC|6F3--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003659==Sxl</fbsym>
}

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
PHC|sterile | female
}

REF
{
REFM|FBrf0042036
|Maine et al.
|1985
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0016681==Sxl<up>f2</up></fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
PHP|Homozygous females are either inviable or very poorly viable,
|depending on genetic background. Escapers are invariably sterile but
|otherwise display no obvious sexual abnormalities. Homozygotes
|defective in dosage compensation as indicated by hyperincorporation of
|uridine by their polytene chromosomes. Allele fails to support
|oogenesis in germ-line clones induced by mitotic recombination.
}

REFDSR
{
RDID|FBrf0072617
|Bernstein and Cline
|1994
PHP|Sexual differentiation of external adult tissues in heteroallelic escaper
|females carrying <fbsym>FBal0016701==Sxl<up>fPRJ2</up></fbsym> or
| <fbsym>FBal0016689==Sxl<up>fLS</up></fbsym> is normal. Sexual differentiation
|of homozygous escaper females is also normal, as is the differentiation
|of clones of homozygous <fbsym>FBal0016681==Sxl<up>f2</up></fbsym> tissue in a
| heterozygous background.
|Nonetheless escaper females have rudimentary gonads that are covered
|with testes sheath tissue.
| <fbsym>FBal0016701==Sxl<up>fPRJ2</up></fbsym>/<fbsym>FBal0016680==Sxl<up>f1</up></fbsym> shows wild type
|dosage compensation in <fbsym>FBal0014870==run<up>25</up></fbsym> phenotype assay.
}

REFDSR
{
RDID|FBrf0075013
|Hilfiker et al.
|1994
PHP|Some escaper adult females.
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0072617
|Bernstein and Cline
|1994
REFM|FBrf0075013
|Hilfiker et al.
|1994
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014987	ICL 1 ?	SYM 1 ?{}Sxl<up>fb</up>	ASTR 1 -	CLOC 1 6F3--5	REF 1 2	DT 1 6 Jan 2000	RESZ 441
ID|FBti0014987
SYM|?{}Sxl<up>fb</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003659==Sxl</fbsym>

REFDSR
{
RDID|FBrf0054147
|Granadino et al.
|1991
SYN|?{}Sxl<up>fb</up>
ASAL|<fbsym>FBal0049190==Sxl<up>fb</up></fbsym>
CLOC|6F3--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003659==Sxl</fbsym>
PHC|lethal | recessive | female | partially
}

REF
{
REFM|FBrf0054147
|Granadino et al.
|1991
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0049190==Sxl<up>fb</up></fbsym>

REFDSR
{
RDID|FBrf0054147
|Granadino et al.
|1991
PHP|Fully complements <fbsym>FBal0016689==Sxl<up>fLS</up></fbsym>. Homozygous females show a
| high degree
|of lethality; 70% die as embryos, 28% die as larvae. Those that survive
|are normal females. Homozygous clones also develop female structures.
|Homozygous germ cell clones give rise to functional eggs. <fbsym>FBal0016685==Sxl<up>f7,M1</up></fbsym>/<fbsym>FBal0049190==Sxl<up>fb</up></fbsym>
|flies lack gonads and occasionally have a male spot on the fifth and
|sixth tergites. Viability is greatly reduced in heterozygous combination
|with <fbsym>FBab0000599==Df(1)N71</fbsym> or <fbsym>FBab0000974==Df(1)svr</fbsym>.
}

REF
{
REFM|FBrf0054147
|Granadino et al.
|1991
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014236	ICL 1 ?	SYM 1 ?{}Sxl<up>fc</up>	ASTR 1 -	CLOC 1 6F3--5	REF 1 2	DT 1 6 Jan 2000	RESZ 441
ID|FBti0014236
SYM|?{}Sxl<up>fc</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003659==Sxl</fbsym>

REFDSR
{
RDID|FBrf0054147
|Granadino et al.
|1991
SYN|?{}Sxl<up>fc</up>
ASAL|<fbsym>FBal0030317==Sxl<up>fc</up></fbsym>
CLOC|6F3--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003659==Sxl</fbsym>
PHC|lethal | recessive | female | partially
}

REF
{
REFM|FBrf0054147
|Granadino et al.
|1991
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0030317==Sxl<up>fc</up></fbsym>

REFDSR
{
RDID|FBrf0054147
|Granadino et al.
|1991
PHP|Fully complements <fbsym>FBal0016689==Sxl<up>fLS</up></fbsym>. Homozygous females show a
| high degree
|of lethality; 70% die as embryos, 28% die as larvae. Those that survive
|are normal females. Homozygous clones also develop female structures.
|Homozygous germ cell clones give rise to functional eggs. <fbsym>FBal0016685==Sxl<up>f7,M1</up></fbsym>/<fbsym>FBal0030317==Sxl<up>fc</up></fbsym>
|flies lack gonads and occasionally have a male spot on the fifth and
|sixth tergites. Viability is greatly reduced in heterozygous combination
|with <fbsym>FBab0000599==Df(1)N71</fbsym> or <fbsym>FBab0000974==Df(1)svr</fbsym>.
}

REFDSR
{
RDID|FBrf0058121
|Granadino et al.
|1993
PHP|<fbsym>FBal0016685==Sxl<up>f7,M1</up></fbsym>/<fbsym>FBal0030317==Sxl<up>fc</up></fbsym> females do
| not develop ovaries, though germ
|cells of this genotype transplanted into wild-type hosts produce functional
|oocytes, suggesting that it is in the somatic cells of this genotype
|that the ovaries are affected.
PHM|ovary
}

REF
{
REFM|FBrf0054147
|Granadino et al.
|1991
REFM|FBrf0058121
|Granadino et al.
|1993
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014237	ICL 1 ?	SYM 1 ?{}Sxl<up>fhv1</up>	ASTR 1 -	CLOC 1 6F3--5	REF 1 3	DT 1 6 Jan 2000	RESZ 540
ID|FBti0014237
SYM|?{}Sxl<up>fhv1</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003659==Sxl</fbsym>

REFDSR
{
RDID|FBrf0042036
|Maine et al.
|1985
SYN|?{}Sxl<up>fhv1</up>
ASAL|<fbsym>FBal0016688==Sxl<up>fhv1</up></fbsym>
MU|spontaneous
CLOC|6F3--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003659==Sxl</fbsym>
}

REFDSR
{
RDID|FBrf0094158
|Bhadra et al.
|1997
PHC|(with Sxl<up>f1</up>) lethal | female
}

REF
{
REFM|FBrf0042036
|Maine et al.
|1985
REFM|FBrf0094158
|Bhadra et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0016688==Sxl<up>fhv1</up></fbsym>

REFDSR
{
RDID|FBrf0057886
|Gorman et al.
|1993
PHP|Viability of <fbsym>FBal0016680==Sxl<up>f1</up></fbsym>/<fbsym>FBal0016688==Sxl<up>fhv1</up></fbsym>
| females reduced compared to wild type,
|but some individuals survive into larvae and a few survive to adult
|hood. The larvae are mosaic for Sxl function: Sxl protein is bound
|to X chromosomes in approximately half of the cells in the salivary
|glands, mle protein is bound to X chromosomes in those cells where
|Sxl is not. <fbsym>FBal0016680==Sxl<up>f1</up></fbsym>/<fbsym>FBal0016688==Sxl<up>fhv1</up></fbsym>
| females that are also homozygous for
|mutants at msl-1, msl-2 or msl-3 develop as intersexes of the mosaic
|... (see <fbsym>FBal0016688==Sxl<up>fhv1</up></fbsym> report)
}

REFDSR
{
RDID|FBrf0068422
|Bone et al.
|1994
PHP|Heterozygous <fbsym>FBal0016680==Sxl<up>f1</up></fbsym>/<fbsym>FBal0016688==Sxl<up>fhv1</up></fbsym>
| female larvae are mosaics of male
|and female cells.
}

REFDSR
{
RDID|FBrf0076498
|Palmer et al.
|1994
PHP|50% females heteroallelic for <fbsym>FBal0016680==Sxl<up>f1</up></fbsym> and
| <fbsym>FBal0016688==Sxl<up>fhv1</up></fbsym> survive to
|the third instar larval stage and are mosaic for <fbsym>FBgn0003659==Sxl</fbsym> expression.
}

REFDSR
{
RDID|FBrf0099764
|Lyman et al.
|1997
PHP|Females of the genotype
| <fbsym>FBal0016680==Sxl<up>f1</up></fbsym>/<fbsym>FBal0016688==Sxl<up>fhv1</up></fbsym> fail to
| activate the
|<fbsym>FBgn0003659==Sxl</fbsym> locus in a subset of their cells and thus are mosaic for cells
|that follow either the male of female pathway for dosage compensation.
|In XX cells that have adopted the male fate <fbsym>FBgn0005616==msl-2</fbsym> interacts in a
|full male-like pattern. Mosaics lacking <fbsym>FBgn0002774==mle</fbsym> or <fbsym>FBgn0002775==msl-3</fbsym> show partial
|immunostaining patterns for <fbsym>FBgn0005616==msl-2</fbsym>. <fbsym>FBgn0005617==msl-1</fbsym> and <fbsym>FBgn0005616==msl-2</fbsym> precisely
|colocalize at the <fbsym>FBgn0002775==msl-3</fbsym> and <fbsym>FBgn0002774==mle</fbsym> independent sites. <fbsym>FBgn0005616==msl-2</fbsym> localization
|... (see <fbsym>FBal0016688==Sxl<up>fhv1</up></fbsym> report)
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|A subliminal allele, viable and fertile as homozygous
|females, but with greatly reduced viability in trans
|to nulls. Polytene chromosomes of <fbsym>FBal0016688==Sxl<up>fhv1</up></fbsym>/<fbsym>FBal0016680==Sxl<up>f1</up></fbsym>
|larvae that survive to third instar hyperincorporate
|uridine, revealing female dosage compensation upsets.
|Mutation of mle appears to partially masculinize this
|heteroallelic combination and may slightly increase
|... (see <fbsym>FBal0016688==Sxl<up>fhv1</up></fbsym> report)
}

REFDSR
{
RDID|FBrf0128400
|Bhadra et al.
|2000
PHP|A few percent of the
| <fbsym>FBal0016680==Sxl<up>f1</up></fbsym>/<fbsym>FBal0016688==Sxl<up>fhv1</up></fbsym> female
| progeny survive to
|the third larval instar stage.
}

REFDSR
{
RDID|FBrf0151234
|Alekseyenko et al.
|2002
PHP|The salivary gland cells of
| <fbsym>FBal0016680==Sxl<up>f1</up></fbsym>/<fbsym>FBal0016688==Sxl<up>fhv1</up></fbsym> females show somatic
|mosaicism; some cells are of "male" type (<fbsym>FBgn0003659==Sxl</fbsym> is not expressed),
|while others are of "female" type (<fbsym>FBgn0003659==Sxl</fbsym> is expressed). The frequency
|of weak spots in the intercalary heterochromatin regions of the X chromosomes
|is much lower in the "male" cells compared to in the "female" cells
|and bands of intercalary heterochromatin in the X chromosome look solid,
|dense and non-broken in the "male" cells, as occurs in normal males.
PHM|(with Sxl<up>f1</up>) intercalary heterochromatin & polytene chromosome | female
}

REF
{
REFM|FBrf0057886
|Gorman et al.
|1993
REFM|FBrf0068422
|Bone et al.
|1994
REFM|FBrf0076498
|Palmer et al.
|1994
REFM|FBrf0099764
|Lyman et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0128400
|Bhadra et al.
|2000
REFM|FBrf0151234
|Alekseyenko et al.
|2002
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0025481	ICL 1 ?	SYM 1 ?{}Sxl<up>Mf1</up>b	ASTR 1 -	CLOC 1 6F3--5	REF 1 2	DT 1 7 Jul 2003	RESZ 592
ID|FBti0025481
SYM|?{}Sxl<up>Mf1</up>b
SYN|?{}Doc{}Sxl<up>Mf1</up>
DT|7 Jul 2003
|7 Jul 2003
ICL|?
ID2|FBti0015698
ASGN|<fbsym>FBgn0003659==Sxl</fbsym>

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
CC|One of two insertions associated with this allele; see <fbsym>FBti0025480==Doc{}Sxl<up>Mf1</up>a</fbsym>.
}

REFDSR
{
RDID|FBrf0122991
|Cline et al.
|1999
SYN|?{}Sxl<up>Mf1</up>b
ASAL|<fbsym>FBal0103943==Sxl<up>Mf1</up></fbsym>
CLOC|6F3--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003659==Sxl</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0122991
|Cline et al.
|1999
}

ALESR
{
ASYM|<fbsym>FBal0103943==Sxl<up>Mf1</up></fbsym>

REFDSR
{
RDID|FBrf0122991
|Cline et al.
|1999
PHP|Most <fbsym>FBal0103943==Sxl<up>Mf1</up></fbsym>/Y males lack part or all of their terminalia.
|<fbsym>FBal0103943==Sxl<up>Mf1</up></fbsym>/<fbsym>FBal0042765==Sxl<up>unspecified</up></fbsym>
| females have low viability and
|fertility.
PHM|terminalia
}

REF
{
REFM|FBrf0122991
|Cline et al.
|1999
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0017441	ICL 1 ?	SYM 1 ?{}tra2<up>OTF</up>	ASTR 1 -	CLOC 1 51B6	REF 1 2	DT 1 4 Jun 2001	RESZ 429
ID|FBti0017441
SYM|?{}tra2<up>OTF</up>
DT|4 Jun 2001
|4 Jun 2001
ICL|?
ASGN|<fbsym>FBgn0003742==tra2</fbsym>
ARGS|FBgn0003742

REFDSR
{
RDID|FBrf0047627
|Amrein et al.
|1988
SYN|?{}tra2<up>OTF</up>
ASAL|<fbsym>FBal0017023==tra2<up>OTF</up></fbsym>
MU|spontaneous
CLOC|51B6
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003742==tra2</fbsym>
}

REF
{
REFM|FBrf0047627
|Amrein et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0017023==tra2<up>OTF</up></fbsym>

REFDSR
{
RDID|FBrf0037844
|Schupbach
|1982
PHP|Homozygous XX flies are intersex.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Ovaries rudimentary (Fujihara, Kawabe and Oishi, 1978).
}

REF
{
REFM|FBrf0037844
|Schupbach
|1982
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014249	ICL 1 ?	SYM 1 ?{}Ubx<up>bxd-SR</up>	ASTR 1 -	CLOC 1 89D6--9	REF 1 2	DT 1 6 Jan 2000	RESZ 404
ID|FBti0014249
SYM|?{}Ubx<up>bxd-SR</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003944==Ubx</fbsym>

REFDSR
{
RDID|FBrf0040194
|Bender et al.
|1983
SYN|?{}Ubx<up>bxd-SR</up>
ASAL|<fbsym>FBal0017560==Ubx<up>bxd-SR</up></fbsym>
CLOC|89D6--9
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003944==Ubx</fbsym>
}

REF
{
REFM|FBrf0040194
|Bender et al.
|1983
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0012725	ICL 1 ?	SYM 1 ?{}UJB6	ASTR 1 -	CLOC 1 55A1	REF 1 2	DT 1 30 Jun 1999	RESZ 526
ID|FBti0012725
SYM|?{}UJB6
SYN|?{}thr<up>4</up>
DT|30 Jun 1999
|25 Jun 1999
ICL|?
ASGN|<fbsym>FBgn0022742==anon-UJB6</fbsym>
ARGS|FBgn0003701

REFDSR
{
RDID|FBrf0065368
|D'Andrea et al.
|1993
CLOC|55A1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0022742==anon-UJB6</fbsym>
CC|Second insertion on <fbsym>FBal0016789==thr<up>4</up></fbsym> chromosome; see
| <fbsym>FBti0012877==P{}thr<up>4</up></fbsym>.  Identity of insertion unknown.
}

REF
{
REFM|FBrf0065368
|D'Andrea et al.
|1993
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0015007	ICL 1 ?	SYM 1 ?{}v<up>Amh</up>	ASTR 1 -	CLOC 1 9F11	REF 1 2	DT 1 6 Jan 2000	RESZ 382
ID|FBti0015007
SYM|?{}v<up>Amh</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003965==v</fbsym>

REFDSR
{
RDID|FBrf0056245
|Nivard et al.
|1992
SYN|?{}v<up>Amh</up>
ASAL|<fbsym>FBal0050730==v<up>Amh</up></fbsym>
CLOC|9F11
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003965==v</fbsym>
}

REF
{
REFM|FBrf0056245
|Nivard et al.
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014741	ICL 1 ?	SYM 1 ?{}vg<up>12</up>	ASTR 1 -	CLOC 1 49E1	REF 1 5	DT 1 6 Jan 2000	RESZ 673
ID|FBti0014741
SYM|?{}vg<up>12</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003975==vg</fbsym>

REFDSR
{
RDID|FBrf0047923
|Williams and Bell
|1988
PHC|lethal | recessive
}

REFDSR
{
RDID|FBrf0052606
|Williams et al.
|1990
SYN|?{}vg<up>12</up>
ASAL|<fbsym>FBal0017871==vg<up>12</up></fbsym>
MU|&ggr; ray
CLOC|49E1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003975==vg</fbsym>
}

REFDSR
{
RDID|FBrf0064705
|Silber et al.
|1993
PHC|lethal | recessive
}

REF
{
REFM|FBrf0047923
|Williams and Bell
|1988
REFM|FBrf0052606
|Williams et al.
|1990
REFM|FBrf0064705
|Silber et al.
|1993
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0017871==vg<up>12</up></fbsym>

REFDSR
{
RDID|FBrf0054054
|Williams et al.
|1991
PHP|Heterozygotes with <fbsym>FBal0017976==vg<up>83b27</up></fbsym> have a less extreme
| reduction of wings
|and haltere structures.
}

REFDSR
{
RDID|FBrf0064705
|Silber et al.
|1993
PHP|Sensitive to aminopterin.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|like <fbsym>FBal0017868==vg<up>1</up></fbsym>; <fbsym>FBal0017871==vg<up>12</up></fbsym>/Df inviable
}

REF
{
REFM|FBrf0054054
|Williams et al.
|1991
REFM|FBrf0064705
|Silber et al.
|1993
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014759	ICL 1 ?	SYM 1 ?{}vg<up>np</up>	ASTR 1 -	CLOC 1 49E1	REF 1 3	DT 1 6 Jan 2000	RESZ 445
ID|FBti0014759
SYM|?{}vg<up>np</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003975==vg</fbsym>

REFDSR
{
RDID|FBrf0052606
|Williams et al.
|1990
SYN|?{}vg<up>np</up>
ASAL|<fbsym>FBal0017899==vg<up>np</up></fbsym>
MU|spontaneous
CLOC|49E1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003975==vg</fbsym>
}

REF
{
REFM|FBrf0052606
|Williams et al.
|1990
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0017899==vg<up>np</up></fbsym>

REFDSR
{
RDID|FBrf0056344
|Bazin and Silber
|1992
PHP|Not suppressed by <fbsym>FBal0016572==Su(vg)B27<up>1</up></fbsym>,
| <fbsym>FBal0016573==Su(vg)E4<up>1</up></fbsym> or <fbsym>FBal0016574==Su(vg)E6<up>1</up></fbsym>.
}

REFDSR
{
RDID|FBrf0064705
|Silber et al.
|1993
PHP|Homozygotes display high resistance to aminopterin.
}

REFDSR
{
RDID|FBrf0090702
|Morcillo et al.
|1996
PHP|<fbsym>FBal0002014==ct<up>L32</up></fbsym>; <fbsym>FBal0035732==su(Hw)<up>e2</up></fbsym> flies
| heterozygous for <fbsym>FBal0017899==vg<up>np</up></fbsym> display a
|significant <fbsym>FBgn0004198==ct</fbsym> wing phenotype.
}

REFDSR
{
RDID|FBrf0099521
|Silber et al.
|1997
PHP|Wing length decreases with increasing temperature.
PHM|wing | conditional ts
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|terminal incisions in wings; overlaps wild type at 25<up>o</up>C, not at
| 19<up>o</up>C. Wing buds show scalloping.
|RK2.
}

REF
{
REFM|FBrf0056344
|Bazin and Silber
|1992
REFM|FBrf0064705
|Silber et al.
|1993
REFM|FBrf0090702
|Morcillo et al.
|1996
REFM|FBrf0099521
|Silber et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0025360	ICL 1 ?	SYM 1 ?{}vg<up>TP</up>b	ASTR 1 -	CLOC 1 49E1	REF 1 3	DT 1 7 Jul 2003	RESZ 618
ID|FBti0025360
SYM|?{}vg<up>TP</up>b
SYN|412{}?{}vg<up>TP</up>
DT|7 Jul 2003
|7 Jul 2003
ICL|?
ID2|FBti0014754
ASGN|<fbsym>FBgn0003975==vg</fbsym>

