- active phase switch defective
Activation of the active phase of egg laying is defective, leading to an abnormally long inactive phase, based on the analysis of the distribution of the log intervals of egg-laying events.
- egg laying phases variant
Fluctuation pattern between inactive, active, and egg-laying states is atypical, based on the analysis of the distribution of the log intervals of egg-laying events compared to control.
- inactive phase variant
The period during which the animal is less likely to lay eggs is not typical compared with control animals, based on the analysis of the distribution of the log intervals of egg-laying events.
- fewer egg laying events during active
Fewer egg-laying events occur within the active phase of egg laying, based on the analysis of the distribution of the log intervals of egg-laying events, compared to control.
- inactive phase short
The period during which a worm usually does not lay eggs is short compared with control animals, based on the analysis of the distribution of the log intervals of egg-laying events.
- active phase variant
The active phase of egg-laying, the period during which animals are more likely to display multiple egg-laying events, is atypical compared with control animals, based on the analysis of the distribution of the log intervals of egg-laying events.
- inactive phase long
Animals display uncharacteristically long periods during which they do not lay eggs compared to control, usually based on the analysis of the distribution of the log intervals of egg-laying events. In C. elegans, long inactive phases can be observed in HSN-ablated and serotonin-deficient animals.