WormBase Tree Display for Interaction: WBInteraction000535987
expand all nodes | collapse all nodes | view schema
WBInteraction000535987 | Interaction_type | Genetic | Mutual_enhancement | ||
---|---|---|---|---|---|
GI_module_one | Cis_phenotypic | ||||
GI_module_two | Enhancing | ||||
GI_module_three | Diverging | ||||
Interactor | Interactor_overlapping_gene | WBGene00006868 | Interactor_type | Non_directional | |
WBGene00003111 | Interactor_type | Non_directional | |||
Variation_interactor | WBVar00145253 | Interactor_type | Non_directional | ||
WBVar00142901 | Interactor_type | Non_directional | |||
Interaction_summary | vab-1(e2) and mab-20(ev574) mutually enhance each others embryonic lethal phenotype (Table S2). "The genetic interactions of plx-2 and mab-20 with vab-1 mutations in preventing pocket closure defects are more complex. For example, the vab-1 null mutation enhances both the plx-2 null and the mab-20 null synergistically for embryonic lethality (this enhancement is largely synthetic) (Figure 5C). By contrast, the kinase-deficient vab-1(e2) mutation enhances the embryonic lethality of the plx-2 null additively, if at all (Figure 5C), but enhances the mab-20 null synergistically. These results suggest that the kinase function of VAB-1 is redundant with the PLX-2-independent function of MAB-20, and the kinase-independent function of VAB-1 is redundant with the PLX-2-dependent function of MAB-20 in preventing pocket closure defects (see Figure 5D and Discussion)." | ||||
Throughput | Low_throughput | ||||
Interaction_phenotype | WBPhenotype:0000050 | ||||
Paper | WBPaper00040551 | ||||
Remark | Figure 5C, Table S2 |