听觉皮层 英语是什么意思 - 英语翻译

• auditory cortex

在 中文 中使用 听觉皮层 的示例及其翻译为 英语

听觉皮层对伽马波段的声音有不同的反应。
The auditory cortex has distinct responses to sounds in the gamma band.

大脑中的听觉皮层系统比人类先进得多。
The auditory cortex system in their brain is much more advanced than humans.

BA41（红色）和BA42（绿色）是听觉皮层。
BA41(red) and BA42(green) are auditory cortex.

主要听觉皮层是tonotopically组织，这意味着皮层中的相邻细胞响应相邻的频率。
The primary auditory cortex is tonotopically organized, which means that neighboring cells in the cortex respond to neighboring frequencies.

听觉皮层以及一直以来被认为一个与语音处理相关的临近脑区，也在完全相同的时刻激活。
The auditory cortex, and an area in its vicinity long believed to be associated with speech processing, were also active at the exact same moments.

听觉皮层涉及到识别和分离听觉“对象”等任务，并确定空间声音的位置。
The auditory cortex is involved in tasks such as identifying and segregating"auditory objects" and identifying the location of a sound in space.

听觉皮层参与诸如识别和隔离“听觉对象”以及识别声音在空间中的位置等任务。
The auditory cortex is involved in tasks such as identifying and segregating“auditory objects” and identifying the location of a sound in space.

听觉皮层由结构和功能彼此不同的领域组成。
The auditory cortex is composed of fields which differ from each other in both structure and function.

每个叶片都有一个小区域-听觉皮层-处理来自外耳和内耳的神经信号。
Each lobe bears a small region- the auditory cortex- that processes nerve signals from the outer and inner ears.

主要听觉皮层以粉红色突出显示，并与上述突出显示的其他区域相互作用.
The auditory cortex is highlighted in pink and interacts with the other areas highlighted above.

听觉皮层基于基础形成分组;例如，在音乐中，这将包括和声，时间和音调。
The auditory cortex forms groupings based on fundamentals; in music, for example, this would include harmony, timing, and pitch.

听觉皮层以粉红色突出显示，并与上面突出显示的其他区域相互作用.
The auditory cortex is highlighted in pink and interacts with the other areas highlighted above.

与这种频率相关的神经元活动的峰值不受听觉皮层的tonotopic组织的限制。
The spike in neuronal activity correlating to this frequency is not restrained to the tonotopic organization of the auditory cortex.

我们的大脑没法处理你的节奏，Jayden--它们在听觉皮层就被截断了。
Our brains can't process your rhythms, Jayden- they're being interrupted in the auditory cortex.".

听觉皮层的现代划分是核心（包括A1），皮带和腰带。
The modern divisions of the auditory cortex are the core(which includes A1), the belt, and the parabelt.

这些研究人员使用BARseq绘制了小鼠大脑听觉皮层中3579个神经元的连接图谱。
The team used BARseq to map the connections of 3,579 neurons in the auditory cortex of the mouse brain.

听觉皮层的现代分裂是核心（包括A1），皮带和参数。
The modern divisions of the auditory cortex are the core(which includes A1), the belt, and the parabelt.

然后，研究人员用他们的模型对一个长期存在的关于听觉皮层结构的问题进行了探索：它是否分级。
The researchers then used their model to explore a longstanding question about the structure of the auditory cortex: whether it is organized hierarchically.

研究小组的数据显示，白噪声显著抑制了听觉皮层神经细胞的活性。
Research group data show that white noise significantly inhibits nerve cell activity in the auditory cortex.

主要听觉皮层位于颞叶的上颞回，并延伸到外侧沟和横向时间回旋（也称为Heschl'sgyri）。
The primary auditory cortex lies in the superior temporal gyrus of the temporal lobe and extends into the lateral sulcus and the transverse temporal gyri(also called Heschl's gyri).

初级听觉皮层位于躯体感觉皮层（somatosensorycortex）的正下方，通常对于触摸有反应（somato来源于希腊语中的"身体"一词）。
The primary auditory cortex lies right below the somatosensory cortex, which typically responds to touch(somato comes from the Greek word for body).

现在的问题是，那一刻之后发生了什么--如果安静持续，听觉皮层进入一种相对静止的状态后，又发生了什么。
So the question is what happens after that moment- when silence continues, and the auditory cortex settles into a state of relative inactivity.

她的研究表明，音乐训练似乎可以改变大脑的听觉皮层。
Her research indicates that musical training seems to modify the brain's auditory cortex.

目前，人类听觉皮层中的数字，位置和组织尚不清楚。
The number, location, and organization of fields in the human auditory cortex are not known at this time.

大脑的这个区域包含主要的听觉皮层，对于处理声音很重要。
This region of the brain contains the primary auditory cortex and is important for processing sounds.

McDermott说：“我们非常清楚地看到，初级听觉皮层和其他所有东西之间的区别。
McDermott said,“We found a distinction between primary auditory cortex and everything else.”.

所以当他们听到音乐的音调时，他们的听觉皮层的大部分就会被激活。
So when they hear a musical tone, a larger part of their auditory cortex is activated.".

通常可以处理声音的大脑部分（所谓的听觉皮层）也被视觉刺激激活，例如。
Parts of the brain that would normally process sounds(the so-called auditory cortex) are also activated by visual stimuli, for example.

听觉皮层一端的神经元对低频响应最好;另一方面神经元对高频响应最佳。
Neurons at one end of the auditory cortex respond best to low frequencies; neurons at the other respond best to high frequencies.