Anindya Ghosh‐Roy

Deep-Pose-Tracker automates C. elegans behavior analysis by detecting poses and quantifying locomotion and posture features from videos.

This study shows that exercise enhances axon regeneration in C. elegans through AMPK signaling, with PAR-4/LKB1 upstream and DAF-16/MDT-15 downstream in neurons and muscle.

This study identifies CITK and ASPM-1 as regulators of microtubule dynamics and polarity in C. elegans neurons, revealing non-mitotic roles for these cytokinesis-associated proteins.

This study shows that let-7 miRNA and Insulin signalling pathways work together to enhance axon regeneration and functional recovery in C. elegans neurons.

This paper identifies a feedback activation mechanism of PMK3, a p38α MAPK, by its downstream MAPKAPK MAK2 through phosphorylation and LLPS-driven condensate formation in C. elegans.

This study investigates how axon and dendrite regeneration in C. elegans PVD neurons affects sensory function and body posture recovery.

The paper optimizes RNAi efficiency in C. elegans PVD neurons by expressing sid-1 under the mec-3 promoter, enhancing gene knockdown effects for dendrite development and regeneration studies.

This study identifies MBL-1 as a regulator of microtubule cytoskeleton in C. elegans mechanosensory neurons through its effects on tubulin mRNAs.

This study identifies CED-10 and TIAM-1 as critical regulators of dendrite regeneration in C. elegans PVD neurons, distinct from axon regeneration pathways.

This study shows that loss of dop-2 in C. elegans increases dopamine release and causes locomotory defects when exposed to ethanol.

The paper identifies SRX-97 as a GPCR in C. elegans that mediates high-concentration benzaldehyde sensing in ASH neurons.

This study shows UNC-16/JIP3 inhibits axonal regeneration by regulating DLK-1 function, affecting actin and microtubule dynamics differently depending on DLK-1 involvement.