
WormLab Imaging System
Automated system for imaging and analyzing C. elegans behavior with scalable features for stimuli assays.
Overview
The WormLab Imaging System provides a comprehensive and scalable solution for the imaging and quantitative analysis of C. elegans behavior. Developed in collaboration with leading researchers, it simplifies setup and maintenance, allowing users to focus on research.
Key benefits include the ability to easily record videos optimized for worm tracking, fully automate optogenetic and mechanosensation assays, and enhance the efficiency and reproducibility of behavior assays using whole plate tracking capabilities. Its intuitive workflows enable quick data collection.
- Fully characterized dynamic movement changes and detailed metrics like speed, direction, and distance.
- Investigation of social interactions and subtle behavioral effects.
- Automated optogenetic and mechanosensation assays for correlating behavior with stimuli.
The system consists of turn-key hardware and software tailored for C. elegans. With high-resolution video acquisition supported by patented tracking technology, researchers can analyze complex worm behaviors such as omega bends and thrashing efficiently.
System Requirements
Windows 11 (64-bit) with 16GB RAM and Intel processors is recommended, alongside ample hard disk space and internet access. For macOS, version 10.9 or later is required with similar hardware specifications.
Illustrative Examples
Applications include studying effects like obesity target characterization, blast impact on nematodes, and heritable nicotine addiction analysis.
Design Features
- Enclosed design prevents ambient light interference, featuring adjustable mounts for various zoom levels.
- User-friendly interface with scalable design for data acquisition and analysis.