REFDSR
{
RDID|FBrf0064705
|Silber et al.
|1993
SYN|?{}vg<up>TP</up>b
ASAL|<fbsym>FBal0035915==vg<up>TP</up></fbsym>
CLOC|49E1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003975==vg</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
CC|One of two insertions associated with this allele; see <fbsym>FBti0025359==412{}vg<up>TP</up>a</fbsym>.
}

REF
{
REFM|FBrf0064705
|Silber et al.
|1993
REFM|FBrf0099521
|Silber et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0035915==vg<up>TP</up></fbsym>

REFDSR
{
RDID|FBrf0064705
|Silber et al.
|1993
PHP|Homozygotes display highly resistance to aminopterin.
}

REFDSR
{
RDID|FBrf0099521
|Silber et al.
|1997
PHP|Wing length increases with increasing temperature.
PHM|wing | conditional cs
}

REF
{
REFM|FBrf0064705
|Silber et al.
|1993
REFM|FBrf0099521
|Silber et al.
|1997
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014763	ICL 1 ?	SYM 1 ?{}w<up>132</up>	ASTR 1 -	CLOC 1 3C1	REF 1 2	DT 1 6 Jan 2000	RESZ 404
ID|FBti0014763
SYM|?{}w<up>132</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0048732
|Pastink et al.
|1988
SYN|?{}w<up>132</up>
ASAL|<fbsym>FBal0018168==w<up>132</up></fbsym>
MU|ethyl nitrosourea
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0048732
|Pastink et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018168==w<up>132</up></fbsym>

REFDSR
{
RDID|FBrf0048732
|Pastink et al.
|1988
PHP|Eye color: pigmented.
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: pigmented.
}

REF
{
REFM|FBrf0048732
|Pastink et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014784	ICL 1 ?	SYM 1 ?{}w<up>aR79l27</up>	ASTR 1 -	CLOC 1 3C1	REF 1 2	DT 1 8 Jul 2003	RESZ 451
ID|FBti0014784
SYM|?{}w<up>aR79l27</up>
SYN|?{}w<up>aR79l27</up>
|copia{}w<up>a</up>
DT|8 Jul 2003
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0048200
|Mount et al.
|1988
SYN|?{}w<up>aR79l27</up>
ASAL|<fbsym>FBal0018209==w<up>aR79l27</up></fbsym>
MU|spontaneous
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0048200
|Mount et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018209==w<up>aR79l27</up></fbsym>

REFDSR
{
RDID|FBrf0043247
|Carbonare and Gehring
|1985
PHP|Eye pigment is restored to 80% of wild type levels.
PHM|pigment cell
}

REF
{
REFM|FBrf0043247
|Carbonare and Gehring
|1985
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014786	ICL 1 ?	SYM 1 ?{}w<up>aR84e7</up>	ASTR 1 -	CLOC 1 3C1	REF 1 2	DT 1 6 Jan 2000	RESZ 394
ID|FBti0014786
SYM|?{}w<up>aR84e7</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0043227
|Mount and Rubin
|1985
SYN|?{}w<up>aR84e7</up>
ASAL|<fbsym>FBal0018210==w<up>aR84e7</up></fbsym>
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0043227
|Mount and Rubin
|1985
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018210==w<up>aR84e7</up></fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
PHP|Increased pigmentation seen in this derivative of <fbsym>FBal0018195==w<up>a</up></fbsym>
| is due to
|increased gene copy number rather than change in gene properties.
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014785	ICL 1 ?	SYM 1 ?{}w<up>aR84e19</up>	ASTR 1 -	CLOC 1 3C1	REF 1 2	DT 1 8 Jul 2003	RESZ 451
ID|FBti0014785
SYM|?{}w<up>aR84e19</up>
SYN|?{}w<up>aR84e19</up>
|copia{}w<up>a</up>
DT|8 Jul 2003
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0048200
|Mount et al.
|1988
SYN|?{}w<up>aR84e19</up>
ASAL|<fbsym>FBal0018211==w<up>aR84e19</up></fbsym>
MU|spontaneous
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0048200
|Mount et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014905	ICL 1 ?	SYM 1 ?{}w<up>M1</up>	ASTR 1 -	CLOC 1 3C1	REF 1 2	DT 1 6 Jan 2000	RESZ 380
ID|FBti0014905
SYM|?{}w<up>M1</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0083252
|Leblanc et al.
|1995
SYN|?{}w<up>M1</up>
ASAL|<fbsym>FBal0044451==w<up>M1</up></fbsym>
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0083252
|Leblanc et al.
|1995
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0044451==w<up>M1</up></fbsym>

REFDSR
{
RDID|FBrf0083252
|Leblanc et al.
|1995
PHP|Eye color: wild-type.
}

REF
{
REFM|FBrf0083252
|Leblanc et al.
|1995
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015038	ICL 1 ?	SYM 1 ?{}w<up>MR17</up>	ASTR 1 -	CLOC 1 3C1	REF 1 2	DT 1 6 Jan 2000	RESZ 388
ID|FBti0015038
SYM|?{}w<up>MR17</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0050015
|Georgiev et al.
|1989
SYN|?{}w<up>MR17</up>
ASAL|<fbsym>FBal0055919==w<up>MR17</up></fbsym>
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0050015
|Georgiev et al.
|1989
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0015037	ICL 1 ?	SYM 1 ?{}w<up>MR19d</up>	ASTR 1 -	CLOC 1 3C1	REF 1 2	DT 1 6 Jan 2000	RESZ 391
ID|FBti0015037
SYM|?{}w<up>MR19d</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0050015
|Georgiev et al.
|1989
SYN|?{}w<up>MR19d</up>
ASAL|<fbsym>FBal0055916==w<up>MR19d</up></fbsym>
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0050015
|Georgiev et al.
|1989
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0015218	ICL 1 ?	SYM 1 ?{}w<up>RSV-3</up>	ASTR 1 -	CLOC 1 3C1	REF 1 2	DT 1 6 Jan 2000	RESZ 397
ID|FBti0015218
SYM|?{}w<up>RSV-3</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0104490
|Nabirochkin et al.
|1998
SYN|?{}w<up>RSV-3</up>
ASAL|<fbsym>FBal0092448==w<up>RSV-3</up></fbsym>
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0104490
|Nabirochkin et al.
|1998
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0015057	ICL 1 ?	SYM 1 ?{}w<up>str</up>	ASTR 1 -	CLOC 1 3C1	REF 1 2	DT 1 6 Jan 2000	RESZ 387
ID|FBti0015057
SYM|?{}w<up>str</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0090437
|Aslanukov et al.
|1996
SYN|?{}w<up>str</up>
ASAL|<fbsym>FBal0059694==w<up>str</up></fbsym>
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0090437
|Aslanukov et al.
|1996
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0059694==w<up>str</up></fbsym>

REFDSR
{
RDID|FBrf0090437
|Aslanukov et al.
|1996
PHP|Eye color: uniform light.
PHM|pigment cell
}

REF
{
REFM|FBrf0090437
|Aslanukov et al.
|1996
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015603	ICL 1 ?	SYM 1 ?{}wapl<up>2</up>	ASTR 1 -	CLOC 1 2D5	REF 1 6	DT 1 31 May 2000	RESZ 980
ID|FBti0015603
SYM|?{}wapl<up>2</up>
DT|31 May 2000
|31 May 2000
ICL|?
ASGN|<fbsym>FBgn0004655==wapl</fbsym>

REFDSR
{
RDID|FBrf0039985
|Kramers et al.
|1983
PHC|lethal | recessive
}

REFDSR
{
RDID|FBrf0042629
|Perrimon et al.
|1985
PHC|lethal | recessive
}

REFDSR
{
RDID|FBrf0049894
|Perrimon et al.
|1989
PHC|lethal | recessive
|lethal | recessive | germ-line clone | maternal effect
}

REFDSR
{
RDID|FBrf0055783
|Gandhi et al.
|1992
PHC|lethal | recessive
}

REFDSR
{
RDID|FBrf0127372
|Verni et al.
|2000
SYN|?{}wapl<up>2</up>
ASAL|<fbsym>FBal0018419==wapl<up>2</up></fbsym>
MU|X ray
CLOC|2D5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004655==wapl</fbsym>
PHC|lethal | embryonic | maternal effect | recessive | germ-line clone
}

REF
{
REFM|FBrf0039985
|Kramers et al.
|1983
REFM|FBrf0042629
|Perrimon et al.
|1985
REFM|FBrf0049894
|Perrimon et al.
|1989
REFM|FBrf0055783
|Gandhi et al.
|1992
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0127372
|Verni et al.
|2000
}

ALESR
{
ASYM|<fbsym>FBal0018419==wapl<up>2</up></fbsym>

REFDSR
{
RDID|FBrf0042629
|Perrimon et al.
|1985
PHP|Lethality occurs during larval and pupal stages. Phenotype of homozygous
|germ line clones is maternal effect lethal.
}

REFDSR
{
RDID|FBrf0049894
|Perrimon et al.
|1989
PHM|pre-blastoderm | germ-line clone
}

REFDSR
{
RDID|FBrf0092503
|Cook et al.
|1997
PHP|Transmission rate of <fbsym>FBab0024065==Dp(1;f)J21A</fbsym> through females to progeny is 28%,
|<fbsym>FBgn0004655==wapl</fbsym> mutation has no effect on transmission.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|L3 larval/pupal boundary lethal
|exhibit small disk
|phenotype; homozygous germ-line clones produce zygotes
|that arrest in preblastoderm stage.
}

REFDSR
{
RDID|FBrf0127372
|Verni et al.
|2000
PHP|Embryos derived from germline clones usually arrest prior to blastoderm
|formation but manage to form small patches of cuticle.
|Brain cells of mutant larvae show defects in heterochromatin organization.
|In metaphase figures, the sister chromatids of the major autosomes
|and of the X chromosome are aligned parallel to each other, instead
|of the wild-type X- and V- shaped arrangements. The Y and 4th chromosomes
|are resolved into two distinct sister chromatids, in contrast to wild
|... (see <fbsym>FBal0018419==wapl<up>2</up></fbsym> report)
PHM|pre-blastoderm | germ-line clone | maternal effect
|heterochromatin | maternal effect
|metaphase chromosome | maternal effect
}

REF
{
REFM|FBrf0042629
|Perrimon et al.
|1985
REFM|FBrf0049894
|Perrimon et al.
|1989
REFM|FBrf0092503
|Cook et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0127372
|Verni et al.
|2000
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0004730	ICL 1 ?	SYM 1 ?{}wg<up>l-16</up>	ASTR 1 -	CLOC 1 27F1	REF 1 9	DT 1 5 Feb 1999	RESZ 1368
ID|FBti0004730
SYM|?{}wg<up>l-16</up>
DT|5 Feb 1999
|29 Dec 1997
ICL|?
ASGN|<fbsym>FBgn0004009==wg</fbsym>
ABA|<fbsym>FBab0001921==Df(2L)wg-CX3</fbsym>

REFDSR
{
RDID|FBrf0066940
|van den Heuvel et al.
|1993
PHC|lethal | pupal | recessive
}

REFDSR
{
RDID|FBrf0078043
|Bejsovec and Wieschaus
|1995
PHC|lethal | pupal | recessive
}

REFDSR
{
RDID|FBrf0079914
|Buratovich and Bryant
|1995
PHC|lethal | pupal | recessive
}

REFDSR
{
RDID|FBrf0087628
|Neumann and Cohen
|1996
ASAL|<fbsym>FBal0018508==wg<up>l-16</up></fbsym>
MU|X ray
CLOC|27F1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004009==wg</fbsym>
PHC|lethal | pupal | recessive
}

REFDSR
{
RDID|FBrf0088886
|Royet and Finkelstein
|1996
PHC|lethal | pupal | recessive
}

REFDSR
{
RDID|FBrf0089604
|Brook and Cohen
|1996
PHC|lethal | pupal | recessive
}

REFDSR
{
RDID|FBrf0093385
|Buratovich et al.
|1997
PHC|lethal | pupal | recessive
}

REFDSR
{
RDID|FBrf0099199
|Emerald and Roy
|1997
PHC|lethal | recessive
}

REF
{
REFM|FBrf0066940
|van den Heuvel et al.
|1993
REFM|FBrf0078043
|Bejsovec and Wieschaus
|1995
REFM|FBrf0079914
|Buratovich and Bryant
|1995
REFM|FBrf0087628
|Neumann and Cohen
|1996
REFM|FBrf0088886
|Royet and Finkelstein
|1996
REFM|FBrf0089604
|Brook and Cohen
|1996
REFM|FBrf0093385
|Buratovich et al.
|1997
REFM|FBrf0099199
|Emerald and Roy
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018508==wg<up>l-16</up></fbsym>

REFDSR
{
RDID|FBrf0046100
|Baker
|1987
PHP|Adult homeotic transformation of wing to notum.
PHM|wing
}

REFDSR
{
RDID|FBrf0059333
|Couso et al.
|1993
PHP|The heteroallelic combination
| <fbsym>FBal0018504==wg<up>l-12</up></fbsym>/<fbsym>FBal0018508==wg<up>l-16</up></fbsym> has been used
| as a
|temperature sensitive genotype to study the requirement for wg gene
|product in the development of the leg, wing and haltere imaginal discs:
|wg is required only during the second larval instar in the wing and
|haltere discs, whereas legs are affected by temperature shifts at all
|times up until 96 hours after egg laying (at 25<up>o</up>C).
}

REFDSR
{
RDID|FBrf0078043
|Bejsovec and Wieschaus
|1995
PHP|<fbsym>FBal0027936==wg<up>CE7</up></fbsym>/<fbsym>FBal0018508==wg<up>l-16</up></fbsym>
| transheterozygotes are pupal lethal. Lethality
|can be suppressed by <fbsym>FBal0046803==wg<up>PE1</up></fbsym>.
}

REFDSR
{
RDID|FBrf0079914
|Buratovich and Bryant
|1995
PHP|Homozygotes display leg pattern element disruptions, these are also
|seen in the pupal lethal
| <fbsym>FBal0018508==wg<up>l-16</up></fbsym>/<fbsym>FBal0044466==wg<up>NZ</up></fbsym> combination.
}

REFDSR
{
RDID|FBrf0087628
|Neumann and Cohen
|1996
PHP|<fbsym>FBal0018508==wg<up>l-16</up></fbsym>/<fbsym>FBal0015984==wg<up>Sp-1</up></fbsym> individuals
| are lethal. Adult escapers lack
|one or both anterior dorsocentral bristles and more rarely also the
|posterior postalar bristle and the presutural bristle. They also exhibit
|loss of distal antennal segments and in rare cases exhibit antennal
|duplication. Individuals in combination with
| <fbsym>FBal0050823==wg<up>Sp-revP</up></fbsym>, <fbsym>FBal0018510==wg<up>P</up></fbsym>
|and <fbsym>FBal0018509==wg<up>l-17</up></fbsym> are pupal lethal. Individuals are adult
| viable and
|exhibit the wing phenotype when in combination with
| <fbsym>FBal0018482==wg<up>1</up></fbsym>. When
|... (see <fbsym>FBal0018508==wg<up>l-16</up></fbsym> report)
}

REFDSR
{
RDID|FBrf0088886
|Royet and Finkelstein
|1996
PHP|<fbsym>FBal0018508==wg<up>l-16</up></fbsym>/<fbsym>FBal0018504==wg<up>l-12</up></fbsym> larvae grown
| at the restrictive temperature result
|in heads that lack both the lateral and mediolateral structures causing
|the ocelli to be directly adjacent to the compound eyes. Ocellar cuticle
|and the ocelli are larger than wild type.
}

REFDSR
{
RDID|FBrf0089305
|Baker
|1996.8.23
PHP|In trans to null alleles of <fbsym>FBgn0004009==wg</fbsym>, <fbsym>FBal0018508==wg<up>l-16</up></fbsym> gives pupal lethality,
|indicating <fbsym>FBal0018508==wg<up>l-16</up></fbsym> is not a null allele of <fbsym>FBgn0004009==wg</fbsym>.
}

REFDSR
{
RDID|FBrf0091028
|Chen and Baker
|1997
PHP|<fbsym>FBal0018508==wg<up>l-16</up></fbsym>/<fbsym>FBal0018509==wg<up>l-17</up></fbsym> mutant clones
| cause a phenotype in the external
|male genitalia; a reduction in number of clasper teeth, two lateral
|plates are fused to one with reduced number of bristles and there is
|rudimentary penis apparatus. Internal male and female genitalia are
|completely deleted. External female genitalia is generally normal.
PHM|clasper
|lateral plate
|penis
|female reproductive system
|male reproductive system
}

REFDSR
{
RDID|FBrf0099199
|Emerald and Roy
|1997
PHP|25% of <fbsym>FBal0018508==wg<up>l-16</up></fbsym>/<fbsym>FBal0018510==wg<up>P</up></fbsym> flies have
| wings on the prothoracic segment,
|and the mesothoracic wings and metathoracic halteres are always absent.
|10% of <fbsym>FBal0018508==wg<up>l-16</up></fbsym>/<fbsym>FBal0018510==wg<up>P</up></fbsym> flies show
| a varying degree of transformation
|of the metathoracic legs to halteres, ranging from graded removal of
|the distal segments (tibia and tarsus), through distortion of the femur
|and graded removal of leg bristles, to transformation of the coxa and
|trochanter into the first and second segments of the haltere.
PHM|prothoracic segment | adult
|wing
|haltere
|metathoracic leg
|metathoracic tibia
|metathoracic metatarsus
|metathoracic femur
|metathoracic leg sensillum
|metathoracic coxa
|metathoracic trochanter
}

REFDSR
{
RDID|FBrf0101933
|Klein and Martinez Arias
|1998
PHP|<fbsym>FBal0018508==wg<up>l-16</up></fbsym>/<fbsym>FBal0018509==wg<up>l-17</up></fbsym> is a strong
| hypomorphic combination that causes
|a wing to notum transformation in 92% of flies.
PHM|wing
|(with wg<up>l-17</up>) wing
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|pupal lethal
}

REFDSR
{
RDID|FBrf0108559
|Adachi-Yamada et al.
|1999
PHP|Dominantly enhances the appearance of an apoptotic cluster of cells
|in the primordial wing tip of the late third larval instar <fbsym>FBal0001122==bi<up>omb-1</up></fbsym>/Y
|wing disc.
}

REFDSR
{
RDID|FBrf0111481
|Sato et al.
|1999
PHP|Most <fbsym>FBal0018508==wg<up>l-16</up></fbsym>/<fbsym>FBal0036007==wg<up>en11</up></fbsym> flies
| lack antennal structures.
PHM|antenna
}

REFDSR
{
RDID|FBrf0135727
|Keisman and Baker
|2001
PHP|<fbsym>FBal0018508==wg<up>l-16</up></fbsym>/<fbsym>FBal0018509==wg<up>l-17</up></fbsym> genital discs
| are smaller than wild type.
PHM|(with wg<up>l-17</up>) genital disc
}

REFDSR
{
RDID|FBrf0135994
|Gieseler et al.
|2001
PHP|The <fbsym>FBal0018508==wg<up>l-16</up></fbsym>/<fbsym>FBal0018509==wg<up>l-17</up></fbsym>
| combination results in pharate adults with
|wing to notum transformations and loss of halteres. Loss of antennae
|and dorsalization of leg structures is also seen. Wing discs show
|replacement of the wing blade by a mirror duplication of the notum
|in these animals.
PHM|(with wg<up>l-17</up>) wing
|(with wg<up>l-17</up>) haltere
|(with wg<up>l-17</up>) mesothoracic tergum | ectopic
|(with wg<up>l-17</up>) dorsal mesothoracic disc
|(with wg<up>l-17</up>) antenna
|(with wg<up>l-17</up>) leg
}

REFDSR
{
RDID|FBrf0151271
|Cavodeassi et al.
|2002
PHP|<fbsym>FBal0018508==wg<up>l-16</up></fbsym>/<fbsym>FBal0018509==wg<up>l-17</up></fbsym> wing discs
| raised at 18<up>o</up>C show a double notum
|phenotype.
PHM|(with wg<up>l-17</up>) dorsal mesothoracic disc
}

