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在恒河猴中,无光照剥夺的形式剥夺会产生视觉剥夺综合征。

Form deprivation without light deprivation produces the visual deprivation syndrome in Macaca mulatta.

作者信息

Von Noorden G K, Crawford M L

出版信息

Brain Res. 1977 Jun 24;129(1):37-44. doi: 10.1016/0006-8993(77)90968-4.

Abstract

The previously reported arrest of cell growth in the lateral geniculate nucleus (LGN) following unilateral lid suture during visual immaturity in cats, dogs and monkeys could be caused by deprivation of light or form vision, binocular interaction or a combination of these factors. The lens was surgically removed from one eye of 3 macaques during the first month of life. Quantitative histologic comparison between LGN laminae connected with the phakic and aphakic eye revealed reductions of cell sizes in the monocular and binocular LGN segments receiving input from the aphakic eye of a magnitude comparable to that obtained by the lid suture technique. Since the amount of light stimulating the retina through an aphakic pupil is not reduced, we conclude that light deprivation can be excluded as a cause for arrest of cell growth in the LGN.

摘要

先前报道称,在猫、狗和猴子视觉发育不成熟期间单侧眼睑缝合后,外侧膝状核(LGN)中的细胞生长停滞,这可能是由于光线剥夺、形态视觉剥夺、双眼相互作用或这些因素的综合作用所致。在出生后的第一个月,对3只猕猴的一只眼睛进行了晶状体摘除手术。对与有晶状体眼和无晶状体眼相连的LGN层进行定量组织学比较,结果显示,接受无晶状体眼输入的单眼和双眼LGN节段中的细胞大小减小,其幅度与通过眼睑缝合技术获得的幅度相当。由于通过无晶状体瞳孔刺激视网膜的光量并未减少,因此我们得出结论,光线剥夺可以排除是LGN中细胞生长停滞的原因。

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