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The retinal input to calbindin-D28k-defined subdivisions in macaque inferior pulvinar.

机译:视网膜输入到猕猴下颌骨中的calbindin-D28k定义的细分中。

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摘要

Several studies have provided evidence for direct retinal input to the pulvinar of macaques monkeys, but there is no general agreement regarding the extent of this projection. Moreover, it is not known how retinal input correlates with chemoarchitectonic subdivisions recently recognized within the large, classical divisions of the pulvinar. The potential implications of this correlation have become more evident after reports that chemoarchitectonic subdivisions of the inferior pulvinar (PI) have specific patterns of connections with cortical visual areas. We have therefore re-examined the retino-PI projection using intraocular injections of horseradish peroxides, and correlated it with pulvinar subdivisions revealed using an antibody for calbindin-D28k. Retinal projections were found preferentially within the medial subdivision of the PI, with some involvement of the posterior and central calbindin-D28k defined subdivisions.
机译:几项研究为直接向猕猴的眼底视网膜输入视网膜提供了证据,但是关于这一预测的范围尚无普遍共识。此外,还不知道视网膜输入与最近在肺部大而经典的部分中认识到的化学建筑细分如何相关。在有报道称下丘脑(PI)的化学建筑细分具有与皮层视觉区域的特定连接方式后,这种相关性的潜在含义变得更加明显。因此,我们使用眼内注射的辣根过氧化物重新检查了视网膜-PI投影,并将其与使用钙结合蛋白-D28k的抗体揭示的髓腔细分相关联。视网膜投影优先在PI的内侧细分中发现,其中后方和中央calbindin-D28k定义的细分有些参与。

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