Molecular Anchor Discovered: How Plant Cells Wire Actin Filaments to Their Membranes
Researchers have identified the plant-specific myosin ATM2 as a molecular tether that stabilizes actin filaments at the plasma membrane by ...
Researchers have identified the plant-specific myosin ATM2 as a molecular tether that stabilizes actin filaments at the plasma membrane by ...
New evidence shows the hippocampus expresses multiple mechanistically distinct forms of long-term potentiation, shaped by sex, brain region, and induction ...
New research in iScience shows that the hormone leptin, the potassium channel Kcnb1, and integrins form a tripartite brain complex ...
New research shows that taxane chemotherapy drugs expand the microtubule lattice and thereby release the signalling protein GEF-H1, rapidly activating ...
Researchers at Juntendo University have discovered that the lipid mediator 12-HHT and its receptor BLT2 form an emergency membrane-repair pathway ...
Live microscopy shows Asgard archaea, humanity's closest microbial relatives, using actin-driven protrusions to crawl across surfaces, a behavior once thought ...
Researchers have discovered that the rice formin gene BUI1 coordinates actin cytoskeleton remodeling and ROS homeostasis to confer broad-spectrum resistance ...
New research shows that the actin-regulating protein Cofilin-1 must be present at precisely the right level, and dynamically controlled by ...
A systematic screen of five actin-targeting small molecules in C. elegans finds that only the Arp2/3 inhibitor CK666 reliably shortens ...
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© 2025 Scienmag - Science Magazine