glh-1 : mip-1

"EGGD-1 intrinsically localizes to the nuclear envelope and is sufficient to recruit GLH-1 to the nuclear periphery."

egl-9 : glr-1

Both egl-9 mutations caused GLR-1 to be localized to elongated accumulations similar to those seen in hypoxic animals.

daf-2 : hyl-2

hyl-2(tm2031) animals exhibited hypersensitivity to 2 days of anoxia exposure, compared to wild type (N2) worms, but daf-2(e1370) animals exhibited resistance to anoxia even after 3 days of exposure (Figure 4B). daf-2(e1370);hyl-2(tm2031) double mutants are resistant to anoxia exposure similar to daf-2(e1370) alone, suggesting that daf-2(e1370) is epistatic to hyl-2(tm2031) with respect to response to 2 days of anoxia exposure.

epg-2 : lgg-2

EPG-2 bound strongly to LGG-1 and weakly to LGG-2.

epg-2 : lgg-1

EPG-2 bound strongly to LGG-1 and weakly to LGG-2.

epg-7 : lgg-1

EPG-7 strongly binds to LGG-1, but not to LGG-2.

simr-1 : znfx-1

"SIMR-1 localizes to foci adjacent to P granules and Mutator foci."

ced-10 : tbc-2

"CED-10 binds to the RAB-5 GTPase activating protein TBC-2, that CED-10 contributes to recruitment of TBC-2 to endosomes."

pkc-1 : valproic acid

"However, in contrast to unc-13 mutations, pkc-1 mutant animals further increase their resistance to aldicarb when exposed to VPA (Figure 7A)."

dli-1 : unc-16

"UNC-16[1-120], which corresponds to the RH1 domain, binds to DLI-1[369-442], which corresponds to DLIC-C; and that the V72Q mutation in UNC-16, which cor-responds to the V60Q mutation in human JIP3, abrogates binding to DLIC-C."