Nuclear Magnetic Resonance Spectroscopy in Molecular Biology: Proceedings of the Eleventh Jerusalem Symposium on Quantum Chemistry and Biochemistry He [Paperback]

P-31 NMR of nucleic acids. Bond angle and torsional effects.- NMR studies on dynamic properties of nucleic acid base pairs in nonaqueous solvents.- NMR studies and minimum energy conformation calculations on the 5?-terminus of mammalian mRNA.- Solution conformations of purine (?) nucleosides and analogs.- Nitrogen-15 nuclear magnetic resonance spectroscopy of 15N-labeled nucleotides. Investigations of Ribonuclease A  Nucleotide interactions.- Co-operative conformational properties of nucleosides, nucleotides and nucleotidyl units in solution.- The quantitative separation of stacking and self-association phenomena in a dinucleoside monophosphate by means of NMR concentration-temperature profiles: 6-N-(dimethyl) adenylyl-(3?, 5?)-uridine.- The contributions of the purine nitrogens to stacking association.- Methylation effects on nucleic acid conformations.- Structural studies on the yeast tRNAPhe by the 1H NMR of modified bases. Effect of removal of the Y base and anticodon binding.- Spectroscopic Studies of drug-nucleic acid interactions.- A model for the specific site melting of DNA in vivo.- On the conformational dependence of the proton chemical shifts in nucleosides and nucleotides. IV. Proton chemical shifts in 3?-nucleotides as a function of different conformational parameters.- Some comments and comparisons concerning the use of ring-current calculations in elucidating molecular conformations.- Carbon-13 NMR results in the field of nitrogen heterocycles: the detection of protonation sites.- NMR studies of the molecular dynamics of peptides and proteins.- Structural information from photo-CIDNP in proteins.- Nitrogen 15 nuclear magnetic resonance investigations on amino acids.- One-bond C, H coupling constants, a new parameter in conformationalstudies of peptides? The cyclo-sarcosyls.- NMR saturation transfer studies of the catalysis of the reversible hydration of acetaldehyde by carbonic anhydrase.- Conformation and interaction with small molecules of cyclilc(