Michael Hendricks

TWARDIS automates C. elegans image analysis using AI models, improving accuracy and reducing manual effort in morphometry, behavior, and neural activity studies.

This study examines how 3D enriched environments affect C. elegans phenotypes, transcriptomes, and intergenerational traits compared to standard 2D agar plates.

The paper introduces Wormspy, a microscope system and software package for high-magnification epifluorescence imaging of freely moving C. elegans, enabling simultaneous recording of neuronal activity and behavior.

The paper shows that early-life starvation in C. elegans can permanently alter foraging behavior, associated with changes in a navigation circuit.

This paper investigates how RIA interneurons in C. elegans integrate sensory and motor signals to control head orientation behaviors through gating and switching mechanisms.

The paper investigates how C. elegans sensory neurons respond differently to graded versus discrete stimuli and their impact on behavior.