WBPhenotype:0000303
|
diacetyl chemotaxis defective
|
Failure to execute the characteristic response to diacetyl as defined by control animals. In C.elegans diacetyl is typically attractive. |
WBPhenotype:0000304
|
isoamyl alcohol chemotaxis defective
|
Failure to execute the characteristic response to isoamyl alcohol as defined by control animals. In C.elegans isoamyl alcohol is typically attractive. |
WBPhenotype:0001060
|
AWC odorant chemotaxis defective
|
In C. elegans, this is characterized by the failure to move towards typically attractive volatile organic molecules sensed by the AWC compared to control. |
WBPhenotype:0001061
|
AWA odorant chemotaxis defective
|
In C. elegans, this is characterized by the failure to move towards typically attractive volatile organic molecules sensed by the AWA compared to control. |
WBPhenotype:0000480
|
pyrazine chemotaxis defective
|
Failure to execute the characteristic response to pyrazine as defined by control animals. In C. elegans pyrazine is typically an attractant. |
WBPhenotype:0001085
|
butanone chemotaxis defective
|
Failure to execute characteristic response to butanone compared to control. In C. elegans, animals move towards typically attractive concentrations of butanone. |
WBPhenotype:0001086
|
trimethylthiazole chemotaxis defective
|
Failure to execute characteristic response to trimethylthiazole compared to control. In C. elegans, animals move towards typically attractive concentrations of trimethylthiazole. |
WBPhenotype:0001087
|
acetone chemotaxis defective
|
Failure to execute characteristic response to acetone compared to control. In C. elegans, animals move towards typically attractive concentrations of acetone. |
WBPhenotype:0001088
|
pentanol chemotaxis defective
|
Failure to execute characteristic response to pentanol compared to control. In C. elegans, animals move towards typically attractive concentrations of pentanol. |
WBPhenotype:0001089
|
hexanol chemotaxis defective
|
Failure to execute characteristic response to hexanol compared to control. In C. elegans, animals move towards typically attractive concentrations of hexanol. |