方法对18例声带肿瘤性病变做激光扫描细胞DNA分析并进行随访。
Methods DNA ploidy analysis was made by laser scanning cytometry in 18 tumor lesions of the vocal cord, and the patients were followed up.
而最新的研究表明情况并非如此，实际上大脑以一种非常有条理的方式把信息存储进我们的神经细胞内，而扫描仪器能够捕获到这种模式。
The latest research suggests that this is not the case, and that the information is stored in our neurons in a very structured way that can be picked up by scanners.
扫描会向一个单词进行累积，直到结束（或者是行或列的末尾，或者遇到非字母的块），然后将此单词添加到它寻找过程中遍历的所有字母细胞。
The scan accumulates a word until a break (either the end of a row or column, or a non-letter tile) and then adds the word to all the letter cells it found along the way.
例如，它可以回答“在mri脑部扫描中恶性肿瘤细胞是什么形状？”这类问题。
For example, it could help answer the question, "What are the patterns of malignant cells in an MRI brain scan?"
既然已经构建了字谜，那么接下来我扫描它的单词，并根据细胞构成的单词计算所有细胞的适合度。
Now that the puzzle is built, I scan it for words and calculate the fitness of all the cells based on the words they have formed.
运用相同的方法，西澳大学的纳森·斯科特·哈特和他的同事扫描了鲨鱼的视网膜，以寻找与视杆细胞和视锥细胞相关的色素。
Using the same method, Nathan Scott Hart at the University of Western Australia and colleagues scanned shark retinas for pigments linked with rod and cone cells.
大脑扫描显示了脑细胞如何把葡萄糖转化为能量这一正常的新陈代谢活动。
The scans showed how the brain cells used sugar to produce energy, a normal activity.
这些脑细胞中，有一些会对相对较长的声音进行扫描，从而使他们得以对一些特定的声音特点做出反应，而不受其他背景噪音的影响。
Some of these cells also scanned relatively long stretches of sound, which allowed them to pick out a particular vocal feature, despite all the background noise.
研究小组对单个视网膜水平细胞进行了电子扫描，发现光引起了锥状细胞中电流的变化，而在柱状细胞中则无此反应。
The team took electrical readings from single isolated retinal horizontal cells. They found that light caused a change in electrical current in cone horizontal cells but not in rod horizontal cells.
虽然像MRI扫描这样的技术也可以观察深部大脑，但“这些技术无法在显微结构的水平上观察单个的细胞，”施尼策尔说。
While techniques like MRI scans could examine the deep brain, "they couldn't look at individual cells on a microscopic scale," said Schnitzer.
扫描显示了脑细胞用糖生产能源，正常的活动。
The scans showed how the brain cells used sugar to produce energy, a normal activity.
这能帮助区分一点上的不同微量元素，然后通过点扫描得到细胞完整的多元素图像。
This allows showing the different trace elements in a point, and then the sample is scanned point by point to form a complete multi-element image of the cells.
冷冻电子断层扫描(Cryoelectron tomography)聚焦于细胞的成分，使得科学家能够获知整个细胞组织原子水平的细节。
Cryoelectron tomography brought into focus the cell's components, allowing scientists to get atomic-level detail of whole-cell organization.
目的：研究MR灌注成像的扫描技术、后处理技术及其评价脑星形细胞瘤的价值。
Objective: to study the scanning and postprocessing technique of MR perfusion and its application in evaluating cerebral astrocytoma.
以扫描与透射电镜观察家兔中脑水管室管膜上皮，主要有纤毛、微绒毛、花球状和泡球状结构，以及三种室管膜上细胞。
The dominant structures of ependyma of cerebral aqueduct in the rabbit are the cilia, microvilli, spherical structures and three types of the supraependymal cells that were observed with SEM and TEM.
经过扫描发现在产生这种化学物质的细胞上的存在的”受体“数量更少。
Scans spotted fewer "receptors" for the chemical on the cells which make it.
MRI扫描不使用辐射，它可以破坏人体细胞，这使得最安全的城市之一成像技术可用。
MRI scanning does not use radiation, which can damage body cells, which makes it one of the safest imaging techniques available.
目的探讨核素骨扫描在儿童神经母细胞瘤临床分期和疗效评价中的应用价值。
Objective to evaluate the significance of bone scan in the clinical staging and evaluation of therapeutic effect of neuroblastoma.
检查点抑制剂可能要几个月才能生效，有时候还会造成炎症，在治疗初期，从扫描结果上看，这可能会造成癌细胞在增长的假象。
Checkpoint inhibitors can take months to begin working, and sometimes cause inflammation that, on scans early in treatment, can make it look like the tumor is growing.
一旦充满气体的微气泡发现癌细胞并粘附到他们的血管壁上，他们就会发出强烈信号，该信号可通过标准的临床超声扫描仪捕获到。
Once the gas-filled microbubbles seek out the cancers and attach to their vessel walls, they send out strong signals that are picked up by standard clinical ultrasound scanners.
大脑扫描结果表明酗酒能杀死脑细胞。
扫描电镜观察，对照组的大细胞多，表面有多数密集的细长微绒毛。
Scanning EM showed that many large cells with numerous dense slender microvilli were observed in the control.
扫描电镜观察，黏附细胞为梭型或多角型表现，并有多个突起呈不规则形状。
Scanning electron microscope indicated that adherent cells showed shuttle shape or multiple Angle shape, and the multiple apophysis showed irregular shape.
方法：应用细胞计数法和扫描电镜观察法。
METHODS:Methods of cell count and scanning electron-microscopy were used.
扫描电镜可见表面微绒毛较多的暗细胞及较少的明细胞。
Under scanning electron microscopy we have found the dark cells with more microvilli and hell cells with little microvilli.
在这些患者中，全血细胞扫描异常者12例(36%)，其中有11例与临床很符合。
Thewhole blood cell scan was abnormal in 12 (36%) of these, and a good clinical correlation was obtained in 11 of the 12.
在这些患者中，全血细胞扫描异常者12例(36%)，其中有11例与临床很符合。
Thewhole blood cell scan was abnormal in 12 (36%) of these, and a good clinical correlation was obtained in 11 of the 12.
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