Bonner james frederick (4 Ergebnisse)
- Hardcover
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Hardcover. Zustand: Good. No Jacket. Pages can have notes/highlighting. Spine may show signs of wear. ~ ThriftBooks: Read More, Spend Less.
- Hardcover
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hardcover. Zustand: Gut. 925 Seiten; 9780121148607.3 Gewicht in Gramm: 3.
Weitere BilderVerlag: Holden-Day, 1964., San Francisco:, 1964
- Hardcover
- Erstausgabe
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In den WarenkorbFIRST EDITION. Tall 8vo. xvii, 398 pp. Articles, photos, figs., index. Blue cloth, dust jacket; jacket extremities slightly rubbed, else fine. Ownership rubber stamp & signature of Norman Horowitz, California Institute of Technology. "In the dawn of molecular biology in the 1960s, his interest turned to gene expression, in parti…cular the regulation of production of RNA from genes. Experiments in his laboratory in collaboration with his postdoctoral fellow Ru Chih C. Huang showed that histone, a protein associated with the genes, shuts off gene activity. If the histone fraction is extracted from isolated chromatin, more RNA is made whereas if histone is added back, the transcription of RNA is greatly decreased. In the course of these experiments, Huang and Bonner discovered DNA-dependent RNA polymerase, but Bonner noted in a biographical article that several other groups discovered the enzyme simultaneously." "Beginning about 1956 (at the urging of a former graduate student and by then postdoctoral fellow, Paul O. P. Ts'o), but with a significant acceleration in 1961, James became interested in protein synthesis, microsomal/chromosomal proteins, histones and chromatin (including non-histone chromosomal proteins) and molecular biology in general (including 3 papers on the molecular biology of memory!), nucleic acids, and the genome. This work encompassed about 190 publications with about 112 coauthors. James made numerous contributions in this area, far too many to discuss in limited space." "Paul O.P. Ts'o, who took his Ph.D. with James and by 1956 was a postdoctoral fellow, convinced James that they should study the most fundamental problem of biologyâ"how chromosomes control cellular metabolism." Frank B. Salisbury, "James Frederick Bonner, September 1, 1910â"September 13, 1996," National Academies of Sciences, Engineering, and Medicine. V. 73, 1998. Biographical Memoirs: Volume 73. Washington, DC: The National Academies Press.
Weitere BilderGroup of 3 offprints. Includes: BONNER, & WILDMAN. "The Proteins of Green Leaves. I. Isolation, Enzymatic Properties and Auxin Content of Spinach Cytoplasmic Proteins." Offprint from: Archives of Biochemistry, vol. 14, no. 3, 1947.
BONNER, James Frederick (1910-1996); & Samuel Goodnow WILDMAN (1912-2004).
Verlag: Academic Press, 1947., New York:, 1947
- Softcover
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In den Warenkorb8vo. 381-413 pp. Figs., tables. Printed wrappers. Ownership signature of Norman Horowitz. Fine. WITH: BONNER, WILDMAN, & C. C. CHEO. "The Proteins of Green Leaves. III. Evidence of the Formation of Tobacco Mosaic Virus Protein at the Expense of a Main Protein Component in Tobacco Leaf Cytoplasm." Offprint from: Journal of Biolog…ical Chemistry, vol. 180, no. 3, 1949. 8vo. 985-1001 pp. Figs., tables. Printed wrappers. Ownership rubber stamp of Horowitz, California Institute of Technology. Fine. / WITH: Frank B. SALISBURY, "James Frederick Bonner, September 1, 1910â"September 13, 1996," National Academies of Sciences, Engineering, and Medicine. V. 73, 1998. Biographical Memoirs: Volume 73. Washington, DC: The National Academies Press. / "After the end of the Second World War, Samuel G. Wildman arrived as a postdoctoral fellow. With Sam, James made a new start with what would today be called cell biology, the isolation of "chloroplasts, mitochondria, cytoplasm, and lots of enzymes!" They ground spinach leaves in a colloid mill, centrifuged the product at 20,000gn and found that the supernatant contained the soluble leaf proteins. Furthermore, over half of the soluble leaf proteins consisted of a single component of molecular mass ca. 500,000, which they called fraction I. Sam found this fraction in many other leaves besides spinach. It was later shown by John Littleton of Palmerston North, New Zealand, a former postdoctoral fellow of James, that fraction I was the main protein in the stroma or fluid part of chloroplasts. He, Paul Ts'o, and others went on to show that fraction I is ribulose-1,5-bisphosphate carboxylase/oxidase, which is now often referred to as rubisco. Rubisco is the enzyme that fixes CO2 in photosynthesis. It is the most abundant protein in the world, and Sam Wildman continued to study it until he retired." See: James Frederick Bonner, September 1, 1910â"September 13, 1996. National Academies of Sciences, Engineering, and Medicine. Biographical Memoirs: Volume 73, 1998. Washington, DC: The National Academies Press.
