Retinal phototransduction.

IF 1.3
Neurosciences (Riyadh, Saudi Arabia) Pub Date : 2014-10-01
Gurdeep S Mannu
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Abstract

Vision is perhaps the most important of all our senses, and gives us an immense amount of information regarding the outside world. The initial format in which this information reaches the retina are photons; particles of energy radiation of a given wavelength emitted or reflected from our surroundings. The brain itself however, perceives information in electrical signals via action potentials and changes in electrochemical gradients. The processes involved in the transduction of photons into electrical potentials will be the focus of this article. This review article summarizes the recent advances in understanding these complex pathways and provides an overview of the main molecules involved in the neurobiology of vision.

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视网膜phototransduction。
视觉可能是我们所有感官中最重要的,它给我们提供了关于外部世界的大量信息。信息到达视网膜的初始形式是光子;从我们周围环境发射或反射的具有一定波长的能量辐射粒子。然而,大脑本身通过动作电位和电化学梯度的变化来感知电信号中的信息。光子转化为电势的过程将是本文的重点。本文综述了在理解这些复杂通路方面的最新进展,并对视觉神经生物学中涉及的主要分子进行了概述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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