Tag: biomaterials

A new review in Materials Today Bio proposes a route-specific framework to evaluate the safety and efficacy of metal-based hydrogen-generating ...

A new review finds that combining chitosan with aloe vera in wound dressings may offer synergistic antimicrobial, anti-inflammatory and regenerative ...

A new review examines how peptide-functionalized hydrogels and scaffolds could support CAR-NK cell therapy in solid tumors, while noting that ...

A comprehensive review reveals that wild-type bacterial silk from Bacillus species strain NE provides a sustainable biomaterial platform with distinct ...

Researchers have demonstrated that bourbon distillery stillage can be transformed into tunable pure mycelium materials using the fast-growing fungus Rhizopus ...

A comprehensive review analyzes how microneedle arrays overcome biological barriers to deliver nucleic acids and gene-editing platforms directly into local ...

A scientific review of 202 published studies evaluates how advanced fractionation pretreatments, genetic engineering tools, and integrated biorefinery models can ...

A review analyzes how titanium dioxide nanotube surfaces navigate infection-osteogenesis crosstalk to simultaneously combat bacterial infection and promote bone regeneration.

A comprehensive review examines sustainable valorization pathways that convert industrial eggshell waste into high-value biomaterials, nutritional fortificants, and catalytic composites ...

Researchers developed SenescenceBioKG, a knowledge graph extracting biomaterial design and regeneration patterns across 283 full-text studies, highlighting responsive mechanisms alongside ...

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

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

A bacterially produced recombinant human type I collagen with a stable triple-helical structure accelerated epidermal recovery, restored hydration and barrier ...

A new review in the Journal of Materials Science describes how artificial intelligence and machine learning could guide the design ...

A new review argues that black phosphorus biomaterials could address inflammation, oxidative stress, and bone remodeling in jaw joint osteoarthritis, ...

A new review maps how m6A RNA methylation acts differently across cell types and wound phases, and outlines biomaterial strategies ...

A new review details how pH-, enzyme-, and thermo-responsive hydrogel beads and injectable depots could deliver rheumatoid arthritis drugs directly ...

A new review summarizes how processed human amniotic membrane is being applied across orthopaedics, obstetrics and gynaecology, and dermatology.

In rat and rabbit models, cross-linked porcine collagen fillers resisted collagenase degradation better than uncross-linked versions, and enzyme concentrations at ...

A new electrospun membrane loaded with ibuprofen reduced ureteral fibrosis and obstruction-related dilation in rabbits when applied immediately after thermal ...