ConductVision · Behavioral Analysis

Zebrafish Acoustic Startle

Measure C-bend escape responses and sensorimotor gating in zebrafish and larvae.

ZebrafishStartle / HabituationAuto Export
ConductVision / Zebrafish Acoustic Startle
Recording / Trial 3fish tracked
C-Bend Latency18.4s
C-Bend Magnitudeauto
Habituation Rateauto

Key Parameters

Metrics automatically extracted by ConductVision.

C-Bend Latency

Time from stimulus onset to initial C-start escape bend

C-Bend Magnitude

Maximum body curvature angle during the escape response

Habituation Rate

Decline in startle magnitude across repeated stimuli

Prepulse Inhibition

Reduction in startle when preceded by a weak prepulse

Short-Latency C-start

Fast Mauthner-mediated escapes within 15 ms

Escape Distance

Total displacement during the escape swim bout

What is the Zebrafish Acoustic Startle Test?

The acoustic startle response in zebrafish is a rapid, Mauthner neuron-mediated C-bend escape triggered by sudden vibrational or acoustic stimuli. This innate reflex is conserved across vertebrates and provides a robust readout for sensorimotor gating, habituation, and prepulse inhibition — key translational endpoints for schizophrenia and autism research.

ConductVision captures high-speed video (up to 1,000 fps) to resolve sub-millisecond C-start kinetics. The software automatically classifies short-latency and long-latency responses, scores habituation curves, and calculates prepulse inhibition ratios across multi-well plates for high-throughput genetic and drug screens.

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