片语

sensory information storage感觉信息贮存

visceral sensory information内脏感觉

sensory information store感官信息贮存

英汉例句

• When the average person takes in sensory information from the environment, he or she intuitively filters it, prioritizes it, and responds in a purposeful way.

  一个普通人在接收到来自环境的感官信息时，他会自然而然地将其筛选并分出轻重缓急，而且能够有针对性地作出反应。

• Ultimately, scientists want to use synthetic brains to understand how sensory information from the real world is interpreted and stored, and how consciousness arises.

  最终，科学家们希望利用人造大脑，来了解从现实世界中所获得的感知信息是如何被解读和储存的，以及意识是如何产生的。

• The plot supposes that humans live in vats many years in the future, being fed false sensory information by a giant virtual reality computer (the Matrix).

  影片想象在遥远的未来，人类生活在某种容器中，由一台超级虚拟现实计算机（TheMatrix）为他们提供虚幻的感觉信息。

• We have come to literally see how stress and curiosity edits which sensory information is given entry to our neural networks and where the input ends up.

  我们现在能看到压力和好奇心如何改变了输入到我们的神经网络里的感觉信息，以及如何影响这些进入的感觉信息最终将被送到那里。

• These areas are responsible for the coordination of attention and action. The networks in the occipital lobe, on the other hand, handle and maintain the sensory information about the visual stimuli.

  大脑额叶和顶叶区域负责协调注意和行动，而大脑枕叶区域则处理和维持视觉刺激引起的感觉信息。

• Previous research has found that the brain activity producing spindles, which only occur during sleep, kept sensory information from passing through an area of the brain known as the thalamus

  先前的研究已经发现，大脑活动产生的纺锤波，只会在睡眠中出现，它能抑制感觉信息通过大脑中叫作丘脑的区域。

• 「This illustrates how rapidly the fly「s brain can process sensory information into an appropriate motor response,」 said Dickinson, whose research appears in the journal Current Biology.

  迪金森说：「这就说明苍蝇的大脑能够非常迅速地将感官信息转化为相应的动作反应指令。」该研究报告在《当代生物学》期刊上发表。

• Optical illusions clearly demonstrate that the brain does not always interpret sensory information correctly, by producing a discrepancy between what we see and and how we perceive.

  视错觉的产生就是因为在我们看到的事物和对该事物的感知之间有了差异，这清楚地表明，大脑并非总是能够正确传递感官信息。

• BACKGROUD: The entorhinal cortex provides sensory information to the hippocam for memory and learning.

  背 景：内皮层向海马提供感觉信息，以进行记忆和学习。

• All of the sensory information of a kiss - the smell and warmth of your partner」s skin, the taste and feel of soft lips - shoots into your brain, delighting your neurons and forging new connections.

  所有关于接吻的感官信息——你伴侣身上的味道和温度、柔软双唇的触觉和感觉——会全部发送到你的大脑中，这会让你的神经元兴奋，并产生新的联系。

• Across it, neurons linked to different body parts exchange information about the sensory information feeding into them.

  通过感觉皮质层，映射身体不同部位的神经元在这里交换传入的感觉信息。

• A gateway in the brain, called the thalamus, takes a role in the onward direction of most types of sensory information coming in to the brain.

  大脑的信号门，被成为丘脑，在感知信息向大脑方向传递的过程中起到了重要作用。

• The human mirror system functions effectively in people blind from birth, indicating that it is capable of interpreting nonvisual sensory information to acquire knowledge about others.

  先天失明者能有效发挥其镜像系统功能，表明其完全有能力理解他人的非视觉信息以获取对他人的了解。

• V. Reggie Edgerton of the David Geffen School of Medicine at UCLA said sensory information is sent via neural networks in the legs directly to the spinal cord.

  雷吉·埃杰顿的大卫·格芬医学院的加州大学洛杉矶分校说感觉信息发送通过在腿部神经网络直接到脊髓。

• The experiments were designed to determine whether the brains of the genetically altered mice could efficiently process sensory information from the new photoreceptors in their eyes.

  这些实验是为了验证经过基因治疗的小鼠的大脑能否有效的感知它们眼内的新的光感受器的信息。

• This means that it must integrate visual information from its eyes with sensory information from its legs, to tell it how to move to get in the optimal pose for take-off.

  这就说明苍蝇必须整合来自复眼的视觉信息和来自脚下的触觉信息，并根据这些信息，在起飞逃跑前将身体调整到最佳姿势。

• While most sensory information is 「processed」 by the thalamus before being sent on its way, Ellenbogen says, light goes directly to the circadian system.

  大多数感觉信号都经过丘脑处理才会发动到特定中枢，而光线刺激直接影响生物钟系统。

• This was a surprising result because most people thought that sensory information was perceived as neutral, with the brain deciding later from the context whether it was good or bad.

  这是个令人惊讶的结果，因为多数人觉得感知信息是没有倾向性的，好坏是由大脑随环境而决定的。