Mikosha A S
Vopr Med Khim. 1985 Jan-Feb;31(1):61-4.
Activity of malate enzymes was studied in human, dog, guinea pig, rat and cattle adrenal glands. The malate enzymes were inhibited in dog adrenal glands after feeding of the animals with 1,1-dichloro-2-(o-chlorophenyl)-2-(p-chlorophenyl)-ethane (o, p-DDD, chloditane, mitotane). The rate of NADP reduction was also decreased if o, p-DDD was added into preparations of dog adrenal gland slices or homogenates in vitro. At the same time, o, p-DDD did not influence on cytosole malate enzymes. Guinea pigs were highly resistant to the adrenocorticolytic action of o, p-DDD; activity of malate enzymes in adrenal glands of the animals was unaltered after intramuscular or per os administration of the drug. In vitro o, p-DDD did not alter the activity of malate enzymes in guinea pig adrenal gland slices or cytosole but reduced the activity in homogenates.
对人、狗、豚鼠、大鼠和牛的肾上腺中苹果酸酶的活性进行了研究。在用1,1-二氯-2-(邻氯苯基)-2-(对氯苯基)乙烷(邻,对-DDD,氯地坦,米托坦)喂养动物后,狗肾上腺中的苹果酸酶受到抑制。如果在体外将邻,对-DDD添加到狗肾上腺切片或匀浆制剂中,NADP还原速率也会降低。同时,邻,对-DDD对胞质苹果酸酶没有影响。豚鼠对邻,对-DDD的肾上腺皮质溶解作用具有高度抗性;在肌肉注射或口服该药物后,动物肾上腺中苹果酸酶的活性未发生改变。在体外,邻,对-DDD不会改变豚鼠肾上腺切片或胞质中苹果酸酶的活性,但会降低匀浆中的活性。