mes-2 : mes-4

"In the mitotic zone of M+Z- mes hermaphrodites, MES-4 is excluded from the X chromosomes (Fig. 3, B and F), as in wild type. However, in oocyte nuclei, MES-4 is abnormally present on all chromosomes (Fig. 3, B and F)."

mes-3 : mes-4

"In the mitotic zone of M+Z- mes hermaphrodites, MES-4 is excluded from the X chromosomes (Fig. 3, B and F), as in wild type. However, in oocyte nuclei, MES-4 is abnormally present on all chromosomes (Fig. 3, B and F)."

mes-4 : mes-6

"In the mitotic zone of M+Z- mes hermaphrodites, MES-4 is excluded from the X chromosomes (Fig. 3, B and F), as in wild type. However, in oocyte nuclei, MES-4 is abnormally present on all chromosomes (Fig. 3, B and F)."

cbp-1 : hlh-1

"GFP expression driven by the Ce-MyoD promoter (kind gift of M. Krause) was absent in nearly all cbp-1(RNAi) embryos examined (Fig. 3, cf. a with b)"

Ub-m-nonN-Nmnat1 : haf-1

"However, we found that loss-of-function mutations in the gene haf-1, which encodes a mitochondrial outer membrane ABC transporter previously shown to function as an activator of the mitochondrial unfolded protein response (mitoUPR), significantly suppressed the hypoxia resistance of both ub-m-nonN-Nmnat1 and neuro-m-nonN-Nmnat1 transgenes (Figures 3a and b)."

Neuro-m-nonN-Nmnat1 : haf-1

"However, we found that loss-of-function mutations in the gene haf-1, which encodes a mitochondrial outer membrane ABC transporter previously shown to function as an activator of the mitochondrial unfolded protein response (mitoUPR), significantly suppressed the hypoxia resistance of both ub-m-nonN-Nmnat1 and neuro-m-nonN-Nmnat1 transgenes (Figures 3a and b)."

mab-5 : unc-62

These animals showed no hlh-8::gfp expression throughout the M lineage and lacked all M-derived CCs. This is an enhancement of the defects in the M-lineage compared to either RNAi or mutant alone.

ceh-20 : mab-5

These animals showed no hlh-8::gfp expression throughout the M lineage and lacked all M-derived CCs. This is an enhancement of the defects in the M-lineage compared to either RNAi or mutant alone.

csk-1 : lpr-1

Dr. M. Sundaram: complements let-124 (cs73).

lpr-1 : rab-11.1

Dr. M. Sundaram: complements let-124 (cs73).