640725-74-2Relevant articles and documents
Intracellular metabolism and potential cardiotoxicity of a β-D-2’-C-methyl-2,6-diaminopurine ribonucleoside phosphoramidate that inhibits hepatitis C virus replication
Tao, Sijia,Zhou, Longhu,Zhang, Hongwang,Zhou, Shaoman,Amiralaei, Sheida,Shelton, Jadd,Ehteshami, Maryam,Jiang, Yong,Amblard, Franck,Coats, Steven J.,Schinazi, Raymond F.
, p. 204 - 224 (2019/11/13)
β-D-2’-C-Methyl-2,6-diaminopurine ribonucleoside (2’-C-Me-DAPN) phosphoramidate prodrug (DAPN-PD) is a selective hepatitis C virus inhibitor that is metabolized intracellularly into two active metabolites: 2’-C-Methyl-DAPN triphosphate (2’-C-Me-DAPN-TP) a
Synthesis and Evaluation of 2,6-Modified Purine 2′-C-Methyl Ribonucleosides as Inhibitors of HCV Replication
Zhou, Longhu,Zhang, Hongwang,Tao, Sijia,Ehteshami, Maryam,Cho, Jong Hyun,McBrayer, Tamara R.,Tharnish, Philip,Whitaker, Tony,Amblard, Franck,Coats, Steven J.,Schinazi, Raymond F.
supporting information, p. 17 - 22 (2016/02/03)
A variety of 2,6-modified purine 2′-C-methylribonucleosides and their phosphoramidate prodrugs were synthesized and evaluated for inhibition of HCV RNA replication in Huh-7 cells and for cytotoxicity in various cell lines. Cellular pharmacology and HCV polymerase incorporation studies on the most potent and selective compound are reported.
Dual pro-drugs of 2′-C-methyl guanosine monophosphate as potent and selective inhibitors of hepatitis C virus
McGuigan, Christopher,Madela, Karolina,Aljarah, Mohamed,Gilles, Arnaud,Battina, Srinivas K.,Ramamurty, Changalvala V.S.,Srinivas Rao,Vernachio, John,Hutchins, Jeff,Hall, Andrea,Kolykhalov, Alexander,Henson, Geoffrey,Chamberlain, Stanley
scheme or table, p. 6007 - 6012 (2011/10/18)
We have previously reported the power of combining a 5′- phosphoramidate ProTide, phosphate pro-drug, motif with a 6-methoxy purine pro-drug entity to generate highly potent anti-HCV agents, leading to agents in clinical trial. We herein extend this work with the disclosure that a variety of alternative 6-substituents are tolerated. Several compounds exceed the potency of the prior 6-methoxy leads, and in almost every case the ProTide is several orders of magnitude more potent than the parent nucleoside. We also demonstrate that these agents act as pro-drugs of 2′-C-methyl guanosine monophosphate. We have also reported the novel use of hepatocyte cell lysate as an ex vivo model for ProTide metabolism.