A New Hope: Regenerative Medicine
Keywords:
Regenerative Medicine, Embryonic Stem Cells, Human Embryos, Pluripotent Stem Cells, Deep Learning, Fancom's Naemia, Artificial Intelligence, Multipotent, Transplantation, Derangement, Genetic Disease, Umbilical Cord, Specialized Cells, Tissue Engineering, MicrogravityAbstract
Over the last forty years, there has been a growing effort among scientists, engineers, and physicians to utilize tools from diverse disciplines to develop biological substitutes capable of imitating tissues. These substitutes serve diagnostic and research purposes and provide a means to replace damaged or diseased tissues. That is a new era to bring about the anticipated therapeutic revolution in regenerative medicine and tissue engineering (1,2). Regenerative medicine (3,4) creates living, functional tissues to repair or replace tissue or organ function lost due to age, disease, damage or congenital defects. Stem cell-based therapies have a remarkable potential to change the future of medicine. The regenerative medicine and stem cells field has generated significant interest among individuals lacking a molecular or stem cell biology background. Consequently, there exists a challenge in discerning the veracity of information pertaining to these therapies, as specific claims may need to be more accurate and accurate. In this discourse, I aim to present a comprehensive portrayal of the anticipated outcomes associated with regenerative medicine interventions for diverse medical conditions.
