Will P C, Noteboom W D
Res Commun Chem Pathol Pharmacol. 1978 Aug;21(2):307-14.
Methadone induced lysis of human erythrocytes and mouse leukemic cells was studied. The cells lyse without prior swelling that is a necessary step of colloid osmotic lysis. Methadone is accumulated by both cell types, and is widely distributed intracellurly in mouse leukemic cells. The maximum lytic rate is roughly proportional to the amount of methadone uptake and the Q10 for lysis is equal to the Q10 for methadone partitioning between octanol and water. It is concluded that the cells lyse as a result of a non-specific disruption of the plasma membrane.
研究了美沙酮诱导的人红细胞和小鼠白血病细胞裂解。细胞无需预先肿胀就会裂解,而预先肿胀是胶体渗透裂解的必要步骤。两种细胞类型都会积累美沙酮,且美沙酮在小鼠白血病细胞内广泛分布。最大裂解速率大致与美沙酮摄取量成正比,裂解的Q10等于美沙酮在辛醇和水之间分配的Q10。得出的结论是,细胞裂解是质膜非特异性破坏的结果。