How Tumor Stiffness May Rewire RNA Chemistry to Help Cancers Evade Immunity
A new review in Molecular Cancer proposes that mechanical forces within tumors can reprogram RNA modifications, offering a fresh framework ...
A new review in Molecular Cancer proposes that mechanical forces within tumors can reprogram RNA modifications, offering a fresh framework ...
New research shows that the endothelial protein Epac1 drives melanoma growth and angiogenesis by coordinating VEGFR2 signalling, RhoA-dependent cytoskeletal dynamics, ...
A new review in Nature Reviews Clinical Oncology details how the tumour extracellular matrix, or matrisome, drives cancer progression and ...
A new study identifies the mechanosensitive calcium channel TRPV4 as a top candidate driving the inflammatory and remodeling behavior of ...
A sweeping new review in Nature Reviews Urology reveals how mechanical forces such as stretch, pressure and shear stress actively ...
New research in Xenopus embryos shows that flowing ectodermal tissue physically guides the polarization and directional migration of embryonic immune ...
A new Nature Immunology study shows that microbial adhesion to myeloid cells activates the mechanosensitive ion channel Piezo1, triggering a ...
A new Nature Communications study shows that LGR5-positive fibroblasts coordinate how skin adapts to mechanical stress through JAK1-dependent signaling pathways.
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine