After subjecting the scales to stress tests and electron microscopy in the lab, they figured out the scales' secrets.

实验室对巨骨舌鱼的鳞片进行压力测试和电子显微镜检查后，他们发现了鳞片的秘密。

With modern electron microscopy, we can see much better the nature of the special feature that gives the hair cell its name.

有了现代的电子显微镜，我们能更清楚地看见让毛细胞得名的这个特征的细节。

This is a picture of a couple of them under electron microscopy.

这是电子显微镜下拍摄的它们的照片。

Electron microscopy allows you to look at things that are smaller than a micron.

电子显微镜使你能够观察到小于微米的物体。

They also studied the skin from nine of the species using electron microscopy.

并使用电子显微镜研究了其九个物种的皮肤。

Dubochet added water to electron microscopy.

Dubochet 电子显微镜。

Electron microscopy made very clear that there were little plastic foreign jagged particles deposited in some of these plaques.

电子显微镜清晰地揭示，这些斑块沉积着些微小的塑料异物，它们边缘锋利。

And they also found using a technique called electron microscopy, today's fun, because we get to talk about different types of microscopy.

他们还采用了电子显微镜技术进行观察，今天的话题很有趣， 因为我们有机会讨论不同类型的显微镜。 电子显微镜能够让我们看到小于微米的微小物体。

And in the mid-1900s, electron microscopy further supported this idea by revealing a membrane around each nerve cell keeping it separate from its neighbors.

1900 年代期，电子显微镜通过揭示每个神经细胞周围的膜使其与相邻细胞分开，进步支持了这想法。

On light microscopy, there'll often be mesangial proliferation, or expansion of the mesangium, and upon getting a closer look with electron microscopy, there'll be immune complexes deposited within the mesangium.

光显微镜下，常常可见系膜增生或系膜扩，进步电镜下观察，可见免疫复合物沉积于系膜上。

The authenticity of 14 exhibits The show presents the downgraded works alongside genuine ones and explains the methods used from electron microscopy to new x-ray techniques.

14件展品的真实性 展览将降级的作品与真品并列展示，并解释了从电子显微镜到新的X射线技术所使用的方法。

When they do this and they pull them apart quickly and there's a little bit of fluid in between – they can use electron microscopy to see there's been tremendous damage to the surfaces of the joints.

当他们快速将两个平面拉开时，间有少量的液体。他们可以用电子显微镜看到这个过程两个平面的表层收到了极大地损伤。

But the point here is that when using a technique like electron microscopy that allows you to look at really, really small stuff, it was very clear that the plaques that form these

但关键于， 使用像电子显微镜这样的技术， 能够观察到极其微小的结构时，可以非常清楚地看到这些斑块——它们基本上是动脉内的阻塞物。

The principle behind this was discovered by Dennis Gabor in 1947 while he was working on methods for electron microscopy, and as the story goes, the fundamental insight came to him while he was watching a tennis match.

这原理是由丹尼斯·博尔1947年研究电子显微镜方法时发现的，据说他的基本见解是观看场网球比赛时产生的。

Their light reflecting and absorbing qualities make them suitable for both electron microscopy, to examine the structure of microorganisms and cells, and photodynamic therapy, where the particles penetrate cancer cells and are then heated using light to destroy tumors.

它们的光反射和吸收特性使它们既适用于电子显微镜， 检查微生物和细胞的结构，也适用于光动力疗法， 光动力疗法， 粒子穿透癌细胞， 然后用光热以破坏肿瘤。