Tendon injuries heal poorly because tendon tissue has limited intrinsic regenerative capacity, and engineers have long sought scaffolds that can both hold mechanical load and guide cells toward a tendon-like identity. Mechanical testing showed clear trade-offs between the two designs.
If you’ve ever created a snowflake by folding, cutting and unfolding a piece of paper, you’ve practiced the art of kirigami. Like origami, kirigami has inspired innovations far beyond the elementary school classroom, with applications ranging from deployable structures for…
A biomimetic nanoreactor coated with senescent stem cell membranes delivers nitric oxide and magnesium while scavenging reactive oxygen species, reversing a vicious cycle of cellular aging and restoring bone formation in aged mice.
Sun, October 18, 2026 In June 2026, Channel News Asia (CNA) reported that Spike Durian was freezing fruit shortly after harvest in Pahang, allowing storage for at least six months. The retailer reported selling nearly 5,000 boxes since introducing the initiative in December 2025. That…
A new review in Molecular Biology Reports unifies how mechanobiological cues at cellular adhesions drive cytoskeletal reconfiguration, with implications for tissue engineering and regenerative medicine. Subject of Research: Mechanobiological signaling at cell adhesion sites and its role in cytoskeletal reconfiguration…
A new review examines how piezoelectric biomaterials that convert mechanical force into electrical signals could eradicate bacteria, recalibrate the immune response, and regenerate infected bone. News Source: Kristina Jarvis. (October 17, 2026). Piezoelectric Materials Could Rewrite the Rules of Bone Infection Treatment.
Back to Journals » International Journal of Nanomedicine » Volume 20 Authors Wang F, Yao J, Zuo H, Jiao Y, Wu J, Meng Z Received 26 January 2025 Accepted for publication 20 May 2025 Published 12 June 2025 Volume 2025:20 Pages 7375—7402 Peer reviewer comments 7 Editor who approved publication: Dr RDK…
Scientists in Argentina grew Ganoderma sessile mycelium on alginate-hydroxyapatite hydrogels to create an anisotropic, bone-like membrane with promising mechanical stability and osteoblast compatibility for guided bone regeneration.
Researchers have developed a Matrigel-free, aloe vera-containing bioink for 3D-printing bone organoids that recruit and polarize macrophages toward a pro-regenerative state, accelerating repair of critical-sized skull defects in rats. Aloe vera bioink yields immune-smart 3D-printed bone organoids News Source: Gregory…
Researchers have linked 3D-printed collagen scaffolds, scaled-up stem cell expansion, and perfusion bioreactor cultivation to grow large, mineralized bone constructs without exogenous growth factors.
Engineering replacement tissues and organs: scaffolds, regrown bone, cartilage and teeth, artificial lungs, wombs and blood, and preserving cells and organs.
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