In mice with a spinal cord injury, mixing materials including bioactive sequences formed a polymer meshwork that improved axon regrowth, angiogenesis, and neuronal cell survival. The study points to ...

Over the past few years, developments in tissue engineering have made it possible to restore serious traumatic conditions. 1 Now, injured, damaged or missing body tissues can be replaced using ...

In mice with a spinal cord injury, mixing materials including bioactive sequences formed a polymer meshwork that improved axon regrowth, angiogenesis, and neuronal cell survival. The study points to ...

Northwestern University scientists have developed a cell-free bioactive material comprising a complex network of molecular components that work together as a scaffold to mimic cartilage’s natural ...

Abstract: Non-healing skin wounds inflict nearly 5 million Americans each year, and translate into multi-billion dollar healthcare costs. Tissue engineering approaches using cell-based dermal, ...

Spinal Cord Injury (SCI) is a devastating neurological disorder that often leads to permanent neural dysfunction. Current treatments fail to address the core challenges of insufficient intrinsic ...

Bone defects are a major challenge in regenerative medicine, often requiring advanced biomaterials to enhance the natural healing process. Traditional bone repair methods, including bone grafts, face ...

What are Tissue Engineering Scaffolds? Tissue engineering scaffolds are three-dimensional structures designed to support cell growth, migration, and differentiation for the regeneration of damaged or ...

Bioactive glass has a unique ability to bond with living tissues, making it an invaluable asset in biomedical applications. Bioactive glass nanoparticles are primarily composed of silicon dioxide, ...

Its aim is to inhibit the growth of bacteria at the wound site and support the growth of new bone structures. This innovative medical engineering is the result of the SCABAEGO joint research project, ...