Tag: biomaterials

A controlled rabbit study found that a trilayer chitosan/PLGA/chitosan electrospun scaffold was safe and preserved urethral patency but did not ...

A new review details how the cellular recycling pathway autophagy coordinates every stage of skin wound healing and how drugs, ...

A new review reveals how collagen's intrinsic piezoelectricity could power self-driven tissue regeneration and biosensing implants without external energy.

Engineered bacterial outer membrane vesicles dried into thin polymer films remained structurally intact for eight weeks at room temperature, with ...

The appeal of hydrogels in regenerative medicine begins with a deceptively simple physical observation: soft tissues of the human body ...

A preliminary dextrose–bicarbonate aqueous treatment yields a heterogeneous carbohydrate-derived material designated glucosodiene, whose combined NMR, FTIR, and LC-MS profile suggests ...

A computational and experimental study of laser shock peening on Ti6Al4V shows that material orientation, loading angle, and shot repetition ...

Nanovesicles embedded in decellularized bovine pericardium drive blood vessel formation in cell cultures and rescue ischemic limbs in mice, opening ...

Researchers have developed a low-cost method using LCD 3D-printed molds to fabricate geometry-tunable PDMS intraocular lenses for treating cataract blindness ...

Researchers 3D-printed a composite hydrogel patch from tilapia and carp skin extracellular matrix that promoted wound closure, reduced inflammation, and ...

A new PRISMA-guided review reveals that the long-term survival of AISI 316L stainless steel implants hinges on mechanically engineered surface ...

A narrative review synthesizes the collagen biology behind vaginal laxity and the early clinical evidence for recombinant humanized type III ...

A new analytical framework proposes that spatial niches — recurring local cellular and molecular neighborhoods around implanted microelectrodes — could ...

A new review argues that the protein layer acquired by bone implants within seconds of insertion, not the material itself, ...

A systematic review of a decade of research finds that nanoparticles made from agricultural waste show reduced toxicity and strong ...

A systematic review of seventeen preclinical studies finds that surface-engineered PET scaffolds consistently improve biological integration and post-implantation mechanical performance ...

Researchers at the University of Connecticut show that increasing electrospinning collector speed from 1000 to 4000 rpm tightens PLLA nanofiber ...

Scientists in Argentina grew Ganoderma sessile mycelium on alginate-hydroxyapatite hydrogels to create an anisotropic, bone-like membrane with promising mechanical stability ...

A new study shows that deep learning models can accurately predict the mechanical strength of biodegradable magnesium alloys while clearly ...

Drexel University engineers have designed a light-responsive, blood-compatible dextran hydrogel that can shrink up to 20 percent on demand, potentially ...