daf-2 : lin-11

"we used cell-type-specific promoters driving green fluorescent protein (GFP) expression in neurons and muscle (Fig. 2, E to K).... The number of GFP-positive muscle nuclei was significantly reduced, which is consistent with cell death (Fig. 2K). daf-2(e1370) protected myocytes from both nuclear fragmentation and death (Fig. 2, H and K)... Hypoxia also reduced the number of GFP(+) neurons. e1370 mutants did not show neuronal loss and axonal pathology (Fig. 2, J and K)."

hypoxia : mec-4

"we used cell-type-specific promoters driving green fluorescent protein (GFP) expression in neurons and muscle (Fig. 2, E to K).... The number of GFP-positive muscle nuclei was significantly reduced, which is consistent with cell death (Fig. 2K). daf-2(e1370) protected myocytes from both nuclear fragmentation and death (Fig. 2, H and K)... Hypoxia also reduced the number of GFP(+) neurons. e1370 mutants did not show neuronal loss and axonal pathology (Fig. 2, J and K)."

daf-2 : mec-4

"we used cell-type-specific promoters driving green fluorescent protein (GFP) expression in neurons and muscle (Fig. 2, E to K).... The number of GFP-positive muscle nuclei was significantly reduced, which is consistent with cell death (Fig. 2K). daf-2(e1370) protected myocytes from both nuclear fragmentation and death (Fig. 2, H and K)... Hypoxia also reduced the number of GFP(+) neurons. e1370 mutants did not show neuronal loss and axonal pathology (Fig. 2, J and K)."

daf-2 : myo-3

"we used cell-type-specific promoters driving green fluorescent protein (GFP) expression in neurons and muscle (Fig. 2, E to K).... The number of GFP-positive muscle nuclei was significantly reduced, which is consistent with cell death (Fig. 2K). daf-2(e1370) protected myocytes from both nuclear fragmentation and death (Fig. 2, H and K)... Hypoxia also reduced the number of GFP(+) neurons. e1370 mutants did not show neuronal loss and axonal pathology (Fig. 2, J and K)."

hda-3 : rtIs11[Posm-10::gfp; Posm-10::Htn-Q150; dpy-20(+)]

Dr. J. Satterlee: suppress Huntington Q150 neuronal degeneration in ASH neurons.

dnj-13 : dnj-19

"Class A and B J-protein networking is essential for aggregate clearance in vivo."

dnj-13 : dnj-19

"Class A and B J-protein networking is essential for aggregate clearance in vivo."

dnj-12 : dnj-13

"Class A and B J-protein networking is essential for aggregate clearance in vivo."

dnj-13 : dnj-19

"Class A and B J-protein networking is essential for aggregate clearance in vivo."

dnj-12 : dnj-13

"Class A and B J-protein networking is essential for aggregate clearance in vivo."