biomaterials News
Latest articles and news about biomaterials on AXL Media.
Latest Articles
- Biomaterial Breakthrough Integrates Microbeads Into Antibacterial Hydrogels to Accelerate Complex Wound Tissue Regeneration
Published: Apr 30, 2026
Section: Research
Researchers from Taiyuan University of Technology have developed a multifunctional wound dressing that combines the structural benefits of hydrogels with the targeted drug delivery...
- Novel Bismuth-Melanin Biomaterial Dramatically Increases Survival Rates by Shielding the Body From Acute Radiation Syndrome
Published: Apr 29, 2026
Section: Medical News
Researchers at Beijing Normal University have developed a dual-function radioprotective material that combines physical photon shielding with antioxidant properties to combat radia...
- University of Pennsylvania Bioengineers Identify Tissue Stiffness as Critical Factor in Controlling Chronic Gum Disease Inflammation
Published: Apr 1, 2026
Section: Health
Researchers at Penn Dental Medicine have demonstrated that the physical rigidity of gingival tissue plays a primary role in regulating the inflammatory response in periodontitis. T...
- Penn Dental Medicine Researchers Prove Tissue Stiffness Regulates Gum Inflammation, Proposing Injectable Fillers To Treat Periodontitis
Published: Mar 31, 2026
Section: Research
Using a "tunable" hydrogel system to mimic human gingiva, scientists at the University of Pennsylvania have discovered that the physical softening of gum tissue during infection cr...
- Penn State Engineers and Surgeons Develop Tunable Aerogel Biomaterial to Accelerate Blood Vessel Growth in Chronic Wounds
Published: Mar 11, 2026
Section: Science & Tech
A multidisciplinary team at Penn State has engineered a new class of granular aerogel scaffolds designed to provide precise control over internal pore architecture for tissue regen...
- Innovative 3D printed hydrogel mimics natural healing processes to revolutionize severe bone fracture repair
Published: Mar 4, 2026
Section: Science & Tech
Researchers at ETH Zurich have developed a biocompatible hydrogel capable of being laser-printed into intricate bone-like structures at record-breaking speeds. This 97 percent wate...