Researchers to discuss targeting GPCR networks as a proposed route to slower aging
A Frontiers webinar on 10 December 2026 will discuss a proposed network-level approach to GPCR signaling aimed at slowing aging.
Tag: Cellular signaling
Placental extract limits calcium-driven degranulation in rat cell model
A laboratory study in rat basophilic leukemia cells found that low-molecular-weight porcine placental extract components reduced degranulation by blocking extracellular ...
Stanniocalcins: From Fish Calcium Hormone to Master Regulator of Human Growth
A new review traces how the evolutionarily conserved proteins STC1 and STC2 inhibit the pappalysin metalloproteinases PAPP-A and PAPP-A2, curbing ...
Hidden Protein Switches That Keep Bones in Balance May Reshape Osteoporosis Research
A new BMC Medicine review maps how post-translational modifications act as a networked control layer that gates, amplifies, and dampens ...
Yeast Tor1 Mutation Boosts TORC1 Activity Independently
In a groundbreaking study, researchers have identified a pivotal mutation in the yeast protein Tor1 that appears to enhance its ...
Regulating Membrane Proteins via Lipid Solvation
Recent breakthroughs in the study of membrane proteins have unveiled a complex but fascinating mechanism of regulation through preferential lipid ...
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