Researchers discover that tailoring hydrogel stiffness to specific native tissues suppresses cellular senescence through integrin alpha-1 and YAP signaling pathways.
A comprehensive review details how smart biomaterials responsive to endogenous biochemical signals and external physical triggers modulate immune microenvironments to ...
A review in Aging Cell proposes that senescent mesenchymal stromal cells drive stem cell aging by dysregulating chemokine synthesis, disrupting ...
A new review in the Journal of Materials Science describes how artificial intelligence and machine learning could guide the design ...
A new review in Polymer Bulletin evaluates chemically modified alginate as a tunable platform for sustained, minimally invasive drug delivery ...
A systematic review finds that only 47 human studies address fusion between mesenchymal stem/stromal cells and tissue-specific cells, suggesting regenerative ...
Electrospun polycaprolactone nanofibers containing Cotinus coggygria extract and hyaluronic acid maintained fibroblast viability and inhibited Staphylococcus aureus in laboratory tests.
A narrative review argues that combining exosomes, hydrogel scaffolds and silver nanoparticles could address chronic wounds, but the evidence remains ...
A literature review finds stronger experimental support for cellular senescence as a cause of age-related decline than for somatic DNA ...
A new review outlines how glycine-based piezoelectric nanogenerators harvest electricity from body motion while being explored for supporting the regeneration ...
A petroleum jelly ointment loaded with copper-doped bioactive glass accelerated wound closure, tissue regeneration, and vascularization in mouse and pig ...
A review integrates murine, human, and bovine evidence on epithelial and mesenchymal stem cells in the mammary gland, highlighting mTORC1-dependent ...
A review finds that electroactive tissue-regeneration scaffolds must be evaluated through linked electrical, mechanical, chemical and biological properties to address ...
A D-configured gold-nanorod and cerium-oxide composite combined near-infrared heating with antioxidant activity to improve infected-wound healing in mice.
A 2026 review finds that CPNE7-derived peptides can promote selected tissue-repair processes in preclinical models when engineered into collagen and ...
A randomized study in 24 dogs found that stromal vascular fraction and xanthosine each improved surgical wound-healing measures, with the ...
A tunable, sea cucumber-inspired hydrogel supported more organized tendon regeneration than stitches alone in a preclinical study involving rats.
New research shows CD4+ T cells kill the progenitor cells needed to rebuild bone after injury, while regulatory T cells ...
Researchers have shown that the matrix protein fibronectin reprograms macrophages in damaged dental pulp into pro-angiogenic cells, enhancing blood vessel ...
In an extraordinary advancement in the field of dental care, researchers have unveiled a groundbreaking technology comprising copper-incorporated microvesicles (CiMs). ...
