中间密集着超灵敏视觉细胞。
At the center is a dense cluster of ultra-sensitive vision cells.
玻璃表面的视觉细胞反映在第1版的黄白色。
The glass surfaces of the visual cell reflect at version 1 of yellow-white.
你只有一个视觉细胞集，所以如果你失去了他们，他们永远无法被取代。
You only have one set of vision cells, so if you lose them they can never be replaced.
之所以会这样，是因为大脑中的视觉细胞和听觉细胞会争夺有限的大脑空间。
It happens because visual and hearing senses are trying to share limited brain capacity, they said.
视觉细胞之间存在的侧抑制机制能够对接收到的视觉信息进行选择性的提取。
Through the mechanism called lateral inhibitory existing among the visual neurons, visual information can be selectively detected.
组织细胞图像分割是计算机视觉细胞追踪系统的基本问题和细胞图象识别所必需的步骤。
The segmenting method of cell and tissues images is a main problem of computer vision-based cell tracking system.
由光化学所产生的化学物质陨害视觉细胞，减低它们的感光度，极端的情况可以破坏细胞。
The resulting photoproducts damage the cells, impairing their ability to respond to light, and in extreme cases can destroy them.
我们的研究表明，从光损伤，为AMD公司发生什么干的很好的模型视觉细胞复苏的明确证据。
Our research shows clear evidence of recovery of vision cells from light damage, a good model for what happens in dry AMD.
在中心部分分布着密集的强敏感视觉细胞，而在中心部分以外的区域，光感细胞的分布明显稀疏了许多。
At the center is a dense cluster of ultra-sensitive vision cells. Outside this central area, the cells rapidly become more sparse.
维生素A是构成视觉细胞中感受弱光的视紫红质的组成成分，视紫红质是由视蛋白和11-顺-视黄醛组成，与暗视觉有关。
Vitamin A is to create visual cells in order to feel weak light of the composition of rhodopsin, rhodopsin from opsin and 11 - cis - retinal composition, with the dark vision related.
它的视网膜上每平方毫米有一百万个视锥细胞，所以它能分辨出很细微的视觉差别。
It can make fine visual distinctions because it is blessed with one million cones per square millimeter in its retina.
哈佛医学院表示，蓝光对眼睛有害，因为蓝光会杀死我们视觉所需的感光细胞。
Blue light is bad for our eyes, as it can kill the photoreceptor cells we need for vision, according to Harvard Medical School.
当猴子看到笑脸时，为其脑部视觉部分的神经细胞供血的血管会短暂隆起，其隆起模式与看到的图案惊人的一致。
As the monkey looked at the face, blood vessels supplying nerve cells in the visual part of the monkey's brain transiently swelled in exactly the same pattern.
这种状态的变化会影响鸟类视觉信号在细胞中的传输，最终造成鸟类对磁场的感知。
The state alters the flow of cellular signals through a bird’s visual pathways, ultimately resulting in a perception of magnetism.
这使单细胞生物产生了一种原始形式的视觉能力，使他们能够根据光亮和阴暗进行移动，它也使生物产生了一种控制电势的能力。
This gave them a crude form of vision, allowing them to move in response to light and shade, but also brought into biology a way of controlling electrical potential.
它需要一个完整的眼球，一个极性细胞具有正常功能的完整视网膜，还有将信息传递给大脑的视觉神经。
It relies on an intact eyeball, an intact retina with functioning bipolar cells, and an optic nerve to convey the information to the brain.
关于水平细胞的感光性如何参与视觉成像，还需要对视网膜而非单个细胞进行更多研究。
Learning more about how the light sensitivity of horizontal cells contributes to image vision will require studying whole retinas, not just single cells.
当光线被这些感受器感受到时，杆状和锥状细胞就把视觉信号从一个神经细胞传到另一个神经细胞，一直传送到大脑负责成像处理的区域。
When they detect light, rods and cones pass the visual signal from nerve cell to nerve cell to the visual processing part of the brain.
值得一提的是，这些光感细胞也是我们的大脑能接受视觉信息的关键因素。
It is only from these cells our brain can receive detailed visual information. See image below.
神经细胞和纤维仍在起作用，处理刺激物的空间位置属性，只不过不是视觉，而是通过听觉和触觉。
The neural cells and fibers are still there and still functioning, processing spatial attributes of stimuli, driven not by sight but by hearing and touch.
什么研究建议是处理周边视觉朝他们的自转的方向偏移转动的对象的脑细胞？
What the study suggests is that brain cells that process peripheral vision displace spinning objects in the direction of their rotations.
视网膜是眼睛的“运作终端”，膜上的神经细胞将进入眼球的光转化为电信号和化学信号，然后经过视觉神经传输给大脑。
The retina is the "business end" of the eye, where nerve cells convert light into electrical and chemical signals that are sent to the brain down the optic nerve.
动物主要借助网膜中的两类光感细胞获得视觉：视杆细胞帮助感知亮度，而种类众多的视锥细胞则帮助辨别颜色。
Retinas use two main types of light-sensitive cells to allow animals to see: Rod cells help measure brightness, while various types of cone cells help distinguish colors.
在处理图像的视觉皮层，根据所分析的部位，细胞被分类。
In the visual cortex, where images are processed, cells are grouped by which part of the visual scene they analyze.
对几种特殊的输入函数进行了编码仿真实验，结果说明了视皮层复杂细胞时空整合编码序列的精细时间结构能够进行视觉输入的神经表象。
The simulated results for three special input functions show the finer structure of spatiotemporal integration coding series of complex cells in visual cortex could represent visual inputs.
眼睛的视觉系统刺激视网膜内的细胞。
因此，弄清视网膜神经节细胞的发生机制，将有助于阐明视觉形成机理。
Therefore, development of the retina ganglion cell is beneficial to clarify the sense of vision formation mechanism.
因此，弄清视网膜神经节细胞的发生机制，将有助于阐明视觉形成机理。
Therefore, development of the retina ganglion cell is beneficial to clarify the sense of vision formation mechanism.
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