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酒石酸锑钾与二磺酸钠儿茶酚、二巯基丁二酸钠及其它一些能与锑螯合的药物混合后,能或多或少地生成(?)波芬、二巯基丁二酸锑钠及其它一些相应的锑剂.而这些能与锑螯合的药物,亦能降低锑剂杀血吸虫的作用,并与浓度有关.二磺酸钠儿茶酚或二巯基丁二酸钠分别与酒石酸锑钾在血液中混合后,亦可形成(?)波芬或二巯基丁二酸锑钠.二磺酸钠儿茶酚与酒石酸锑钾先后注射于同一小白鼠的腹腔中,其半数致死量与(?)波芬相同.这些结果说明锑剂进入血液后,可能与某些能和锑螯合或“结合”的物质在一定条件下形成一种动态的平衡,而解毒药物对锑剂的解毒机制在于与机体中某些重要的物质相互竞争锑的缘故.
Antimony potassium tartrate and sodium disulfonate catechin, sodium dimercaptosuccinate and other drugs can be chelated with antimony, can be more or less generated? (?), Antimony dimercaptosuccinate Sodium and some other antimony agents, which can be chelated with antimony drugs can also reduce the role of antimony agent to kill schistosomiasis, and with the concentration of sodium disulfonate catechol or sodium dimercaptosuccinate with Antimony potassium tartrate mixed in the blood, but also the formation of? (?) Or antimony dimercaptosuccinate sodium disulfonate catechol and antimony potassium tartrate have been injected into the abdominal cavity of the same mice, the number of lethal The results are the same as (?) Boffin.These results suggest that the antimony agent may form a kind of dynamic equilibrium with certain substances that can chelate or “bind” with antimony under certain conditions after entering the blood, The detoxification mechanism lies in the competing antimony with some important substances in the body.