Daniel J W, Gage J C, Lefevre P A
Biochem J. 1971 Feb;121(3):411-5. doi: 10.1042/bj1210411.
The metabolism of methoxy[(14)C]ethylmercury chloride in the rat has been investigated. After a single subcutaneous dose a small proportion is excreted unchanged in urine and a larger amount in bile with some resorption from the gut. The greater part of the dose is rapidly broken down in the tissues with a half-time of about 1 day to yield ethylene and inorganic mercury. Ethylene is exhaled in the breath and the mercury migrates to the kidney and is excreted in urine. A small proportion of the dose appears as carbon dioxide in the breath and about 12% in urine as a mercury-free metabolite. It is possible that the breakdown of methoxyethylmercurychloride to ethylene and inorganic mercury is not catalysed by an enzyme system.
对大鼠体内氯化甲氧基[¹⁴C]乙基汞的代谢进行了研究。单次皮下给药后,一小部分以原形经尿液排出,而更多的则随胆汁排出,其中一部分会从肠道再吸收。大部分剂量在组织中迅速分解,半衰期约为1天,生成乙烯和无机汞。乙烯经呼吸呼出,汞则迁移至肾脏并经尿液排出。一小部分剂量以二氧化碳形式经呼吸排出,约12%以无汞代谢物形式经尿液排出。甲氧基乙基汞氯化物分解为乙烯和无机汞的过程可能并非由酶系统催化。