Response Magnitude
Peak displacement or velocity in response to each stimulus
Measure learning via response decrement to repeated sensory stimuli in zebrafish.
Metrics automatically extracted by ConductVision.
Peak displacement or velocity in response to each stimulus
Slope of response decline across successive stimulus presentations
Recovery of response after presentation of a novel stimulus
Time between successive stimuli (configurable)
Return of response magnitude after a rest period
Increase in response magnitude to initial stimulus presentations
Habituation — the reduction of a behavioral response following repeated stimulation — is the simplest form of non-associative learning. In zebrafish, acoustic or vibrational stimuli elicit startle responses that reliably habituate, providing a robust assay for learning, memory, and sensory processing deficits.
ConductVision automates stimulus delivery and response quantification, fitting habituation curves to extract learning rate, asymptote, and recovery parameters. The assay supports high-throughput screening in multi-well plates for genetic and pharmacological studies of cognitive function.
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