Product Overview
The Automated High-Throughput Animal Behavior Analysis System is an integrated research platform combining animal tracking, stimulus control, environmental regulation, data acquisition, and behavioral analysis. Designed for small model organisms such as zebrafish larvae, Drosophila, C. elegans, and Daphnia, the system enables automated behavioral monitoring and high-throughput screening in multi-well plate formats.
Featuring an all-in-one architecture with a built-in computer, high-resolution imaging system, illumination module, temperature monitoring, and programmable stimuli, the platform automates the entire experimental workflow. Researchers can remotely control experiments through a web browser, monitor live video feeds, and export behavioral data in real time.
Product Advantages
·  Supports high-throughput experiments using 6-, 12-, 24-, 48-, and 96-well formats.
·  Fully automated workflow minimizes operator variability.
·  Integrated visual, auditory, and vibration stimulus delivery.
·  Real-time behavioral tracking and data analysis.
·  Browser-based remote control from computers, tablets, or smartphones.
·  Standardized testing environment improves reproducibility.
·  Compatible with multiple model organisms including zebrafish larvae, Drosophila, C. elegans, and Daphnia.
Key Features
Intelligent Behavioral Tracking
Real-time video tracking
Multi-subject monitoring
Simultaneous tracking of up to 96 individuals
Automated trajectory reconstruction
Integrated Stimulus Delivery
LED light stimulation
Audio stimulation
Vibration stimulation
Circadian rhythm protocols
Optogenetics-compatible configurations
Environmental Control
Real-time temperature monitoring
Automated temperature regulation
Standardized experimental conditions
Automated Data Analysis
Distance traveled
Velocity measurements
Zone preference analysis
XY/XYZ coordinate tracking
Heat-map generation
Video recording and playback
Flexible Experimental Programming
Open-loop protocols
Closed-loop feedback experiments
Custom scripting
Millisecond-level stimulus control precision
Applications
Neuroscience Research
Learning and memory studies
Neurodegenerative disease models
Sensorimotor function analysis
Drug Discovery & Screening
High-throughput compound screening
Neuroactive drug evaluation
Pharmacological studies
Toxicology
Environmental toxicology
Chemical safety assessment
Aquatic toxicity testing
Behavioral Research
Locomotor activity
Startle response
Habituation studies
Social interaction analysis
Anxiety-related behavior
Circadian Biology
Circadian rhythm analysis
Sleep behavior monitoring
Developmental Biology
Embryonic and larval development studies
Phenotypic screening applications

Detailed Specifications

Key Specificationss