A Database of Drosophila Genes & Genomes

FB2013_03, released May 7th, 2013
 

Dmel\Doc{}w1 Insertion

General Information
Symbol Dmel\Doc{}w1 Species D. melanogaster
Name FlyBase ID FBti0014762
Feature type transposable_element_insertion_site
Description
Inserted element Doc Expression data
Affected gene(s) w Viability / fertility
Causes allele(s) w1, wap-1, wapl, wch, we2, we, wh, wIR2 Stock availability none publicly available
LINE ID
Genomic Location
Chromosomal location X ( 3B6 ) Sequence location X:2,690,518..2,690,530 [-]
Map ( GBrowse ) GBrowse View Help detailed view FBti0151443 FBti0036731 FBti0036451 FBti0034132 FBti0011924 FBti0071179 FBti0059130 FBti0024810 FBti0028617 FBti0046609 FBti0033537 FBti0028115 FBti0028051 FBti0038903 FBti0036518 FBti0028500 FBti0071627 FBti0067718 FBti0067811 FBti0047160 FBti0100798 FBti0028589 FBti0028417 FBti0011710 FBti0071130 FBti0033974 FBti0036648 FBti0035288 FBti0028392 FBti0058866 FBti0029321 FBti0057053 FBti0069302 FBti0030302 FBti0028403 FBti0058859 FBti0029704 FBti0021358 FBti0029557 FBti0016433 FBti0034753 FBti0132267 FBti0029995 FBti0016461 FBti0069870 FBti0001367 FBti0010587 FBti0014801 FBti0002409 FBti0042629 FBti0066148 FBti0002389 FBti0029317 FBti0043908 FBti0001368 FBti0036262 FBti0002388 FBti0035372 FBti0014803 FBti0014807 FBti0034094 FBti0050142 FBti0036739 FBti0014762 FBti0036414 FBti0055730 FBti0066756 FBti0067472 FBti0002390 FBti0002387 FBti0113565
Member of Large Scale Dataset(s)
Dataset
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Description
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FB2013_03
FB2013_02
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hide Detailed Mapping Data
Chromosome (arm)
Sequence Location
X:2,690,518..2,690,530 [-]
(O'Hare et al., 1984, Driver et al., 1989)
Orientation
Cytological location
(computed by FlyBase)
3B6 ( inferred by FlyBase from sequence location )
Cytological location
(reported)
Comments concerning
location
hide Sequence Data
Flanking sequence
hide Inserted Element
Construct Doc
Location-dependent
role
Size
Associated alleles
Molecular map
hide Affected Gene(s)
Insertion may
affect gene
w
(Driver et al., 1989, O'Hare et al., 1984, Driver et al., 1989)
hide Alleles and Phenotypes
Causes alleles
w1
(Sabl and Birchler, 1993, Dalby and O'Hare, 1991, O'Hare, 1991, O'Hare et al., 1991, Judd, 1995, Driver et al., 1989)
wap-1
(O'Hare et al., 1991)
wapl
(Csink et al., 1994, Bhadra et al., 1997, Rabinow et al., 1991)
wch
(Larsson et al., 1996)
we2
(Lindsley and Zimm, 1992)
we
(Sabl and Birchler, 1993, Tudor et al., 1992, Birchler, 1992, Roseman et al., 1995, Bhadra et al., 1997, O'Hare et al., 1991)
wh
(O'Hare et al., 1991, Larsson et al., 1996, Bhadra and Birchler, 1996, Bhadra et al., 1997, Bhadra et al., 1997, Frolov et al., 1998, Rabinow et al., 1991)
wIR2
(Csink et al., 1994, Rabinow et al., 1991, Birchler and Hiebert, 1989, O'Hare et al., 1991, Bhadra et al., 1997, Rabinow and Birchler, 1989)
Lethality
References
Sterility
References
hide Phenotype Manifest In
Malpighian tubule
(Gehring et al., 1984, )
ocellus pigment granule
(Gehring et al., 1984, )
pigment cell
(Schweinsberg et al., 2004, Smolik-Utlaut and Gelbart, 1987, Gehring et al., 1984, Pastink et al., 1987, Lloyd et al., 2002, Plough and Ives, 1934, Zachar and Bingham, 1982, Kaufman, 1969, Benevolenskaya et al., 1998, Benevolenskaya et al., 2000, Montell et al., 1992, Frolov et al., 1998, Heinrich et al., 1993, Birchler et al., 1989)
testis pigment cell
(Gehring et al., 1984, )
hide Detailed Description
Statement
Reference
Mutant males display negligible intermale courtship upon recurring ethanol administration with 70% ethanol, in contrast to wild-type males which show intermale courtship after repeated ethanol exposure.
(Lee et al., 2008)
Eye colour: the eye pigmentation level of we flies is not affected by BEAF-32AB-KO.
(Roy et al., 2007)
Flies with a w1/we(g) mutant genotype enhance the eye colour defective phenotype of g2, g50e and g53d homozygous mutants leading to a greater reduction of red pigment in the eye.
(Lloyd et al., 2002)
Homozygotes have white eyes with only <1% red pigment (compared to 100% pigment in wild type).
(Lloyd et al., 2002)
Flies with a wch/we(g) mutant genotype enhance the eye colour defective phenotype of g2 and g50e homozygous mutants leading to a greater reduction of red pigment in the eye. Male wch, g53d double mutant flies have lower levels of pigment in the eye than wch single mutants, leading to a change in eye colour from faint pink-orange to completely white.
(Lloyd et al., 2002)
Homozygotes have pink-orange eyes with only 2% red pigment (compared to 100% pigment in wild type).
(Lloyd et al., 2002)
Flies with a we/we(g) mutant genotype enhance the eye colour defective phenotype of g2 and g50e homozygous mutants leading to a greater reduction of red pigment in the eye. Male we, g53d double mutant flies have lower levels of pigment in the eye than we single mutants, leading to a change in eye colour from pink-orange to completely white.
(Lloyd et al., 2002)
Homozygotes have pink eyes with only 4% red pigment (compared to 100% pigment in wild type).
(Lloyd et al., 2002)
The eye colour of wap-1 flies is unaffected by a single copy of Low1.
(Bhadra et al., 1997)
Decrease in wild type eye pigment in the presence of Mowgamma.
(Bhadra and Birchler, 1996)
A suppressor of the repression on w by z1.
(Judd, 1995)
Dosage compensation is almost equal in males and females in a su(Hw)V/su(Hw)7 mutant background.
(Roseman et al., 1995)
Eye colour: bleach white, with In(3)Msu1/In(3)Msu2.
(Csink et al., 1994)
Eye colour: unaffected by LTSV\RBZhs.w.
(Heinrich et al., 1993)
Eye colour: homozygous males lighter than homozygous females. Triple X metafemale individuals homozygous for we have a darker eye colour than we homozygous XX females.
(Birchler, 1992)
Eye colour: pinkish.
(Montell et al., 1992)
Bleach white eyes.
(O'Hare et al., 1991)
Pigmented.
(O'Hare et al., 1991)
Eye colour: pigmented.
(O'Hare et al., 1991)
Suppression by Inr-a is variable.
(Rabinow et al., 1991)
Eye colour: mottled with mw.
(Rabinow and Birchler, 1990)
Eye colour: wsp1/w1 flies have brown eyes at eclosion, which become somewhat darker with age.
(Pastink et al., 1987)
White eye colour, suppresses z1.
(Smolik-Utlaut and Gelbart, 1987)
Eye colour: white. Ocellus colour: colourless. Testis colour: colourless. Malpighian tubule colour: colourless.
(Gehring et al., 1984)
Eye colour: bleach white.
(Zachar and Bingham, 1982)
Eye colour: light yellow-pink.
(Zachar and Bingham, 1982)
Eye colour: light yellow.
(Zachar and Bingham, 1982)
w1 su(f)4/wa su(f)1 females have a w1 phenotype at 24-25oC. wa su(f)4/Y males have an eye colour intermediate between that of w1 and wa at 17-18oC.
(Schalet, 1972)
Eye colour: The wcf2 eye colour is not diluted when wcf2 is in transheterozygous combination with w1.
(Kaufman, 1969)
Eye colour: The wcf2 eye colour is not diluted when wcf2 is in transheterozygous combination with wh.
(Kaufman, 1969)
A we optic disk transplanted into a wild-type host shows autonomous eye color development.
(Beadle and Ephrussi, 1936)
Eye colour: wdil/w1 flies have darker eyes than g1 and lighter eyes than pn1.
(Plough and Ives, 1934)
Amount of pigment formed by we not a function of gene dose: we female = we male < we/we male = we/we female < we/we/we female.
(Muller, 1932)
Eye colour: brownish, with Su(wch).
(Safir, 1913)
Eye colour: white. Ocellus colour: colourless. Testis colour: colourless. Malpighian tubule colour: colourless. Eye colour: brown at eclosion, darker after 4-5 days, as w1/wsp1.
 
