Too Much Calcium Traps Muscle Stem Cells in Growth Mode, Blocking Repair
New research shows that chronic intracellular calcium overload keeps muscle progenitor cells proliferating through sustained NFATc1 signaling, impairing regeneration, and ...
New research shows that chronic intracellular calcium overload keeps muscle progenitor cells proliferating through sustained NFATc1 signaling, impairing regeneration, and ...
New research shows that synthetic lipid nanoparticles trigger irregular calcium signals in cells partly through the pain-sensing ion channel TRPA1, ...
A self-reinforcing injectable hydrogel converts body movement into electrical signals that trigger calcium-dependent histone acetylation and accelerate bone regeneration in ...
A new review details how disrupted mitochondrial homeostasis and activated retrograde signaling drive cancer progression and may open fresh therapeutic ...
A single-cell atlas of 554 human cataract capsules reveals that nerve-like fibers invade the aging lens through an NRG1-ERBB3 signaling ...
New research shows that the calcium channel blocker diltiazem suppresses parthanatos-related DNA damage and poly(ADP-ribose) accumulation in patient-derived cells from ...
New research shows that exogenous vitamin D2 and D3 protect Arabidopsis seedlings from salt stress by reducing sodium accumulation, restoring ...
A new review describes how NMDA glutamate receptors on myeloid cells drive calcium-dependent reprogramming toward immunosuppressive states, and how blocking ...
Researchers at Juntendo University have discovered that the lipid mediator 12-HHT and its receptor BLT2 form an emergency membrane-repair pathway ...
Researchers found that the gap junction protein Cx26 relocates to mitochondria in metastatic colorectal cancer, driving EMT and calcium signaling, ...
A new review in Cellular and Molecular Life Sciences details how dynein motor proteins in the ciliary axoneme are regulated ...
Researchers at the Hebrew University of Jerusalem have identified a calcium-controlled signaling system involving CAMTA6, PP2C49, and HKT1;1 that helps ...
Recent research has made significant strides in unveiling the molecular underpinnings of osteosarcoma, a challenging and aggressive bone malignancy predominantly ...
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