Jinyu Fu

This study quantitatively investigates how different nanoplastics associate with and affect diverse cell types, revealing cell-type-dependent impacts on proliferation and motility.

This study shows that non-excitable cells have spatially varying membrane potentials linked to anionic lipid distribution and mechanical factors, challenging the traditional view of membrane potential regulation.

This study identifies a chemical compensation mechanism in cells responding to mechanical stimuli, revealing non-monotonic changes in volume and pH mediated by PI3K/Akt and MAPK/ERK pathway interactions.

The paper investigates cell mass density (CMD) dynamics after osmotic shock and finds CMD recovers monotonically through coordinated protein synthesis and volume growth, with NHE playing a regulatory role.

This study identifies a mechanism where cytoskeletal activation of NHE1 drives secondary volume increase and affects cell proliferation in response to hypotonic stress.