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Inhibition of the prostaglandin synthetase systems in ocular tissues by indomethacin

机译:消炎痛对眼组织中前列腺素合成酶系统的抑制作用

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摘要

>1 We have compared the sensitivity of the prostaglandin synthetase systems derived from microsomal fractions of rabbit ocular tissues (anterior uvea, conjunctiva and retina) with other rabbit tissues such as the kidney medulla and spleen, to inhibition by indomethacin.>2 Generation of prostaglandin-like activity by the microsomal fractions from added arachidonic acid varied with the tissue used. Highest activity was found in the kidney medulla, then in descending order, the conjunctiva, anterior uvea, spleen, retina and cornea.>3 Indomethacin was most potent in the spleen (ID50 0.045 μg/ml) then in decreasing order in the kidney medulla, conjunctiva, anterior uvea and weakest in the retina, where the ID50 for indomethacin was 50 μg/ml.>4 The differential sensitivity to inhibition of the prostaglandin synthetase systems from different tissues is an important consideration in the development of new ocular anti-inflammatory agents.
机译:> 1 我们比较了兔眼组织(前葡萄膜,结膜和视网膜)的微粒体部分衍生的前列腺素合成酶系统与其他兔肾髓质和脾组织的敏感性对消炎痛的敏感性。> 2 根据添加的花生四烯酸的微粒体级分产生的前列腺素样活性随所使用的组织而异。肾髓质的活性最高,结膜,前葡萄膜,脾脏,视网膜和角膜的降序排列。> 3 消炎痛在脾脏中的效力最高(ID50 0.045μg/ ml),而在脾脏中则最高。肾脏延髓,结膜,前葡萄膜和视网膜最弱的顺序降低,消炎痛的ID50为50μg/ ml。> 4 来自不同组织的对前列腺素合成酶系统抑制的敏感性差异为在开发新的眼部抗炎剂中一个重要的考虑因素。

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