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葡萄膜炎的自然病程。

The natural history of uveitis.

作者信息

Nussenblatt R B

机构信息

National Eye Institute, National Institutes of Health, Bethesda, Maryland.

出版信息

Int Ophthalmol. 1990 Oct;14(5-6):303-8. doi: 10.1007/BF00163549.

Abstract

Inflammatory diseases of the eye were known to the ancients, but only recently have the underlying mechanisms to this problem become better defined. During the middle portion of this century, most cases of uveitis thought to be caused by infectious agents, such as those responsible for syphilis and tuberculosis. Since then, it has become clear that endogenous mechanisms of immunomodulation play an important role in these disorders, which along with environmental and genetic factors make up an important triad. Animals studies have indicated the pivotal role of the T-cell in many of these disorders. The development of T-cell lines has helped to further delineate cell to cell interactions that occur during an ocular inflammatory event. The presence in the eye of uveitogenic antigens raises the strong possibility of autoimmune driven processes as well, similar to what is seen in the animal models. The better understanding of ocular inflammatory mechanisms has led to improved therapeutic strategies, including Sandimmune, and more recently Cyclosporine G, a related compound that may be less nephrotoxic. Newer therapeutic strategies will focus on even more novel modes of immunomodulation, probably without the use of medications.

摘要

眼部炎症性疾病在古代就已为人所知,但直到最近,这一问题的潜在机制才得到更明确的界定。在本世纪中叶,大多数葡萄膜炎病例被认为是由感染因子引起的,比如那些导致梅毒和肺结核的病原体。从那时起,人们逐渐清楚,内源性免疫调节机制在这些疾病中起着重要作用,这些机制与环境和遗传因素共同构成了一个重要的三联体。动物研究表明,T细胞在许多此类疾病中起着关键作用。T细胞系的发展有助于进一步阐明眼部炎症事件中发生的细胞间相互作用。葡萄膜炎原性抗原在眼部的存在也增加了自身免疫驱动过程的可能性,这与在动物模型中观察到的情况类似。对眼部炎症机制的更好理解带来了改进的治疗策略,包括山地明,以及最近的环孢素G,一种可能肾毒性较小的相关化合物。更新的治疗策略将集中在更新颖的免疫调节模式上,可能不使用药物。

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