P. R. Selvaganapathy

This study models red blood cell dynamics in extravascular tissues as disordered porous media, finding that structural disorder increases apparent viscosity and promotes RBC homogeneity.

This paper introduces a cost-effective cell culture method using pressure-sensitive adhesives for growing lung airway epithelial cells on porous membranes, enabling transfer to microfluidic chips for further analysis.

This paper develops methods to covalently bind collagen to PDMS microfluidic devices using polydopamine, enhancing cell adhesion for organ-on-a-chip applications.

The paper introduces PHAIR, a pH sensor for measuring pH in human airway epithelial cells, showing it does not affect cell viability or cytokine responses.

This paper demonstrates a pumpless microfluidic neonatal lung assist device that relieves respiratory distress in a newborn piglet model.