作者:Vinay Girijavallabhan、Ashok Arasappan、Frank Bennett、Kevin Chen、Qun Dang、Ying Huang、Angela Kerekes、Latha Nair、Dmitri Pissarnitski、Vishal Verma、Carmen Alvarez、Ping Chen、David Cole、Sara Esposite、Yuhua Huang、Qingmei Hong、Zhidan Liu、Weidong Pan、Haiyan Pu、Randall Rossman、Quang Truong、Bancha Vibulbhan、Jun Wang、Zhiqiang Zhao、David Olsen、Andrew Stamford、Stephane Bogen、F. George Njoroge
DOI:10.1080/15257770.2016.1154968
日期:2016.6.2
ABSTRACT Novel 2′-modified guanosine nucleosides were synthesized from inexpensive starting materials in 7–10 steps via hydroazidation or hydrocyanation reactions of the corresponding 2′-olefin. The antiviral effectiveness of the guanosine nucleosides was evaluated by converting them to the corresponding 5′-O-triphosphates (compounds 38–44) and testing their biochemical inhibitory activity against
摘要 新型 2'-修饰的鸟苷核苷是由廉价的起始材料通过相应的 2'-烯烃的氢化叠氮化或氢氰化反应在 7-10 个步骤中合成的。通过将鸟苷核苷转化为相应的 5'-O-三磷酸(化合物 38-44)并测试它们对野生型 NS5B 聚合酶的生化抑制活性来评估鸟苷核苷的抗病毒效果。