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Carbamate derivatives of felbamate as potential anticonvulsant agents

机译:氨基甲酸酯的氨基甲酸酯衍生物作为潜在的抗惊厥药

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Several monocarbamate compounds derived from felbamate were synthesized and 11 target compounds (1, 4, and 6–14) were initially evaluated in mice MES and PTZ models in our laboratory. Carbamate compounds with varying substituents on the oxygen (1–4) gave anticonvulsant activity with a wide range of ED50 in MES test from 300 mg/kg (4) and compounds with different groups on the nitrogen (5–14) also were quite active in the range of 15 mg/kg (14) to 170.5 mg/kg (6). This suggested that the spatial limitation in the MES model seemed flexible especially on the nitrogen end. All tested compounds showed some activity against mice scPTZ test, but none had the ED50 value <50 mg/kg. Ten selected compounds (1 and 6–14) for subsequent pharmacological evaluation in NIH all gave positive mice MES activity except 8 and 9, which were unexpectedly active in rats after further evaluations. Among the compounds, 1, 8, and 9 advanced to the quantitative study and 1 and 9 provided the highest PI values, 15 and 21, respectively, in the rat oral MES test.
机译:合成了数种源自非苯甲酸酯的单氨基甲酸酯化合物,并在我们实验室的小鼠MES和PTZ模型中初步评估了11种目标化合物(1、4和6-14)。氧测试中具有不同取代基的氨基甲酸酯化合物(1-4)在300 mg / kg的MES测试中具有广泛的ED 50 抗惊厥活性(4)和氮基上具有不同基团的化合物( 5-14)在15 mg / kg(14)至170.5 mg / kg(6)的范围内也相当活跃。这表明MES模型的空间限制似乎是灵活的,尤其是在氮端。所有测试的化合物均具有抗小鼠scPTZ测试的活性,但ED 50 值均<50 mg / kg。十种选定的化合物(1和6-14)用于随后在NIH中进行药理评估,均获得了MES阳性的小鼠活性,但8和9除外,它们在进一步评估后在大鼠中意外地具有活性。在化合物中,有1、8和9进入了定量研究,而1和9在大鼠口服MES测试中分别提供了最高的PI值,分别为15和21。

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