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视锥细胞机制在侧向相互作用中的特异性。

Specificity of cone mechanisms in lateral interaction.

作者信息

McKee S P, Westheimer G

出版信息

J Physiol. 1970 Jan;206(1):117-28. doi: 10.1113/jphysiol.1970.sp009001.

Abstract
  1. The increment threshold for a brief, small probing light flash was used as an indicator of the state of adaptation of the human fovea. It shows that illumination of a zone up to 7 min of arc in diameter desensitizes the retina and that the additional illumination of a surrounding zone acts to counteract the desensitization.2. The red and green colour mechanisms were isolated by selecting light of appropriate wave-lengths for the adaptation and the increment stimuli and it was demonstrated that the desensitizing and sensitizing adaptation zones exist within each mechanism.3. Using the constancy of the increment threshold for a brief, small probing flash as a null-indicator for equivalence of annuli of various wave-lengths to produce a given amount of sensitization, the action spectrum for the laterally interacting region was obtained for both the red and the green mechanisms.4. For the red mechanism, the surrounding sensitizing zone has the action spectrum also of the red mechanism. For the green mechanism the surrounding sensitizing zone has a green action spectrum.
摘要
  1. 短暂、小幅度探测闪光的增量阈值被用作人眼中央凹适应状态的指标。结果表明,直径达7分视角的区域的光照会使视网膜脱敏,而周边区域的额外光照则起到抵消脱敏的作用。

  2. 通过为适应和增量刺激选择合适波长的光来分离红、绿颜色机制,结果表明每种机制内都存在脱敏和敏化适应区域。

  3. 利用短暂、小幅度探测闪光的增量阈值的恒定性作为零指标,以确定不同波长的环形区域产生给定敏化量的等效性,从而获得了红、绿机制的横向相互作用区域的作用光谱。

  4. 对于红机制,周边敏化区域也具有红机制的作用光谱。对于绿机制,周边敏化区域具有绿色作用光谱。

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