Libri di Nadey S. Hakim
Biografia e opere di Nadey S. Hakim
Pancreas and Islet Transplantation
Derek Gray
,
Nadey S. Hakim
e altri
editore: Oxford University Press
pagine: 390
Diabetes Mellitus is the principal cause of kidney failure and blindness in adults and leads to more cases of amputation and impotence than any other disease. It is one of the most common chronic diseases of childhood. The aims of pancreas or islet transplantation are to improve the quality of life of patients with insulin dependent diabetes mellitus and to ameliorate secondary complications. This book provides a comprehensive and international review of the recent advances in pancreas and islet transplantation. It covers surgical techniques, issues surrounding organ preservation, immunosuppression and the control of other complications, all of which contribute to the potential for such transplantations to evolve as the treatment of choice for insulin dependent diabetes. The editors have compiled a strong and international team of contributing authors.
Transplantation Surgery
Gabriel M. Danovitch
,
J. Dausset
e altri
editore: Springer London Ltd
pagine: 464
It is like a fairy story! Or at least a beautiful epic, a truly significant page in the history of medicine, a staggering scene in which several actors come into play, both fundamentalists and clinical practitioners, eager to place all these new developments at the disposal of those suffering from ill health. Everyone is passionate about their work, be it providing new knowledge or perfecting new therapeutic methods. Man has always been fascinated by the possibility of replacing a damaged organ with a healthy one. Several attempts have been made over the centuries, and some miracles have been reported, such as those of Saint Damien and Saint Come as illustrated by Fra Angelico. The modern saga, however, started more modestly on the mouse. It is on the mouse that the first tissue group was discovered; yet the study of human tissue groups could only be carried out on a human. One human must be subjected to the thousands of tests that have enabled us to unravel the extraordinary complexity of the HLA system.