REFDSR
{
RDID|FBrf0155710
|Gorfinkiel et al.
|2003
PHP|<fbsym>FBal0018508==wg<up>l-16</up></fbsym>/<fbsym>FBal0015984==wg<up>Sp-1</up></fbsym> females have
| reduced vaginal plates and tergite
|eight and the vulva is mainly absent.
|<fbsym>FBal0018508==wg<up>l-16</up></fbsym>/<fbsym>FBal0015984==wg<up>Sp-1</up></fbsym> males lack the
| penis apparatus and most of the
|clasper, and the lateral plates are fused.
PHM|(with wg<up>Sp-1</up>) female gonopod
|(with wg<up>Sp-1</up>) abdominal tergite 8 | female
|(with wg<up>Sp-1</up>) vulva
|(with wg<up>Sp-1</up>) penis
|(with wg<up>Sp-1</up>) clasper
|(with wg<up>Sp-1</up>) lateral plate
}

REF
{
REFM|FBrf0046100
|Baker
|1987
REFM|FBrf0059333
|Couso et al.
|1993
REFM|FBrf0078043
|Bejsovec and Wieschaus
|1995
REFM|FBrf0079914
|Buratovich and Bryant
|1995
REFM|FBrf0087628
|Neumann and Cohen
|1996
REFM|FBrf0088886
|Royet and Finkelstein
|1996
REFM|FBrf0089305
|Baker
|1996.8.23
REFM|FBrf0091028
|Chen and Baker
|1997
REFM|FBrf0099199
|Emerald and Roy
|1997
REFM|FBrf0101933
|Klein and Martinez Arias
|1998
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0108559
|Adachi-Yamada et al.
|1999
REFM|FBrf0111481
|Sato et al.
|1999
REFM|FBrf0135727
|Keisman and Baker
|2001
REFM|FBrf0135994
|Gieseler et al.
|2001
REFM|FBrf0151271
|Cavodeassi et al.
|2002
REFM|FBrf0155710
|Gorfinkiel et al.
|2003
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0016827	ICL 1 ?	SYM 1 ?{}y<up>2D</up>	ASTR 1 -	CLOC 1 1A5	REF 1 2	DT 1 20 Nov 2000	RESZ 376
ID|FBti0016827
SYM|?{}y<up>2D</up>
DT|20 Nov 2000
|20 Nov 2000
ICL|?
ASGN|<fbsym>FBgn0004034==y</fbsym>

REFDSR
{
RDID|FBrf0044248
|Chia et al.
|1986
SYN|?{}y<up>2D</up>
ASAL|<fbsym>FBal0117985==y<up>2D</up></fbsym>
CLOC|1A5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004034==y</fbsym>
}

REF
{
REFM|FBrf0044248
|Chia et al.
|1986
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014815	ICL 1 ?	SYM 1 ?{}y<up>2S</up>	ASTR 1 -	CLOC 1 1A5	REF 1 2	DT 1 6 Jan 2000	RESZ 413
ID|FBti0014815
SYM|?{}y<up>2S</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0004034==y</fbsym>

REFDSR
{
RDID|FBrf0050555
|Georgiev and Gerasimova
|1989
SYN|?{}y<up>2S</up>
ASAL|<fbsym>FBal0018615==y<up>2S</up></fbsym>
MU|spontaneous
CLOC|1A5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004034==y</fbsym>
}

REF
{
REFM|FBrf0050555
|Georgiev and Gerasimova
|1989
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018615==y<up>2S</up></fbsym>

REFDSR
{
RDID|FBrf0044248
|Chia et al.
|1986
PHP|Body color: type 2 allele - some areas of cuticle are wild type, others
|have mutant pigmentation.
PHM|adult cuticle
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Body color: body yellow, but darker than that of <fbsym>FBal0018612==y<up>2</up></fbsym>;
| bristles lighter.
|Larval mouth part color: golden-brown; mouth-hooks light.
}

REFDSR
{
RDID|FBrf0106981
|Morris et al.
|1999
PHP|Similar to <fbsym>FBal0018622==y<up>25</up></fbsym>.
}

REF
{
REFM|FBrf0044248
|Chia et al.
|1986
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0106981
|Morris et al.
|1999
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015216	ICL 1 ?	SYM 1 ?{}y<up>2Sa7-1</up>	ASTR 1 -	CLOC 1 1A5	REF 1 2	DT 1 6 Jan 2000	RESZ 400
ID|FBti0015216
SYM|?{}y<up>2Sa7-1</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0004034==y</fbsym>

REFDSR
{
RDID|FBrf0104490
|Nabirochkin et al.
|1998
SYN|?{}y<up>2Sa7-1</up>
ASAL|<fbsym>FBal0092429==y<up>2Sa7-1</up></fbsym>
CLOC|1A5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004034==y</fbsym>
}

REF
{
REFM|FBrf0104490
|Nabirochkin et al.
|1998
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0016781	ICL 1 ?	SYM 1 ?{}y<up>3d</up>	ASTR 1 -	CLOC 1 1A5	REF 1 2	DT 1 20 Nov 2000	RESZ 391
ID|FBti0016781
SYM|?{}y<up>3d</up>
DT|20 Nov 2000
|20 Nov 2000
ICL|?
ASGN|<fbsym>FBgn0004034==y</fbsym>

REFDSR
{
RDID|FBrf0044248
|Chia et al.
|1986
SYN|?{}y<up>3d</up>
ASAL|<fbsym>FBal0018616==y<up>3d</up></fbsym>
MU|spontaneous
CLOC|1A5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004034==y</fbsym>
}

REF
{
REFM|FBrf0044248
|Chia et al.
|1986
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018616==y<up>3d</up></fbsym>

REFDSR
{
RDID|FBrf0044248
|Chia et al.
|1986
PHP|Body color: type 2 allele - some areas of cuticle are wild type, others
|have mutant pigmentation.
PHM|adult cuticle
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Body color: body, bristles, yellow; wings gray.
|Larval mouth part color: yellow; hooks, light.
}

REF
{
REFM|FBrf0044248
|Chia et al.
|1986
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015260	ICL 1 ?	SYM 1 ?{}y<up>76-1</up>	ASTR 1 -	CLOC 1 1A5	REF 1 2	DT 1 6 Jan 2000	RESZ 384
ID|FBti0015260
SYM|?{}y<up>76-1</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0004034==y</fbsym>

REFDSR
{
RDID|FBrf0106981
|Morris et al.
|1999
SYN|?{}y<up>76-1</up>
ASAL|<fbsym>FBal0095126==y<up>76-1</up></fbsym>
CLOC|1A5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004034==y</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0106981
|Morris et al.
|1999
}

ALESR
{
ASYM|<fbsym>FBal0095126==y<up>76-1</up></fbsym>

REFDSR
{
RDID|FBrf0106981
|Morris et al.
|1999
PHP|Pigmentation is abnormal.
}

REF
{
REFM|FBrf0106981
|Morris et al.
|1999
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0025397	ICL 1 ?	SYM 1 ?{}y<up>2374</up>b	ASTR 1 -	CLOC 1 1A5	REF 1 2	DT 1 7 Jul 2003	RESZ 628
ID|FBti0025397
SYM|?{}y<up>2374</up>b
SYN|H{}?{}H{}y<up>2374</up>
DT|7 Jul 2003
|7 Jul 2003
ICL|?
ID2|FBti0015159
ASGN|<fbsym>FBgn0004034==y</fbsym>

REFDSR
{
RDID|FBrf0101815
|Chen et al.
|1998
SYN|?{}y<up>2374</up>b
ASAL|<fbsym>FBal0086263==y<up>2374</up></fbsym>
CLOC|1A5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004034==y</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
CC|One of 3 insertions associated with this allele; see
| <fbsym>FBti0025396==H{}y<up>2374</up>a</fbsym> and <fbsym>FBti0025398==H{}y<up>2374</up>c</fbsym>.
}

REF
{
REFM|FBrf0101815
|Chen et al.
|1998
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0086263==y<up>2374</up></fbsym>

REFDSR
{
RDID|FBrf0101815
|Chen et al.
|1998
PHP|Body color: body & wing yellow.
PHM|adult cuticle
}

REFDSR
{
RDID|FBrf0106981
|Morris et al.
|1999
PHP|Similar to <fbsym>FBal0095127==y<up>2364</up></fbsym>.
}

REF
{
REFM|FBrf0101815
|Chen et al.
|1998
REFM|FBrf0106981
|Morris et al.
|1999
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014818	ICL 1 ?	SYM 1 ?{}y<up>c4</up>	ASTR 1 -	CLOC 1 1A5	REF 1 2	DT 1 6 Jan 2000	RESZ 391
ID|FBti0014818
SYM|?{}y<up>c4</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0004034==y</fbsym>

REFDSR
{
RDID|FBrf0051634
|Geyer et al.
|1990
SYN|?{}y<up>c4</up>
ASAL|<fbsym>FBal0018663==y<up>c4</up></fbsym>
MU|spontaneous
CLOC|1A5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004034==y</fbsym>
}

REF
{
REFM|FBrf0051634
|Geyer et al.
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018663==y<up>c4</up></fbsym>

REFDSR
{
RDID|FBrf0051634
|Geyer et al.
|1990
PHP|Body color: tan.
|Larval cuticle color: reduced pigmentation.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Body color: yellow; hairs & bristles brown with yellow tips, but darker
|than in <fbsym>FBal0018607==y<up>1</up></fbsym>; wing veins, wing hairs, yellow.
}

REF
{
REFM|FBrf0051634
|Geyer et al.
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014825	ICL 1 P	SYM 1 ?{}y<up>hd3</up>	ASTR 1 -	CLOC 1 1A5	REF 1 2	DT 1 9 Jun 2000	RESZ 434
ID|FBti0014825
SYM|?{}y<up>hd3</up>
SYN|P{}y<up>hd3</up>
DT|9 Jun 2000
|6 Jan 2000
ICL|P
ASGN|<fbsym>FBgn0004034==y</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|P{}y<up>hd3</up>
ASAL|<fbsym>FBal0018678==y<up>hd3</up></fbsym>
MU|PM hybrid dysgenesis
CLOC|1A5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004034==y</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018678==y<up>hd3</up></fbsym>

REFDSR
{
RDID|FBrf0044248
|Chia et al.
|1986
PHP|Body color: type 1 mutant - total loss of pigmentation from all cuticle
|structures.
PHM|adult cuticle
}

REFDSR
{
RDID|FBrf0048812
|Howes et al.
|1988
PHP|Body color: abolishes pigment in all larval and adult cuticular structures.
|Type 1 allele.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Body color: yellow; hairs & bristles brown with yellow tips; wing
|veins, wing hairs, yellow.
PHM|adult cuticle
|wing vein
|macrochaeta
|wing hair
}

REF
{
REFM|FBrf0044248
|Chia et al.
|1986
REFM|FBrf0048812
|Howes et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0015111	ICL 1 ?	SYM 1 ?{}y<up>hd8#49</up>	ASTR 1 -	CLOC 1 1A5	REF 1 2	DT 1 6 Jan 2000	RESZ 402
ID|FBti0015111
SYM|?{}y<up>hd8#49</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0004034==y</fbsym>

REFDSR
{
RDID|FBrf0057308
|Norris and Woodruff
|1992
SYN|?{}y<up>hd8#49</up>
ASAL|<fbsym>FBal0063667==y<up>hd8#49</up></fbsym>
CLOC|1A5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004034==y</fbsym>
}

REF
{
REFM|FBrf0057308
|Norris and Woodruff
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0015008	ICL 1 ?	SYM 1 ?{}y<up>Sa7</up>	ASTR 1 -	CLOC 1 1A5	REF 1 2	DT 1 6 Jan 2000	RESZ 401
ID|FBti0015008
SYM|?{}y<up>Sa7</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0004034==y</fbsym>

REFDSR
{
RDID|FBrf0050555
|Georgiev and Gerasimova
|1989
SYN|?{}y<up>Sa7</up>
ASAL|<fbsym>FBal0050837==y<up>Sa7</up></fbsym>
CLOC|1A5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004034==y</fbsym>
}

REF
{
REFM|FBrf0050555
|Georgiev and Gerasimova
|1989
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0050837==y<up>Sa7</up></fbsym>

REFDSR
{
RDID|FBrf0050555
|Georgiev and Gerasimova
|1989
PHP|Body color: bristles, hairs, wild-type.
}

REF
{
REFM|FBrf0050555
|Georgiev and Gerasimova
|1989
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014832	ICL 1 ?	SYM 1 ?{}y<up>td</up>	ASTR 1 -	CLOC 1 1A5	REF 1 2	DT 1 6 Jan 2000	RESZ 413
ID|FBti0014832
SYM|?{}y<up>td</up>
DT|6 Jan 2000
|6 Jan 2000
ICL|?
ASGN|<fbsym>FBgn0004034==y</fbsym>

REFDSR
{
RDID|FBrf0050555
|Georgiev and Gerasimova
|1989
SYN|?{}y<up>td</up>
ASAL|<fbsym>FBal0018729==y<up>td</up></fbsym>
MU|spontaneous
CLOC|1A5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004034==y</fbsym>
}

REF
{
REFM|FBrf0050555
|Georgiev and Gerasimova
|1989
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018729==y<up>td</up></fbsym>

REFDSR
{
RDID|FBrf0044248
|Chia et al.
|1986
PHP|Body color: type 2 allele - some areas of cuticle are wild type, others
|have mutant pigmentation.
PHM|adult cuticle
}

REFDSR
{
RDID|FBrf0050555
|Georgiev and Gerasimova
|1989
PHP|Body color: bristles, hairs, wild-type.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Body color: body rich tan, antennae light yellow, bristles black.
|Larval mouth part color: golden brown.
PHM|adult cuticle
|antenna
|cephalopharyngeal skeleton
}

REF
{
REFM|FBrf0044248
|Chia et al.
|1986
REFM|FBrf0050555
|Georgiev and Gerasimova
|1989
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0018951	ICL 1 accord	SYM 1 accord{}818	ASTR 1 -	CLOC 1 49D5-49D6	REF 1 2	DT 1 21 Aug 2003	RESZ 357
ID|FBti0018951
SYM|accord{}818
SYN|TE18951
ASTP|<fbsym>FBtp0017053==accord</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|accord

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|accord{}818
CLOC|49D5-49D6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003820.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0027409	ICL 1 accord	SYM 1 accord{}Cyp6g1<up>DDT-R</up>	ASTR 1 -	CLOC 1 48E7	REF 1 2	DT 1 22 Aug 2003	RESZ 470
ID|FBti0027409
SYM|accord{}Cyp6g1<up>DDT-R</up>
ASTP|<fbsym>FBtp0017053==accord</fbsym>
DT|22 Aug 2003
|22 Aug 2003
ICL|accord
ASGN|<fbsym>FBgn0025454==Cyp6g1</fbsym>

REFDSR
{
RDID|FBrf0152338
|Daborn et al.
|2002
SYN|accord{}Cyp6g1<up>DDT-R</up>
ASAL|<fbsym>FBal0014805==Cyp6g1<up>DDT-R</up></fbsym>
CLOC|48E7
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0025454==Cyp6g1</fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0152338
|Daborn et al.
|2002
}

ALESR
{
ASYM|<fbsym>FBal0014805==Cyp6g1<up>DDT-R</up></fbsym>

REFDSR
{
RDID|FBrf0011830
|Ogita
|1958
PHP|Sensitive to phenylthiourea.
}

REFDSR
{
RDID|FBrf0063398
|Davring and Sunner
|1971
PHP|Sensitive to phenylthiocarbamide.
}

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
PHP|<fbsym>FBgn0025454==Cyp6g1</fbsym> is a major dominant gene responsible for the phenotype of
|a line selected for resistance to DDT.  Median lethal dose of DDT for
|<fbsym>FBgn0025454==Cyp6g1</fbsym> lines is about 4000 mug/cc of medium; that for sensitive
|lines is 50-100 mug/cc. Also resistant to BHC (benzene hexachloride)
|and organophosphorus insecticides such as parathion and malathion.
|Median lethal dose of parathion is 2 ppm for resistant line and 0.08
|ppm for sensitive. Shows maternal effect in that progeny of <fbsym>FBgn0025454==Cyp6g1</fbsym>/+
|... (see <fbsym>FBal0014805==Cyp6g1<up>DDT-R</up></fbsym> report)
}

REFDSR
{
RDID|FBrf0145128
|Daborn et al.
|2001
PHP|<fbsym>FBal0014805==Cyp6g1<up>DDT-R</up></fbsym> animals show increased resistance to DDT
| and imidacloprid
|relative to Canton-S animals.
}

REFDSR
{
RDID|FBrf0160720
|Le Goff et al.
|2003
PHP|<fbsym>FBal0014805==Cyp6g1<up>DDT-R</up></fbsym> adults show increased resistance to DDT
| compared to
|Canton-S flies.
|<fbsym>FBal0014805==Cyp6g1<up>DDT-R</up></fbsym> larvae show increased resistance to
| imidacloprid and
|to malathion compared to Canton-S larvae.
}

REF
{
REFM|FBrf0011830
|Ogita
|1958
REFM|FBrf0063398
|Davring and Sunner
|1971
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0145128
|Daborn et al.
|2001
REFM|FBrf0160720
|Le Goff et al.
|2003
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0018952	ICL 1 aurora-ele	SYM 1 aurora{}589	ASTR 1 -	CLOC 1 41E3-41E3	REF 1 2	DT 1 21 Aug 2003	RESZ 369
ID|FBti0018952
SYM|aurora{}589
SYN|TE18952
ASTP|<fbsym>FBtp0011411==aurora-element</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|aurora-ele

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|aurora{}589
CLOC|41E3-41E3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003788.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018953	ICL 1 aurora-ele	SYM 1 aurora{}649	ASTR 1 -	CLOC 1 41F3-41F3	REF 1 3	DT 1 21 Aug 2003	RESZ 468
ID|FBti0018953
SYM|aurora{}649
SYN|CG10394
|TE18953
ASTP|<fbsym>FBtp0011411==aurora-element</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|aurora-ele

REFDSR
{
RDID|FBrf0104946
|FlyBase
|1996-
SYN|CG10394
}

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|aurora{}649
CLOC|41F3-41F3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003787.4
}

REF
{
REFM|FBrf0104946
|FlyBase
|1996-
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020269	ICL 1 aurora-ele	SYM 1 aurora{}1158	ASTR 1 -	CLOC 1 80E2-80E2	REF 1 3	DT 1 21 Aug 2003	RESZ 470
ID|FBti0020269
SYM|aurora{}1158
SYN|CG12616
|TE20269
ASTP|<fbsym>FBtp0011411==aurora-element</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|aurora-ele

REFDSR
{
RDID|FBrf0104946
|FlyBase
|1996-
SYN|CG12616
}

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|aurora{}1158
CLOC|80E2-80E2
LOCB|genomic location inferred from flanking sequence
DBAF|AE002656.3
}

REF
{
REFM|FBrf0104946
|FlyBase
|1996-
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019530	ICL 1 baggins	SYM 1 baggins{}11	ASTR 1 -	CLOC 1 1E1-1E1	REF 1 2	DT 1 21 Aug 2003	RESZ 357
ID|FBti0019530
SYM|baggins{}11
SYN|TE19530
ASTP|<fbsym>FBtp0017054==baggins</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|baggins

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|baggins{}11
CLOC|1E1-1E1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003419.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019221	ICL 1 baggins	SYM 1 baggins{}485	ASTR 1 -	CLOC 1 39C1-39C1	REF 1 3	DT 1 21 Aug 2003	RESZ 458
ID|FBti0019221
SYM|baggins{}485
SYN|CG8672
|TE19221
ASTP|<fbsym>FBtp0017054==baggins</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|baggins

REFDSR
{
RDID|FBrf0104946
|FlyBase
|1996-
SYN|CG8672
}

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|baggins{}485
CLOC|39C1-39C1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003669.4
}

REF
{
REFM|FBrf0104946
|FlyBase
|1996-
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019255	ICL 1 baggins	SYM 1 baggins{}554	ASTR 1 -	CLOC 1 40F7-40F7	REF 1 2	DT 1 21 Aug 2003	RESZ 361
ID|FBti0019255
SYM|baggins{}554
SYN|TE19255
ASTP|<fbsym>FBtp0017054==baggins</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|baggins

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|baggins{}554
CLOC|40F7-40F7
LOCB|genomic location inferred from flanking sequence
DBAF|AE002603.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018954	ICL 1 baggins	SYM 1 baggins{}618	ASTR 1 -	CLOC 1 41E6-41E6	REF 1 2	DT 1 21 Aug 2003	RESZ 361
ID|FBti0018954
SYM|baggins{}618
SYN|TE18954
ASTP|<fbsym>FBtp0017054==baggins</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|baggins

