info:eu-repo/semantics/article
Study of the action of Flavonoids on Xanthine-Oxidase by molecular topology
Fecha
2000-06-01Registro en:
Ponce, A.M.; Blanco, Sonia Encarnacion; Molina, A. Stegio; García Domenech, Ramon; Gálvez, Jorge; Study of the action of Flavonoids on Xanthine-Oxidase by molecular topology; American Chemical Society; Journal Of Chemical Information And Computer Sciences; 40; 4; 1-6-2000; 1039-1045
0095-2338
CONICET Digital
CONICET
Autor
Ponce, A.M.
Blanco, Sonia Encarnacion
Molina, A. Stegio
García Domenech, Ramon
Gálvez, Jorge
Resumen
A study was performed on xanthine-oxidase inhibition by 22 flavonoids, including flavones, flavonols, flavanones, and chalcones, using UV spectroscopy for experimental data and molecular topology to establish the structure-activity relationship (SAR) model. The flavonoids were classified into four groups according to their activity on xanthine-oxidase (inactive, low, significant, or high), and linear discriminant analysis was used to classify each compound within a group. The results led to a very good model, which was able to classify correctly as xanthine oxidase inhibitors, along with a test set of molecules including a variety of different compounds such as allopurinol, caffeic acid, esculetin, and alloxantin.