When Adrienne Shapiro’s daughter Marissa was diagnosed with sickle cell disease, doctors predicted that she would not live to see her first birthday. However, just because Marissa passed that test did not mean Adrienne’s concerns were over. Indeed, it signalled the beginning of a long period of painful blood transfusions and immunological issues. After a severe reaction caused by an improperly matched blood transfusion resulted in the removal of Marissa’s gall bladder and temporary kidney failure, she was unable to receive any more blood transfusions. Austin Regenerative Medicine offers excellent info on this. Fortunately for Marissa, a clinical trial led by Don Kohn, MD at UCLA and sponsored by the California Institute for Regenerative Medicine (CIRM) was about to begin. “Remove the patient’s bone marrow and correct the genetic defect in the blood-forming stem cells,” according to the project’s goal. After that, the cells can be reintroduced into the patient to aid in the development of a new, healthy blood system.’ Adrienne is optimistic that, thanks to the positive results of this clinical trial, her daughter will be able to live a healthy and pain-free life with the help of regenerative medicine. According to the University of Wisconsin-Stem Madison’s Cell & Regenerative Medicine Centre, “regenerative medicine” is a “new scientific and medical discipline focused on harnessing the power of stem cells and the body’s own regenerative capabilities to restore function to damaged cells, tissues, and organs.” The umbilical cord blood of new born children contain stem cells, which have the ability to renew and regenerate themselves. Thanks to the process of mitosis, a stem cell can divide to become a specialized cell like a brain cell or a muscle cell, or it can stay a stem cell. They can also help with any disease, disorder, or trauma that has caused damage to the insides of the body. These cells are used in a variety of ways to treat disorders and illnesses, such as stem cell transplantation, stem cell grafting, and regenerative medicine. Regenerative medicine encompasses a wide range of scientific disciplines, including biochemistry, genetics, molecular biology, and immunology.