23 research outputs found
Use of spin labels to study membrane proteins by high-frequency electron nuclear double resonance spectroscopy
Get PDFThe applicability of spin labels to study membrane proteins by high-frequency electron nuclear double resonance spectroscopy is demonstrated. With the use of bacteriorhodopsin embedded in a lipid membrane as an example, the spectra of protons of neighboring amino acids are recorded, electric field gradients at the membrane surface are detected, and the constant of hyperfine interaction with the chlorine nucleus at the site of ion trapping is measured. © 2007 Pleiades Publishing, Ltd
Use of spin labels to study membrane proteins by high-frequency electron nuclear double resonance spectroscopy
No full textThe applicability of spin labels to study membrane proteins by high-frequency electron nuclear double resonance spectroscopy is demonstrated. With the use of bacteriorhodopsin embedded in a lipid membrane as an example, the spectra of protons of neighboring amino acids are recorded, electric field gradients at the membrane surface are detected, and the constant of hyperfine interaction with the chlorine nucleus at the site of ion trapping is measured. © 2007 Pleiades Publishing, Ltd
Use of spin labels to study membrane proteins by high-frequency electron nuclear double resonance spectroscopy
No full textThe applicability of spin labels to study membrane proteins by high-frequency electron nuclear double resonance spectroscopy is demonstrated. With the use of bacteriorhodopsin embedded in a lipid membrane as an example, the spectra of protons of neighboring amino acids are recorded, electric field gradients at the membrane surface are detected, and the constant of hyperfine interaction with the chlorine nucleus at the site of ion trapping is measured. © 2007 Pleiades Publishing, Ltd
A Study on the Structure and Dynamics of Spin Labeled Proteins by MD Simulations and EPR Spectroscopy
Get PDFRadical Pair Dynamics and Interactions in Quinone-Reconstituted Photosynthetic Reaction Centers of Rb.
No full textRadical Pair Dynamics and Interactions in Quinone-Reconstituted Photosynthetic Reaction Centers of Rb. sphaeroides
No full textMagnetophotoselection Study of the Lowest Excited Triplet State of the Primary Donor in Photosynthetic Bacteria
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Relation between the Crystal Structure of 35KhGF Steel and the Viscous Flow Characteristics of the Forming Melt
No full textThe dynamical transition in proteins of bacterial photosynthetic reaction centers observed by echo-detected EPR of specific spin labels
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