| CB101 |
unc-9(e101) X. |
C. elegans |
Unc. |
| MT2764 |
unc-9(e101) lin-15B&lin-15A(n765) X. |
C. elegans |
Temperature-sensitive Lin. |
| MT4578 |
lin-1(e1275) dpy-13(e184) IV; unc-9(e101) X. |
C. elegans |
Temperature sensitive Muv. Semi-dominant Dpy. Unc-moves backward better than forward; slight kinker in forward movement; larvae more severly Unc. |
| SP15 |
unc-9(e101) unc-3(e151) X. |
C. elegans |
|
| SP928 |
dpy-6(e14) unc-9(e101) X. |
C. elegans |
DpyUnc. |
| SV411 |
heDf1 maIs103/lon-2(e678) unc-9(e101) X. |
C. elegans |
maIs103[rnr::GFP unc-36(+)] X. The heDf1 deletion includes cdk-4. Heterozygotes produce 1/4 thin, sterile, uncoordinated animals that fail to undergo postembryonic somatic cell divisions. heDf1 mutants are of L1 size, smaller than cdk-4 mutants. lon-2 and unc-9 do not exactly balance heDf1, but unc-9 is pretty close. It should also be possible to follow the heterozygotes by looking at the GFP. Despite trying, unable to separate the maIs integration from heDf1 or the other cdk-4 alleles. By maintaining animals with GFP (visible especially in early animals and in eggs) you should be able to maintain heDf1. rnr::GFP is expressed during S-phase in heterozygous animals. rnr::GFP expression is not detected in heDf1 animals. maIs103 is tightly linked to heDf1. Maintain by picking several single animals and scoring for 1/4 mutant progeny. |
| TY1909 |
yDp4/+ (X;A); kynu-1(e1003) unc-9(e101) X. |
C. elegans |
Animals heterozygous for yDp4 are Dpy non-Flu non-Unc. Animals which have lost yDp4 are FluUnc. Animals homozygous for yDp4 are dead (embryonic lethal). Low percentage of non-Dpy non-Unc progeny. These give a high percentage of Unc male self-progeny and are inferred to be yDp4 XO hermaphrodites. |
| TY1910 |
yDp5 (X;A); lon-2(e678) unc-9(e101) X. |
C. elegans |
Lon non-Unc hermaphrodite strain. yDp5 is homozygous viable. yDp5/+ XO animals are fertile males. |
| TY1911 |
yDp6 (X;A); lon-2(e678) unc-9(e101) X. |
C. elegans |
Lon non-Unc hermaphrodites. yDp6 is homozygous viable. yDp6/+ XO animals are fertile males. |
| TY1912 |
yDp7/+ (X;A); lon-2(e678) unc-9(e101) X. |
C. elegans |
Animals heterozygous for yDp7 are Lon non-Unc. Animals which have lost yDp7 are LonUnc. Animals homozygous for yDp7 are Dpy and sick hermaphrodites. yDp7/+ XO males are Dpy and infertile. yDp7 attached to an autosome. |
| TY1913 |
yDp8/+ (X;A); lon-2(e678) unc-9(e101) X. |
C. elegans |
Animals heterozygous for yDp8 are Lon non-Unc hermaphrodites. Animals which have lost yDp8 are LonUnc. Animals homozygous for yDp8 are Dpy and sick hermaphrodites. yDp8/+ XO males are Dpy and infertile. |
| TY1914 |
yDp9 (X;A); lon-2(e678) unc-9(e101) X. |
C. elegans |
Lon non-Unc hermaphrodite strain. yDp9 is homozygous viable. yDp9/+ XO animals are fertile males. |
| TY1915 |
yDp10/+ (X;A); lon-2(e678) unc-9(e101) X. |
C. elegans |
Animals heterozygous for yDp10 are Lon non-Unc hermaphrodites. Animals which have lost yDp10 are LonUnc. Animals homozygous for yDp10 are Dpy and sick hermaphrodites. yDp10/+ XO animals are Dpy and infertile males. |
| TY1916 |
yDp11 (X;IV); lon-2(e678) unc-9(e101) X. |
C. elegans |
Lon non-Unc hermaphrodite strain. yDp11 is homozygous viable. yDp11/+ XO animals are fertile males. |
| TY1917 |
lon-2(e678) unc-9(e101) X; yDp12 (X;f). |
C. elegans |
Free duplication. Animals with yDp12 are Lon non-Unc hermaphrodites. Animals which have lost yDp12 are LonUnc. yDp12/+ XO animals are fertile males. |