Search Results - "Bogacheva, E N"

Intrinsically unstructured regions in the C domain of the influenza virus M1 protein by Ksenofontov, A. L., Dobrov, E. N., Fedorova, N. V., Radyukhin, V. A., Badun, G. A., Arutyunyan, A. M., Bogacheva, E. N., Baratova, L. A.

“…The M1 matrix protein of the influenza virus is one of the main structural components of the virion that performs several different functions in the infected…”
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Small-angle X-Ray analysis of macromolecular structure: the structure of protein NS2 (NEP) in solution by Shtykova, E. V., Bogacheva, E. N., Dadinova, L. A., Jeffries, C. M., Fedorova, N. V., Golovko, A. O., Baratova, L. A., Batishchev, O. V.

“…A complex structural analysis of nuclear export protein NS2 (NEP) of influenza virus A has been performed using bioinformatics predictive methods and…”
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Studying the spatial organization of membrane proteins by means of tritium stratigraphy: bacteriorhodopsin in purple membrane by Shishkov, A.V., Ksenofontov, A.L., Bogacheva, E.N., Kordyukova, L.V., Badun, G.A., Alekseevsky, A.V., Tsetlin, V.I., Baratova, L.A.

“…The topography of bacteriorhodopsin (bR) in situ was earlier studied by using the tritium bombardment approach [Eur. J. Biochem. 178 (1988) 123]. Now, having…”
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Tritium planigraphy: A tool for studying the spatial structure of proteins and their complexes by Bogacheva, E N, Shishkov, A B

“…The review is devoted to tritium planigraphy and its applications in solving a broad scope of problems in modern molecular and physicochemical biology. The…”
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Tritium planigraphy: Differences in the spatial structures of the influenza virus M1 protein in crystal, solution, and virion by Bogacheva, E. N., Dolgov, A. A., Chulichkov, A. L., Shishkov, A. V., Ksenofontov, A. L., Fedorova, N. V., Baratova, L. A.

“…The structure of the M1 protein of the influenza virus A/Puerto Rico/8/34 (PR8, subtype H1N1) in solution at acidic pH and in the composition of the virion has…”
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Iceberg Model of the Structure of Globular Protein Adsorption Layers at the Air–Water Interface. Study by the Tritium Planigraphy Technique by Bogacheva, E. N., Gedrovich, A. V., Shishkov, A. V.

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Tritium planigraphy and nanosized biological particles by Shishkov, A. V., Bogacheva, E. N.

“…Advances in studies of protein and complex biological systems by tritium planigraphy are considered. Particular attention is paid to detailing the structural…”
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Tritium Planigraphy: From the Accessible Surface to the Spatial Structure of a Protein by Bogacheva, Elena N., Vitalii I. Gol'danskii, Shishkov, Alexander V., Galkin, Alexander V., Baratova, Ludmila A.

“…The method of tritium planigraphy, which provides comprehensive information on the accessible surface of macromolecules, allows an attempt at reconstructing…”
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Modeling of protein spatial structure using tritium planigraphy by Bogacheva, E. N., Bogachev, A. N., Dmitriev, I. B., Dolgov, A. A., Chulichkov, A. L., Shishkov, A. V., Baratova, L. A.

“…The results of protein spatial structure modeling using the tritium planigraphy technique are presented. The knowledge of 3D structure of macromolecules is…”
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Tritium planigraphy as a tool for studying the structural organization nanobiocomplexes by Bogacheva, E. N., Dolgov, A. A., Chulichkov, A. L., Shishkov, A. V.

“…The tritium planigraphy method is based on the nonselective substitution of radioactive isotope tritium for hydrogen in hydrocarbon fragments of molecules by…”
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Differences in spatial structures of the influenza virus M1 protein in crystal, solution and virion by Bogacheva, E N, Dolgov, A A, Chulichkov, A L, Shishkov, A V, Ksenofontov, A L, Fedorova, N V, Baratova, L A

“…Spatial structure of the influenza virus A/Puerto Rico/8/34 (PR8, subtype H1N1) M1 protein in a solution and composition of the virion was studied by tritium…”
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Modeling of protein spatial structure using tritium planigraphy by Bogacheva, E N, Bogachev, A N, Dmitriev, I B, Dolgov, A A, Chulichkov, A L, Shishkov, A V, Baratova, L A

“…The results of proteins spatial structure modeling using the tritium planigraphy technique are presented. The knowledge of three-dimensional structure of…”
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Disordered regions in C-domain structure of influenza virus M1 protein by Ksenofontov, A L, Dobrov, E N, Fedorova, N V, Radiukhin, V A, Badun, G A, Arutiunian, A M, Bogacheva, E N, Baratova, L A

“…Influenza virus matrix M1 protein is one of the main structural components of the virion performing also many different functions in infected cell. X-ray…”
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Tritium planigraphy as an instrument for studying the spatial structure of proteins and their complexes by Bogacheva, E N, Shishkov, A V

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A polyempiric method of modeling protein spatial structure using tritium planigraphy. III. Lysozyme as a model of an alpha/beta protein by Bogacheva, E N, Moroz, A P, Shishkov, A V, Baratova, L A

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A polyempiric method of modeling protein spatial structure using tritium planigraphy. II. Stacking order determines structure by Bogacheva, E N, Moroz, A P, Shishkov, A V, Baratova, L A

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Accessible surface and intramolecular mobility of proteins: study by method of tritium planigraphy by Bogacheva, E N, Zhukov, N D, Shishkov, A V

“…The method of tritium planigraphy is used for determination of the accessible surface of a globular protein--lysozyme--and the accessibility of particular…”
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The concept of the "accessible surface" of the protein within the framework of tritium planigraphy. Experiment and calculation by Bogacheva, E N, Shishkov, A A, Shishkov, A V, Baratova, L A

“…Tritium planigraphy allows one to determine the sterical accessibility of protein hydrocarbon fragments (CH, CH2, CH3 groups) for interaction with tritium…”
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Quantitative determination of the accessible surface of globular proteins by tritium planigraphy by Gedrovich, A V, Baratova, L A, Bogacheva, E N, Medvedkin, V N, Shishkov, A V

“…At the last time the term "accessible surface" is used for a description of protein structure. The tritium planigraphy was used for quantitative detection of…”
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Semi-empiric method of modeling the protein spatial structure using tritium planigraphy by Bogacheva, E N, Moroz, A P, Shishkov, A V, Baratova, L A

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