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|baggins{}618
CLOC|41E6-41E6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003787.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018955	ICL 1 baggins	SYM 1 baggins{}630	ASTR 1 -	CLOC 1 41F1-41F1	REF 1 3	DT 1 21 Aug 2003	RESZ 458
ID|FBti0018955
SYM|baggins{}630
SYN|CG3392
|TE18955
ASTP|<fbsym>FBtp0017054==baggins</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|baggins

REFDSR
{
RDID|FBrf0104946
|FlyBase
|1996-
SYN|CG3392
}

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|baggins{}630
CLOC|41F1-41F1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003787.4
}

REF
{
REFM|FBrf0104946
|FlyBase
|1996-
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018956	ICL 1 baggins	SYM 1 baggins{}662	ASTR 1 -	CLOC 1 41F3-41F3	REF 1 2	DT 1 21 Aug 2003	RESZ 361
ID|FBti0018956
SYM|baggins{}662
SYN|TE18956
ASTP|<fbsym>FBtp0017054==baggins</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|baggins

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|baggins{}662
CLOC|41F3-41F3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018957	ICL 1 baggins	SYM 1 baggins{}668	ASTR 1 -	CLOC 1 41F4-41F4	REF 1 2	DT 1 21 Aug 2003	RESZ 361
ID|FBti0018957
SYM|baggins{}668
SYN|TE18957
ASTP|<fbsym>FBtp0017054==baggins</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|baggins

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|baggins{}668
CLOC|41F4-41F4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019924	ICL 1 baggins	SYM 1 baggins{}682	ASTR 1 -	CLOC 1 41F6-41F6	REF 1 2	DT 1 21 Aug 2003	RESZ 361
ID|FBti0019924
SYM|baggins{}682
SYN|TE19924
ASTP|<fbsym>FBtp0017054==baggins</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|baggins

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|baggins{}682
CLOC|41F6-41F6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019925	ICL 1 baggins	SYM 1 baggins{}683	ASTR 1 -	CLOC 1 41F6-41F6	REF 1 2	DT 1 21 Aug 2003	RESZ 361
ID|FBti0019925
SYM|baggins{}683
SYN|TE19925
ASTP|<fbsym>FBtp0017054==baggins</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|baggins

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|baggins{}683
CLOC|41F6-41F6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019926	ICL 1 baggins	SYM 1 baggins{}684	ASTR 1 -	CLOC 1 41F6-41F6	REF 1 2	DT 1 21 Aug 2003	RESZ 361
ID|FBti0019926
SYM|baggins{}684
SYN|TE19926
ASTP|<fbsym>FBtp0017054==baggins</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|baggins

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|baggins{}684
CLOC|41F6-41F6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019927	ICL 1 baggins	SYM 1 baggins{}685	ASTR 1 -	CLOC 1 41F6-41F6	REF 1 2	DT 1 21 Aug 2003	RESZ 361
ID|FBti0019927
SYM|baggins{}685
SYN|TE19927
ASTP|<fbsym>FBtp0017054==baggins</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|baggins

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|baggins{}685
CLOC|41F6-41F6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019928	ICL 1 baggins	SYM 1 baggins{}686	ASTR 1 -	CLOC 1 41F6-41F6	REF 1 2	DT 1 21 Aug 2003	RESZ 361
ID|FBti0019928
SYM|baggins{}686
SYN|TE19928
ASTP|<fbsym>FBtp0017054==baggins</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|baggins

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|baggins{}686
CLOC|41F6-41F6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019929	ICL 1 baggins	SYM 1 baggins{}687	ASTR 1 -	CLOC 1 41F6-41F6	REF 1 2	DT 1 21 Aug 2003	RESZ 361
ID|FBti0019929
SYM|baggins{}687
SYN|TE19929
ASTP|<fbsym>FBtp0017054==baggins</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|baggins

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|baggins{}687
CLOC|41F6-41F6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020395	ICL 1 baggins	SYM 1 baggins{}1471	ASTR 1 -	CLOC 1 102A1-102A1	REF 1 2	DT 1 21 Aug 2003	RESZ 365
ID|FBti0020395
SYM|baggins{}1471
SYN|TE20395
ASTP|<fbsym>FBtp0017054==baggins</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|baggins

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|baggins{}1471
CLOC|102A1-102A1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003845.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019099	ICL 1 Bari1	SYM 1 Bari1{}282	ASTR 1 -	CLOC 1 21D2-21D2	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019099
SYM|Bari1{}282
SYN|TE19099
ASTP|<fbsym>FBtp0011412==Bari1</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Bari1

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Bari1{}282
CLOC|21D2-21D2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003588.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018880	ICL 1 Bari1	SYM 1 Bari1{}855	ASTR 1 -	CLOC 1 55F8-55F8	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0018880
SYM|Bari1{}855
SYN|TE18880
ASTP|<fbsym>FBtp0011412==Bari1</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Bari1

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Bari1{}855
CLOC|55F8-55F8
LOCB|genomic location inferred from flanking sequence
DBAF|AE003798.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019400	ICL 1 Bari1	SYM 1 Bari1{}1386	ASTR 1 -	CLOC 1 91F3-91F3	REF 1 2	DT 1 21 Aug 2003	RESZ 355
ID|FBti0019400
SYM|Bari1{}1386
SYN|TE19400
ASTP|<fbsym>FBtp0011412==Bari1</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Bari1

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Bari1{}1386
CLOC|91F3-91F3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003725.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019419	ICL 1 Bari1	SYM 1 Bari1{}1409	ASTR 1 -	CLOC 1 95A2-95A2	REF 1 2	DT 1 21 Aug 2003	RESZ 355
ID|FBti0019419
SYM|Bari1{}1409
SYN|TE19419
ASTP|<fbsym>FBtp0011412==Bari1</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Bari1

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Bari1{}1409
CLOC|95A2-95A2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003744.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019499	ICL 1 Bari1	SYM 1 Bari1{}1534	ASTR 1 -	CLOC 1 102F1-102F1	REF 1 2	DT 1 21 Aug 2003	RESZ 357
ID|FBti0019499
SYM|Bari1{}1534
SYN|TE19499
ASTP|<fbsym>FBtp0011412==Bari1</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Bari1

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Bari1{}1534
CLOC|102F1-102F1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003847.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019843	ICL 1 Bari2	SYM 1 Bari2{}506	ASTR 1 -	CLOC 1 39E2-39E2	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019843
SYM|Bari2{}506
SYN|TE19843
ASTP|<fbsym>FBtp0017031==Bari2</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Bari2

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Bari2{}506
CLOC|39E2-39E2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003781.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019878	ICL 1 Bari2	SYM 1 Bari2{}574	ASTR 1 -	CLOC 1 40F7-40F7	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019878
SYM|Bari2{}574
SYN|TE19878
ASTP|<fbsym>FBtp0017031==Bari2</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Bari2

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Bari2{}574
CLOC|40F7-40F7
LOCB|genomic location inferred from flanking sequence
DBAF|AE002603.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020303	ICL 1 Bari2	SYM 1 Bari2{}1203	ASTR 1 -	CLOC 1 82C3-82C3	REF 1 2	DT 1 21 Aug 2003	RESZ 355
ID|FBti0020303
SYM|Bari2{}1203
SYN|TE20303
ASTP|<fbsym>FBtp0017031==Bari2</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Bari2

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Bari2{}1203
CLOC|82C3-82C3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003605.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020436	ICL 1 Bari2	SYM 1 Bari2{}1537	ASTR 1 -	CLOC 1 102F3-102F3	REF 1 2	DT 1 21 Aug 2003	RESZ 357
ID|FBti0020436
SYM|Bari2{}1537
SYN|TE20436
ASTP|<fbsym>FBtp0017031==Bari2</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Bari2

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Bari2{}1537
CLOC|102F3-102F3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003847.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019690	ICL 1 blood	SYM 1 blood{}218	ASTR 1 -	CLOC 1 20A2-20A3	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019690
SYM|blood{}218
SYN|TE19690
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}218
CLOC|20A2-20A3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003122.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019096	ICL 1 blood	SYM 1 blood{}280	ASTR 1 -	CLOC 1 21C2-21C2	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019096
SYM|blood{}280
SYN|TE19096
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}280
CLOC|21C2-21C2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003589.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019102	ICL 1 blood	SYM 1 blood{}285	ASTR 1 -	CLOC 1 21F3-21F3	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019102
SYM|blood{}285
SYN|TE19102
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}285
CLOC|21F3-21F3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003587.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019106	ICL 1 blood	SYM 1 blood{}289	ASTR 1 -	CLOC 1 22A7-22A7	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019106
SYM|blood{}289
SYN|TE19106
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}289
CLOC|22A7-22A7
LOCB|genomic location inferred from flanking sequence
DBAF|AE003585.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019145	ICL 1 blood	SYM 1 blood{}335	ASTR 1 -	CLOC 1 31A3-31A3	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019145
SYM|blood{}335
SYN|TE19145
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}335
CLOC|31A3-31A3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003627.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019152	ICL 1 blood	SYM 1 blood{}344	ASTR 1 -	CLOC 1 33A1-33A1	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019152
SYM|blood{}344
SYN|TE19152
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}344
CLOC|33A1-33A1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003633.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019163	ICL 1 blood	SYM 1 blood{}356	ASTR 1 -	CLOC 1 34A2-34A2	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019163
SYM|blood{}356
SYN|TE19163
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}356
CLOC|34A2-34A2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003638.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019179	ICL 1 blood	SYM 1 blood{}375	ASTR 1 -	CLOC 1 35D2-35D2	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019179
SYM|blood{}375
SYN|TE19179
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}375
CLOC|35D2-35D2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003647.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019773	ICL 1 blood	SYM 1 blood{}409	ASTR 1 -	CLOC 1 37D2-37D2	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019773
SYM|blood{}409
SYN|TE19773
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}409
CLOC|37D2-37D2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003662.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019210	ICL 1 blood	SYM 1 blood{}468	ASTR 1 -	CLOC 1 38C5-38C5	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019210
SYM|blood{}468
SYN|TE19210
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}468
CLOC|38C5-38C5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003666.5
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019214	ICL 1 blood	SYM 1 blood{}472	ASTR 1 -	CLOC 1 38C10-38D1	REF 1 2	DT 1 21 Aug 2003	RESZ 354
ID|FBti0019214
SYM|blood{}472
SYN|TE19214
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}472
CLOC|38C10-38D1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003667.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019224	ICL 1 blood	SYM 1 blood{}488	ASTR 1 -	CLOC 1 39D3-39D3	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019224
SYM|blood{}488
SYN|TE19224
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}488
CLOC|39D3-39D3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003670.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018965	ICL 1 blood	SYM 1 blood{}852	ASTR 1 -	CLOC 1 55C13-55C13	REF 1 2	DT 1 21 Aug 2003	RESZ 355
ID|FBti0018965
SYM|blood{}852
SYN|TE18965
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}852
CLOC|55C13-55C13
LOCB|genomic location inferred from flanking sequence
DBAF|AE003799.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018966	ICL 1 blood	SYM 1 blood{}856	ASTR 1 -	CLOC 1 56E6-56F1	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0018966
SYM|blood{}856
SYN|TE18966
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}856
CLOC|56E6-56F1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003794.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020070	ICL 1 blood	SYM 1 blood{}959	ASTR 1 -	CLOC 1 66D3-66D4	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020070
SYM|blood{}959
SYN|TE20070
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}959
CLOC|66D3-66D4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003555.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020203	ICL 1 blood	SYM 1 blood{}1092	ASTR 1 -	CLOC 1 79F1-79F1	REF 1 2	DT 1 21 Aug 2003	RESZ 355
ID|FBti0020203
SYM|blood{}1092
SYN|TE20203
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}1092
CLOC|79F1-79F1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003598.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020205	ICL 1 blood	SYM 1 blood{}1094	ASTR 1 -	CLOC 1 79F2-79F3	REF 1 2	DT 1 21 Aug 2003	RESZ 355
ID|FBti0020205
SYM|blood{}1094
SYN|TE20205
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}1094
CLOC|79F2-79F3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003598.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019384	ICL 1 blood	SYM 1 blood{}1369	ASTR 1 -	CLOC 1 88F9-89A1	REF 1 2	DT 1 21 Aug 2003	RESZ 355
ID|FBti0019384
SYM|blood{}1369
SYN|TE19384
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}1369
CLOC|88F9-89A1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003709.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019391	ICL 1 blood	SYM 1 blood{}1376	ASTR 1 -	CLOC 1 90B5-90B5	REF 1 2	DT 1 21 Aug 2003	RESZ 355
ID|FBti0019391
SYM|blood{}1376
SYN|TE19391
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}1376
CLOC|90B5-90B5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003718.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019403	ICL 1 blood	SYM 1 blood{}1389	ASTR 1 -	CLOC 1 92B1-92B1	REF 1 2	DT 1 21 Aug 2003	RESZ 355
ID|FBti0019403
SYM|blood{}1389
SYN|TE19403
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}1389
CLOC|92B1-92B1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003727.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019465	ICL 1 blood	SYM 1 blood{}1462	ASTR 1 -	CLOC 1 100A2-100A2	REF 1 2	DT 1 21 Aug 2003	RESZ 357
ID|FBti0019465
SYM|blood{}1462
SYN|TE19465
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}1462
CLOC|100A2-100A2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003775.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019471	ICL 1 blood	SYM 1 blood{}1470	ASTR 1 -	CLOC 1 100D1-100D1	REF 1 2	DT 1 21 Aug 2003	RESZ 357
ID|FBti0019471
SYM|blood{}1470
SYN|TE19471
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|blood

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|blood{}1470
CLOC|100D1-100D1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003780.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014091	ICL 1 blood	SYM 1 blood{}Brd<up>1</up>	ASTR 1 -	CLOC 1 71A4	REF 1 3	DT 1 6 Jan 2000	RESZ 643
ID|FBti0014091
SYM|blood{}Brd<up>1</up>
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|blood
ASGN|<fbsym>FBgn0000216==Brd</fbsym>
ARGS|FBgn0000216

REFDSR
{
RDID|FBrf0088401
|Leviten and Posakony
|1996
ASAL|<fbsym>FBal0001282==Brd<up>P1</up></fbsym>
MU|P-element activity
}

REFDSR
{
RDID|FBrf0099359
|Leviten et al.
|1997
SYN|blood{}Brd<up>1</up>
ASAL|<fbsym>FBal0001270==Brd<up>1</up></fbsym>
MU|spontaneous
CLOC|71A4
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000216==Brd</fbsym>
}

REF
{
REFM|FBrf0088401
|Leviten and Posakony
|1996
REFM|FBrf0099359
|Leviten et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0001282==Brd<up>P1</up></fbsym>

REFDSR
{
RDID|FBrf0088401
|Leviten and Posakony
|1996
PHP|Partially suppressed bristle multiplication phenotype.
PHM|macrochaeta
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Weaker phenotype than that of <fbsym>FBal0001270==Brd<up>1</up></fbsym>.
}

REF
{
REFM|FBrf0088401
|Leviten and Posakony
|1996
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

ALESR
{
ASYM|<fbsym>FBal0001270==Brd<up>1</up></fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
PHP|<fbsym>FBal0001270==Brd<up>1</up></fbsym> homozygotes survive and exhibit more severe
| phenotypes than
|heterozygotes. <fbsym>FBal0001270==Brd<up>1</up></fbsym>/+ = <fbsym>FBal0001270==Brd<up>1</up></fbsym>
| hemizygous with <fbsym>FBgn0000216==Brd</fbsym><up>-</up>. <fbsym>FBal0001270==Brd<up>1</up></fbsym>
|strongly affects macrochaetae and other imaginal-disc sensilla (i.e.,
|trichoid, campaniform, basiconic), but only mildly increases
|microchaete density. In addition to sensillum multiplication, <fbsym>FBal0001270==Brd<up>1</up></fbsym>
|homozygotes also exhibit bristle loss, with anterior orbitals absent
|(>90%) and a less frequent loss of ocellar macrochaetae (<5%).The
|... (see <fbsym>FBal0001270==Brd<up>1</up></fbsym> report)
PHM|macrochaeta
|microchaeta
|sensillum trichodeum
|sensillum campaniformium
|sensillum basiconicum
}

REFDSR
{
RDID|FBrf0088401
|Leviten and Posakony
|1996
PHP|Bristle multiplication phenotype, ectopic bristles are complete sensory
|organs. Anterior orbital, ocellar and posterior supra-alar bristle
|loss due to defects in the cell fate specification in the bristle lineage.
PHM|macrochaeta | ectopic
|macrochaeta
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0088401
|Leviten and Posakony
|1996
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0013355	ICL 1 blood	SYM 1 blood{}Gpdh<up>AKy33</up>	ASTR 1 -	CLOC 1 Inserts in Gpdh	REF 1 2	DT 1 4 Feb 2000	RESZ 425
ID|FBti0013355
SYM|blood{}Gpdh<up>AKy33</up>
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|4 Feb 2000
|3 Nov 1999
ICL|blood
ASGN|<fbsym>FBgn0001128==Gpdh</fbsym>
ARGS|FBgn0001128

REFDSR
{
RDID|FBrf0086147
|Wilanowski et al.
|1995
ASAL|<fbsym>FBal0048805==Gpdh<up>AKy33</up></fbsym>
CLOC|Gpdh
|Insertion site 
LOCB|in situ
PHC|viable
|fertile
}

REF
{
REFM|FBrf0086147
|Wilanowski et al.
|1995
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0048805==Gpdh<up>AKy33</up></fbsym>

REFDSR
{
RDID|FBrf0052093
|Gibson et al.
|1990
PHP|<fbsym>FBal0048805==Gpdh<up>AKy33</up></fbsym>/<fbsym>FBab0001468==Df(2L)GpdhA</fbsym> flies have
| reduced <fbsym>FBgn0001128==Gpdh</fbsym> enzyme activity
|compared to wild-type.
}

REF
{
REFM|FBrf0052093
|Gibson et al.
|1990
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014791	ICL 1 blood	SYM 1 blood{}w<up>bl</up>	ASTR 1 -	CLOC 1 3C1	REF 1 8	DT 1 6 Jan 2000	RESZ 681
ID|FBti0014791
SYM|blood{}w<up>bl</up>
ASTP|<fbsym>FBtp0011415==blood</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|blood
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0084258
|Peng and Mount
|1995
SYN|blood{}w<up>bl</up>
ASAL|<fbsym>FBal0018218==w<up>bl</up></fbsym>
MU|spontaneous
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0084258
|Peng and Mount
|1995
REFM|FBrf0084324
|Roseman et al.
|1995
REFM|FBrf0086910
|Bhadra and Birchler
|1996
REFM|FBrf0094158
|Bhadra et al.
|1997
REFM|FBrf0094159
|Bhadra et al.
|1997
REFM|FBrf0098391
|Costas et al.
|1997
REFM|FBrf0100562
|Frolov et al.
|1998
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018218==w<up>bl</up></fbsym>

REFDSR
{
RDID|FBrf0006364
|Ephrussi and Herold
|1945
PHP|Temperature sensitivity greatest 40-48 hr after pupation.
}

REFDSR
{
RDID|FBrf0056147
|Birchler
|1992
PHP|Homozygous males are darker than homozygous females. Triple X metafemale
|individuals homozygous for <fbsym>FBal0018218==w<up>bl</up></fbsym> have pigment levels
| near the normal
|intensity of <fbsym>FBal0018218==w<up>bl</up></fbsym> homozygous XX females.
}

REFDSR
{
RDID|FBrf0084258
|Peng and Mount
|1995
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0100562
|Frolov et al.
|1998
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: yellowish-ruby, later <fbsym>FBgn0003351==se</fbsym>-like; female lighter than male;
|at 19<up>o</up>C as dark as <fbsym>FBal0013871==pn<up>1</up></fbsym>; at 30<up>o</up>C,
| as light as <fbsym>FBal0018215==w<up>bf</up></fbsym> or <fbsym>FBal0018254==w<up>i</up></fbsym>.
|Testis color: colorless.
|Malpighian tubule color: pale yellow at 25<up>o</up>C.
PHM|pigment cell
|testis pigment cell
|Malpighian tubule
}

