A comprehensive scientific review outlines how mechanobiology-instructed biomaterials can regulate cellular mechanotransduction pathways and whole-joint mechanical environments to target osteoarthritis ...
A biophysical model demonstrates how membrane tension and cell-nucleus mechanical coupling regulate confined cell migration through narrow constrictions.
A laboratory study using Huh-7 cell cultures found that hepatitis B virus subgenotype A1 and its G1862T mutation alter cellular ...
Engineers have built a parallelized bioreactor that simultaneously delivers fluid shear stress and intermittent hydrostatic pressure to 3D bone tissue ...
Researchers used low-frequency sound waves to assemble human mesenchymal stromal cell spheroids into stable rings within fibrin hydrogels and showed ...
A new editorial highlights six biomechanics studies presented at the Italian chapter of the European Society of Biomechanics, spanning dental ...
Researchers at FAU show that myoblasts preferentially fuse at topological defects where mechanical stress concentrates, with the extracellular matrix retaining ...
Ultra-high-speed imaging shows that ultrasound-vaporized bubbles permeabilize fibroblasts within about one bubble radius in fibrin gels, while calcium responses reach ...
A new review in Materials Today Bio argues that the age of the extracellular matrix is an overlooked variable in ...
A 3D-printed polycaprolactone sleeve reduced transverse strain in porous gyroid bone scaffolds by 8.2 percent in cadaveric ovine defect tests, ...
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