Inositols have been recently reported to show a biological activity as inhibitors of both glycosidase and amyloid-b protein. After having harvested good crystals suitable for single crystal X-ray diffraction, we performed a comparison with the data inferred by means of a molecular dynamics simulation, based on the use of an appropriate Force Field coupled to the most performing charging scheme. This approach allowed a detailed analysis extended to ultra-fine details, such as atomic displacement parameters. It confirmed the good validity of a robust approach already tested by us in previous studies. A NMR analysis of the molecule in solution was also carried out, to compare the structural findings suggested by the X-ray analysis with the ones in solution and avoid confining them to the solid-state. In this framework, we investigated the above-mentioned inhibiting activity of a class of inososes, by means of a molecular docking investigation, which proved the suggested validity of the studied compound as inhibitor of the alfa-glucosidase

Experimental and in silico characterization of a biologically active inosose

D'ANDREA, FELICIA;
2013-01-01

Abstract

Inositols have been recently reported to show a biological activity as inhibitors of both glycosidase and amyloid-b protein. After having harvested good crystals suitable for single crystal X-ray diffraction, we performed a comparison with the data inferred by means of a molecular dynamics simulation, based on the use of an appropriate Force Field coupled to the most performing charging scheme. This approach allowed a detailed analysis extended to ultra-fine details, such as atomic displacement parameters. It confirmed the good validity of a robust approach already tested by us in previous studies. A NMR analysis of the molecule in solution was also carried out, to compare the structural findings suggested by the X-ray analysis with the ones in solution and avoid confining them to the solid-state. In this framework, we investigated the above-mentioned inhibiting activity of a class of inososes, by means of a molecular docking investigation, which proved the suggested validity of the studied compound as inhibitor of the alfa-glucosidase
2013
D'Andrea, Felicia; Pistarà, V; Lombardo, Gm; Rescifina, A; Bacch, A; Punzo, F.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11568/158847
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