REFDSR
{
RDID|FBrf0105774
|Benevolenskaya et al.
|1998
PHM|pigment cell
}

REF
{
REFM|FBrf0006364
|Ephrussi and Herold
|1945
REFM|FBrf0056147
|Birchler
|1992
REFM|FBrf0084258
|Peng and Mount
|1995
REFM|FBrf0100562
|Frolov et al.
|1998
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0105774
|Benevolenskaya et al.
|1998
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0019604	ICL 1 BS	SYM 1 BS{}85	ASTR 1 -	CLOC 1 7E4-7E4	REF 1 2	DT 1 21 Aug 2003	RESZ 337
ID|FBti0019604
SYM|BS{}85
SYN|TE19604
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}85
CLOC|7E4-7E4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003443.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019079	ICL 1 BS	SYM 1 BS{}155	ASTR 1 -	CLOC 1 17A2-17A2	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0019079
SYM|BS{}155
SYN|TE19079
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}155
CLOC|17A2-17A2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003508.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019133	ICL 1 BS	SYM 1 BS{}321	ASTR 1 -	CLOC 1 28B2-28B2	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0019133
SYM|BS{}321
SYN|TE19133
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}321
CLOC|28B2-28B2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003618.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019158	ICL 1 BS	SYM 1 BS{}351	ASTR 1 -	CLOC 1 33F5-33F5	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0019158
SYM|BS{}351
SYN|TE19158
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}351
CLOC|33F5-33F5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003637.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019165	ICL 1 BS	SYM 1 BS{}358	ASTR 1 -	CLOC 1 34B1-34B1	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0019165
SYM|BS{}358
SYN|TE19165
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}358
CLOC|34B1-34B1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003639.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019784	ICL 1 BS	SYM 1 BS{}426	ASTR 1 -	CLOC 1 38C1-38C1	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0019784
SYM|BS{}426
SYN|TE19784
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}426
CLOC|38C1-38C1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003665.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019223	ICL 1 BS	SYM 1 BS{}487	ASTR 1 -	CLOC 1 39D2-39D2	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0019223
SYM|BS{}487
SYN|TE19223
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}487
CLOC|39D2-39D2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003670.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019834	ICL 1 BS	SYM 1 BS{}497	ASTR 1 -	CLOC 1 39D5-39E1	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0019834
SYM|BS{}497
SYN|TE19834
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}497
CLOC|39D5-39E1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003670.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018875	ICL 1 BS	SYM 1 BS{}707	ASTR 1 -	CLOC 1 42A9-42A9	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0018875
SYM|BS{}707
SYN|TE18875
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}707
CLOC|42A9-42A9
LOCB|genomic location inferred from flanking sequence
DBAF|AE003784.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019957	ICL 1 BS	SYM 1 BS{}729	ASTR 1 -	CLOC 1 42A18-42A18	REF 1 2	DT 1 21 Aug 2003	RESZ 343
ID|FBti0019957
SYM|BS{}729
SYN|TE19957
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}729
CLOC|42A18-42A18
LOCB|genomic location inferred from flanking sequence
DBAF|AE003789.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018876	ICL 1 BS	SYM 1 BS{}759	ASTR 1 -	CLOC 1 42D1-42D1	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0018876
SYM|BS{}759
SYN|TE18876
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}759
CLOC|42D1-42D1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003790.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018877	ICL 1 BS	SYM 1 BS{}794	ASTR 1 -	CLOC 1 46C6-46C6	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0018877
SYM|BS{}794
SYN|TE18877
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}794
CLOC|46C6-46C6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003831.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018878	ICL 1 BS	SYM 1 BS{}809	ASTR 1 -	CLOC 1 47D7-47D7	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0018878
SYM|BS{}809
SYN|TE18878
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}809
CLOC|47D7-47D7
LOCB|genomic location inferred from flanking sequence
DBAF|AE003826.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018879	ICL 1 BS	SYM 1 BS{}871	ASTR 1 -	CLOC 1 58E2-58E2	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0018879
SYM|BS{}871
SYN|TE18879
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}871
CLOC|58E2-58E2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003457.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020044	ICL 1 BS	SYM 1 BS{}933	ASTR 1 -	CLOC 1 64F5-64F5	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0020044
SYM|BS{}933
SYN|TE20044
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}933
CLOC|64F5-64F5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003564.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020056	ICL 1 BS	SYM 1 BS{}945	ASTR 1 -	CLOC 1 65E1-65E1	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0020056
SYM|BS{}945
SYN|TE20056
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}945
CLOC|65E1-65E1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003560.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020057	ICL 1 BS	SYM 1 BS{}946	ASTR 1 -	CLOC 1 65E7-65E7	REF 1 2	DT 1 21 Aug 2003	RESZ 341
ID|FBti0020057
SYM|BS{}946
SYN|TE20057
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}946
CLOC|65E7-65E7
LOCB|genomic location inferred from flanking sequence
DBAF|AE003560.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020125	ICL 1 BS	SYM 1 BS{}1014	ASTR 1 -	CLOC 1 73A4-73A4	REF 1 2	DT 1 21 Aug 2003	RESZ 343
ID|FBti0020125
SYM|BS{}1014
SYN|TE20125
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}1014
CLOC|73A4-73A4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003527.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020128	ICL 1 BS	SYM 1 BS{}1017	ASTR 1 -	CLOC 1 73C2-73C2	REF 1 2	DT 1 21 Aug 2003	RESZ 343
ID|FBti0020128
SYM|BS{}1017
SYN|TE20128
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}1017
CLOC|73C2-73C2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003526.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020149	ICL 1 BS	SYM 1 BS{}1038	ASTR 1 -	CLOC 1 75D1-75D1	REF 1 2	DT 1 21 Aug 2003	RESZ 343
ID|FBti0020149
SYM|BS{}1038
SYN|TE20149
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}1038
CLOC|75D1-75D1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003520.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020157	ICL 1 BS	SYM 1 BS{}1046	ASTR 1 -	CLOC 1 75F8-75F8	REF 1 2	DT 1 21 Aug 2003	RESZ 343
ID|FBti0020157
SYM|BS{}1046
SYN|TE20157
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}1046
CLOC|75F8-75F8
LOCB|genomic location inferred from flanking sequence
DBAF|AE003518.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019312	ICL 1 BS	SYM 1 BS{}1230	ASTR 1 -	CLOC 1 83D4-83D4	REF 1 2	DT 1 21 Aug 2003	RESZ 343
ID|FBti0019312
SYM|BS{}1230
SYN|TE19312
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}1230
CLOC|83D4-83D4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003600.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019315	ICL 1 BS	SYM 1 BS{}1233	ASTR 1 -	CLOC 1 83E1-83E1	REF 1 2	DT 1 21 Aug 2003	RESZ 343
ID|FBti0019315
SYM|BS{}1233
SYN|TE19315
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}1233
CLOC|83E1-83E1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003600.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019332	ICL 1 BS	SYM 1 BS{}1260	ASTR 1 -	CLOC 1 84E10-84E10	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019332
SYM|BS{}1260
SYN|TE19332
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}1260
CLOC|84E10-84E10
LOCB|genomic location inferred from flanking sequence
DBAF|AE003677.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019358	ICL 1 BS	SYM 1 BS{}1292	ASTR 1 -	CLOC 1 86F9-86F10	REF 1 2	DT 1 21 Aug 2003	RESZ 344
ID|FBti0019358
SYM|BS{}1292
SYN|TE19358
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}1292
CLOC|86F9-86F10
LOCB|genomic location inferred from flanking sequence
DBAF|AE003693.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019378	ICL 1 BS	SYM 1 BS{}1363	ASTR 1 -	CLOC 1 88E1-88E1	REF 1 2	DT 1 21 Aug 2003	RESZ 343
ID|FBti0019378
SYM|BS{}1363
SYN|TE19378
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}1363
CLOC|88E1-88E1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003707.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019388	ICL 1 BS	SYM 1 BS{}1373	ASTR 1 -	CLOC 1 90A1-90A1	REF 1 2	DT 1 21 Aug 2003	RESZ 343
ID|FBti0019388
SYM|BS{}1373
SYN|TE19388
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}1373
CLOC|90A1-90A1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003717.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019410	ICL 1 BS	SYM 1 BS{}1396	ASTR 1 -	CLOC 1 92E14-92E14	REF 1 2	DT 1 21 Aug 2003	RESZ 345
ID|FBti0019410
SYM|BS{}1396
SYN|TE19410
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}1396
CLOC|92E14-92E14
LOCB|genomic location inferred from flanking sequence
DBAF|AE003730.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019426	ICL 1 BS	SYM 1 BS{}1416	ASTR 1 -	CLOC 1 96A3-96A3	REF 1 2	DT 1 21 Aug 2003	RESZ 343
ID|FBti0019426
SYM|BS{}1416
SYN|TE19426
ASTP|<fbsym>FBtp0011416==BS</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|BS

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|BS{}1416
CLOC|96A3-96A3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003748.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019593	ICL 1 Burdock	SYM 1 Burdock{}74	ASTR 1 -	CLOC 1 6C1-6C1	REF 1 2	DT 1 21 Aug 2003	RESZ 357
ID|FBti0019593
SYM|Burdock{}74
SYN|TE19593
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Burdock

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Burdock{}74
CLOC|6C1-6C1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003438.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019626	ICL 1 Burdock	SYM 1 Burdock{}107	ASTR 1 -	CLOC 1 10C4-10C4	REF 1 2	DT 1 21 Aug 2003	RESZ 361
ID|FBti0019626
SYM|Burdock{}107
SYN|TE19626
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Burdock

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Burdock{}107
CLOC|10C4-10C4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003486.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019119	ICL 1 Burdock	SYM 1 Burdock{}304	ASTR 1 -	CLOC 1 24D7-24D7	REF 1 2	DT 1 21 Aug 2003	RESZ 361
ID|FBti0019119
SYM|Burdock{}304
SYN|TE19119
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Burdock

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Burdock{}304
CLOC|24D7-24D7
LOCB|genomic location inferred from flanking sequence
DBAF|AE003577.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019128	ICL 1 Burdock	SYM 1 Burdock{}313	ASTR 1 -	CLOC 1 26C3-26C4	REF 1 2	DT 1 21 Aug 2003	RESZ 361
ID|FBti0019128
SYM|Burdock{}313
SYN|TE19128
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Burdock

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Burdock{}313
CLOC|26C3-26C4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003613.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019132	ICL 1 Burdock	SYM 1 Burdock{}320	ASTR 1 -	CLOC 1 28A6-28A6	REF 1 2	DT 1 21 Aug 2003	RESZ 361
ID|FBti0019132
SYM|Burdock{}320
SYN|TE19132
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Burdock

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Burdock{}320
CLOC|28A6-28A6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003617.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019236	ICL 1 Burdock	SYM 1 Burdock{}514	ASTR 1 -	CLOC 1 39F1-39F1	REF 1 2	DT 1 21 Aug 2003	RESZ 361
ID|FBti0019236
SYM|Burdock{}514
SYN|TE19236
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Burdock

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Burdock{}514
CLOC|39F1-39F1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003781.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018881	ICL 1 Burdock	SYM 1 Burdock{}664	ASTR 1 -	CLOC 1 41F3-41F3	REF 1 2	DT 1 21 Aug 2003	RESZ 361
ID|FBti0018881
SYM|Burdock{}664
SYN|TE18881
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Burdock

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Burdock{}664
CLOC|41F3-41F3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018882	ICL 1 Burdock	SYM 1 Burdock{}770	ASTR 1 -	CLOC 1 43E18-43E18	REF 1 2	DT 1 21 Aug 2003	RESZ 363
ID|FBti0018882
SYM|Burdock{}770
SYN|TE18882
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Burdock

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Burdock{}770
CLOC|43E18-43E18
LOCB|genomic location inferred from flanking sequence
DBAF|AE003839.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018883	ICL 1 Burdock	SYM 1 Burdock{}783	ASTR 1 -	CLOC 1 45A13-45B1	REF 1 2	DT 1 21 Aug 2003	RESZ 362
ID|FBti0018883
SYM|Burdock{}783
SYN|TE18883
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Burdock

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Burdock{}783
CLOC|45A13-45B1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003834.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018884	ICL 1 Burdock	SYM 1 Burdock{}836	ASTR 1 -	CLOC 1 52E1-52E1	REF 1 2	DT 1 21 Aug 2003	RESZ 361
ID|FBti0018884
SYM|Burdock{}836
SYN|TE18884
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Burdock

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Burdock{}836
CLOC|52E1-52E1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003808.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019283	ICL 1 Burdock	SYM 1 Burdock{}1187	ASTR 1 -	CLOC 1 82A1-82A3	REF 1 2	DT 1 21 Aug 2003	RESZ 363
ID|FBti0019283
SYM|Burdock{}1187
SYN|TE19283
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Burdock

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Burdock{}1187
CLOC|82A1-82A3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003606.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019305	ICL 1 Burdock	SYM 1 Burdock{}1221	ASTR 1 -	CLOC 1 83A3-83A3	REF 1 2	DT 1 21 Aug 2003	RESZ 363
ID|FBti0019305
SYM|Burdock{}1221
SYN|TE19305
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Burdock

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Burdock{}1221
CLOC|83A3-83A3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003602.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019408	ICL 1 Burdock	SYM 1 Burdock{}1394	ASTR 1 -	CLOC 1 92E1-92E1	REF 1 2	DT 1 21 Aug 2003	RESZ 363
ID|FBti0019408
SYM|Burdock{}1394
SYN|TE19408
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Burdock

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Burdock{}1394
CLOC|92E1-92E1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003729.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0015137	ICL 1 Burdock	SYM 1 Burdock{}ct<up>MR21K1</up>	ASTR 1 -	CLOC 1 7B4--5	REF 1 2	DT 1 6 Jan 2000	RESZ 467
ID|FBti0015137
SYM|Burdock{}ct<up>MR21K1</up>
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|Burdock
ASGN|<fbsym>FBgn0004198==ct</fbsym>

REFDSR
{
RDID|FBrf0098327
|Ponomarenko et al.
|1997
SYN|Burdock{}ct<up>MR21K1</up>
ASAL|<fbsym>FBal0064922==ct<up>MR21K1</up></fbsym>
CLOC|7B4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004198==ct</fbsym>
}

REF
{
REFM|FBrf0098327
|Ponomarenko et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014346	ICL 1 Burdock	SYM 1 Burdock{}ct<up>MRl1</up>	ASTR 1 -	CLOC 1 7B4--5	REF 1 3	DT 1 4 Apr 2003	RESZ 566
ID|FBti0014346
SYM|Burdock{}ct<up>MRl1</up>
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|4 Apr 2003
|6 Jan 2000
ICL|Burdock
ASGN|<fbsym>FBgn0004198==ct</fbsym>

REFDSR
{
RDID|FBrf0050561
|Tchurikov et al.
|1989
SYN|Burdock{}ct<up>MRl1</up>
ASAL|<fbsym>FBal0002058==ct<up>MRl1</up></fbsym>
CLOC|7B4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004198==ct</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHC|lethal | recessive
}

REF
{
REFM|FBrf0050561
|Tchurikov et al.
|1989
REFM|FBrf0098741
|Tchurikov et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014350	ICL 1 Burdock	SYM 1 Burdock{}ct<up>MRl8</up>	ASTR 1 -	CLOC 1 7B4--5	REF 1 3	DT 1 4 Apr 2003	RESZ 566
ID|FBti0014350
SYM|Burdock{}ct<up>MRl8</up>
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|4 Apr 2003
|6 Jan 2000
ICL|Burdock
ASGN|<fbsym>FBgn0004198==ct</fbsym>

REFDSR
{
RDID|FBrf0050561
|Tchurikov et al.
|1989
SYN|Burdock{}ct<up>MRl8</up>
ASAL|<fbsym>FBal0002059==ct<up>MRl8</up></fbsym>
CLOC|7B4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004198==ct</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHC|lethal | recessive
}

REF
{
REFM|FBrf0050561
|Tchurikov et al.
|1989
REFM|FBrf0098741
|Tchurikov et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014348	ICL 1 Burdock	SYM 1 Burdock{}ct<up>MRl37</up>	ASTR 1 -	CLOC 1 7B4--5	REF 1 3	DT 1 4 Apr 2003	RESZ 624
ID|FBti0014348
SYM|Burdock{}ct<up>MRl37</up>
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|4 Apr 2003
|6 Jan 2000
ICL|Burdock
ASGN|<fbsym>FBgn0004198==ct</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|Burdock{}ct<up>MRl37</up>
CLOC|7B4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004198==ct</fbsym>
}

REFDSR
{
RDID|FBrf0098741
|Tchurikov et al.
|1988
ASAL|<fbsym>FBal0002060==ct<up>MRl37</up></fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHC|lethal | recessive
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0098741
|Tchurikov et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014349	ICL 1 Burdock	SYM 1 Burdock{}ct<up>MRl377</up>	ASTR 1 -	CLOC 1 7B4--5	REF 1 2	DT 1 6 Jan 2000	RESZ 463
ID|FBti0014349
SYM|Burdock{}ct<up>MRl377</up>
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|Burdock
ASGN|<fbsym>FBgn0004198==ct</fbsym>

REFDSR
{
RDID|FBrf0050561
|Tchurikov et al.
|1989
SYN|Burdock{}ct<up>MRl377</up>
ASAL|<fbsym>FBal0030986==ct<up>MRl377</up></fbsym>
CLOC|7B4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004198==ct</fbsym>
}

REF
{
REFM|FBrf0050561
|Tchurikov et al.
|1989
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014351	ICL 1 Burdock	SYM 1 Burdock{}ct<up>MRlA1</up>	ASTR 1 -	CLOC 1 7B4--5	REF 1 3	DT 1 4 Apr 2003	RESZ 569
ID|FBti0014351
SYM|Burdock{}ct<up>MRlA1</up>
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|4 Apr 2003
|6 Jan 2000
ICL|Burdock
ASGN|<fbsym>FBgn0004198==ct</fbsym>

REFDSR
{
RDID|FBrf0050561
|Tchurikov et al.
|1989
SYN|Burdock{}ct<up>MRlA1</up>
ASAL|<fbsym>FBal0002061==ct<up>MRlA1</up></fbsym>
CLOC|7B4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004198==ct</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHC|lethal | recessive
}

REF
{
REFM|FBrf0050561
|Tchurikov et al.
|1989
REFM|FBrf0098741
|Tchurikov et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014352	ICL 1 Burdock	SYM 1 Burdock{}ct<up>MRlA12</up>	ASTR 1 -	CLOC 1 7B4--5	REF 1 3	DT 1 4 Apr 2003	RESZ 572
ID|FBti0014352
SYM|Burdock{}ct<up>MRlA12</up>
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|4 Apr 2003
|6 Jan 2000
ICL|Burdock
ASGN|<fbsym>FBgn0004198==ct</fbsym>

REFDSR
{
RDID|FBrf0050561
|Tchurikov et al.
|1989
SYN|Burdock{}ct<up>MRlA12</up>
ASAL|<fbsym>FBal0002062==ct<up>MRlA12</up></fbsym>
CLOC|7B4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004198==ct</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHC|lethal | recessive
}

REF
{
REFM|FBrf0050561
|Tchurikov et al.
|1989
REFM|FBrf0098741
|Tchurikov et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014353	ICL 1 Burdock	SYM 1 Burdock{}ct<up>MRlB1</up>	ASTR 1 -	CLOC 1 7B4--5	REF 1 3	DT 1 4 Apr 2003	RESZ 569
ID|FBti0014353
SYM|Burdock{}ct<up>MRlB1</up>
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|4 Apr 2003
|6 Jan 2000
ICL|Burdock
ASGN|<fbsym>FBgn0004198==ct</fbsym>

REFDSR
{
RDID|FBrf0050561
|Tchurikov et al.
|1989
SYN|Burdock{}ct<up>MRlB1</up>
ASAL|<fbsym>FBal0002063==ct<up>MRlB1</up></fbsym>
CLOC|7B4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004198==ct</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHC|lethal | recessive
}

REF
{
REFM|FBrf0050561
|Tchurikov et al.
|1989
REFM|FBrf0098741
|Tchurikov et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014354	ICL 1 Burdock	SYM 1 Burdock{}ct<up>MRlE1</up>	ASTR 1 -	CLOC 1 7B4--5	REF 1 3	DT 1 4 Apr 2003	RESZ 569
ID|FBti0014354
SYM|Burdock{}ct<up>MRlE1</up>
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|4 Apr 2003
|6 Jan 2000
ICL|Burdock
ASGN|<fbsym>FBgn0004198==ct</fbsym>

