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Theoretical models of new biodegradable peptide Dendrimers, obtained using the methods of the theory of the middle of the field. Data on the influence of amino acid composition and radial distribution of these residues within Dendrimers on dimensions, profile, density and distribution branch points and end groups in dendrimerah of different generations. Theoretical molecular mass dependencies for Dendrimers with number of generations from 1 to 6. A mesoscopic simulation model for new biodegradable peptide Dendrimers, obtained by using the self-consistent field methods. The results of calculations for asymmetric Dendrimers of different generations. Data on these Dendrimers of molecular weight and change your profile, density, distribution points branch and functional end groups the number of generations in a dendrimer. Generalised molecular models of new biodegradable peptide Dendrimers (based on the model of the United atoms) for modeling using the methods Brounovskoj and Lanževenovskoj speakers. Data on the size and structure of the intramolecular Dendrimers with different numbers of generations. Get information on sustainable and rotational diffusion dendrimera as well as its mobility vntrimolekulârnoj for dendrimerolv with different numbers of generations. Detailed polnoatomnaâ molecular model of new biodegradable peptide Dendrimers for modeling using molecular dynamics methods. Data on the size and structure of the intramolecular Dendrimers with different numbers of generations. Dependence of translational and rotational diffusion dendrimera as a whole. Details of vntrimolekulârnoj motility Dendrimers with different numbers of generations (including the local dynamics of Ch2 groups demonstrated in experiments on NMR relaxation) and mobility of spejsorov and more segments that includes the vector from the center of dendrimera until it ends. Hydrodynamic characteristics and NMR spectra of synthesized new biodegradable peptide Dendrimers. Dimensions and times of relaxation that characterize protein internal mobility of these dendrimera. The obtained experimental data compare results with the predictions of theory and modeling mnogomasštabnogo.
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