3DBioFibR Inc.

3DBioFibR is in Toronto this week for the The MedTech Conference, engaging with the brightest minds in the healthcare sector. 🌐💡 We’re looking forward to learning, sharing insights, and building partnerships that push the boundaries of medtech innovation. Reach out if you’re attending! #medtechcon #medtech #biomaterials

Exciting read! He et al. have created a conductive organohydrogel using waste #collagen fibers, polyvinyl alcohol, gelatin, and silver nanoparticles. This multifunctional sensor can detect temperature, humidity, strain, pressure, and bioelectric signals with remarkable sensitivity. With its outstanding sensitivity and adaptability, this innovative material holds tremendous potential for wearable devices, health monitoring, and electronic skin applications. #BiobasedMaterials #WearableSensors #SmartHealth

Exploring the power of collagen scaffolds to deliver nanostructured lipid carriers (NLCs) loaded with siRNA for enhanced wound healing! This innovative approach combines biocompatibility and sustained release to boost tissue regeneration, reduce inflammation, and improve healing outcomes. A promising advancement in wound care treatments! Özgül Tezgel, PhD #WoundHealing #RegenerativeMedicine

Witness remarkable cellular alignment, migration, and elongation as primary tenocytes interact with CollaFibR™, recreating natural behavior in-vitro.   Our dry-spinning process replicates the structure and diameters of natural collagen fibers (1-5 µm) and preserves the protein structure, driving cellular attachment, alignment, and migration – just like the collagen in our bodies. See the importance of these diameters in your own lab: https://lnkd.in/dRABgtAp #tissueengineering #3dtissueculture #regenerativemedicine

Check out this exciting new study that showcases the development of a novel tri-layered artificial skin that could revolutionize wound healing. This silica gel-collagen membrane-collagen porous scaffold closely mimics the structure of natural skin and promotes the regeneration of full thickness wounds!   #tissueengineering #woundhealing #collagenscaffolds

We are #hiring a talented Scientific Relations & Communications Associate to join our team. If you were the type of student who loved class presentations and thrived on creating comprehensive oral and written projects, this role is perfect for you!

At 3DBioFibR we understand that creating a physiologically relevant research environment can be challenging, with unpredictable costs, inconsistent results, and complex storage issues. CollaFibR™ is here to change that! Our advanced solution streamlines your research by offering: 🌟Cost-effective, reliable inputs. 🌟Consistent, animal-free products. 🌟Easy integration with existing workflows. 🌟Simplified storage and handling. Say goodbye to research roadblocks and hello to a more efficient and reliable process with CollaFibR™ Scaffolds! 🚀🔬 https://lnkd.in/dRABgtAp #TissueEngineering #CellCulture #CollaFibR

Check out "Collagen as a Biomaterial for Skin and Corneal Wound Healing" by Renáta Sklenářová et al. It explores how collagen—our body's most abundant protein—is revolutionizing wound care. From gels to scaffolds, collagen supports tissue regeneration and speeds up healing for burns, ulcers, and corneal injuries. Despite challenges like rapid degradation, ongoing innovations are enhancing collagen’s durability and effectiveness. The future of personalized medicine and wound care is looking bright with collagen! #Biomaterials #WoundHealing #Collagen #TissueRegeneration Naoufal Akla , Ph.D.

Contact us today to learn how we can create customized CollaFibR™ #scaffolds tailored to meet your specific needs! https://lnkd.in/d7GB46is

Exciting research has explored how 3D hydrogel cultivation influences neural stem cells! The study reveals that this innovative method boosts cell growth and neuronal differentiation, at least temporarily. Bhavika Patel, Ph.D. Marilyn C. McNamara, Ph.D. Nicole Hashemi #3dcellculture #tissueengineering #celltherapies #biotechnology