Today's most groundbreaking experiments in medicine--gene editing to correct inherited disorders, immunotherapies to cure cancer, molecularly engineered organs for human transplantation--stem from the strides of one visionary: Dr. E. Donnall Thomas. In the last half of the twentieth century, Thomas himself discovered a cure for every marrow-based disease--like leukemia, lymphoma, and sickle-cell anemia--forever changing treatment for some of the deadliest illnesses. His feats were extraordinary, earning him a Nobel Prize, and the cascade of treatments he inspired have reshaped and will continue to reshape the practice of clinical medicine. Yet no one has ever written Thomas's courageous story. Dr. Frederick R. Appelbaum, a member of Thomas's research team, does so for the first time in A Living Medicine: The Story of Nobel Prize Winner E. Donnall Thomas and Bone Marrow Transplantation.
Bone marrow transplantation has now saved over a million lives, but when Thomas first had the idea, he was met with disbelief by the scientific community. Tragically and ironically, Thomas's inspiration came from the atomic bombing of Hiroshima and Nagasaki. While 80% of the deaths were immediate, 20% resulted from "atomic bomb disease," or the destruction of bone marrow from radiation. Thomas proposed the following: destroy abnormal bone marrow with radiation and replace it with healthy marrow. His supervisors denied him lab space, and after Thomas's first failures with canines and humans, his colleagues abandoned the transplant field. But once he had this "eureka," he never let it go, regardless of near universal discouragement and failure, and after twenty years, he finally succeeded in curing otherwise incurable patients. Now Appelbaum, informed by decades in the field and personal connection with Thomas, tells us the secrets to Thomas's success: his unique characteristics, how he created an effective team of researchers, and how he overcame the technical obstacles of marrow transplantation. Appelbaum tells a bigger story, too, of the scientific and societal implications of this achievement, which are critical for scientific and lay readers alike so that we all might be better informed of how far our medical progress has come and will go.