Victor Sivozhelezov

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In this work structural behavior of apo form of the adenosine A2A receptor in the implicit membrane-mimicking environment was investigated by means of molecular dynamics (MD) technique. For better interpretation of the obtained data they were analyzed using principal components analysis. The principal components analysis technique was applied to both MD(More)
Proteins represent versatile building blocks for realization of nanostructured materials of unique structure-function relationship to be applied in nanobiotechnology. Following a recent work [Bruzzese, D., Pastorino, L., Pechkova, E., Sivozhelezov, Nicolini, C., Increase of catalytic activity of lipase towards olive oil by Langmuir-Film Immobilization of(More)
Matrices and sensors resulting from inorganic, organic and biological nanocomposites are presented in this overview. The term nanocomposite designates a solid combination of a matrix and of nanodimensional phases differing in properties from the matrix due to dissimilarities in structure and chemistry. The nanoocomposites chosen for a wide variety of health(More)
The structural dynamics of three different ligand-activated G-protein coupled receptors (GPCRs) and the photoreactive receptor rhodopsin from mammals were comparatively studied. As a result, diagrams demonstrating the main structural differences between the studied membrane receptors were obtained. These diagrams represent the projection of the crystal(More)
We report a classification of the crystallographic structures of bovine and squid rhodopsins corresponding to different stages of their photocycles. Using the resource Protein (Structure) Comparison, Knowledge, Similarity, and Information server (ProCKSI, http://www.procksi.net/ ), selected spatial structures were compared on the basis of classification(More)
Bacteriorhodopsin (bR) is presently a classical example of membrane protein crystallization. We are comparing the structure of bR with the homology model of octopus rhodopsin (octR), which is similar in topology to bR and as highly ordered in its native membranes as bR in purple membranes. Such comparison provides insights for optimization of present octR(More)
The influence of binding of the orthosteric ligands on the conformational dynamics of the beta-2-adrenoreceptor was identified using the molecular dynamics method. It was found that there was alittle fraction of the active states of the receptor in its apo (ligand free) ensemble. Analysis of the MD trajectories indicated that such spontaneous activation of(More)
The influence of the binding of orthosteric ligands on the conformational dynamics of the β-2-adrenoreceptor was identified using the molecular dynamics method. It was found that there was a small fraction of active states of the receptor in its apo (ligand free) ensemble. An analysis of the MD trajectories indicated that this spontaneous activation of the(More)
The study reports about the influence of binding of orthosteric ligands on the conformational dynamics of β-2-adrenoreceptor. Using molecular dynamics (MD) simulation, we found that there was a little fraction of active states of the receptor in its apo (ligand-free) ensemble. Analysis of MD trajectories indicated that such spontaneous activation of the(More)
A study of the functional-relevant dynamics of three typical water-soluble proteins, including Calmodulin, Src-tyrosine kinase, and a repressor of the trip operon, has been reported. The application of state-of-art methods of structural bioinformatics allowed us to identify the dynamics seen in the X-ray structures of the investigated proteins associated(More)
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