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人工晶状体矫正单侧无晶状体眼的近视力像不等。

Aniseikonia for near vision with unilateral aphakia corrected by intraocular lenses.

作者信息

Ivashina A I

出版信息

Ann Ophthalmol. 1981 Nov;13(11):1309-11.

PMID:7325508
Abstract
  1. Our methods for calculation of aniseikonia for near vision allow one to determine it in every patient with an intraocular lens. 2. With an eye with an artificial lens there is a correlation between the amount of accommodation used by the phakic eye and aniseikonia changes subject to the distance from the object. Calculations for aniseikonia for near vision in 43 patients showed that with accommodation used by the normal eye aniseikonia was increased by 3.0% to 7.8% as compared with aniseikonia for distance. With accommodation of the phakic eye lacking, aniseikonia for near vision did not differ much from its value for distance. 3. Calculations for aniseikonia for near vision showed the advantage of intraocular lens implantation for obtaining iso-iconia for distance or tolerable aniseikonia not more than 2.5% to 3.0%. 4. For obtaining iso-iconia for near vision it is necessary to correct the phakic eye to switch off its accommodation partially or completely (with emmetropia, correction +2.0D for near vision).
摘要
  1. 我们计算近视力像差的方法能够让人们在每一位植入人工晶状体的患者身上测定该数值。2. 对于植入人工晶状体的眼睛,有晶状体眼使用的调节量与像差变化之间存在相关性,该变化取决于物体的距离。对43例患者近视力像差的计算表明,正常眼使用调节时,与远视力像差相比,近视力像差增加了3.0%至7.8%。当有晶状体眼缺乏调节时,近视力像差与其远视力值相差不大。3. 近视力像差的计算表明,植入人工晶状体有利于获得远视力等像或可耐受的像差,不超过2.5%至3.0%。4. 为了获得近视力等像,有必要矫正有晶状体眼,部分或完全消除其调节功能(正视眼时,近视力矫正+2.0D)。

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