. Author manuscript; available in PMC: 2013 Mar 1.

Published in final edited form as: Dev Dyn. 2012 Jan 30;241(3):505–521. doi: 10.1002/dvdy.23735

Table 2.

Interaction of teg-1 with genes in the germ line sex determination pathway.

Genotype	Germline Phenotype (15°C)
teg-1(oz189 and oz230)	Mog¹
fog-1(q241)²	Fog³
fog-2(q71)⁴	Fog⁵
fog-3(q443)⁶	Fog
fem-3(e1996)⁷	Fog
tra-2(e2020gf)⁸	Fog
fog-1(q241); teg-1(oz230)⁹	Fog
teg-1(oz230); fog-2(q71)¹⁰	Fog
fog-3(q443); teg-1(oz230)¹¹	Fog
teg-1(oz189); fem-3(e1996)¹²	Fog
tra-2(e2020gf); teg-1(oz230)¹³	Fog

Masculinization of the germ line

(Barton and Kimble, 1990)

Feminization of the germ line

⁴

(Schedl and Kimble, 1988)

⁵

XX only- XO animals are wild type

⁶

(Ellis and Kimble, 1995)

⁷

(Hodgkin, 1986)

⁸

(Doniach, 1986)

⁹

All Vab Unc progeny of fog-1(q241) unc-13(e51)/ hT2; vab-7(e1562) teg-1(oz230)/hT2 were Fog.

¹⁰

fog-2(q71) rol-9(sc148)/ unc-51(e369) fog-2(q71) males mated with vab-7(e1562) teg-1(oz230)/hT2 hermaphrodites. L4 hermaphrodites cloned and put at 15°C. Of those that segregated both Rol and Vab animals, 21/24 Rol Vab progeny (vab-7(e1562) teg-1(oz230); fog-2(q71) rol-9(q71) contained small oocytes and no sperm, 3/24 contained sperm. 21/21 non-Rol non-Unc Vab animals (teg-1(oz230); fog-2(q71)/+) were Mog.

¹¹

All Unc progeny of teg-1(oz230)/hT2; unc-13(e51) fog-3(oz230) were Fog.

¹²

vab-7(e1562) teg-1(oz189); unc-24(e138) fem-3(e1996) dpy-20(e1282) females were obtained from an unbalanced strain.

¹³

tra-2(e2020) males were mated with vab-7(e1562) teg-1(oz230)/hT2 purged hermaphrodites. Single male progeny were then mated with single female progeny. From matings that failed to segregate hT2, L4 (XX) Vab animals were cloned and scored the next day. 19/25 animals had small oocytes and no sperm. The remaining six animals were Mog (presumably tra-2(+)/tra-2(+)).