Nuclear Magnetic Resonance Part B Structure and Mechanism

Content: 
Contributors to volume 177
Pages ix-x

Preface
Page xi
Norman J. Oppenheimer, Thomas L. James

Volume in series
Pages xiii-xxvii

[1] Fluorine nuclear magnetic resonance of fluorinated ligands Original Research Article
Pages 3-23
J.T. Gerig

[2] Deuteration in protein proton magnetic resonance Original Research Article
Pages 23-43
David M. LeMaster

[3] Expression and nitrogen-15 labeling of proteins for proton and nitrogen-15 nuclear magnetic resonance Original Research Article
Pages 44-73
David C. Muchmore, Lawrence P. McIntosh, Christopher B. Russell, D. Eric Anderson, Frederick W. Dahlquist

[4] Isotopic labeling with hydrogen-2 and carbon-13 to compare conformations of proteins and mutants generated by site-directed mutagenesis, I Original Research Article
Pages 74-86
David W. Hibler, Lynn Harpold, Mark Dell'Acqua, Tayebeh Pourmotabbed, John A. Gerlt, Joyce A. Wilde, Philip H. Bolton

[5] Spin labeling of proteins Original Research Article
Pages 86-121
Phyllis A. Kosen

[6] Determination of three-dimensional protein structures in solution by nuclear magnetic resonance: An overview Original Research Article
Pages 125-131
Kurt WГјthrich

[7] Proton nuclear magnetic resonance assignments Original Research Article
Pages 132-149
Vladimir J. Basus

[8] Computer-assisted resonance assignments Original Research Article
Pages 150-158
Martin Billeter

[9] Distance geometry Original Research Article
Pages 159-204
I.D. Kuntz, J.F. Thomason, C.M. Oshiro

[10] Molecular dynamics simulation techniques for determination of molecular structures from nuclear magnetic resonance data Original Research Article
Pages 204-218
R.M. Scheek, W.F. van Gunsteren, R. Kaptein

[11] Heuristic refinement method for determination of solution structure of proteins from nuclear magnetic resonance data Original Research Article
Pages 218-230,IN1-IN4,231-246
Russ B. Altman, Oleg Jardetzky

[12] Proton magnetic resonance of paramagnetic metalloproteins Original Research Article
Pages 246-263
Ivano Bertini, Lucia Banci, Claudio Luchinat

[13] Phosphorus-31 nuclear magnetic resonance of phosphoproteins Original Research Article
Pages 263-282
Hans J. Vogel

[14] Isotopic labeling with hydrogen-2 and carbon-13 to compare conformations of proteins and mutants generated by site-directed mutagenesis, II Original Research Article
Pages 282-292
Joyce A. Wilde, Philip H. Bolton, David W. Hibler, Lynn Harpold, Tayebeh Pourmotabbed, Mark Dell'Acqua, John A. Gerlt

[15] Phosphorus-31 nuclear magnetic resonance of enzyme complexes: Bound ligand structure, dynamics, and environment Original Research Article
Pages 295-316
David G. Gorenstein

[16] Ligand-protein interactions via nuclear magnetic resonance of quadrupolar nuclei Original Research Article
Pages 317-333
Charles R. Sanders II, Ming-Daw Tsai

[17] Ligand conformations and ligand-enzyme interactions as studied by the nuclear overhauser effect Original Research Article
Pages 333-358
Paul R. Rosevear, Albert S. Mildvan

[18] Determination of equilibrium constants of enzyme-bound reactants and products by nuclear magnetic resonance Original Research Article
Pages 358-375
B.D. Nageswara Rao

[19] Mechanistic studies utilizing oxygen-18 analyzed by carbon-13 and nitrogen-15 nuclear magnetic resonance spectroscopy Original Research Article
Pages 376-389
John M. Risley, Robert L. Van Etten

[20] Positional isotope exchange using phosphorus-31 nuclear magnetic resonance Original Research Article
Pages 390-403
Joseph J. Villafranca

[21] Paramagnetic probes of macromolecules Original Research Article
Pages 403-413
Joseph J. Villafranca

[22] Enzyme regulation of metabolic flux Original Research Article
Pages 417-434
Sheila M. Cohen

[23] Monitoring intracellular metabolism by nuclear magnetic resonance Original Research Article
Pages 435-452
Jack S. Cohen, Robbe C. Lyon, Peter F. Daly

Computer programs related to nuclear magnetic resonance: Availability, summaries, and critiques
Pages 455-467

Author index
Pages 469-487

Subject index
Pages 489-507