Particularly if you compare them with hair cells that are present in the mammalian and the human and mouse cochlea.
尤其是与哺乳动物如人和老鼠的,耳蜗中的毛细胞相比。
And this means that the yellow cells on the right side are mouse hair cells in a chicken inner ear.
也就是说,右边黄色部分,代表的是小鸡内耳中的老鼠细胞。
On the top you see where the hair cells are located in the human cochlea.
幻灯上方显示的是,人耳蜗内毛细胞的位置。
I want to illustrate one of the reasons why it has been so difficult to get a grasp on the hair cells in the inner ear.
我想用图例为大家说明一下,为什么难以捕获内耳中的毛细胞。
And in red is a hair cell marker that labels sensory hair cells and the yellow color is the composite color of the green and the red.
红色部分是遗传标记,代表的是听觉毛细胞,黄色是,红和绿两色的复合色。
This was a huge number for me up until 2 weeks ago Besides the 100 billion neurons in the brain . there are 12-15 thousand cochlear hair cells.
直到两周前,这对我来说还是个庞大的数字,除了这一兆亿个神经元外,还有12,000到15,000个毛细胞。
And the hair cells are the dark blurbs in there.
毛细胞就位于图中的黑色区域。
Hair cells that are inside your brain are very scarce.
毛细胞非常稀少。
So the two points of interest of research are how does it work this conversion of mechanical energy into electrical energy how are we able to bring back lost hair cells to cure deafness.
因此这项研究的两个关键点,一是机械能,是如何转化成电能的,我们能不能通过修复受损的毛细胞,来治疗耳聋。
If these 8 million people , would correspond to the number of neurons in the brain, the equivalent of the hair cells that you could get out of a single cochlea would be equivalent to one person walking down 42nd street.
如果这八百万人,相当于大脑中的神经元数量的话,能从一个耳蜗内取出的毛细胞,就好比是,第42大街上的某位行人。
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