Myogenic Differentiation Potential of Human Newborn Foreskin Stem Cells Combined with Polycaprolactone-Based Nanofiber

A previous study performed by the authors of the current study revealed the characterization and differentiation of newly defined stem cellsknownashumannewbornforeskin stem cells (hnfsscs). according to their stem cell properties, this study aimed at investigating myogenic differentiation and related tissue engineering. human newborn foreskin stem cells were characterized by flow cytometry. the results showed that hnfsscs carries a noble prospective for myogenic differentiation and can be used as a beneficial method for muscle related diseases, including muscular dystrophy, neuromuscular disorders, muscle damages, muscle weakness, lesion formations, and other problems associated with tissue obtainability and multi-potency; these cells may be accepted as effortlessly accessible and functional, and even superior to other stem cell origins. furthermore, hnffscs were also seeded onto 3d micro-wells and polycaprolactone (pcl) scaffolds in order to examine tissue development. human newborn foreskin stem cells on pcl scaffolds showed good cell-cell integration, so that they may be thought as a stem cell basis for tissue engineering.