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Is the protein folding an aim-oriented process ... - IngentaConnect

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<strong>Is</strong> <strong>the</strong> <strong>protein</strong> <strong>folding</strong> <strong>an</strong> <strong>aim</strong>-<strong>oriented</strong> <strong>process</strong>? 249Figure 6The time profiles of parameters monitored during <strong>folding</strong> <strong>process</strong>: <strong>the</strong> radiusof gyration [Å] (A), <strong>the</strong> total number of non-bonding interactions (B)<strong>an</strong>d solvent-accessible surface area (ASA) [Å 2 ] (C). The simulations with haemmolecule absent <strong>an</strong>d present in <strong>folding</strong> <strong>process</strong> are represented by grey <strong>an</strong>d black lines,respectively. In all plots, <strong>the</strong> const<strong>an</strong>t dotted line pinpoints <strong>the</strong> qu<strong>an</strong>tity of a probedparameter (R g , NB or ASA) calculated for native structure. ES denotes early stagetreated as starting one for simulation <strong>an</strong>d LS – late stage treated as final one forsimulation3.2.3 The non-bonding contacts <strong>an</strong>d RMSD calculationThe comparison of non-bonding contact maps is used commonly to verify <strong>the</strong>correctness of obtained structures. These maps for all discussed structural forms areshown in Figure 7. Table 2 presents also <strong>the</strong> percentage of native non-bonding contacts infinal structures obtained according to <strong>the</strong> adopted model, toge<strong>the</strong>r with RMSD-C using<strong>the</strong> native forms as reference structures. Noticeable better results are seen for chain ofhaemoglobin.

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