- long-term habituation phenotype
Any variation in the decrease in a behavioral response to a repeated stimulus compared to control, over the long term. Long-term memory is memory that lasts for hours to days after the learning (training) event(s).
- long term plate tap habituation variant
Any variation in the decrease in a behavioral response to a repeated plate tap stimulus compared to control, over the long term. Long-term memory is memory that lasts for hours to days after the learning (training) event(s).
- long-term associative olfactory memory phenotype
Animals exhibit variations in their recalled and repeated responses to olfactory stimuli they are exposed to during learning and memory paradigms over the long term, compared to controls. Long-term associative memory is memory that lasts for hours to days after the associative learning (training) event(s).
- long-term associative memory phenotype
Animals exhibit variations in their recalled and repeated responses to stimuli they are exposed to during learning and memory paradigms over the long term, compared to controls. Long-term associative memory is memory that lasts for hours to days after the associative learning (training) event(s).
- long-term associative olfactory memory defective
Animals are deficient in their recalled and repeated responses to olfactory stimuli they are exposed to during learning and memory paradigms over the long term, compared to controls. Long-term associative memory is memory that lasts for hours to days after the associative learning (training) event(s).
- 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.
- Q lineage variant
The descendants of Q L or QR cells exhibit altered developmental programs compared to their counterparts in control animals.
- loss of left right asymmetry
Bilaterally symmetric cell fail to acquire specific left-right asymmetric properties such as L/R specific cell position, cell death or gene expression.
- microtubule organization biogenesis variant
Animals exhibit variations in the form, structure, composition or arrangement of a robust macromolecular array, composed primarily of tubulin, which forms long extended cytoskeletal elements compared to control (Wormatlas).