Tag: Tissue Engineering

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 ...

A new reaction-diffusion model shows that glucose diffusion is too slow to reach deep white-zone meniscus tears under native conditions, ...

Researchers have created an injectable self-healing hydrogel of gelatin and hyaluronic acid that slowly releases b-FGF and dramatically improves the ...

Researchers have developed a Matrigel-free, aloe vera-containing bioink for 3D-printing bone organoids that recruit and polarize macrophages toward a pro-regenerative ...

Researchers have developed a three-stage protocol that reliably converts adipose-derived mesenchymal stem cells into functional lymphatic endothelial precursor cells, which ...

Researchers show that AICAR-activated endothelial cells release GAS6-carrying exosomes that reprogram macrophages and rebuild blood vessels, dramatically accelerating diabetic wound ...

A nanostructured gelatin hydrogel that dynamically reshapes itself around Schwann cells has enabled nerve conduit performance in rats rivaling autografts, ...

Physicists have shown that a vortex-shaped topological defect in a cell monolayer can drive millimetre-scale convergent flows that assemble cells ...

MIT engineers have built a paper-thin, two-finned robot lined with light-sensitive muscle cells that can swim and swivel through watery ...

Researchers have embedded piezoelectric zinc oxide within mesoporous bioactive glass nanospheres that, when activated by low-intensity pulsed ultrasound, enhance both ...

A new review in the Journal of Materials Science maps how magnetic fibers are fabricated, how their properties are tuned, ...

Preconditioning stem cells with a defined dose of 660 nm red light reprograms their mitochondria and activates a SOX9-driven chondrogenic ...

Researchers report that plant-derived chlorophyll acts as a sustainable physical crosslinker that boosts hydrogel compressibility from about 43 percent to ...

Researchers used droplet-based microfluidics to create porous polycaprolactone microspheres that outperform compact ones at stimulating collagen production in human skin ...

Researchers have developed an injectable, light-cured bone adhesive that biomineralizes hydroxyapatite onto a gelatin-based hydrogel, achieving rapid fracture fixation while ...

A self-reinforcing injectable hydrogel converts body movement into electrical signals that trigger calcium-dependent histone acetylation and accelerate bone regeneration in ...

A Stanford-led review in Nature Biomedical Engineering maps how multi-organ tissue chips that preserve each organ's native niche could transform ...

A new review in Materials Today Bio explains how 3D bioprinting can actively orchestrate immune responses, rather than suppress them, ...

In recent years, the field of regenerative medicine has made significant strides, particularly in the utilization of biologics derived from ...