A review reveals that the four human γ-secretase assemblies possess distinct proteolytic activities, subcellular localizations, and disease susceptibilities with direct ...
A new study in Nature Plants reveals that the myosin protein ATM2 stabilizes actin-plasma membrane contacts in pollen tubes by ...
Proximity labeling of 85 antigens on human immune cells has produced a nanoscale map of the surface proteome, revealing functional ...
Molecular dynamics simulations reveal that the double-membrane structure of the nuclear envelope undergoes faster electroporation than the single-membrane plasma membrane ...
Researchers have identified the plant-specific myosin ATM2 as a molecular tether that stabilizes actin filaments at the plasma membrane by ...
Salk Institute scientists discovered that the plant cell surface receptor SRF3 coordinates iron homeostasis and immune responses through ubiquitin-dependent reorganization, ...
Researchers at Institute of Science Tokyo show that the C-terminal tail of TMEM63B, particularly the Leu776 residue, acts as an ...
New research shows that synthetic lipid nanoparticles trigger irregular calcium signals in cells partly through the pain-sensing ion channel TRPA1, ...
Super-resolution imaging and mathematical modelling show that clathrin-mediated endocytosis sorts lipids only weakly, with plasma membrane lipid asymmetry explaining nearly ...
New research shows the cholesterol absorption protein NPC1L1 redistributes accessible cholesterol between the two leaflets of the cell membrane through ...
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