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Learn how stem cell strategies address immunological issues through patient-derived tissue transplants, including cord blood multipotent uses and endothel's role. Explore research advancements in neurobiology and hematology for better clinical applications.
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STAMMZELLEN BLASTOMERE TOTIPOTENT I C M PLURIPOTENT KNOCHENMARK MULTIPOTENT CORD BLOOD MULTIPOTENT
Despite their advantages, transplantation and stem-cell strategies still suffer from the problem of immunological incompatibility, a problem that could be avioded if material derived from patients own tissues could be transplanted into them.
CORD BLOOD STAMMZELLEN KEINE FREMD - DNA NORMALE TELOMERE KEINE MITOCHONDRIALE SCHÄDEN
CORD BLOOD ALS ERGÄNZUNG ZUR KNOCHENMARKS- TRANSPLANTATION ZUR AUTOLOGEN VERWENDUNG
NACHTEIL DES CORD BLOOD GERINGE ZELLZAHL
Turning Brain into Blood – Clinical Applications of Stem-Cell Research in Neurobiology and Hematology Malcolm A.S. Moore, The New England Journal of Medicine, 1999,341:605
Local Perivascular Delivery of Basic Fibroblast Growth Factor in Patients Undergoing Coronary Bypass Surgery Results of o Phase I Randomized, Double-Blind, Placebo-Controlled Trial Roger J. Laham, Frank W. Sellke, Michael Simons Circulation 1999; 100: 1865-1871