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📢 Exciting Update! The Biomaterials Advances social media presence is now on LinkedIn! Follow us there for the latest research, updates, and insights in biomaterials science. Let’s stay connected and keep innovating together! 🔬 🔗 https://t.co/ld2rWvaIT9 #Biomaterials #Science

As 2024 closes, @njdunne_lab and @Prof_H_McCarthy are delighted to share their latest review paper on AI-driven design of cell-penetrating peptides for drug delivery that has just been published in @BiomaterialsAdv! 🧬🤖💊 Free access until Feb 7, 2025:  https://t.co/lliLkFnHyE

🚨NEW Publication Alert Excited to share latest work in @BiomaterialsAdv 👉 https://t.co/wFJhoefTgF @SaraACAmorim David Caballero, Catarina M. Abreu, Subhas C. Kundu @RLGReis @iva_pashkuleva @RicardoAPires @3bsuminho

Novel synthetic magnesium alloys mimic the microporosity and mechanical properties of human cortical bone, promising translational applications in hard tissue engineering and #clinical practice. https://t.co/JJYUU2Gd8K #bone #Engineering 🥼🔬

#3Dprinted materials for bone defects; PCL blend scaffolds with sustained release of glucose oxidase enhance osteogenesis & promise new treatment methods for patients with higher risk of fractures and impaired healing. https://t.co/SbcVdoOUYP @mlastudillop @BenElderMD

Interested in the latest biomaterials advances for spinal cord injury rehabilitation? Our recent review outlines the use of carbohydrate-based platforms with local drug delivery mechanisms, as emerging innovations for clinical and biomedical applications. https://t.co/xzABKINcgv

Progress in anti-bacterials for clinical applications: Aztreonam-encapsulated lipid nanoparticles show anti-bacterial effects show promising potential against P. aeruginosa infections in Cystic fibrosis patients. https://t.co/gfufL1mIhr @SnayhalShukla

Delighted to have our @ESBiomaterials President, @njdunne_lab, provide the welcoming address to participants of the 8th China-Europe Symposium on Biomaterials in Regenerative Medicine #CESB2024. We are looking forward to excellent science & discussing future collaborations.

3D-printed titanium implants for biomedical applications; evaluation of different Ti-6Al-4V surface texture types finds as-printed substrates with diamond crystal struts as the most promising design for future clinical applications. https://t.co/ETAfEqjpBY @DrShaunGregory

Advances in #hemostatic #biomaterials; Novel Janus tissue adhesive patches derived from Alaska pollock gelatin show improved vessel adhesion properties and bleeding arrest in in-vivo hemorrhage models. https://t.co/5z9gYfMZLq @NIMS_PR

Natural biomaterials for tissue repair: Novel probiotic featuring - eggshell membrane based wound dressings shown to promote wound healing and cell regeneration for skin applications. https://t.co/PCVb2zfslX #woundhealing #biomaterials #hydrogels #probiotics

Biomaterials Advances Innovation Award 2024 ⭐️🏅 Have you published in Biomaterials Advances & made a substantial contribution in the field of Biomaterials? You could win 1 of our 2 #Innovation #Awards in 2024! For more information & to nominate, visit: https://t.co/6foSYnMAgZ

Progress towards #3D cultures of primary ovarian follicles: newly developed particle-based viscoelastic #hydrogels represent promising matrices for ovarian cultures towards clinical applications and #fertility preservation. https://t.co/4GiPmJP5DD @Johanulriklind @SGKristensen

Improving vascularisation for bone regeneration: #3D-printed polylactic acid/calcium phosphate glass composite scaffolds with controlled porosity and surface topography support #angiogenesis & vessel maturation for #biomedical applications. https://t.co/ruIrnBXj5F @oscar_castano

I'm excited to share our latest research on #3Dprinting PLA/CaP scaffolds, highlighting their impact on #angiogenesis and vessel maturation for better #boneregeneration. We evidence how controlled geometry, porosity, and calcium release make a difference. https://t.co/Mj8SILCqoM

Interested in tissue vascularization & regeneration? Read our latest review on the current advances in adipose-derived stromal cell-loaded decellularized extracellular matrix hydrogels for tissue regeneration and #biomedical applications. https://t.co/NEe38mxLNP @JanetteKBurgess

🚨Publication accepted @BiomaterialsAdv w/ progress in treating Type 1 #Diabetes! Our study explores new #gelatin-#collagen matrixes for macro-encapsulation of pancreatic islets, enhancing immuno-isolation & #insulin diffusion⬇️cc @CNRS @Inserm @UGrenobleAlpes @lpensl @TIMC_Lab

Innovation for sustainability and #FoodSecurity: Researchers at NTU Singapore @NTUsg discuss biomaterial-based, smart food packaging solutions, aiming to promote food preservation and reduce waste in an environmentally conscious way. https://t.co/XONEVXOGeN #SustainabilityGoals

Novel injectable drug delivery system with bone healing, osteogenic, and antibacterial properties and sustained release of teicoplanin shown as a promising future treatment of osteomyelitis. Read more at: https://t.co/o4YuAkRTqt @ufabc #bonehealing #osteomyelitis

Progress towards non-union bone fracture treatment: Laponite®/BMP-2 coated scaffolds show promising healing properties with notable implications for clinical translation. https://t.co/OxhEDX0gco @sebacallens #bonehealing #biomaterials