J Opt Soc Am A Opt Image Sci Vis. 2022 Jun 1;39(6):1104-1110. doi: 10.1364/JOSAA.457223.
Color theory is based on the exclusive activation of cones. However, since the discovery of melanopsin expressing cells in the human retina, evidence of its intrusion in brightness and color vision is increasing. We aimed to assess if differences between peripheral or large field and foveal color matches can be accounted for by melanopsin activation or rod intrusion. Photopic color matches by young observers showed that differences between extrafoveal and foveal results cannot be explained by rod intrusion. Furthermore, statistical analyses on existing color-matching functions suggest a role of melanopsin activation, particularly, in large field fundamentals.
颜色理论基于视锥细胞的独占激活。然而,自从在人类视网膜中发现表达黑视蛋白的细胞以来,其在亮度和颜色视觉中的干扰证据正在不断增加。我们旨在评估周边或大视野和中央凹颜色匹配之间的差异是否可以用黑视蛋白的激活或视杆细胞的干扰来解释。年轻观察者的明视觉颜色匹配表明,周边和中央凹结果之间的差异不能用视杆细胞的干扰来解释。此外,对现有颜色匹配函数的统计分析表明,黑视蛋白的激活,特别是在大视野的基础方面,起着作用。