And they used atomic force microscopy to take a closer look at how bacteria interact with this dental material.

他们利用原子力显微镜近距离观察了细菌如何与牙齿材料进。

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

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

Ewing sarcoma is thought to arise from neuroectodermal cells, and which look like small, round, blue cells on microscopy.

尤因肉瘤认为源于神经外胚层细胞；它们在显微镜下呈现为小的、圆形的蓝色细胞。

Diagnosis is done with ELISA, by visualizing the bacteria under darkfield microscopy, or with PCR to detect bacterial DNA.

诊断方式包括ELISA、暗视野显微镜显像或者PCR检测细菌DNA。

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

他们还使用电子显微镜研究了九个物种的皮肤。

Dr Boyden calls this method " expansion-revealing microscopy" .

博伊登博士这种方法为“膨胀显微”。

Their method is called cryo-electron microscopy.

他们的方法为冷冻电子显微镜。

Dubochet added water to electron microscopy.

Dubochet 在电子显微镜中加水。

To get that glimpse of the nanocages researchers used cryo-electron microscopy.

为了一瞥纳米笼，研究人员使用了低温电子显微镜。

His technique, known as " expansion microscopy" , works by physically magnifying tissue.

他的技为“膨胀显微镜”，通过物理放大组织来工作。

Even with expansion microscopy, structures like Alzheimer's disease-related amyloid-beta plaques look like blurry blobs.

即使使用放大显微镜，与阿尔茨海默病相关的淀粉样蛋白-β 斑块等结构看起来也像模糊的斑点。

Dr Hailey and his colleagues used a technique called atomic-force microscopy to study the interactions between melanoma cancer cells and eristostatin.

哈利和其同事用原子力显微镜技研究黑素次瘤癌细胞与蛇毒蛋白的相作用。

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。

Well-differentiated tumors with adenocarcinoma or squamous cell carcinoma morphology can be diagnosed by routine light microscopy, without the need for IHC.

具有腺癌或鳞状细胞癌形态的分化良好的肿瘤可以通过常规光显微镜进诊断，而不需要 IHC。

The researchers used a form of microscopy called cryo-EM, where they freeze the virus, then shoot high energy electrons at it.

研究人员使用了一种为冷冻电子显微镜的显微镜，他们在那里冷冻病毒， 然后向它发射高能电子。

Patients with multiple tumors displaying a prominent ground-glass component on imaging or a lepidic component on microscopy are being seen with increasing frequency.

患有多个肿瘤的患者在成像上显示出明显的毛玻璃成分或在显微镜下显示出贴壁成分的频率越来越高。

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.

在 1900 年代中期，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，进一步支持了这一想法。

Using GFP as an imaging tool totally changed the game in microscopy, so much so that its discovery and development was awarded a Nobel Prize in 2008.

使用 GFP 作为成像工具彻底改变了显微镜，以至于这一发现和研制获得了2008年的诺贝尔奖。

In order to capture the video, zoologist Dr. Bruno Vellutini used a technique called light sheet microscopy, Which allows scientists to record video of a live organism under the microscope.

为了拍摄这个视频，物家布鲁诺·维卢蒂尼博士采用了光片荧光显微，它让科家能够在显微镜下拍摄活体生物。

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张，进一步电镜下观察，可见免疫复合物沉积于系膜上。