Tag: Tissue Engineering

Researchers converted orange peel and hemp stem waste into porous cellulose hydrogels that supported mesenchymal stem cell viability above 80% ...

A new review maps how artificial intelligence is reshaping 3D-printed hydrogel scaffolds for skin and bone regeneration, while flagging the ...

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

A small, uncontrolled case series reports that a novel platelet-rich plasma-filled collagen tube restored meaningful sensation in 70 percent and ...

A soft membrane combining an electrospun nanofibrous scaffold with porcine colon extracellular matrix produced more native-like growth, marker and morphology ...

A Nature Reviews Bioengineering review examines how tissue engineering, stem cell transplantation and gene-based approaches could advance in utero treatment ...

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

An architected polymer framework, bioactive glass and a soft hydrogel formed a composite that increased vascularized bone formation in rat ...

A three-layer bioprinted conduit containing living Schwann cells restored sciatic nerve function in rats over 16 weeks with results close ...

A laboratory study found that removing heparan sulfate chains from perlecan in cell-derived extracellular matrix altered human stem-cell differentiation according ...

University of Illinois Chicago researchers have developed a 4D bio-kirigami platform in which patterned, cell-laden hydrogels autonomously bend and fold ...

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 in Molecular Biology Reports unifies how mechanobiological cues at cellular adhesions drive cytoskeletal reconfiguration, with implications for ...

A new study from North Carolina State University shows that the biomechanical strain ratio experienced by heart valve leaflets with ...

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

Researchers at the University of Stuttgart have developed a support-bath bioprinting method that embeds fragile mature human fat cells into ...

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

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

A new review details how tissue engineering, 3D bioprinting, tissue chips, and biosensors are turning orbital microgravity into a powerful ...

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