Tag: biomaterials

A new review in the Chinese Medical Journal details how silk fibroin's hierarchical structure and tunable properties make it a ...

A new review maps how biomaterials can exploit cholesterol metabolism in cancer while warning that most mechanistic claims remain unproven.

A new injectable hydrogel combining boronic ester bonds and boron–nitrogen coordination promoted bone regeneration in a rat calvarial defect model ...

A ROS-responsive GelMA hydrogel loaded with L-arginine releases nitric oxide on demand in inflamed wounds, achieving 93.7% closure in rats ...

A new commentary endorses an engineered human fibroblast-derived extracellular matrix that outperforms recombinant collagen in wound healing, while warning that ...

A new translational review finds that today's injectable biomaterials for vocal fold augmentation restore glottic closure effectively but act mainly ...

A new review in Annals of Biomedical Engineering examines how conductive two-dimensional MXene nanomaterials could advance cardiac patch design for ...

A self-healing, iron-crosslinked polymer interface lets flexible neural electrodes adhere stably for chronic brain recordings in mice and release on ...

A finite element study of twelve dual-optic accommodative intraocular lens models shows that multi-folded haptics deliver greater optical power change ...

A new review argues that titanium implant surfaces engineered by electrical discharge machining and diamond-like carbon coatings must be evaluated ...

Slicing king oyster mushroom stipes lengthwise rather than crosswise preserves a naturally aligned hyphal network that guides bone-forming cells, blocks ...

A review compares physical, chemical and hybrid crosslinking strategies for controlling the strength, recovery, injectability and degradation of Pluronic F127-based ...

A review identifies crosslinking as a multidimensional design variable influencing mechanics, transport, degradation and cell interactions in preclinical biopolymer biomaterials.

A review proposes combining engineered peroxisomal catalytic materials with patient-derived iPSC neural models while emphasizing that the integrated approach remains ...

A laboratory study found that a lignin-shellac coating reduced cotton fabric’s UV transmittance below 0.6% and retained high protection after ...

A 2026 review finds that CPNE7-derived peptides can promote selected tissue-repair processes in preclinical models when engineered into collagen and ...

A secondary analysis of 21 rat spatial-transcriptomic sections found a positive but statistically uncertain association between dECM deployment and greater ...

Laboratory testing found that zinc-zirconium-strontium phosphate coatings improved the corrosion resistance of Ti6Al4V alloy, with performance depending on crystal structure, ...

A tunable, sea cucumber-inspired hydrogel supported more organized tendon regeneration than stitches alone in a preclinical study involving rats.

A titanium coating combining sodium alginate, collagen, and the plant-derived polyphenol troxerutin simultaneously boosts bone-forming and blood vessel-forming activity in ...