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         Huber Robert:     more books (102)
  1. Regional Solutions to Water Supply Provision by Robert C. Raucher, John Cromwell, et all 2007-02-25
  2. Reader's Digest the Bible Through the Ages by Robert v. (project editor) Huber, 1996
  3. Elvis & Presley by Robert Huber, 2001-03-15
  4. Soviet perceptions of the U.S. Congress :the impact on superpower relations by Robert T Huber, 1989
  5. Protein Structure and Protein Engineering: 39. Colloquium, 14.-16. April 1988 (Colloquium der Gesellschaft für Biologische Chemie in Mosbach Baden)
  6. Handbook of Metalloproteins: 2 Volume Set
  7. Penal System in Cuba: People Executed by Cuba, Prisoners and Detainees of Cuba, Robert Vesco, Huber Matos, Tony de La Guardia
  8. People From Troy, Michigan: Sutton Foster, Tomo Milicevic, Ivana Milicevic, Matt Erard, Sean Collins, Steve Mccatty, Robert J. Huber
  9. Robert J. Huber
  10. Prisoners and Detainees of Cuba: Prisoners Who Died in Cuban Detention, Robert Vesco, Huber Matos, Orlando Zapata, Pedro Luis Boitel
  11. The Bible: A History - The Making and Impact of the Bible by Stephen M. Miller, Robert Huber, 2005-02-18
  12. Culver Military Academy Alumni: Charles T. Beaird, Smith Hempstone, Robert J. Huber
  13. Über die Liebe, den Tod und das Dazwischen (German Edition) by Ing. Robert Huber, 2005-10-01

41. Huber, Robert
Huber, Robert (b. Feb. 20, 1937, Munich, Ger.), German biochemist who, along with Johann Deisenhofer and Hartmut Michel, received the Nobel Prize for Chemistry in 1988 for
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Huber, Robert
(b. Feb. 20, 1937, Munich, Ger.), German biochemist who, along with Johann Deisenhofer and Hartmut Michel, received the Nobel Prize for Chemistry in 1988 for their determination of the structure of a protein complex that is essential to photosynthesis in bacteria. Huber received his doctorate from the Munich Technical University. In 1972 he joined the staff of the Max Planck Institute for Biochemistry at Martinsried, Ger., where he conducted his award-winning research with Deisenhofer and Michel. He alternately worked there and at the Munich Technical University. Huber was an internationally recognized expert in the use of X-ray diffraction to determine the atomic structure of complex molecules such as proteins. Once a protein has been reduced to a pure crystalline form, its atomic structure can be deduced by analyzing the manner in which the crystal's atoms scatter a beam of X rays. Huber and his colleagues used this technique to determine the structure of a protein complex (called a photosynthetic reaction centre) that is essential to photosynthesis in certain bacteria. By 1985 the three scientists had succeeded in describing the complete atomic structure of the protein. Although bacterial photosynthesis is somewhat simpler than that carried on by plants, the scientists' work significantly increased the understanding of the mechanisms of photosynthesis in general.

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