Tag: Bone regeneration

In mouse periodontal ligament stem cells, silencing the transcription factor ELK1 reduced STUB1-driven ubiquitin degradation of DLX2, raising osteogenic markers ...

In rat bone marrow stem cells, the TLR4 inhibitor TAK-242 suppressed LPS-induced inflammatory gene expression while leaving osteogenic differentiation largely ...

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

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

A new review maps how artificial intelligence is reshaping 3D-printed hydrogel scaffolds for skin and bone regeneration, while flagging the ...

A new injectable hydrogel combining boronic ester bonds and boron–nitrogen coordination promoted bone regeneration in a rat calvarial defect model ...

A new review maps how hydrogels engineered to release antibiotics first and growth factors second could integrate infection control and ...

A 3D-printed polycaprolactone sleeve reduced transverse strain in porous gyroid bone scaffolds by 8.2 percent in cadaveric ovine defect tests, ...

A mouse study finds that the collagen receptors β1 integrin and DDR2 cooperate to drive skeletal progenitor cell migration, proliferation ...

A sandwich-structured PVDF and silk fibroin hydrogel laced with MXene converts everyday mechanical stress into electrical stimulation, tipping the bone-fat ...

An agent-based simulation suggests that osteocytes embedded in newly formed bone can retain youthful responsiveness to mechanical loading even in ...

A sustained-release nanofibrous membrane delivered wild-type stem-cell extracellular vesicles to improve bone formation in p75NTR-deficient mouse cells and cranial defects.

A new review examines how piezoelectric biomaterials that convert mechanical force into electrical signals could eradicate bacteria, recalibrate the immune ...

A new review reveals how collagen's intrinsic piezoelectricity could power self-driven tissue regeneration and biosensing implants without external energy.

Macrophage-derived IL-18 triggers inflammatory senescence and feed-forward inflammation that suppresses mesenchymal stem cell osteogenesis, impairing skeletal regeneration in mice and ...

A new review argues that the protein layer acquired by bone implants within seconds of insertion, not the material itself, ...

A comprehensive review finds that nanoparticles synthesized from the medicinal plant Cissus quadrangularis show potent activity against multidrug-resistant bacteria and ...

Researchers at Capital Medical University have identified Id3 as a molecular brake that limits ultrasound-induced bone formation and shown that ...

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 created an injectable black phosphorus-collagen hydrogel that converts breathing-driven mechanical strain into electrical signals and near-infrared light into ...