Species Hub/Sea Slug/Gill Withdrawal Reflex (Nobel Prize work)
Primary Assay Sea Slug

Gill Withdrawal Reflex (Nobel Prize work)

Aplysia californica

The gill withdrawal reflex is the canonical preparation for studying synaptic plasticity. Withdrawal duration, sensitization magnitude, habituation rate, and dishabituation provide precise readouts of non-associative and associative learning at identified synapses.

Sea Slug — Gill Withdrawal Reflex (Nobel Prize work)

Measured Parameters

Every parameter is automatically tracked frame-by-frame in the ConductVision pipeline for Aplysia californica.

ParameterUnitDescription
Withdrawal durationsGill retraction time
Sensitization magnitude% increaseEnhanced response after noxious stimulus
Habituation rateslopeResponse decrement across stimuli
Dishabituation recovery%Response restoration

Citations for Gill Withdrawal Reflex (Nobel Prize work)

  1. Kandel ER. (2001). The molecular biology of memory storage: a dialogue between genes and synapses. Science, 294(5544), 1030-1038. PMID: 11691980

Hardware for Sea Slug Research

Gill Withdrawal Recording System

Reflex measurement

Siphon Stimulation Apparatus

Withdrawal response testing

Seawater Flow-Through Chamber

Aplysia maintenance and testing

Ink Collection System

Defensive behavior quantification

Feeding Behavior Arena

Consummatory response tracking

Run Gill Withdrawal Reflex (Nobel Prize work) on ConductVision

Our team will configure the protocol, camera rig, and analysis pipeline for your sea slug facility.