Sapun H. Parekh

This paper demonstrates that using an amplitude-only cost function with angular and defocus diversity in multi-slice beam propagation improves inverse-scattering reconstruction quality in biological samples.

This study shows that arterial-like flow alters fibrin structure, reduces molecular transport, and decreases binding of fibrinolytic enzymes like Plg and tPA.

This study identifies the structured hairpin region of IM30 as the driver of stress-induced condensate formation in cyanobacteria, linking membrane stress, pH changes, and phase separation.

This study shows that L-arginine prevents Tau condensates from turning into amyloid fibrils without affecting phase separation, preserving their function.

This study investigates how fibrinogen levels and white blood cell subtypes, along with hematocrit and sex, influence in vitro blood clot mechanical properties.

This study shows that a ketomimetic medium increases chemoresistance and invasiveness of breast cancer cells through hypersialylation and lipid synthesis pathways.

This study shows fibrin fibers exhibit viscoelastic behavior and irreversible damage under cyclic loading, with damage sources identified through molecular analysis.

This study uses label-free microscopy to analyze collagen structure in FBLN5-/- mice, finding isotropic collagen and reduced alignment in prolapsed cervix.