Eye colour: brown at all temperatures.
 
Eye colour: translucent pink; male lighter than female. Eye colour: light, with rb1. Eye colour: light, with g1. Eye colour: white, when heterozygous with wa. Ocellus colour: pale. Testis colour: colourless. Malpighian tubule colour: colourless.
 
Eye colour: females, yellowish-pink; males lighter than females. Eye colour: we/w1 females, similar to we males. Testis colour: colourless. Malpighian tubule colour: colourless.
 
Malpighian tubule colour: colourless. Eye colour: females, yellowish-pink; males lighter than females; less sex difference than in we.
 
Eye colour: between wbf and wa4; slightly darker in male than in female. Malpighian tubule colour: colourless.
 
hide Expression Data
Reporter Expression
Additional Information
Statement
Reference
Marker for
Reflects
expression of
Reporter construct
used in assay
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Line ID
Origin as a multiple insertion line
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Aberration
Balancer
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Insertion location from FBrf0041384 and GB:X02974.
(O'Hare et al., 1984, Driver et al., 1989)
hide Synonyms & Secondary IDs
Reported As
Symbol Synonym
Doc{}w1
(FlyBase, 1992-, O'Hare et al., 1984, Driver et al., 1989)
Secondary FlyBase IDs
hide References ( 42 )
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