Basilar artery's like a balloon. Subarachnoid bleeding.

基底动脉涨的像气球一样，蛛网下腔出血。

Uncal herniation stretches and sometimes breaks branches of the paramedian basilar artery, which nourish the brain stem.

随着颞叶钩回疝进展，可能会损伤靠近中央的基底动脉；它是负责向脑干供血的血管。

A surface called the basilar membrane runs the length of the cochlea.

称为基底的表面贯穿耳蜗的长。

Anyway, this sits on top of the basilar membrane and contains up to 20,000 tiny hair cells.

，它位于基底的顶部，包含多达 20,000 个微小的细胞。

The waves of fluid move the basilar membrane, a tissue lined with tens of thousands of hair cells.

流体波移动基底，基底是一内衬有数万个细胞的组织。

Today your ears heard me tell you how your cochlea, basilar membrane, and hair cells register and transduct sound into action potentials.

今天你的耳朵听到我告诉你你的耳蜗、基底细胞是如何记录声音并将声音转化为动作电位的。

At one end, the basilar membrane is stiff, vibrating only in response to short wavelength, high-frequency sounds.

一方面， 基底是僵硬的，仅在响应短波长、高频声音时才振动。

The most important one — at least for our purposes — is the basilar membrane, a stiff band of tissue that runs alongside that middle, fluid-filled chamber.

最重要的——至少对我们来说——是基底，一条沿着中间充满液体的腔室延伸的坚硬组织带。

It’s lined with hair cells that have specialized components called stereocilia, which move with the vibrations of the cochlear fluid and the basilar membrane.

它排列着细胞，细胞具有称为静纤的特殊成分，随着耳蜗液基底的振动而移动。

So when your cute little ossicle bones start sending pressure waves up the inner fluid, they cause certain sections of basilar membrane to vibrate back and forth.

所以当你可爱的小小骨开始向内部液体发送压力波时，它们会导致基底的某些部分来回振动。

When a sound makes the basilar membrane vibrate, not every hair cell moves - only selected ones, depending on the frequency of the sound.

当声音使基底振动时，并不是每个细胞都会移动——只有选定的细胞会移动，具体取决于声音的频率。

So, the noises made by the seagull and mosquito vibrate different locations on the basilar membrane, like playing different keys on a piano.

因此，海鸥蚊子发出的声音会在基底的不同位置振动，就像在钢琴上弹奏不同的琴键一样。

On hospital day 6 (illness day 10), a fourth chest radiograph showed basilar streaky opacities in both lungs, a finding consistent with atypical pneumonia (Figure 5), and rales were noted in both lungs on auscultation.

住院第 6 天（发病第 10 天）， 第四次胸片显示双肺底部条纹状混浊， 符合非典型肺炎的表现（图 5）， 听诊时双肺均有罗音。