[14Co-dimetinur distribution in mice in relation to the stage of the development of tumor process].

Eksperimental'naia onkologiia Pub Date : 1990-01-01
L A Ostrovskaia, V A Rykova, A A Kondarov, L Etvesh, E Shimon-Trompler, I S Sokolova, D B Korman
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引用次数: 0

Abstract

Pharmacokinetics of the antitumour agent 14CO-dimetinur (100 mg/kg) after oral administration to the intact mice and those with solid leukemia P 388 is characterized by its rapid delivery to organs and tumours with the achievement of maximum radioactivity 5 hours later and the further gradually decline during 4 days. The increased accumulation of the 14CO-products in kidneys and their retarded output from the brain and lungs against a background of the relatively equal distribution of radioactivity between other tested organs have been established. The same level of carbamoylated products in large tumours (the 16th day after leukemia transplantation) as well as in small tumours (the 9th day after inoculation) is in agreement with the conservation of the initial marked inhibitory effect of the drug against advanced tumours.

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[14] co -dimetinur在小鼠体内分布与肿瘤发展阶段的关系。
抗肿瘤药物14CO-dimetinur (100 mg/kg)在完整小鼠和实体白血病p388小鼠体内口服后的药代动力学特点是:其快速给药到器官和肿瘤,5小时后达到最大放射性,4天内进一步逐渐下降。14 - co产物在肾脏中积累增加,在其他受测器官之间放射性分布相对均匀的背景下,其从脑和肺的输出迟缓已经得到证实。在大肿瘤(白血病移植后第16天)和小肿瘤(接种后第9天)中,相同水平的氨基甲酰化产物与药物对晚期肿瘤最初显著抑制作用的保存一致。
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