high sodium chloride concentration osmotic avoidance defective

Failure to execute the characteristic response to high concentrations of sodium chloride solution. C. elegans typically avoids high concentrations of sodium chloride solution.

high pH avoidance defective

Animals fail to avoid a high pH (alkaline) environment as compared to control animals. This is at very high pH, for example around pH11.

thermophilic

Animals tend to track and stay within high temperature environments.

high temperature induced L1 arrest

Animals undergo an irreversible high temperature-induced developmental arrest during the first larval stage.

high oxygen hypersensitive

Animals respond to hyperoxic (high oxygen tension) conditions after a shorter exposure time compared to control.

high sodium chloride concentration osmotic avoidance variant

Animals exhibit variations in their avoidance response to high concentrations of sodium chloride solution compared to control.

high oxygen resistant

Animals fail to respond to the high concentrations of oxygen that elicit a response in control animals.

osmotic avoidance defective

Failure to execute the characteristic avoidance response to solutions of high osmotic strength as defined by control animals.

dwelling variant

Animals exhibit variations in the low-speed/high turning movement that restricts them to a confined region compared to control.

carbon dioxide avoidance variant

Variations in the characteristic movement away from specific CO2 levels compared to control. C. elegans avoids high levels of CO2.