After heart attacks, generating healthy myocardial tissue by reversing scar tissue will trigger changes in cardiology and regenerative medicine. In the laboratory, scientists have proved that it is possible to convert cardiac fibroblasts (cicatricial tissue cells) into cardiomyocytes, but it is not easy to sort out details of how to process and it is difficult to apply this approach in Clinical practice or even other basic research projects.

After heart attacks, generating healthy myocardial tissue by reversing scar tissue will trigger changes in cardiology and regenerative medicine. In the laboratory, scientists have proved that it is possible to convert cardiac fibroblasts (cicatricial tissue cells) into cardiomyocytes, but it is not easy to sort out details of how to process and it is difficult to apply this approach in Clinical practice or even other basic research projects.

Fibroblasts cells are the major cellular components of loose connective tissue and belong to terminal differentiation cells, which produce proteins such as collagen. The feature for Fibroblasts includes the largest amount, large cell body, regular oval nucleus, unclear cell contour with protrusions. The shape will diverse base on the function and the physical properties of the attachment.