C. elegans Behavioral Analysis: Quantifying Locomotion and Neural Function
C. elegans behavioral analysis enables precise, high-throughput quantification of locomotion, posture, and movement patterns in freely moving worms. This model organism is widely used to study the neural and genetic basis of behavior, aging, neurodegeneration, and sensory processing.
By capturing and analyzing detailed motion trajectories on agar plates or in liquid environments, researchers can identify subtle phenotypic differences across genetic strains or experimental conditions. C. elegans behavioral studies provide a powerful window into how genes, circuits, and environment shape behavior.
MBF Bioscience Worm Tracking Solutions
Our automated worm tracking systems deliver accurate, scalable behavioral analysis of C. elegans movement and posture. Seamlessly combining high-resolution imaging with intuitive software, our solutions support robust data collection, real-time visualization, and customizable output for diverse experimental needs.
Every research question is unique. Our team of scientists is ready to help you determine the optimal combination of tools for your specific needs. Want to see how WormLab can streamline your C. elegans tracking and behavioral analysis? Get in touch to find the right solution for your research.