REFDSR
{
RDID|FBrf0050561
|Tchurikov et al.
|1989
SYN|Burdock{}ct<up>MRlE1</up>
ASAL|<fbsym>FBal0002064==ct<up>MRlE1</up></fbsym>
CLOC|7B4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004198==ct</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHC|lethal | recessive
}

REF
{
REFM|FBrf0050561
|Tchurikov et al.
|1989
REFM|FBrf0098741
|Tchurikov et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0025336	ICL 1 Burdock	SYM 1 Burdock{}ct<up>MRlK1</up>a	ASTR 1 -	CLOC 1 7B4--5	REF 1 3	DT 1 7 Jul 2003	RESZ 759
ID|FBti0025336
SYM|Burdock{}ct<up>MRlK1</up>a
SYN|Burdock{}Hercules{}ct<up>MRlK1</up>
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|7 Jul 2003
|7 Jul 2003
ICL|Burdock
ID2|FBti0014355
ASGN|<fbsym>FBgn0004198==ct</fbsym>

REFDSR
{
RDID|FBrf0050561
|Tchurikov et al.
|1989
SYN|Burdock{}ct<up>MRlK1</up>a
ASAL|<fbsym>FBal0002065==ct<up>MRlK1</up></fbsym>
MU|hobo activity
CLOC|7B4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004198==ct</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHC|lethal | recessive
CC|One of two insertions associated with this allele; see <fbsym>FBti0025337==Hercules{}ct<up>MRlK1</up>b</fbsym>.
}

REF
{
REFM|FBrf0050561
|Tchurikov et al.
|1989
REFM|FBrf0098741
|Tchurikov et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014356	ICL 1 Burdock	SYM 1 Burdock{}ct<up>MRlL2</up>	ASTR 1 -	CLOC 1 7B4--5	REF 1 3	DT 1 4 Apr 2003	RESZ 569
ID|FBti0014356
SYM|Burdock{}ct<up>MRlL2</up>
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|4 Apr 2003
|6 Jan 2000
ICL|Burdock
ASGN|<fbsym>FBgn0004198==ct</fbsym>

REFDSR
{
RDID|FBrf0050561
|Tchurikov et al.
|1989
SYN|Burdock{}ct<up>MRlL2</up>
ASAL|<fbsym>FBal0002066==ct<up>MRlL2</up></fbsym>
CLOC|7B4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004198==ct</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHC|lethal | recessive
}

REF
{
REFM|FBrf0050561
|Tchurikov et al.
|1989
REFM|FBrf0098741
|Tchurikov et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014357	ICL 1 Burdock	SYM 1 Burdock{}ct<up>MRlL46</up>	ASTR 1 -	CLOC 1 7B4--5	REF 1 3	DT 1 4 Apr 2003	RESZ 572
ID|FBti0014357
SYM|Burdock{}ct<up>MRlL46</up>
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|4 Apr 2003
|6 Jan 2000
ICL|Burdock
ASGN|<fbsym>FBgn0004198==ct</fbsym>

REFDSR
{
RDID|FBrf0050561
|Tchurikov et al.
|1989
SYN|Burdock{}ct<up>MRlL46</up>
ASAL|<fbsym>FBal0002067==ct<up>MRlL46</up></fbsym>
CLOC|7B4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004198==ct</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHC|lethal | recessive
}

REF
{
REFM|FBrf0050561
|Tchurikov et al.
|1989
REFM|FBrf0098741
|Tchurikov et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0025338	ICL 1 Burdock	SYM 1 Burdock{}ct<up>MRlLD1</up>a	ASTR 1 -	CLOC 1 7B4--5	REF 1 3	DT 1 7 Jul 2003	RESZ 764
ID|FBti0025338
SYM|Burdock{}ct<up>MRlLD1</up>a
SYN|Burdock{}Hercules{}ct<up>MRlLD1</up>
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|7 Jul 2003
|7 Jul 2003
ICL|Burdock
ID2|FBti0014358
ASGN|<fbsym>FBgn0004198==ct</fbsym>

REFDSR
{
RDID|FBrf0050561
|Tchurikov et al.
|1989
SYN|Burdock{}ct<up>MRlLD1</up>a
ASAL|<fbsym>FBal0002068==ct<up>MRlLD1</up></fbsym>
MU|hobo activity
CLOC|7B4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004198==ct</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHC|lethal | recessive
CC|One of two insertions associated with this allele; see <fbsym>FBti0025339==Hercules{}ct<up>MRlLD1</up>b</fbsym>.
}

REF
{
REFM|FBrf0050561
|Tchurikov et al.
|1989
REFM|FBrf0098741
|Tchurikov et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014359	ICL 1 Burdock	SYM 1 Burdock{}ct<up>MRlLM1</up>	ASTR 1 -	CLOC 1 7B4--5	REF 1 3	DT 1 4 Apr 2003	RESZ 504
ID|FBti0014359
SYM|Burdock{}ct<up>MRlLM1</up>
ASTP|<fbsym>FBtp0011417==Burdock</fbsym>
DT|4 Apr 2003
|6 Jan 2000
ICL|Burdock
ASGN|<fbsym>FBgn0004198==ct</fbsym>

REFDSR
{
RDID|FBrf0050561
|Tchurikov et al.
|1989
SYN|Burdock{}ct<up>MRlLM1</up>
ASAL|<fbsym>FBal0002069==ct<up>MRlLM1</up></fbsym>
CLOC|7B4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004198==ct</fbsym>
}

REF
{
REFM|FBrf0050561
|Tchurikov et al.
|1989
REFM|FBrf0098741
|Tchurikov et al.
|1988
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014616	ICL 1 Calypso	SYM 1 Calypso{}ry<up>301</up>	ASTR 1 -	CLOC 1 87D9	REF 1 2	DT 1 6 Jan 2000	RESZ 454
ID|FBti0014616
SYM|Calypso{}ry<up>301</up>
ASTP|<fbsym>FBtp0011418==Calypso</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|Calypso
ASGN|<fbsym>FBgn0003308==ry</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|Calypso{}ry<up>301</up>
ASAL|<fbsym>FBal0014995==ry<up>301</up></fbsym>
CLOC|87D9
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003308==ry</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0014995==ry<up>301</up></fbsym>

REFDSR
{
RDID|FBrf0057531
|Hilliker et al.
|1992
PHP|Homozygotes are hypersensitive to paraquat. <fbsym>FBal0014995==ry<up>301</up></fbsym>
| <fbsym>FBal0015933==Sod<up>n1</up></fbsym> double
|homozygotes die during late metamorphosis and during the process of
|eclosion.
}

REF
{
REFM|FBrf0057531
|Hilliker et al.
|1992
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0018885	ICL 1 Circe	SYM 1 Circe{}737	ASTR 1 -	CLOC 1 42A19-42B1	REF 1 2	DT 1 21 Aug 2003	RESZ 354
ID|FBti0018885
SYM|Circe{}737
SYN|TE18885
ASTP|<fbsym>FBtp0012709==Circe</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Circe

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Circe{}737
CLOC|42A19-42B1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003789.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018886	ICL 1 Circe	SYM 1 Circe{}753	ASTR 1 -	CLOC 1 42B2-42B2	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0018886
SYM|Circe{}753
SYN|TE18886
ASTP|<fbsym>FBtp0012709==Circe</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Circe

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Circe{}753
CLOC|42B2-42B2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003789.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0013043	ICL 1 copia	SYM 1 copia{3'LTR}w<up>a59k1</up>	ASTR 1 -	CLOC 1 3C1	REF 1 11	DT 1 14 Sep 1999	RESZ 871
ID|FBti0013043
SYM|copia{3'LTR}w<up>a59k1</up>
SYN|copia{3'LTR}w<up>a59k1</up>
ASTP|<fbsym>FBtp0002767==copia{3'LTR}</fbsym>
DT|14 Sep 1999
|14 Sep 1999
ICL|copia
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0043247
|Carbonare and Gehring
|1985
SYN|copia{3'LTR}w<up>a59k1</up>
ASAL|<fbsym>FBal0018348==w<up>a59k1</up></fbsym>
MU|X ray
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0043247
|Carbonare and Gehring
|1985
REFM|FBrf0048200
|Mount et al.
|1988
REFM|FBrf0049880
|Birchler and Hiebert
|1989
REFM|FBrf0054158
|Rabinow et al.
|1991
REFM|FBrf0054964
|Kurkulos et al.
|1991
REFM|FBrf0058584
|Rabinow et al.
|1993
REFM|FBrf0076540
|Csink et al.
|1994
REFM|FBrf0086910
|Bhadra and Birchler
|1996
REFM|FBrf0094158
|Bhadra et al.
|1997
REFM|FBrf0094159
|Bhadra et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018348==w<up>a59k1</up></fbsym>

REFDSR
{
RDID|FBrf0043247
|Carbonare and Gehring
|1985
PHP|Eye pigment is restored to 80% of wild type levels.
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: darker than <fbsym>FBal0018195==w<up>a</up></fbsym>, with more brown pigment.
PHM|pigment cell
}

REF
{
REFM|FBrf0043247
|Carbonare and Gehring
|1985
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0026992	ICL 1 copia{P	SYM 1 copia{P{lacW}}Rep1<up>16-11-36</up>	ASTR 1 -	CLOC 1 -	REF 1 2	DT 1 8 Jul 2003	RESZ 439
ID|FBti0026992
SYM|copia{P{lacW}}Rep1<up>16-11-36</up>
SYN|16-11-36
|16-11
ASTP|<fbsym>FBtp0000204==P{lacW}</fbsym>
DT|8 Jul 2003
|8 Jul 2003
ICL|copia{P
PRG|<fbsym>FBti0026991==P{lacW}P228</fbsym>
ASGN|<fbsym>FBgn0024732==Rep1</fbsym>

REFDSR
{
RDID|FBrf0152010
|Mukae et al.
|2002
SYN|16-11-36
|16-11
ASAL|<fbsym>FBal0141564==Rep1<up>16-11-36</up></fbsym>
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0152010
|Mukae et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014805	ICL 1 roo	SYM 1 copia{roo{}}w<up>ric</up>	ASTR 1 -	CLOC 1 3C1	REF 1 7	DT 1 1 Mar 2004	RESZ 790
ID|FBti0014805
SYM|copia{roo{}}w<up>ric</up>
SYN|roo{}w<up>ric</up>
DT|1 Mar 2004
|6 Jan 2000
ICL|roo
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0073744
|Lim and Simmons
|1994
SYN|roo{}w<up>ric</up>
ASAL|<fbsym>FBal0018294==w<up>ric</up></fbsym>
MU|spontaneous
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REFDSR
{
RDID|FBrf0152010
|Mukae et al.
|2002
CC|Nested insertion of <fbsym>FBgn0000155==roo</fbsym> element into <fbsym>FBgn0000349==copia</fbsym> element.
}

REF
{
REFM|FBrf0073744
|Lim and Simmons
|1994
REFM|FBrf0076540
|Csink et al.
|1994
REFM|FBrf0086910
|Bhadra and Birchler
|1996
REFM|FBrf0094158
|Bhadra et al.
|1997
REFM|FBrf0094159
|Bhadra et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0152010
|Mukae et al.
|2002
}

ALESR
{
ASYM|<fbsym>FBal0018294==w<up>ric</up></fbsym>

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: like <fbsym>FBal0018195==w<up>a</up></fbsym>.
PHM|pigment cell
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0019568	ICL 1 copia	SYM 1 copia{}49	ASTR 1 -	CLOC 1 4B4-4B5	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019568
SYM|copia{}49
SYN|TE19568
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}49
CLOC|4B4-4B5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003430.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019586	ICL 1 copia	SYM 1 copia{}67	ASTR 1 -	CLOC 1 5C8-5C9	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019586
SYM|copia{}67
SYN|TE19586
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}67
CLOC|5C8-5C9
LOCB|genomic location inferred from flanking sequence
DBAF|AE003436.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019050	ICL 1 copia	SYM 1 copia{}122	ASTR 1 -	CLOC 1 12D2-12D2	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019050
SYM|copia{}122
SYN|TE19050
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}122
CLOC|12D2-12D2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003494.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019059	ICL 1 copia	SYM 1 copia{}131	ASTR 1 -	CLOC 1 12F4-12F4	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019059
SYM|copia{}131
SYN|TE19059
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}131
CLOC|12F4-12F4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003497.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019110	ICL 1 copia	SYM 1 copia{}293	ASTR 1 -	CLOC 1 22E1-22E1	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019110
SYM|copia{}293
SYN|TE19110
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}293
CLOC|22E1-22E1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003583.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019113	ICL 1 copia	SYM 1 copia{}298	ASTR 1 -	CLOC 1 23D1-23D1	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019113
SYM|copia{}298
SYN|TE19113
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}298
CLOC|23D1-23D1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003581.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019117	ICL 1 copia	SYM 1 copia{}302	ASTR 1 -	CLOC 1 24A4-24A4	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019117
SYM|copia{}302
SYN|TE19117
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}302
CLOC|24A4-24A4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003579.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019136	ICL 1 copia	SYM 1 copia{}324	ASTR 1 -	CLOC 1 28D6-28D7	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019136
SYM|copia{}324
SYN|TE19136
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}324
CLOC|28D6-28D7
LOCB|genomic location inferred from flanking sequence
DBAF|AE003619.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019151	ICL 1 copia	SYM 1 copia{}342	ASTR 1 -	CLOC 1 32F3-32F3	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019151
SYM|copia{}342
SYN|TE19151
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}342
CLOC|32F3-32F3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003633.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019176	ICL 1 copia	SYM 1 copia{}372	ASTR 1 -	CLOC 1 35B6-35B6	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019176
SYM|copia{}372
SYN|TE19176
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}372
CLOC|35B6-35B6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003645.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019183	ICL 1 copia	SYM 1 copia{}387	ASTR 1 -	CLOC 1 35E4-35E4	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019183
SYM|copia{}387
SYN|TE19183
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}387
CLOC|35E4-35E4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003650.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019193	ICL 1 copia	SYM 1 copia{}399	ASTR 1 -	CLOC 1 36D1-36D2	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019193
SYM|copia{}399
SYN|TE19193
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}399
CLOC|36D1-36D2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003656.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019792	ICL 1 copia	SYM 1 copia{}434	ASTR 1 -	CLOC 1 38C2-38C2	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019792
SYM|copia{}434
SYN|TE19792
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}434
CLOC|38C2-38C2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003665.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019794	ICL 1 copia	SYM 1 copia{}436	ASTR 1 -	CLOC 1 38C2-38C2	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019794
SYM|copia{}436
SYN|TE19794
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}436
CLOC|38C2-38C2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003666.5
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019796	ICL 1 copia	SYM 1 copia{}438	ASTR 1 -	CLOC 1 38C2-38C2	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019796
SYM|copia{}438
SYN|TE19796
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}438
CLOC|38C2-38C2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003666.5
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019822	ICL 1 copia	SYM 1 copia{}466	ASTR 1 -	CLOC 1 38C3-38C3	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019822
SYM|copia{}466
SYN|TE19822
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}466
CLOC|38C3-38C3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003666.5
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019250	ICL 1 copia	SYM 1 copia{}539	ASTR 1 -	CLOC 1 40F3-40F3	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0019250
SYM|copia{}539
SYN|TE19250
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}539
CLOC|40F3-40F3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003783.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018967	ICL 1 copia	SYM 1 copia{}631	ASTR 1 -	CLOC 1 41F1-41F1	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0018967
SYM|copia{}631
SYN|TE18967
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}631
CLOC|41F1-41F1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003787.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018968	ICL 1 copia	SYM 1 copia{}837	ASTR 1 -	CLOC 1 53C7-53C7	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0018968
SYM|copia{}837
SYN|TE18968
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}837
CLOC|53C7-53C7
LOCB|genomic location inferred from flanking sequence
DBAF|AE003806.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018969	ICL 1 copia	SYM 1 copia{}840	ASTR 1 -	CLOC 1 54B1-54B1	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0018969
SYM|copia{}840
SYN|TE18969
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}840
CLOC|54B1-54B1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003804.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018970	ICL 1 copia	SYM 1 copia{}860	ASTR 1 -	CLOC 1 56F5-56F5	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0018970
SYM|copia{}860
SYN|TE18970
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}860
CLOC|56F5-56F5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003794.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020021	ICL 1 copia	SYM 1 copia{}910	ASTR 1 -	CLOC 1 62C3-62C4	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020021
SYM|copia{}910
SYN|TE20021
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}910
CLOC|62C3-62C4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003473.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020031	ICL 1 copia	SYM 1 copia{}920	ASTR 1 -	CLOC 1 63E4-63E4	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020031
SYM|copia{}920
SYN|TE20031
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}920
CLOC|63E4-63E4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003478.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020099	ICL 1 copia	SYM 1 copia{}988	ASTR 1 -	CLOC 1 69F2-69F2	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020099
SYM|copia{}988
SYN|TE20099
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}988
CLOC|69F2-69F2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003539.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020108	ICL 1 copia	SYM 1 copia{}997	ASTR 1 -	CLOC 1 70E1-70E1	REF 1 2	DT 1 21 Aug 2003	RESZ 353
ID|FBti0020108
SYM|copia{}997
SYN|TE20108
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}997
CLOC|70E1-70E1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003534.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0020127	ICL 1 copia	SYM 1 copia{}1016	ASTR 1 -	CLOC 1 73B6-73B7	REF 1 2	DT 1 21 Aug 2003	RESZ 355
ID|FBti0020127
SYM|copia{}1016
SYN|TE20127
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}1016
CLOC|73B6-73B7
LOCB|genomic location inferred from flanking sequence
DBAF|AE003526.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019364	ICL 1 copia	SYM 1 copia{}1349	ASTR 1 -	CLOC 1 87D4-87D4	REF 1 2	DT 1 21 Aug 2003	RESZ 355
ID|FBti0019364
SYM|copia{}1349
SYN|TE19364
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}1349
CLOC|87D4-87D4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003698.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019405	ICL 1 copia	SYM 1 copia{}1391	ASTR 1 -	CLOC 1 92D1-92D1	REF 1 2	DT 1 21 Aug 2003	RESZ 355
ID|FBti0019405
SYM|copia{}1391
SYN|TE19405
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}1391
CLOC|92D1-92D1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003729.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019468	ICL 1 copia	SYM 1 copia{}1466	ASTR 1 -	CLOC 1 100B5-100B5	REF 1 2	DT 1 21 Aug 2003	RESZ 357
ID|FBti0019468
SYM|copia{}1466
SYN|TE19468
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}1466
CLOC|100B5-100B5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003777.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019469	ICL 1 copia	SYM 1 copia{}1467	ASTR 1 -	CLOC 1 100B6-100B6	REF 1 2	DT 1 21 Aug 2003	RESZ 357
ID|FBti0019469
SYM|copia{}1467
SYN|TE19469
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|copia

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|copia{}1467
CLOC|100B6-100B6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003778.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014084	ICL 1 copia	SYM 1 copia{}Adh<up>RI-42</up>	ASTR 1 -	CLOC 1 35B3	REF 1 4	DT 1 6 Jan 2000	RESZ 568
ID|FBti0014084
SYM|copia{}Adh<up>RI-42</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0000055==Adh</fbsym>

REFDSR
{
RDID|FBrf0049930
|Strand and McDonald
|1989
SYN|copia{}Adh<up>RI-42</up>
ASAL|<fbsym>FBal0000376==Adh<up>RI-42</up></fbsym>
MU|natural population
CLOC|35B3
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000055==Adh</fbsym>
}

REF
{
REFM|FBrf0049930
|Strand and McDonald
|1989
REFM|FBrf0081965
|Dunn and Laurie
|1995
REFM|FBrf0093378
|Brogna and Ashburner
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014098	ICL 1 copia	SYM 1 copia{}Bx<up>46</up>	ASTR 1 -	CLOC 1 17C3--4	REF 1 2	DT 1 6 Jan 2000	RESZ 440
ID|FBti0014098
SYM|copia{}Bx<up>46</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0000242==Bx</fbsym>

REFDSR
{
RDID|FBrf0058584
|Rabinow et al.
|1993
SYN|copia{}Bx<up>46</up>
ASAL|<fbsym>FBal0001437==Bx<up>46</up></fbsym>
CLOC|17C3--4
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0000242==Bx</fbsym>
}

REF
{
REFM|FBrf0058584
|Rabinow et al.
|1993
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0001437==Bx<up>46</up></fbsym>

REFDSR
{
RDID|FBrf0058584
|Rabinow et al.
|1993
PHP|Loss of posterior wing margins.
PHM|wing
}

