Sharmistha Sinha

The paper shows how repositioning a gene within an operon changes the morphology and function of bacterial microcompartments.

This study investigates bacterial microcompartment shell proteins as photovoltaic materials, showing their semiconducting properties and efficient electron transfer under UV light.

This study investigates the flexibility and receptor binding properties of the nCOVID-19 spike protein's receptor binding domain and identifies potential receptors associated with disease severity.

The paper studies how molecular confinement in bacterial microcompartments affects enzyme stability and catalytic activity under thermal stress, finding that PduBB enhances PduCDE activity and prevents aggregation.