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Dataset of red light induced pupil constriction superimposed on post-illumination pupil response

机译:红光诱导瞳孔收缩的数据集叠加在照明后瞳孔响应上

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We collected and analyzed pupil diameter data from of 7 visually normal participants to compare the maximum pupil constriction (MPC) induced by “Red Only” vs. “Blue+Red” visual stimulation conditions. The “Red Only” condition consisted of red light (640±10 nm) stimuli of variable intensity and duration presented to dark-adapted eyes with pupils at resting state. This condition stimulates the cone-driven activity of the intrinsically photosensitive retinal ganglion cells (ipRGC). The “Blue+Red” condition consisted of the same red light stimulus presented during ongoing blue (470±17 nm) light-induced post-illumination pupil response (PIPR), representing the cone-driven ipRGC activity superimposed on the melanopsin-driven intrinsic activity of the ipRGCs (“The Absence of Attenuating Effect of Red light Exposure on Pre-existing Melanopsin-Driven Post-illumination Pupil Response” Lei et al. (2016) ). MPC induced by the “Red Only” condition was compared with the MPC induced by the “Blue+Red” condition by multiple paired sample t -tests with Bonferroni correction.
机译:我们收集和分析了7个视觉正常参与者的瞳孔直径数据,以比较“蓝+红色”视觉刺激条件的“红色”与“蓝+红色”的最大瞳孔收缩(MPC)进行比较。 “只有”条件包括红光(640±10nm)刺激的可变强度和持续时间,呈现给静息状态的深色眼睛的瞳孔。该条件刺激本质上光敏视网膜神经节细胞(IPRGC)的锥形驱动活性。由在持续的蓝色(470±17nm)光诱导的照射后瞳孔响应(PIPR)中提出的“蓝+红色”条件包括相同的红光刺激,代表叠加在黑色素驱动的内在的锥体驱动的IPRGC活性IPRGCS的活动(“红光暴露对预先存在的黑猴驱动后照射后照射后瞳孔反应的缺失”Lei等人)。(2016))。通过用Bonferroni校正的多个配对样本T -Test通过“蓝+红色”条件诱导的“红色”条件诱导的MPC。

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