REF
{
REFM|FBrf0058584
|Rabinow et al.
|1993
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014391	ICL 1 copia	SYM 1 copia{}ct<up>lS1</up>	ASTR 1 -	CLOC 1 7B4--5	REF 1 4	DT 1 6 Jan 2000	RESZ 706
ID|FBti0014391
SYM|copia{}ct<up>lS1</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0004198==ct</fbsym>

REFDSR
{
RDID|FBrf0051828
|Blochlinger et al.
|1990
PHC|lethal
}

REFDSR
{
RDID|FBrf0054133
|Liu et al.
|1991
PHC|lethal
}

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|copia{}ct<up>lS1</up>
ASAL|<fbsym>FBal0002040==ct<up>lS1</up></fbsym>
CLOC|7B4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004198==ct</fbsym>
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHC|lethal
}

REF
{
REFM|FBrf0051828
|Blochlinger et al.
|1990
REFM|FBrf0054133
|Liu et al.
|1991
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0002040==ct<up>lS1</up></fbsym>

REFDSR
{
RDID|FBrf0054133
|Liu et al.
|1991
PHP|Homozygous embryos lack Malpighian tubules and the gut wall is 3--4
|fold thicker than wild type at the junction of the posterior and anterior
|midgut.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|a member of cut Lethal II group, maps
|proximal to <fbsym>FBal0001952==ct<up>C145</up></fbsym> (Jack, 1985). Not suppressed by
|<fbsym>FBal0016319==su(Hw)<up>2</up></fbsym> (Schalet). <fbsym>FBal0002040==ct<up>lS1</up></fbsym>/+
| males, frequently show
|thoracic protuberances (Schalet).
}

REF
{
REFM|FBrf0054133
|Liu et al.
|1991
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014394	ICL 1 copia	SYM 1 copia{}ct<up>ns</up>	ASTR 1 -	CLOC 1 7B4--5	REF 1 2	DT 1 6 Jan 2000	RESZ 451
ID|FBti0014394
SYM|copia{}ct<up>ns</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0004198==ct</fbsym>

REFDSR
{
RDID|FBrf0051869
|Rabinow and Birchler
|1990
SYN|copia{}ct<up>ns</up>
ASAL|<fbsym>FBal0002095==ct<up>ns</up></fbsym>
CLOC|7B4--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004198==ct</fbsym>
}

REF
{
REFM|FBrf0051869
|Rabinow and Birchler
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0002095==ct<up>ns</up></fbsym>

REFDSR
{
RDID|FBrf0033190
|Johnson and Judd
|1979
PHP|Notched wings.
PHM|wing
}

REFDSR
{
RDID|FBrf0053813
|Jack et al.
|1991
PHP|Adult wing margin has gaps at the tip.
PHM|wing
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|weak allele
}

REF
{
REFM|FBrf0033190
|Johnson and Judd
|1979
REFM|FBrf0053813
|Jack et al.
|1991
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014463	ICL 1 copia	SYM 1 copia{}fs(1)h<up>17</up>	ASTR 1 -	CLOC 1 7D3--5	REF 1 4	DT 1 6 Jan 2000	RESZ 692
ID|FBti0014463
SYM|copia{}fs(1)h<up>17</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0004656==fs(1)h</fbsym>

REFDSR
{
RDID|FBrf0044139
|Digan et al.
|1986
PHC|lethal | larval | male
}

REFDSR
{
RDID|FBrf0045066
|Schalet
|1986
PHC|lethal | recessive
}

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|copia{}fs(1)h<up>17</up>
ASAL|<fbsym>FBal0004294==fs(1)h<up>17</up></fbsym>
MU|spontaneous
CLOC|7D3--5
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004656==fs(1)h</fbsym>
}

REF
{
REFM|FBrf0044139
|Digan et al.
|1986
REFM|FBrf0045066
|Schalet
|1986
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0004294==fs(1)h<up>17</up></fbsym>

REFDSR
{
RDID|FBrf0044139
|Digan et al.
|1986
PHP|Males carrying <fbsym>FBal0004294==fs(1)h<up>17</up></fbsym> die during larval stages.
}

REF
{
REFM|FBrf0044139
|Digan et al.
|1986
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014861	ICL 1 copia	SYM 1 copia{}ovo<up>D1R1</up>	ASTR 1 -	CLOC 1 4E2	REF 1 2	DT 1 6 Jan 2000	RESZ 441
ID|FBti0014861
SYM|copia{}ovo<up>D1R1</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0003028==ovo</fbsym>

REFDSR
{
RDID|FBrf0076503
|Song et al.
|1994
SYN|copia{}ovo<up>D1R1</up>
ASAL|<fbsym>FBal0039716==ovo<up>D1R1</up></fbsym>
CLOC|4E2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003028==ovo</fbsym>
}

REF
{
REFM|FBrf0076503
|Song et al.
|1994
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014868	ICL 1 copia	SYM 1 copia{}ovo<up>D1R2</up>	ASTR 1 -	CLOC 1 4E2	REF 1 2	DT 1 6 Jan 2000	RESZ 441
ID|FBti0014868
SYM|copia{}ovo<up>D1R2</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0003028==ovo</fbsym>

REFDSR
{
RDID|FBrf0076503
|Song et al.
|1994
SYN|copia{}ovo<up>D1R2</up>
ASAL|<fbsym>FBal0039723==ovo<up>D1R2</up></fbsym>
CLOC|4E2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003028==ovo</fbsym>
}

REF
{
REFM|FBrf0076503
|Song et al.
|1994
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014869	ICL 1 copia	SYM 1 copia{}ovo<up>D1R3</up>	ASTR 1 -	CLOC 1 4E2	REF 1 2	DT 1 6 Jan 2000	RESZ 441
ID|FBti0014869
SYM|copia{}ovo<up>D1R3</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0003028==ovo</fbsym>

REFDSR
{
RDID|FBrf0076503
|Song et al.
|1994
SYN|copia{}ovo<up>D1R3</up>
ASAL|<fbsym>FBal0039724==ovo<up>D1R3</up></fbsym>
CLOC|4E2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003028==ovo</fbsym>
}

REF
{
REFM|FBrf0076503
|Song et al.
|1994
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014871	ICL 1 copia	SYM 1 copia{}ovo<up>D1R6</up>	ASTR 1 -	CLOC 1 4E2	REF 1 2	DT 1 6 Jan 2000	RESZ 441
ID|FBti0014871
SYM|copia{}ovo<up>D1R6</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0003028==ovo</fbsym>

REFDSR
{
RDID|FBrf0076503
|Song et al.
|1994
SYN|copia{}ovo<up>D1R6</up>
ASAL|<fbsym>FBal0039726==ovo<up>D1R6</up></fbsym>
CLOC|4E2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003028==ovo</fbsym>
}

REF
{
REFM|FBrf0076503
|Song et al.
|1994
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014862	ICL 1 copia	SYM 1 copia{}ovo<up>D1R10</up>	ASTR 1 -	CLOC 1 4E2	REF 1 2	DT 1 6 Jan 2000	RESZ 444
ID|FBti0014862
SYM|copia{}ovo<up>D1R10</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0003028==ovo</fbsym>

REFDSR
{
RDID|FBrf0076503
|Song et al.
|1994
SYN|copia{}ovo<up>D1R10</up>
ASAL|<fbsym>FBal0039717==ovo<up>D1R10</up></fbsym>
CLOC|4E2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003028==ovo</fbsym>
}

REF
{
REFM|FBrf0076503
|Song et al.
|1994
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014864	ICL 1 copia	SYM 1 copia{}ovo<up>D1R12</up>	ASTR 1 -	CLOC 1 4E2	REF 1 2	DT 1 6 Jan 2000	RESZ 444
ID|FBti0014864
SYM|copia{}ovo<up>D1R12</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0003028==ovo</fbsym>

REFDSR
{
RDID|FBrf0076503
|Song et al.
|1994
SYN|copia{}ovo<up>D1R12</up>
ASAL|<fbsym>FBal0039719==ovo<up>D1R12</up></fbsym>
CLOC|4E2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003028==ovo</fbsym>
}

REF
{
REFM|FBrf0076503
|Song et al.
|1994
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014865	ICL 1 copia	SYM 1 copia{}ovo<up>D1R13</up>	ASTR 1 -	CLOC 1 4E2	REF 1 2	DT 1 6 Jan 2000	RESZ 444
ID|FBti0014865
SYM|copia{}ovo<up>D1R13</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0003028==ovo</fbsym>

REFDSR
{
RDID|FBrf0076503
|Song et al.
|1994
SYN|copia{}ovo<up>D1R13</up>
ASAL|<fbsym>FBal0039720==ovo<up>D1R13</up></fbsym>
CLOC|4E2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003028==ovo</fbsym>
}

REF
{
REFM|FBrf0076503
|Song et al.
|1994
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0002484	ICL 1 copia	SYM 1 copia{}ovo<up>D1rSHD90</up>	ASTR 1 -	CLOC 1 4E2	REF 1 2	DT 1 4 Feb 2000	RESZ 467
ID|FBti0002484
SYM|copia{}ovo<up>D1rSHD90</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|4 Feb 2000
|21 Mar 1997
ICL|copia
ASGN|<fbsym>FBgn0003028==ovo</fbsym>

REFDSR
{
RDID|FBrf0049605
|Mevel-Ninio et al.
|1989
ASAL|<fbsym>FBal0032368==ovo<up>D1rSHD90</up></fbsym>
CLOC|4E2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003028==ovo</fbsym>
PHC|female sterile | recessive
}

REF
{
REFM|FBrf0049605
|Mevel-Ninio et al.
|1989
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0032368==ovo<up>D1rSHD90</up></fbsym>

REFDSR
{
RDID|FBrf0049605
|Mevel-Ninio et al.
|1989
PHP|Hemizygotes have one functioning ovary.
}

REF
{
REFM|FBrf0049605
|Mevel-Ninio et al.
|1989
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0002485	ICL 1 copia	SYM 1 copia{}ovo<up>D1rSHD91</up>	ASTR 1 -	CLOC 1 4E2	REF 1 2	DT 1 4 Feb 2000	RESZ 467
ID|FBti0002485
SYM|copia{}ovo<up>D1rSHD91</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|4 Feb 2000
|21 Mar 1997
ICL|copia
ASGN|<fbsym>FBgn0003028==ovo</fbsym>

REFDSR
{
RDID|FBrf0049605
|Mevel-Ninio et al.
|1989
ASAL|<fbsym>FBal0032369==ovo<up>D1rSHD91</up></fbsym>
CLOC|4E2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003028==ovo</fbsym>
PHC|female sterile | recessive
}

REF
{
REFM|FBrf0049605
|Mevel-Ninio et al.
|1989
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0032369==ovo<up>D1rSHD91</up></fbsym>

REFDSR
{
RDID|FBrf0049605
|Mevel-Ninio et al.
|1989
PHP|Hemizygotes have one functioning ovary.
}

REF
{
REFM|FBrf0049605
|Mevel-Ninio et al.
|1989
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0002486	ICL 1 copia	SYM 1 copia{}ovo<up>D1rSHD93</up>	ASTR 1 -	CLOC 1 4E2	REF 1 2	DT 1 4 Feb 2000	RESZ 467
ID|FBti0002486
SYM|copia{}ovo<up>D1rSHD93</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|4 Feb 2000
|21 Mar 1997
ICL|copia
ASGN|<fbsym>FBgn0003028==ovo</fbsym>

REFDSR
{
RDID|FBrf0049605
|Mevel-Ninio et al.
|1989
ASAL|<fbsym>FBal0032370==ovo<up>D1rSHD93</up></fbsym>
CLOC|4E2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003028==ovo</fbsym>
PHC|female sterile | recessive
}

REF
{
REFM|FBrf0049605
|Mevel-Ninio et al.
|1989
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0032370==ovo<up>D1rSHD93</up></fbsym>

REFDSR
{
RDID|FBrf0049605
|Mevel-Ninio et al.
|1989
PHP|Hemizygotes have one functioning ovary.
}

REF
{
REFM|FBrf0049605
|Mevel-Ninio et al.
|1989
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014566	ICL 1 copia	SYM 1 copia{}ovo<up>D1rv44</up>	ASTR 1 -	CLOC 1 4E2	REF 1 2	DT 1 6 Jan 2000	RESZ 459
ID|FBti0014566
SYM|copia{}ovo<up>D1rv44</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0003028==ovo</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|copia{}ovo<up>D1rv44</up>
ASAL|<fbsym>FBal0013421==ovo<up>D1rv44</up></fbsym>
CLOC|4E2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003028==ovo</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0013421==ovo<up>D1rv44</up></fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
PHP|Phenotypic category: svb<up>-</up>.
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0002487	ICL 1 copia	SYM 1 copia{}ovo<up>D3rv56</up>	ASTR 1 -	CLOC 1 4E2	REF 1 2	DT 1 4 Feb 2000	RESZ 463
ID|FBti0002487
SYM|copia{}ovo<up>D3rv56</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|4 Feb 2000
|21 Mar 1997
ICL|copia
ASGN|<fbsym>FBgn0003028==ovo</fbsym>

REFDSR
{
RDID|FBrf0049605
|Mevel-Ninio et al.
|1989
ASAL|<fbsym>FBal0013433==ovo<up>D3rv56</up></fbsym>
CLOC|4E2
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003028==ovo</fbsym>
PHC|female sterile | recessive
}

REF
{
REFM|FBrf0049605
|Mevel-Ninio et al.
|1989
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0013433==ovo<up>D3rv56</up></fbsym>

REFDSR
{
RDID|FBrf0049605
|Mevel-Ninio et al.
|1989
PHP|Hemizygotes exhibit extreme atrophy of the ovaries.
PHM|ovary
}

REF
{
REFM|FBrf0049605
|Mevel-Ninio et al.
|1989
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014614	ICL 1 copia	SYM 1 copia{}ry<up>2101</up>	ASTR 1 -	CLOC 1 87D9	REF 1 2	DT 1 6 Jan 2000	RESZ 473
ID|FBti0014614
SYM|copia{}ry<up>2101</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0003308==ry</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|copia{}ry<up>2101</up>
ASAL|<fbsym>FBal0015054==ry<up>2101</up></fbsym>
MU|PM hybrid dysgenesis
CLOC|87D9
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003308==ry</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0002416	ICL 1 copia	SYM 1 copia{}sc<up>Hw-Ua</up>	ASTR 1 -	CLOC 1 1A8	REF 1 4	DT 1 4 Feb 2000	RESZ 506
ID|FBti0002416
SYM|copia{}sc<up>Hw-Ua</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|4 Feb 2000
|21 Mar 1997
ICL|copia
ASGN|<fbsym>FBgn0004170==sc</fbsym>

REFDSR
{
RDID|FBrf0043905
|Campuzano et al.
|1986
ASAL|<fbsym>FBal0015253==sc<up>Hw-Ua</up></fbsym>
CLOC|1A8
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0004170==sc</fbsym>
}

REF
{
REFM|FBrf0043905
|Campuzano et al.
|1986
REFM|FBrf0051869
|Rabinow and Birchler
|1990
REFM|FBrf0058584
|Rabinow et al.
|1993
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0015253==sc<up>Hw-Ua</up></fbsym>

REFDSR
{
RDID|FBrf0043905
|Campuzano et al.
|1986
PHP|Differentiation of extra chaetes on the cuticle.
}

REFDSR
{
RDID|FBrf0045360
|Garcia Alonso and Garcia-Bellido
|1986
PHP|Weak <fbsym>FBal0000167==ac<up>Hw-1</up></fbsym> phenotype in heterozygous females.
| Phenotype only slightly
|enhanced by suppressing the pre-existing <fbsym>FBal0015189==sc<up>1</up></fbsym> allele with
|<fbsym>FBal0016319==su(Hw)<up>2</up></fbsym>.
}

REFDSR
{
RDID|FBrf0051869
|Rabinow and Birchler
|1990
PHP|See a partial suppression of the sc phenotype. Mutations in su(f),
|E(w<up>a</up>) and mw had no effect on the phenotype.
}

REFDSR
{
RDID|FBrf0058584
|Rabinow et al.
|1993
PHP|<fbsym>FBgn0000480==Doa</fbsym> mutants cause suppression of <fbsym>FBal0015253==sc<up>Hw-Ua</up></fbsym> and
| result in loss of
|scutellar bristles.
}

REF
{
REFM|FBrf0043905
|Campuzano et al.
|1986
REFM|FBrf0045360
|Garcia Alonso and Garcia-Bellido
|1986
REFM|FBrf0051869
|Rabinow and Birchler
|1990
REFM|FBrf0058584
|Rabinow et al.
|1993
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0012680	ICL 1 copia	SYM 1 copia{}toc-BDGP	ASTR 1 -	CLOC 1 23D1--3	REF 1 2	DT 1 4 Feb 2000	RESZ 397
ID|FBti0012680
SYM|copia{}toc-BDGP
SYN|copia{}BDGP<up>1</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|4 Feb 2000
|25 Jun 1999
ICL|copia
ASGN|<fbsym>FBgn0015600==toc</fbsym>
ARGS|FBgn0015600

REFDSR
{
RDID|FBrf0104946
|FlyBase
|1996-
CLOC|23D1--3
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0015600==toc</fbsym>
}

REF
{
REFM|FBrf0104946
|FlyBase
|1996-
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014765	ICL 1 copia	SYM 1 copia{}w<up>60</up>	ASTR 1 -	CLOC 1 3C1	REF 1 2	DT 1 6 Jan 2000	RESZ 452
ID|FBti0014765
SYM|copia{}w<up>60</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|copia{}w<up>60</up>
ASAL|<fbsym>FBal0018109==w<up>60</up></fbsym>
MU|spontaneous
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018109==w<up>60</up></fbsym>

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: white.
PHM|pigment cell
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014780	ICL 1 copia	SYM 1 copia{}w<up>a59k13</up>	ASTR 1 -	CLOC 1 3C1	REF 1 2	DT 1 6 Jan 2000	RESZ 464
ID|FBti0014780
SYM|copia{}w<up>a59k13</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|copia{}w<up>a59k13</up>
ASAL|<fbsym>FBal0018199==w<up>a59k13</up></fbsym>
MU|spontaneous
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018199==w<up>a59k13</up></fbsym>

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: darker than <fbsym>FBal0018195==w<up>a</up></fbsym>, with more brown pigment.
PHM|pigment cell
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0002388	ICL 1 copia	SYM 1 copia{}w<up>a</up>	ASTR 1 -	CLOC 1 3C1	REF 1 30	DT 1 4 Feb 2000	RESZ 2032
ID|FBti0002388
SYM|copia{}w<up>a</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|4 Feb 2000
|21 Mar 1997
ICL|copia
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0037612
|Zachar and Bingham
|1982
ASAL|<fbsym>FBal0018195==w<up>a</up></fbsym>
MU|spontaneous
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
PHC|viable
}

REFDSR
{
RDID|FBrf0043227
|Mount and Rubin
|1985
ASAL|<fbsym>FBal0018210==w<up>aR84e7</up></fbsym>
}

REFDSR
{
RDID|FBrf0048200
|Mount et al.
|1988
ASAL|<fbsym>FBal0018209==w<up>aR79l27</up></fbsym>
MU|spontaneous
ASAL|<fbsym>FBal0018211==w<up>aR84e19</up></fbsym>
MU|spontaneous
}

REFDSR
{
RDID|FBrf0049635
|Rabinow and Birchler
|1989
ASAL|<fbsym>FBal0018205==w<up>aM</up></fbsym>
MU|spontaneous
ASAL|<fbsym>FBal0018212==w<up>aR84h</up></fbsym>
MU|spontaneous
}

REF
{
REFM|FBrf0037612
|Zachar and Bingham
|1982
REFM|FBrf0040134
|Goldberg et al.
|1983
REFM|FBrf0040771
|Gehring et al.
|1984
REFM|FBrf0042646
|Zachar et al.
|1985
REFM|FBrf0043227
|Mount and Rubin
|1985
REFM|FBrf0043247
|Carbonare and Gehring
|1985
REFM|FBrf0048200
|Mount et al.
|1988
REFM|FBrf0049635
|Rabinow and Birchler
|1989
REFM|FBrf0050555
|Georgiev and Gerasimova
|1989
REFM|FBrf0051376
|Engels et al.
|1990
REFM|FBrf0051917
|Peng and Mount
|1990
REFM|FBrf0051943
|Harden and Ashburner
|1990
REFM|FBrf0052719
|Brierley and Flavell
|1990
REFM|FBrf0054145
|Lovering et al.
|1991
REFM|FBrf0054158
|Rabinow et al.
|1991
REFM|FBrf0054964
|Kurkulos et al.
|1991
REFM|FBrf0056147
|Birchler
|1992
REFM|FBrf0056235
|Hiebert and Birchler
|1992
REFM|FBrf0058549
|Sabl and Birchler
|1993
REFM|FBrf0058584
|Rabinow et al.
|1993
REFM|FBrf0063381
|Collins et al.
|1983
REFM|FBrf0073744
|Lim and Simmons
|1994
REFM|FBrf0083249
|Lankenau
|1995
REFM|FBrf0084258
|Peng and Mount
|1995
REFM|FBrf0084324
|Roseman et al.
|1995
REFM|FBrf0086910
|Bhadra and Birchler
|1996
REFM|FBrf0087538
|Larsson et al.
|1996
REFM|FBrf0094158
|Bhadra et al.
|1997
REFM|FBrf0094159
|Bhadra et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018209==w<up>aR79l27</up></fbsym>

