Organ-on-a-Chip Model Reveals How Tumors Interact With Nerves and Blood Vessels
Researchers have developed a head and neck cancer-on-a-chip that reveals how surrounding nerves, blood vessels, and extracellular matrix regulate tumor ...
Researchers have developed a head and neck cancer-on-a-chip that reveals how surrounding nerves, blood vessels, and extracellular matrix regulate tumor ...
A comprehensive scientific review evaluates extraction methods, structural profiles, and biofunctional applications of collagenous derivatives isolated from unconventional terrestrial and ...
Published in Discover Chemical Engineering, the study demonstrates a circular approach where the residual substrate from enzyme production is not ...
A comprehensive review examines how mechanical fatigue, electrochemical reactions, and complex immune cascades undermine the long-term reliability of implanted neural ...
A systematic review of 14 preclinical studies found that biomaterial-assisted culture of mesenchymal stem cells increased extracellular vesicle yields and ...
Researchers propose integrating engineered biomaterial matrices with breast cancer digital twins into an unvalidated closed-loop architecture for preclinical response testing.
A comprehensive review synthesizes processing rules to control chemically crosslinked dextran architectures from bulk scaffolds to microgels and nanofibers for ...
A comprehensive scientific review outlines how advanced biomaterial platforms target key Schwann cell signaling networks to guide cellular reprogramming and ...
A scientific review details how plant-derived tannic acid enhances hydrogel biomaterials to actively address infection, oxidative stress, and tissue repair ...
A review evaluates how bioactive compounds from traditional medicine pair with engineered biomaterials to modulate immune pathways and promote bone ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine