Porous Bioelastomer

Porous bioelastomers are biodegradable, elastic scaffolds used in regenerative medicine to support tissue repair and growth. Current research focuses on developing non-invasive imaging techniques, such as ultrasound-based methods incorporating image processing algorithms (e.g., mean-shift clustering, OTSU binarization, Canny edge detection) to monitor scaffold degradation and tissue ingrowth in vivo. This allows for real-time assessment of implant performance without the need for destructive testing, improving the design and efficacy of these crucial biomaterials. The ability to accurately track these processes holds significant promise for advancing tissue engineering and personalized medicine.