Tag: Tissue Engineering

A systematic review demonstrates that marine, agricultural, and food processing wastes can be transformed into biocompatible scaffolds for tissue engineering ...

Researchers used low-frequency sound waves to assemble human mesenchymal stromal cell spheroids into stable rings within fibrin hydrogels and showed ...

Researchers built a cell-lined silicone blood vessel large enough to hold a real stent and quantified how endothelial cells recolonize ...

An injectable hydrogel carrying lab-grown cartilage microtissues preserved disc height and shifted anabolic and catabolic gene expression toward regeneration in ...

Researchers blended bacterial cellulose from Komagataeibacter saccharivorans APPK1 with additives such as chitosan, gelatin and polyethylene glycol to create composites ...

A new review maps how 3D bone marrow models, from spheroids to bioprinted and organ-on-chip systems, are being used to ...

An editorial on a Frontiers Research Topic argues that smart biomaterials and additive manufacturing must be tied to measurable, reproducible ...

Scientists electrospun bacterial cellulose with cerium oxide nanoparticles and a nitric oxide donor into a nanofibrous mat showing antioxidant, antimicrobial, ...

A new review details how collagen-based scaffolds, composites and crosslinking strategies are being engineered to regenerate the knee's poorly healing ...

A new protocol generates tunable human vascular organoids in six days by inducibly activating the transcription factors ETV2 and NKX3.1 ...

A new review argues that the hip's cotyloid fossa fat pad is a promising but still uncharacterized source of therapeutic ...

A collagen hydrogel releasing a T cell-inducing drug enhanced bone regeneration in a rodent skull defect model.

A light-activated collagen hydrogel with aligned microchannels released spermidine on demand, killed more than 95 percent of test bacteria under ...

The new open-access journal Biomedical Materials Science has launched with an editorial outlining its mission to connect biomaterials innovation with ...

The first-in-human combined bladder and kidney transplant, reported in June 2026, restored spontaneous voiding and stable kidney function at six ...

A 3D-printed polyurethane-PVC scaffold maintained airway patency for 30 days in rabbits, though epithelial regeneration remained incomplete.

Indian researchers 3D printed hydroxyapatite bone scaffolds reinforced with halloysite nanoclay, finding that 2 percent clay raised hardness and improved ...

Plant-derived silver nanoparticles embedded in injectable thermosensitive chitosan hydrogels achieved near-complete burn wound closure in mice by day 21.

Scientists optimized a decellularization protocol for SPF porcine tendons and characterized a biocompatible tendon matrix membrane in vitro and in ...

A new review finds ionic liquids can extract collagen from skins and tanned leather more efficiently and sustainably than conventional ...