Phenotypes:

Alleles for which the sequence change is known are listed in boldface.

The following phenotypes have been observed in fust-1:

Phenotype Entities Affected Supporting Evidence
breaks in alaeAllele:
tm4439
Curator: Yon Ju Ji
Paper evidence: Zhang T et al., 2018
details
cell differentiation variantAllele:
tm4439
Curator: Yon Ju Ji
Paper evidence: Zhang T et al., 2018
details
alae absentAllele:
tm4439
Curator: Yon Ju Ji
Paper evidence: Zhang T et al., 2018
details
sterileAllele:
tm10596
Curator: Karen Yook
Person evidence: National Bioresource Project c/o Dr. Shohei Mitani
Remark: Classified as lethal OR sterile by the National BioResource Project of Japan.
details
lethalAllele:
tm10596
Curator: Karen Yook
Person evidence: National Bioresource Project c/o Dr. Shohei Mitani
Remark: Classified as lethal OR sterile by the National BioResource Project of Japan.
details
sterilelife-stage: embryo Ce, abnormalRNAi:

Phenotype not observed:
The following phenotypes have been reported as NOT observed in fust-1
Phenotype Entities Affected Supporting Evidence
dendritic termini number reduced Allele:
tm4439
Curator: Karen Yook
Paper evidence: Antonacci S et al., 2015
Remark: Mutants do not exhibit a reduction in PVD neuron terminal dendrites.
details
lethalAllele:
tm4439
Curator: Karen Yook
Person evidence: National Bioresource Project c/o Dr. Shohei Mitani
Remark: Classified as homozygous viable by the National Bioresource Project of Japan
details
embryonic lethalRNAi:
WBRNAi00041374
Paper evidence: Sonnichsen B et al., 2005
details
transgene subcellular localization variantRNAi:
WBRNAi00076171
Paper evidence: Hamamichi S et al., 2008
details
nematode phenotypeRNAi:
WBRNAi00041374
Paper evidence: Sonnichsen B et al., 2005
details
larval arrestRNAi:
WBRNAi00011275
Paper evidence: Kamath RS et al., 2003
details
organism morphology variantRNAi:
WBRNAi00041374
Paper evidence: Sonnichsen B et al., 2005
details
slow growthRNAi:
WBRNAi00011275
Paper evidence: Kamath RS et al., 2003
details
embryonic lethalRNAi:
WBRNAi00011275
Paper evidence: Kamath RS et al., 2003
details
protein aggregation variantRNAi:
WBRNAi00076171
Paper evidence: Hamamichi S et al., 2008
details
sterile progenyRNAi:
WBRNAi00011275
Paper evidence: Kamath RS et al., 2003
details
peptide uptake by intestinal cell variantRNAi:
WBRNAi00090580
Affected by molecule: Beta-Ala-Lys-AMCA
Genotype: rrf-3(pk1426)
Paper evidence: Benner J, Daniel H & Spanier B, 2011
Remark: RNAi does not affect the intestinal uptake of the Beta-Ala-Lys-AMCA fluorescent dipeptide, compared to controls
details
lethallife-stage: embryo Ce, abnormalRNAi:
WBRNAi00083277
Paper evidence: Huang NN, Mootz DE, Vidal M, Hunter CP & Walhout AJ, 2002
Remark: Animals were viable and fertile
details
lethalRNAi:
WBRNAi00076171
Paper evidence: Hamamichi S et al., 2008
details
larval lethalRNAi:
WBRNAi00011275
Paper evidence: Kamath RS et al., 2003
details
nematode phenotypeRNAi:
WBRNAi00011275
Paper evidence: Kamath RS et al., 2003
details
maternal sterileRNAi:
WBRNAi00041374
Paper evidence: Sonnichsen B et al., 2005
details
postembryonic development variantRNAi:
WBRNAi00011275
Paper evidence: Kamath RS et al., 2003
details
maternal sterileRNAi:
WBRNAi00011275
Paper evidence: Kamath RS et al., 2003
details

Interaction-based phenotypes:

The following phenotypes are indirectly caused or affected by some perturbation of fust-1 in the context of a genetic interaction :


Overexpression:
Overexpression of the fust-1 gene results in the following phenotypes.