Hydrogel Hand Bone Scaffolds

thingiverse

More than 900,000 patients undergo a life-altering bone-related surgery each year that may necessitate the implantation of artificial bone tissue. As such, researchers and medical experts focus heavily on combating implant rejection, a frequent concern due to the body's robust natural defense mechanisms against foreign objects. A cutting-edge Brooklyn-based biotech startup known as Epibone aims to overcome this challenge by developing customized bone implants tailored to individual patients. Utilizing stem cells sourced from each patient's fatty tissue and detailed 3D models generated via micro-CT scans of their bone defect, Epibone successfully crafts implants that closely mirror the body's own unique anatomy. Chris Venter and Autodesk's Bio/Nano Research Team collaborated with Epibone in a pioneering endeavor to fabricate highly accurate three-dimensional printed scaffolds capable of promoting optimal cell growth. Through this joint project, experts have demonstrated their innovative use of computer-aided design tools that enable seamless collaboration among various technological systems.