The state alters the flow of cellular signals through a bird’s visualpathways, ultimately resulting in a perception of magnetism.
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。
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The researchers wanted to understand what visualpathways to the brain in mammals may be responsible for this behavior in the presence of more light.
研究人员想知道在哺乳动物脑中有哪些视觉神经可以对光线做出反应。
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"Those frontal and parietal areas then seem to work together to exercise control over the sensory inputs at the early stages of the visualpathways," he said.