Recently, human fibrin was used as a scaffold to culture pediatric auricular chondrocytes to engineer elastic cartilage. Gene expression studies demonstrated that the engineered cartilage ...

Similarly, the right knee joint of living rats was examined by magnetic resonance imaging (MRI) system (Aspect-M3.0) to analyze the regeneration of articular cartilage. After 8 weeks of treatment and ...

The scaffolding is absorbed into the body as the cells continue to grow. One team worked on creating nasal cartilage, while another grew new vaginas. "This is a move forward to even more ...

Conclusion In addition to good clinical and radiological results reported for cell-free scaffolds for cartilage repair in several other studies, transformation of the scaffold could be observed ...

The conventional techniques and 3D/4D printing techniques are compared in the table below (Table II). A multifaceted scaffold aimed at addressing the need for nasal cartilage and subchondral bone ...

Aseptic methods were strictly followed throughout the process. Conventional isolation and culture of SD rat bone marrow stem cells (BMSCs). BMSCs were co-cultured with the extract, and the ...