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Reference
Citation	Schupbach, T., Wieschaus, E. (1989). Female sterile mutations on the second chromosome of Drosophila melanogaster. I. Maternal effect mutations. Genetics 121(): 101--117.
FlyBase ID	FBrf0049878
Type of publication	Research paper
Offprint Available	Yes
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PubMed ID	2492966
PubMed Abstract	In mutagenesis screens for recessive female sterile mutations on the second chromosome of Drosophila melanogaster 529 chromosomes were isolated which allow the homozygous females to survive, but cause them to be sterile. In 136 of these lines, mutant females produce morphologically normal eggs which cannot support normal embryonic development. These "maternal-effect" mutations fall into 67 complementation groups which define 23 multiply hit and 44 singly hit loci. In eggs from 14 complementation groups development is blocked before the formation of a syncytial blastoderm. In eggs from 12 complementation groups development is abnormal before cellularization, 17 complementation groups cause abnormal cellularization, 12 complementation groups cause changes in cellular morphology in early gastrulation stages, and 12 complementation groups seem to affect later embryonic development.
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Language of publication	English
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Abbreviation	Genetics
Title	Genetics
Authors
Volume range	1-
Year range	1916-
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Place of publication	Austin, TX, etc
Language of publication	English
ISBN/ISSN	0016-6731
CODEN	GENTAE
Data from Reference
Aberrations (53)
	Df(2L)30A-C Df(2L)64j Df(2L)C' Df(2L)E55 Df(2L)GpdhA Df(2L)H20 Df(2L)J2 Df(2L)J27 Df(2L)M24F-B Df(2L)Prl Df(2L)S2 Df(2L)TW130 Df(2L)TW137 Df(2L)TW161 Df(2L)TW2 Df(2L)TW50 Df(2L)TW65 Df(2L)al Df(2L)ast1 Df(2L)ast2 Df(2L)b75 Df(2L)cl1 Df(2L)cl7 Df(2L)ed-dp Df(2L)ed1 Df(2L)osp29 Df(2L)prd1.7 Df(2R)L48 Df(2R)M60E Df(2R)P32a Df(2R)PC4 Df(2R)PI13 Df(2R)Pu-D17 Df(2R)Px2 Df(2R)ST1 Df(2R)WMG Df(2R)XTE-18 Df(2R)bw-D23 Df(2R)bw-S46 Df(2R)bw5 Df(2R)en-A Df(2R)en-B Df(2R)eve Df(2R)pk78k Df(2R)pk78s Df(2R)trix Df(2R)vg-B Df(2R)vg-C Df(2R)vg-D Df(2R)vg135 In(2L)75c In(2L)ast-1 Tp(2;2)A446
Alleles (132)
	Cks30A^HG24 Cks30A^RA74 bie² bie³ bie^RO64 bot^QI cact¹³ cact¹⁶ cha^HB cnn^HK21 cort^QW55 cort^RH65 crib^HD crib^PA crib^RS cta¹ cta² cta³ cta⁴ cta⁵ dl¹⁷ dl¹⁸ dl¹⁹ dl¹ dl²⁰ dl²¹ dl²² dl² drg¹ eay¹ eay² eay³ eay⁴ eay⁵ eay⁶ eay⁷ err¹ exu¹ exu² exu³ exu⁴ frh¹ frh² frh³ frh⁴ frh⁵ frh⁶ fs(2)51Fb^QL46 fs(2)abc^PL63 grau^QE70 grau^QF31 grau^QQ36 grau^RG1 grau^RM61 luc^QA luc^QG luc^RN mat(2)N¹ mat(2)N² mat(2)N³ mat(2)cell-B¹ mat(2)cell-C¹ mat(2)cell-D¹ mat(2)cell-E¹ mat(2)cell-F¹ mat(2)cell-G¹ mat(2)cell-I¹ mat(2)cell-J¹ mat(2)cell-K¹ mat(2)cell-L¹ mat(2)ea-A¹ mat(2)ea-B¹ mat(2)ea-C¹ mat(2)ea-D¹ mat(2)ea-F¹ mat(2)ea-H¹ mat(2)syn-B¹ mat(2)syn-D¹ mat(2)syn-E¹ mat(2)syn-G¹ mat(2)syn-H¹ mat(2)syn-I¹ misp¹ pie^QM47 prat^PD pre¹ pre² rags¹ reti¹ rubb¹ sax¹ sax² scra¹ scra² scra³ scra⁴ scra⁵ scra⁶ shy^RU sie¹ sie² sie³ slip¹ squ^HK35 stau^unspecified sub¹ sub² tor^11D tor² tor³ tor⁴ tor⁵ tor⁶ tor⁷ tor⁸ tor⁹ trk¹ trk² trk³ trk⁴ trk⁵ trk⁶ tud^unspecified twe¹ vas^unspecified vls¹ vls² vls³ vls⁴ vri³ wbl^RP γTub37C^unspecified
Genes (66)
	Cks30A bie bot cact cha cnn cort crib cta dl drg eay err exu frh fs(2)51Fb fs(2)abc grau luc mat(2)N mat(2)cell-B mat(2)cell-C mat(2)cell-D mat(2)cell-E mat(2)cell-F mat(2)cell-G mat(2)cell-I mat(2)cell-J mat(2)cell-K mat(2)cell-L mat(2)ea-A mat(2)ea-B mat(2)ea-C mat(2)ea-D mat(2)ea-F mat(2)ea-H mat(2)syn-B mat(2)syn-D mat(2)syn-E mat(2)syn-G mat(2)syn-H mat(2)syn-I misp pie prat pre rags reti rubb sax scra shy sie slip squ stau sub tor trk tud twe vas vls vri wbl γTub37C