Review ISI
CURRENT MEDICINAL CHEMISTRY  (2011)

Molecular Chaperone Hsp90 as a Target for Oxidant-Based Anticancer Therapies

Beck R.; Dejeans N.; Glorieux C.; Calderon P.B.; Verrax J.; Pedrosa R.C.; Vosquez D.; Valderrama, J.A.

Keywords: stability, acid, proteins, oxygen, toxicity, therapy, animals, degradation, arsenic, kidney, protein, cell, liver, heat, stress, carcinoma, mechanism, cancer, quinone, humans, leukemia, human, agents, species, melanoma, oxidants, neoplasms, shock, anthraquinone, drug, molecular, article, kinase, heat-shock, destruction, prostate, imexon, antineoplastic, oncoprotein, chaperones, stat5, papillary, benzyl, trioxide, imatinib, trastuzumab, oxidative, derivative, coumarin, menadione, hsp90, nonhuman, Ascorbic, Reactive, unclassified, activated, lawsone, unindexed, buthionine, sulfoximine, mitogen, isothiocyanate, phenethyl, promyelocytic, geldanamycin, salazosulfapyridine, novobiocin, 90, bortezomib, adaphostin, alvespimycin, ansamycin, apatone, kf, 29163, ocx, 191, radicicol, sulforaphane, tanespimycin