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紫外线辐射眼部暴露剂量测定法。

UV radiation ocular exposure dosimetry.

作者信息

Sliney D H

机构信息

Laser Microwave Division, US Army Environmental Hygiene Agency, Aberdeen Proving Ground, MD, USA.

出版信息

Doc Ophthalmol. 1994;88(3-4):243-54. doi: 10.1007/BF01203678.

Abstract

Cataractogenesis by ultraviolet radiation (UVR) has been shown convincingly by a host of different laboratory studies. However, crucial epidemiological evidence linking chronic UVR exposure of age-related cataract appears to be lacking, since different environmental studies have led to apparently conflicting results. This paper explores a possible explanation for these conflicting results: errors in dosimetry. Any epidemiological study depends upon good dosimetry of the subjects' exposures. A careful examination of the biophysical, physiological and behavioral factors which determine the level of UVR exposure of the lens reveals a number of surprises which should explain the apparently conflicting epidemiological results. It is shown that geometrical and behavioral factors related to sunlight are so important, that by overlooking these factors, past epidemiological studies of UVR and cataract could readily be expected to produce conflicting results.

摘要

大量不同的实验室研究已令人信服地表明紫外线辐射(UVR)可导致白内障形成。然而,由于不同的环境研究得出了明显相互矛盾的结果,因此似乎缺乏将年龄相关性白内障的慢性UVR暴露联系起来的关键流行病学证据。本文探讨了这些相互矛盾结果的一种可能解释:剂量测定误差。任何流行病学研究都依赖于对受试者暴露情况的良好剂量测定。仔细研究决定晶状体UVR暴露水平的生物物理、生理和行为因素,会发现一些意外情况,这些情况应能解释明显相互矛盾的流行病学结果。结果表明,与阳光相关的几何和行为因素非常重要,以至于过去对UVR与白内障的流行病学研究若忽视这些因素,很容易得出相互矛盾的结果。

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