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David Rittenberg
David Rittenberg (November 11, 1906 – January 24, 1970) was an American biochemist who pioneered the isotopic tagging of molecules. He was born and died in New York, and spent almost the whole of his life there. He obtained his B.S. in 1929 from the City College of New York, and his Ph.D. in 1935 at Columbia University under the supervision of Harold Urey.[1] Research on isotopes as tracersRittenberg's doctoral work concerned thermodynamic properties of molecules containing 2H (deuterium),[2] and he built his career principally on work with isotopes.[3] His introduction of the use of 2H[4] as a tracer to follow the fate of various different compounds in human metabolism changed the prevailing scientific theory, from a static, "wear and tear" view of metabolic processes, to a dynamic theory in which there is constant and rapid buildup and degradation of body constituents. In their Biographical Memoir[1] David Shemin and Ronald Bentley described the approach in these terms:
From 1935 onwards Schoenheimer and Rittenberg published a long series of papers in the Journal of Biological Chemistry on the general topic of 2H as an indicator in the study of intermediary metabolism, starting with a general introduction to the topic,[5] and continuing to 1938 with a study of hydrogen in amino acids.[6] From 1939 onwards Schoenheimer and Rittenberg continued on the same road with a further long series of papers in the Journal of Biological Chemistry on protein metabolism, starting by describing some general considerations.[7] Weizmann InstituteAlthough Rittenberg remained throughout his career at Columbia University, he also participated in the early years of the Weizmann Institute in Rehovot, Israel, first as a member of the Planning Board and later as a member of the Board of Governors. He was a made an honorary fellow of the institute in 1967. Later he joined the advisory board of the Hadassah Medical School in Jerusalem.[1] References
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