- serotonin metabolism variant
Animals exhibit variations in any chemical reaction or pathway involving serotonin (5-hydroxytryptamine), a monoamine neurotransmitter, compared to control.
- serotonin catabolism defective
Animals are unable to carry out any chemical reaction or pathway resulting in the breakdown of serotonin (5-hydroxytryptamine), a monoamine neurotransmitter.
- germ cell death response to 5 FU resistant
Germ cell death fails in response to the concentration of 5-FU that elicits a response in control animals. Alternatively, animals require increased concentration or longer exposure to this compound to elicit the response compared to control animals. In C. elegans, in addition to cell death, 5-FU exposed animals exhibit condensed germ cell nuclei or unhealthy nuclei.
- ATP levels variant
Animals exhibit variations in the cellular levels of Adenosine-5'-triphosphate (ATP), compared to control. ATP is a nucleotide that plays a versatile role in cell biology.
- ATP levels increased
Animals exhibit an increase in the cellular levels of Adenosine-5'-triphosphate (ATP), compared to control. ATP is a nucleotide that plays a versatile role in cell biology.
- ATP levels reduced
Animals exhibit a decrease in the cellular levels of Adenosine-5'-triphosphate (ATP), compared to control. ATP is a nucleotide that plays a versatile role in cell biology.
- acute pumping response to light variant
Animals exhibit variations in the acute pharyngeal pumping response to light, during which the pharyngeal pumping rate initially (0-5 seconds after light exposure onset) decreases in response to light, compared to controls.
- reduced acute pharyngeal pumping response to light
Animals exhibit a reduced acute pharyngeal pumping response to light, such that pharyngeal pumping rate decreases in response to light to a lesser extent than in controls during the first 0-5 seconds after light exposure onset.
- enhanced acute pharyngeal pumping response to light
Animals exhibit an enhanced acute pharyngeal pumping response to light, such that pharyngeal pumping rate decreases in response to light to a greater extent than in controls during the first 0-5 seconds after light exposure onset.