C-Glucoside derivatives covalently linked to the arsenic atom in different oxidation states have been synthesized by avoiding protection-deprotection steps. While compound 1, bearing an AsV atom, did not show any significant biological activity, compound 2, in which the glucose moiety is linked to the arsenic atom as dithioarsenical (AsIII), showed promising antiproliferative activity on a cell line of neuroblastoma (SKN-BE).
C-Glucoside derivatives covalently linked to the arsenic atom in different oxidation states have been synthesized by avoiding protection-deprotection steps. While compound 1, bearing an AsV atom, did not show any significant biological activity, compound 2, in which the glucose moiety is linked to the arsenic atom as dithioarsenical (AsIII), showed promising antiproliferative activity on a cell line of neuroblastoma (SKN-BE).
arsenical c-glucoside derivatives with promising antitumor activity / D'Orazio, Giuseppe; Parisi, Gelsomina; Policano, Claudia; Mechelli, Rosella; CODACCI PISANELLI, Giovanni; Pitaro, Michele; Ristori, Giovanni; Salvetti, Marco; Nicotra, Francesco; La Ferla, Barbara. - In: EUROPEAN JOURNAL OF ORGANIC CHEMISTRY. - ISSN 1434-193X. - STAMPA. - 2015:21(2015), pp. 4620-4623. [10.1002/ejoc.201500529]
arsenical c-glucoside derivatives with promising antitumor activity
POLICANO, CLAUDIA;MECHELLI, Rosella;CODACCI PISANELLI, Giovanni;RISTORI, GIOVANNI;SALVETTI, Marco;
2015
Abstract
C-Glucoside derivatives covalently linked to the arsenic atom in different oxidation states have been synthesized by avoiding protection-deprotection steps. While compound 1, bearing an AsV atom, did not show any significant biological activity, compound 2, in which the glucose moiety is linked to the arsenic atom as dithioarsenical (AsIII), showed promising antiproliferative activity on a cell line of neuroblastoma (SKN-BE).| File | Dimensione | Formato | |
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