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" Electron paramagnetic resonance investigations of biological systems by using spin labels, spin probes, and intrinsic metal ions "
edited by Peter Z. Qin, Kurt Warncke
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BL
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| Record Number
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622835
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| Doc. No
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dltt
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| Title & Author
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Electron paramagnetic resonance investigations of biological systems by using spin labels, spin probes, and intrinsic metal ions,\ edited by Peter Z. Qin, Kurt Warncke
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| Edition Statement
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First edition
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| Series Statement
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Methods in enzymology,; volume 563
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| Page. NO
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xx, 684 pages, 16 unnumbered pages of plates :: illustrations (some color) ;; 24 cm
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| ISBN
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9780128028346
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: 0128028343
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| Bibliographies/Indexes
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Includes bibliographical references and indexes
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| Contents
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Rapid-scan EPR of nitroxide spin labels and semiquinones -- Fourier deconvolution methods for resolution enhancement in continuous-wave EPR spectroscopy -- Multifrequency pulsed EPR and the characterization of molecular dynamics -- Resolution and characterization of chemical steps in enzyme catalytic sequences by using low-temperature and time-resolved, full spectrum EPR spectroscopy in fluid cryosolvent and frozen solution systems -- 230/115 GHz electron paramagnetic resonance/double electron-electron resonance spectroscopy -- CW-EPR spectral simulations : solid state -- CW-EPR spectral simulations : slow-motion regime -- Quantitative interpretation of multifrequency multimode EPR spectra of metal containing proteins, enzymes, and biomimetic complexes -- Pulse double-resonance EPR techniques for the study of metallobiomolecules -- Mapping the structure of metalloproteins with RIDME -- Structural characterization of the catalytic sites of mononuclear nonheme fe hydroxylases using ²H-ESEEM -- Pulsed EPR in the study of drug binding in cytochrome P450 and NOS -- EPR methods for biological Cu(II) : L-band CW and NARS
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Development and application of spin traps, spin probes, and spin labels -- Site-directed spin labeling of RNA by postsynthetic modification of 2'-amino groups -- Gd³⁺ spin labeling for measuring distances in biomacromolecules : why and how? -- Cu²⁺ as an ESR probe of protein structure and function -- Genetically encoded spin labels for in vitro and in-cell EPR studies of native proteins -- Genetic incorporation of the unnatural amino acid p-acetyl phenylalanine into proteins for site-directed spin labeling -- A straightfoward approach to the analysis of double electron-electron reosnance data -- Computer modeling of spin labels -- NASNOX, PRONOX, and ALLNOX -- mtsslSuite : probing biomolecular conformation by spin-labeling studies -- Full atom simulations of spin label conformations
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| Subject
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Electron paramagnetic resonance spectroscopy
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Electron paramagnetic resonance
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Spin labels
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| Added Entry
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Qin, Peter Z.
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Warncke, Kurt
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