William Roseby

This study identifies region-specific mechanosensory processes in Drosophila larvae that mediate self-righting behavior, showing Hox gene regulation is critical for this function.

The paper identifies the neural circuit for self-righting posture control in Drosophila larvae using connectomics and functional approaches, revealing structural principles of segmental nervous systems.

This study compares structural covariance networks in atypical populations to controls, finding differences in network connectivity and complexity across conditions.