G. I. Menon

This study models how temperature affects malaria parasite development in the western Himalaya and predicts future transmission risks under climate change.

The paper models slow axonal transport of ChAT in Drosophila neurons, showing that changes in diffusive fraction during development dominate bleach recovery, and active transport alone cannot explain the data.

This study quantifies adhesion strength and tractions in cancer and non-cancer cells to correlate with invasiveness, showing invasive cells have lower adhesion strength and higher tractions.

This study develops a simulation model of axonal transport in C. elegans touch neurons, showing that stationary vesicle clusters act as dynamic reservoirs that can be regulated to control cargo flux.

This study examines changes in circulating progenitor cells during CPB and finds that reduced early CD34+ and CD34+CD133+ HSC counts predict clinically significant vasoplegia.

The paper develops a computational model of phototactic cyanobacteria colonies to determine if cells integrate light information or respond to light sources separately, finding that colony shapes alone cannot distinguish these modes but trajectories can.

The paper models how chromatin compaction and nuclear shape influence auxetic behavior in mouse stem cells during differentiation.

The paper models cell-substrate de-adhesion dynamics under fluid shear, finding characteristic force and time scales for cell detachment.

This study presents an agent-based model of cyanobacterial phototaxis that simulates collective movement and morphology changes in response to light.

The paper shows that cargo stalling at actin-rich regions in axons causes local traffic jams, which function as reservoirs to maintain robust cargo flow in neurons.