inhibitors is described. We report powerful inhibition of the influenza neuraminidase by these probes and quantify fluorescence quenching during binding of the fluorescein conjugate through titration with the neuraminidase. Thus, we show that they could be useful tools to efficiently inhibit, detect and quantify the virus and the neuraminidase in biological systems.
磷酸-
奥司他韦与已建立的报告基团
荧光素和
生物素的缀合物的合成,并描述了一种多聚体
抑制剂的方法。我们报告了由这些探针对流感
神经氨酸酶的强力抑制作用,并通过与
神经氨酸酶滴定定量了
荧光素结合物的结合过程中的荧光猝灭。因此,我们表明它们可能是有效抑制,检测和定量
生物系统中病毒和
神经氨酸酶的有用工具。