A. B. Subramaniam

This study investigates the dynamics of giant vesicle assembly using three techniques, showing sigmoidal yield curves and revealing thermodynamic principles governing the process.

This study investigates how osmotic pressure from polymers enhances GUV assembly in salty solutions, showing that low gelling temperature agarose achieves over 10% yield.

This paper demonstrates that nanoscale surface curvature and hydrophilic chemistry enable high-yield spontaneous formation of cell-mimetic giant vesicles, reducing costs by 100,000-fold compared to existing methods.