REFDSR
{
RDID|FBrf0043247
|Carbonare and Gehring
|1985
PHP|Eye pigment is restored to 80% of wild type levels.
PHM|pigment cell
}

REF
{
REFM|FBrf0043247
|Carbonare and Gehring
|1985
}

}

# EO ALESR

ALESR
{
ASYM|<fbsym>FBal0018210==w<up>aR84e7</up></fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
PHP|Increased pigmentation seen in this derivative of <fbsym>FBal0018195==w<up>a</up></fbsym>
| is due to
|increased gene copy number rather than change in gene properties.
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
}

}

# EO ALESR

ALESR
{
ASYM|<fbsym>FBal0018212==w<up>aR84h</up></fbsym>

REFDSR
{
RDID|FBrf0094159
|Bhadra et al.
|1997
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: mottled, with <fbsym>FBal0012670==mw<up>1</up></fbsym>.
}

REF
{
REFM|FBrf0094159
|Bhadra et al.
|1997
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

ALESR
{
ASYM|<fbsym>FBal0018195==w<up>a</up></fbsym>

REFDSR
{
RDID|FBrf0002371
|Muller
|1932
PHP|The amount of pigment
|formed by <fbsym>FBal0018195==w<up>a</up></fbsym> is a function of gene dose: <fbsym>FBal0018195==w<up>a</up></fbsym>/-
|female < <fbsym>FBal0018195==w<up>a</up></fbsym>/Y male = <fbsym>FBal0018195==w<up>a</up></fbsym>/<fbsym>FBal0018195==w<up>a</up></fbsym>
|female <
| <fbsym>FBal0018195==w<up>a</up></fbsym>/<fbsym>FBal0018195==w<up>a</up></fbsym>/<fbsym>FBal0018195==w<up>a</up></fbsym>
| female < <fbsym>FBal0018195==w<up>a</up></fbsym>/<fbsym>FBal0018195==w<up>a</up></fbsym> male.
}

REFDSR
{
RDID|FBrf0003530
|Beadle and Ephrussi
|1936
PHP|A <fbsym>FBal0018195==w<up>a</up></fbsym> optic disk transplanted into a
|wild-type host shows autonomous eye color development.
}

REFDSR
{
RDID|FBrf0022720
|Gelbart
|1971
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0037612
|Zachar and Bingham
|1982
PHP|Eye color: orange-brown.
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0040490
|Levis et al.
|1984
PHP|Eye color: slightly darker than <fbsym>FBal0018195==w<up>a</up></fbsym> in the triple
| mutant <fbsym>FBgn0003638==su(w<up>a</up>)</fbsym>
|<fbsym>FBal0018195==w<up>a</up></fbsym> <fbsym>FBal0016266==su(f)<up>1</up></fbsym>.
}

REFDSR
{
RDID|FBrf0047022
|Pastink et al.
|1987
PHP|Eye color: <fbsym>FBal0018302==w<up>sp1</up></fbsym>/<fbsym>FBal0018195==w<up>a</up></fbsym> flies
| have brown eyes at eclosion, which
|become somewhat darker with age.
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0049635
|Rabinow and Birchler
|1989
PHP|Enhanced by duplications of <fbsym>FBgn0000480==Doa</fbsym><up>+</up>.
PHM|pigment cell
|ocellus
|testis
|Malpighian tubule
}

REFDSR
{
RDID|FBrf0049829
|Birchler et al.
|1989
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0049880
|Birchler and Hiebert
|1989
PHP|Strong response to E(w<up>a</up>).
}

REFDSR
{
RDID|FBrf0051376
|Engels et al.
|1990
PHP|Eye color: orange.
PHM|pigment cell | adult
}

REFDSR
{
RDID|FBrf0055430
|Montell et al.
|1992
PHP|Eye color: orange.
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0056147
|Birchler
|1992
PHP|Homozygous males are darker than homozygous females. Triple X metafemale
|individuals homozygous for <fbsym>FBal0018195==w<up>a</up></fbsym> exhibit dosage
| compensation of pigment
|levels.
}

REFDSR
{
RDID|FBrf0056235
|Hiebert and Birchler
|1992
PHP|Eye color: yellow-orange.
|<fbsym>FBal0018195==w<up>a</up></fbsym> is slightly dosage overcompensated in males conferring
|slightly more eye pigment.
}

REFDSR
{
RDID|FBrf0073338
|Hiebert and Birchler
|1994
PHP|<fbsym>FBal0012337==mle<up>4</up></fbsym> has very little effect on the dosage
| compensation of <fbsym>FBal0018195==w<up>a</up></fbsym>:
|homozygous males have slightly darker eyes than their heterozygous
|brothers.
}

REFDSR
{
RDID|FBrf0080045
|Georgiev
|1994
PHP|Modified by <fbsym>FBgn0004050==z</fbsym> mutations.
}

REFDSR
{
RDID|FBrf0080335
|Qian and Pirrotta
|1995
PHP|Shows slight hyper dosage compensation.
}

REFDSR
{
RDID|FBrf0084258
|Peng and Mount
|1995
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0100562
|Frolov et al.
|1998
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: white in <fbsym>FBal0018195==w<up>a</up></fbsym> <fbsym>FBal0018224==w<up>ch</up></fbsym>.
|Eye color: white in <fbsym>FBal0018215==w<up>bf</up></fbsym> <fbsym>FBal0018195==w<up>a</up></fbsym>.
|Eye color: like <fbsym>FBal0018195==w<up>a</up></fbsym> in <fbsym>FBal0018220==w<up>Bwx</up></fbsym> <fbsym>FBal0018195==w<up>a</up></fbsym>.
|Eye color: yellowish with orange tone in males; lighter and somewhat
|yellower in females.
|Eye color: mottled, with <fbsym>FBal0012670==mw<up>1</up></fbsym>.
|Eye color: nearly white with <fbsym>FBal0014434==rb<up>1</up></fbsym>.
|Eye color: nearly white with <fbsym>FBal0004957==g<up>1</up></fbsym>.
|Malpighian tubule color: colorless.
|Eye color: mottled, with <fbsym>FBal0012670==mw<up>1</up></fbsym>.
PHM|pigment cell
|Malpighian tubule
}

REFDSR
{
RDID|FBrf0105774
|Benevolenskaya et al.
|1998
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0128132
|Benevolenskaya et al.
|2000
PHM|pigment cell
}

REF
{
REFM|FBrf0002371
|Muller
|1932
REFM|FBrf0003530
|Beadle and Ephrussi
|1936
REFM|FBrf0022720
|Gelbart
|1971
REFM|FBrf0037612
|Zachar and Bingham
|1982
REFM|FBrf0040490
|Levis et al.
|1984
REFM|FBrf0047022
|Pastink et al.
|1987
REFM|FBrf0049635
|Rabinow and Birchler
|1989
REFM|FBrf0049829
|Birchler et al.
|1989
REFM|FBrf0049880
|Birchler and Hiebert
|1989
REFM|FBrf0051376
|Engels et al.
|1990
REFM|FBrf0055430
|Montell et al.
|1992
REFM|FBrf0056147
|Birchler
|1992
REFM|FBrf0056235
|Hiebert and Birchler
|1992
REFM|FBrf0073338
|Hiebert and Birchler
|1994
REFM|FBrf0080045
|Georgiev
|1994
REFM|FBrf0080335
|Qian and Pirrotta
|1995
REFM|FBrf0084258
|Peng and Mount
|1995
REFM|FBrf0100562
|Frolov et al.
|1998
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0105774
|Benevolenskaya et al.
|1998
REFM|FBrf0128132
|Benevolenskaya et al.
|2000
}

}

# EO ALESR

ALESR
{
ASYM|<fbsym>FBal0018205==w<up>aM</up></fbsym>

REFDSR
{
RDID|FBrf0012636
|Green
|1959
PHP|Intermediate between <fbsym>FBal0018195==w<up>a</up></fbsym> and wild-type in phenotype.
}

REFDSR
{
RDID|FBrf0043247
|Carbonare and Gehring
|1985
PHP|Eye pigmentation is restored to 80% of wild type levels.
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: darker than <fbsym>FBal0018195==w<up>a</up></fbsym>, with more brown pigment.
|Eye color: mottled, with <fbsym>FBal0012670==mw<up>1</up></fbsym>.
PHM|pigment cell
}

REF
{
REFM|FBrf0012636
|Green
|1959
REFM|FBrf0043247
|Carbonare and Gehring
|1985
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014782	ICL 1 copia	SYM 1 copia{}w<up>aLTR1</up>	ASTR 1 -	CLOC 1 3C1	REF 1 2	DT 1 6 Jan 2000	RESZ 446
ID|FBti0014782
SYM|copia{}w<up>aLTR1</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0066905
|Lindsley and Zimm
|1992
SYN|copia{}w<up>aLTR1</up>
ASAL|<fbsym>FBal0018204==w<up>aLTR1</up></fbsym>
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0066905
|Lindsley and Zimm
|1992
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EOR

TIR
{

RETE|ID 1 FBti0014800	ICL 1 copia	SYM 1 copia{}w<up>hd81b6</up>	ASTR 1 -	CLOC 1 3C1	REF 1 2	DT 1 6 Jan 2000	RESZ 455
ID|FBti0014800
SYM|copia{}w<up>hd81b6</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0051869
|Rabinow and Birchler
|1990
SYN|copia{}w<up>hd81b6</up>
ASAL|<fbsym>FBal0018249==w<up>hd81b6</up></fbsym>
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0051869
|Rabinow and Birchler
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018249==w<up>hd81b6</up></fbsym>

REFDSR
{
RDID|FBrf0051869
|Rabinow and Birchler
|1990
PHP|Eye color: bleach white.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: white.
PHM|pigment cell
}

REF
{
REFM|FBrf0051869
|Rabinow and Birchler
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0002409	ICL 1 copia	SYM 1 copia{}w<up>hd81b11</up>	ASTR 1 -	CLOC 1 3C1	REF 1 4	DT 1 4 Feb 2000	RESZ 500
ID|FBti0002409
SYM|copia{}w<up>hd81b11</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|4 Feb 2000
|21 Mar 1997
ICL|copia
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0042646
|Zachar et al.
|1985
ASAL|<fbsym>FBal0018251==w<up>hd81b11</up></fbsym>
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0042646
|Zachar et al.
|1985
REFM|FBrf0051869
|Rabinow and Birchler
|1990
REFM|FBrf0063381
|Collins et al.
|1983
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018251==w<up>hd81b11</up></fbsym>

REFDSR
{
RDID|FBrf0051869
|Rabinow and Birchler
|1990
PHP|Eye color: bleach white.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: white.
PHM|pigment cell
}

REF
{
REFM|FBrf0051869
|Rabinow and Birchler
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014799	ICL 1 copia	SYM 1 copia{}w<up>hd81b25</up>	ASTR 1 -	CLOC 1 3C1	REF 1 2	DT 1 6 Jan 2000	RESZ 458
ID|FBti0014799
SYM|copia{}w<up>hd81b25</up>
ASTP|<fbsym>FBtp0011420==copia</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|copia
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0051869
|Rabinow and Birchler
|1990
SYN|copia{}w<up>hd81b25</up>
ASAL|<fbsym>FBal0018252==w<up>hd81b25</up></fbsym>
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0051869
|Rabinow and Birchler
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018252==w<up>hd81b25</up></fbsym>

REFDSR
{
RDID|FBrf0051869
|Rabinow and Birchler
|1990
PHP|Eye color: bleach white.
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: white.
PHM|pigment cell
}

REF
{
REFM|FBrf0051869
|Rabinow and Birchler
|1990
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0014794	ICL 1 coral	SYM 1 coral{}w<up>co</up>	ASTR 1 -	CLOC 1 3C1	REF 1 7	DT 1 6 Jan 2000	RESZ 639
ID|FBti0014794
SYM|coral{}w<up>co</up>
ASTP|<fbsym>FBtp0011421==coral</fbsym>
DT|6 Jan 2000
|6 Jan 2000
ICL|coral
ASGN|<fbsym>FBgn0003996==w</fbsym>

REFDSR
{
RDID|FBrf0068460
|Csink et al.
|1994
SYN|coral{}w<up>co</up>
ASAL|<fbsym>FBal0018225==w<up>co</up></fbsym>
MU|spontaneous
CLOC|3C1
|Insertion site 
LOCB|Proximity to gene: <fbsym>FBgn0003996==w</fbsym>
}

REF
{
REFM|FBrf0068460
|Csink et al.
|1994
REFM|FBrf0074960
|Birchler et al.
|1994
REFM|FBrf0076540
|Csink et al.
|1994
REFM|FBrf0086910
|Bhadra and Birchler
|1996
REFM|FBrf0094158
|Bhadra et al.
|1997
REFM|FBrf0100562
|Frolov et al.
|1998
REFM|FBrf0105495
|FlyBase
|1992-
}

ALESR
{
ASYM|<fbsym>FBal0018225==w<up>co</up></fbsym>

REFDSR
{
RDID|FBrf0100562
|Frolov et al.
|1998
PHM|pigment cell
}

REFDSR
{
RDID|FBrf0105495
|FlyBase
|1992-
PHP|Eye color: deep ruby in male, darkening to <fbsym>FBgn0001087==g</fbsym>-like; lighter in female.
|Malpighian tubule color: pale yellow.
PHM|pigment cell
|Malpighian tubule
}

REF
{
REFM|FBrf0100562
|Frolov et al.
|1998
REFM|FBrf0105495
|FlyBase
|1992-
}

}

# EO ALESR

}

# EOR

TIR
{

RETE|ID 1 FBti0019700	ICL 1 Cr1a	SYM 1 Cr1a{}228	ASTR 1 -	CLOC 1 20A5-20A5	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019700
SYM|Cr1a{}228
SYN|TE19700
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}228
CLOC|20A5-20A5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003122.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019203	ICL 1 Cr1a	SYM 1 Cr1a{}412	ASTR 1 -	CLOC 1 37E5-37E5	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019203
SYM|Cr1a{}412
SYN|TE19203
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}412
CLOC|37E5-37E5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003663.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019215	ICL 1 Cr1a	SYM 1 Cr1a{}474	ASTR 1 -	CLOC 1 38D1-38D1	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019215
SYM|Cr1a{}474
SYN|TE19215
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}474
CLOC|38D1-38D1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003667.3
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019222	ICL 1 Cr1a	SYM 1 Cr1a{}486	ASTR 1 -	CLOC 1 39C1-39C1	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019222
SYM|Cr1a{}486
SYN|TE19222
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}486
CLOC|39C1-39C1
LOCB|genomic location inferred from flanking sequence
DBAF|AE003669.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019247	ICL 1 Cr1a	SYM 1 Cr1a{}534	ASTR 1 -	CLOC 1 40F1-40F2	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019247
SYM|Cr1a{}534
SYN|TE19247
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}534
CLOC|40F1-40F2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003783.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019263	ICL 1 Cr1a	SYM 1 Cr1a{}575	ASTR 1 -	CLOC 1 40F7-40F7	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019263
SYM|Cr1a{}575
SYN|TE19263
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}575
CLOC|40F7-40F7
LOCB|genomic location inferred from flanking sequence
DBAF|AE002603.2
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018887	ICL 1 Cr1a	SYM 1 Cr1a{}584	ASTR 1 -	CLOC 1 41E3-41E3	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0018887
SYM|Cr1a{}584
SYN|TE18887
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}584
CLOC|41E3-41E3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003788.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018888	ICL 1 Cr1a	SYM 1 Cr1a{}592	ASTR 1 -	CLOC 1 41E4-41E4	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0018888
SYM|Cr1a{}592
SYN|TE18888
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}592
CLOC|41E4-41E4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003788.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019886	ICL 1 Cr1a	SYM 1 Cr1a{}595	ASTR 1 -	CLOC 1 41E4-41E4	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019886
SYM|Cr1a{}595
SYN|TE19886
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}595
CLOC|41E4-41E4
LOCB|genomic location inferred from flanking sequence
DBAF|AE003788.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018889	ICL 1 Cr1a	SYM 1 Cr1a{}607	ASTR 1 -	CLOC 1 41E5-41E5	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0018889
SYM|Cr1a{}607
SYN|TE18889
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}607
CLOC|41E5-41E5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003788.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018890	ICL 1 Cr1a	SYM 1 Cr1a{}620	ASTR 1 -	CLOC 1 41E6-41E6	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0018890
SYM|Cr1a{}620
SYN|TE18890
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}620
CLOC|41E6-41E6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003787.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018891	ICL 1 Cr1a	SYM 1 Cr1a{}637	ASTR 1 -	CLOC 1 41F2-41F2	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0018891
SYM|Cr1a{}637
SYN|TE18891
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}637
CLOC|41F2-41F2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003787.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018892	ICL 1 Cr1a	SYM 1 Cr1a{}638	ASTR 1 -	CLOC 1 41F2-41F2	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0018892
SYM|Cr1a{}638
SYN|TE18892
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}638
CLOC|41F2-41F2
LOCB|genomic location inferred from flanking sequence
DBAF|AE003787.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018893	ICL 1 Cr1a	SYM 1 Cr1a{}667	ASTR 1 -	CLOC 1 41F3-41F3	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0018893
SYM|Cr1a{}667
SYN|TE18893
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}667
CLOC|41F3-41F3
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018894	ICL 1 Cr1a	SYM 1 Cr1a{}675	ASTR 1 -	CLOC 1 41F5-41F5	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0018894
SYM|Cr1a{}675
SYN|TE18894
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}675
CLOC|41F5-41F5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019921	ICL 1 Cr1a	SYM 1 Cr1a{}679	ASTR 1 -	CLOC 1 41F5-41F5	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019921
SYM|Cr1a{}679
SYN|TE19921
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}679
CLOC|41F5-41F5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019923	ICL 1 Cr1a	SYM 1 Cr1a{}681	ASTR 1 -	CLOC 1 41F5-41F5	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019923
SYM|Cr1a{}681
SYN|TE19923
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}681
CLOC|41F5-41F5
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018896	ICL 1 Cr1a	SYM 1 Cr1a{}688	ASTR 1 -	CLOC 1 41F6-41F6	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0018896
SYM|Cr1a{}688
SYN|TE18896
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}688
CLOC|41F6-41F6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0018897	ICL 1 Cr1a	SYM 1 Cr1a{}693	ASTR 1 -	CLOC 1 41F6-41F6	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0018897
SYM|Cr1a{}693
SYN|TE18897
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}693
CLOC|41F6-41F6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019934	ICL 1 Cr1a	SYM 1 Cr1a{}697	ASTR 1 -	CLOC 1 41F6-41F6	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019934
SYM|Cr1a{}697
SYN|TE19934
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}697
CLOC|41F6-41F6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019936	ICL 1 Cr1a	SYM 1 Cr1a{}699	ASTR 1 -	CLOC 1 41F6-41F6	REF 1 2	DT 1 21 Aug 2003	RESZ 349
ID|FBti0019936
SYM|Cr1a{}699
SYN|TE19936
ASTP|<fbsym>FBtp0017032==Cr1a</fbsym>
DT|21 Aug 2003
|21 Aug 2003
ICL|Cr1a

REFDSR
{
RDID|FBrf0155828
|Kaminker et al.
|2002
SYN|Cr1a{}699
CLOC|41F6-41F6
LOCB|genomic location inferred from flanking sequence
DBAF|AE003786.4
}

REF
{
REFM|FBrf0105495
|FlyBase
|1992-
REFM|FBrf0155828
|Kaminker et al.
|2002
}

}

# EOR

TIR
{

RETE|ID 1 FBti0019938	ICL 1 Cr1a	SYM 1 Cr1a{}701	ASTR 1 -	CLOC 1 4