Feng‐Ching Tsai

This study shows that myosin I motor activities enhance lipid diffusion by converting low-speed lipids to high-speed and reducing confined and subdiffusive motion in actin-rich regions.

This study presents a method to generate asymmetric phosphoinositide lipid bilayers by spontaneous insertion of PI(4,5)P2, demonstrating its mobility and functional recruitment of actin-related proteins.

This study shows that endophilin's NBAR subdomains synergistically drive membrane remodeling and scission by generating negative Gaussian curvature through molecular dynamics simulations.

This paper introduces PolMFM, a method for simultaneous 3D localization and orientation imaging of single molecules, validated on actin filaments and chromatin in crickets.

This study shows SNX9 selectively binds PI(3,4)P2 lipids through a non-canonical interface, protecting them from hydrolysis during membrane remodeling.

This study identifies STRIPAK's role in promoting cytoneme biogenesis through Slik's membrane-sculpting function, which drives cell proliferation in Drosophila.