Microcystin-LR : unc-30

The expression levels of unc-30 gene showed a significant decrease on 0.1 g/1 of MC-LR (p<0.01) and more than 1 g/1 of MC-LR (p<0.01).

microcystin : ttx-1

Exposure to MC-LR (1 g/L) significantly (P < 0.01) reduced the expression levels of both ttx-1.

microcystin : ttx-3

Exposure to MC-LR (1 g/L) significantly (P < 0.01) reduced the expression levels of both ttx-3.

che-1 : microcystin

The relative transcript levels of che-1 was significantly (P < 0.01) decreased in animals exposed to MC-LR (10 g/L), suggesting that the specification of ASE and AWA sensory identities were largely disrupted in MC-LR (10 g/L) exposed animals.

microcystin : odr-7

The relative transcript levels of odr-7 was significantly (P < 0.01) decreased in animals exposed to MC-LR (10 g/L), suggesting that the specification of ASE and AWA sensory identities were largely disrupted in MC-LR (10 g/L) exposed animals.

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

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

Microcystin-LR : unc-47

Compared with control, the expression levels of unc-47 gene decreased significantly in nematodes exposed to more than 0.1 g/l of MC-LR (p<0.001).

Microcystin-LR : exp-1

Compared with control, the expression levels of exp-1 gene decreased significantly in nematodes exposed to more than 0.1 microgram/l of MC-LR (p<0.001).

ash-2 : gap-1

gap-1(ga133) and ash-2(RNAi) synthetically interact to induce a multivulva phenotype

apb-3 : ser-1

apb-3/AP-3b mutation disrupts the axonal distribution of SER-1 in AVE and ASH.