Arrangement of several hydroxamic acid-derived substituents along the cavity of a cyclodextrin ring leads to compounds that detoxify tabun in TRIS-HCl buffer at physiological pH and 37.0 °C with half-times as low as 3 min.
在
环糊精环的腔内沿袭排列若干羟
肟酸衍生取代基,可形成能在生理pH值下和37.0°C的TRIS-HCl缓冲液中对
塔崩进行解毒的化合物,其半衰期仅为3分钟。