🩹 Se-doped #protein #nanofibers for #wound #repair! Pullulan + gelatin or gliadin #scaffolds show enhanced antioxidant properties & ECM gene modulation. Promising for #chronic wounds.
📌 doi.org/10.3390/phar...
#WoundHealing #Nanofibers #Biomaterials

🩹 Se-doped #protein #nanofibers for #wound #repair! Pullulan + gelatin or gliadin #scaffolds show enhanced antioxidant properties & ECM gene modulation. Promising for #chronic wounds.
📌 doi.org/10.3390/phar...
#WoundHealing #Nanofibers #Biomaterials
🧪 #NewArticle: Particle transport in intracranial aneurysms: a non-dimensional discrete element model study.
🤝 Colaboración: iMATUS, CITMAga, IDIS, CIBERCV e SERGAS.
🔗 Ler máis:
www.sciencedirect.com/science/arti...
#Biomechanics #Hemodynamics #Biomaterials
Could lignin become a natural UV-blocking ingredient? Shiyu Fu reviews how lignin isolation and structure affect UV absorption, highlighting its potential for sunscreen formulations.
Explore the research: buff.ly/NSPnHVe
#BioResJournal #Lignin #Sunscreen #Biomaterials #GreenChemistry #Cosmetics
Please join me welcoming Cristina Ninfa Gandolfo to @MontclareLabs!
Cristina recently graduated from @Rensselaer with a BS in Mat Engineering & is currently a first-year MS in #ChemicalEngineering at @NYUTandon.
#Biomaterials #ChemicalEngineering #Innovation #lablife #gradlife
Brain matrix viscoelasticity regulates glial scar. In vivo, elevated loss tangent reshapes astrocyte spreading/reactivity. Microtubule dynamics—not stiffness—drive mechanoresponses.
link.springer.com/article/10.1...
#BrainInjury #Mechanobiology #GlialScar #Neuroscience #Biomaterials
We’re excited to launch the Bluesky account for DFG-funded Research Training Group 3142: Biological Making of Materials
Follow us to learn more about our research, people and activities.
Learn more: www.digs-ils.phd/rtg-bmm
Recreating native skin #Vascularization remains challenging.
This review examines #biomaterials and #3Dbioprinting strategies for vascularized skin models and grafts, alongside routes toward greater structural and functional fidelity.
#IJEM #OpenAccess: doi.org/10.1088/2631...
#TissueEngineering
🔗 Design and Heterologous Production of Bagworm Silk-Inspired Proteins in Aspergillus oryzae. doi.org/10.34133/csb...
📚 CSBJ - A Science Partner Journal: spj.science.org/journal/csbj
@csbj.org #Biomaterials #SyntheticBiology #ProteinEngineering #IndustrialBiotechnology #SilkProteins
Kenaf could help diversify particleboard feedstocks in Malaysia. 🇲🇾 Boards with 20–40% kenaf core met EN 312:2010 requirements for Type P2 particleboard.
Read the full paper: buff.ly/nhyLKcB
#BioResJournal #Particleboard #Kenaf #WoodComposites #Biomaterials
Can #Biomaterials solve cartilage #DrugDelivery?
This review highlights systems that penetrate cartilage, bind ECM, and sustain drug pools, advancing osteochondral regeneration. #Orthopedics @ucl.ac.uk #medsky
#BIOI #OpenAccess: doi.org/10.15212/bio...
Bioresorbable Polymers Market Size, Trends, and Growth Insights 2026-2033
Read full blog on our website:
www.coherentmarketinsights.com/market-insig...
#CoherentMarketInsights #BioresorbablePolymersMarket #MedicalPolymers #SustainablePackaging #Biomaterials #MedicalDevices
Comprehensive Physiology | Review Spotlight 🔦 #Pig as an #Interorgan Communication Model and Its Applications in #Biomaterials, Drug Delivery, and #Bioengineering Research 🐖 https://ow.ly/4iXl50ZPbVX
University of Oslo is hiring:
PhD Position in AI-Driven Multimodal Analysis and Predictive Modelling of Biomaterials
✨Next VAAM Industry-Academia Panel ✨
Protein Engineering for Sustainable Materials & Polymer Circularity
🎙️ With Lukas Sturmberger (AMSilk) & Ulrich Schwaneberg (RWTH Aachen)
📅 Oct 15, 2026 I 4pm CET I online
🔗 t1p.de/6zzes
#VAAM #IndustryAcademia #Biotechnology #ProteinEngineering #Biomaterials
⏳ 3 weeks left to submit your abstract for #BioMAT2027!
Submit a Lecture, Poster Pitch, or Poster by 14 October 2026 and join the biomaterials community on 12–13 May 2027 in Jena & online.
Nonlinear viscoelastic effects of fascia: experimental findings and constitutive modelling doi.org/10.1098/rsif... | #JRSocInterface #Biomaterials #Biomechanics #BiomedicalEngineering
An ant's cutting edge is reinforced by zinc atoms dispersed through a protein matrix—not by a metal coating. In a leafcutter model, the metal-enriched edge needed about 38% less cutting force. #Biomaterials #Ants https://easy-tm.com/wikichem/facts/#ant-zinc-mandible
University of Oslo is hiring:
Postdoctoral Fellow in Biomaterials
Centre National de la Recherche Scientifique is hiring:
Postdoc in Biomaterials and Bioengineering