Himanshu Khandelia

This study shows that polydisperse nanoplastics release more polymer chains into membranes than uniform particles, depending on lipid composition and polymer type.

This study compares the bioenergetic properties of human and mouse UCP1 expressed in liver mitochondria, revealing differences in nucleotide regulation linked to an F88S mutation.

This study investigates K+ transport through the inter-subunit tunnel of KdpFABC using simulations and experiments, finding that the tunnel is mostly water-filled with a single K+ binding site and a high energy barrier.

This study reveals the mechanism of UCP1-mediated proton and fatty acid transport using molecular simulations and mutagenesis, showing how proton transfer and FA movement are facilitated by specific residues and conformational changes.

This study uses molecular dynamics simulations to analyze how serotonin, psilocin, and Gqalpha affect 5HT2A receptor conformation and binding affinity.