Then tagged with a FLAG Candida antarctica lipase B protein with three kinds of C-terminal N-anchored fusion protein and used immunofluorescence microscopy, that the newly constructed yeast display common carrier is successful.

Immunofluorescence laser confocal microscopy was use to observed these cells after crawled on the slide.

细胞爬片，免疫荧光激光共聚焦显微镜观察。

The expression of α 3 and/ or α 5 subunits of nicotinic acetylcholine receptor in rat pituitary: double immunofluorescence microscopy study

烟碱型乙酰胆碱受体α3和/或α5型在大鼠脑垂体中的表达：荧光双标免疫组织化学研究

Methods After anoxia/ oxidative stress, immunofluorescence staining and confocal microscopy were used to study the distribution of integrin α 3 on the membrane of TECs under 2 experimental conditions, i.e., fixed or cultured living cells.

方法采用免疫荧光激光共聚焦观察乙醇固定及培养活细胞两种实验条件下TEC整合素α3分布的染色结果。

The intracellular transport capabilities of these peptides were tested with indirect immunofluorescence assay and confocal microscopy.

采用间接免疫荧光与激光共聚焦显微镜技术，分别对上述18肽和9肽的穿膜能力进行了动态观察。

METHODS: The interactions of tubeimoside with microtubule in CNE-2Z cells were investigated by immunofluorescence microscopy, and the interactions of tubeimoside with tubulin in CNE-2Z cells were detected by Western blotting.

方法：采用细胞免疫荧光法观察皂苷处理的CNE2Z细胞微管的变化，蛋白免疫印迹法分析皂苷处理的CNE2Z细胞中聚合和未聚合微管蛋白含量的变化。

Indirect ELISA test shows that Coupling of antibodies without influence of antigenicity. Immunofluorescence and immunogold electron microscopy revealed that Conjugates have specific targeting against Porcine Contagious Pleuropneumonia actinomycetes.

间接ELISA检测表明：二者的偶联对抗体的抗原性没有影响；免疫荧光及免疫电镜显示偶联物具有猪传染性胸膜肺炎放线菌特异性靶向性。

Cells expressed fluorescent signal were observed in the different distribution of hepatic lobule under the immunofluorescence microscopy, considered possibly related to cell transplantation pathways, but were all distributed in the liver lobule periportal area or lobular perivascular site of more collagen deposition. 5.

免疫荧光显微镜下观察表达荧光信号的细胞在肝小叶内的分布不同，考虑可能与细胞移植途径有关，但均分布在肝小叶汇管区或小叶血管周围胶原纤维沉积较多的部位。

Digital holographic microscopy ( DHM) is a new type of microscopy developed on digital holographic imaging technique and a product of the combination of digital holography and microscopy.

数字全息显微术是一种基于数字全息成像原理发展起来的新型显微技术，是数字全息术和显微技术相结合的产物。

Simulative Research of holographic Microscopy Based on Laser-plasma Soft X-ray Source

基于激光等离子体X光源的软X射线全息显微成像实验的模拟研究

Digital holographic microscopy is applied for morphology characterization of Chinese medical decoction pieces cell in this paper, and obtained the size and morphological characters of the cells. It provides a new way for the microscopic identification of Chinese medical decoction pieces.

将数字全息显微术用于中药饮片细胞形貌表征中，获得了细胞大小及其形态特征，为中药饮片显微鉴别提供了新途径。

Methods of Improving Resolution of Digital Holographic Microscopy

改善数字全息显微术分辨率的几种方法

In recent years, along with the computer operation speed and capacity of the increase and high resolution photoelectric imaging devices to appear, digital holographic microscopy techniques is testing microscopic sample micro structure of the important means.

近年来，由于计算机的运算速度及存储量的大幅度提升以及高分辨率的光电器材的出现，数字全息显微技术已经成为人们用来对显微样本的微观结构的重要工具之一。

Digital holographic microscopy is one of applications of digital holography. Its progress follows with the progress made in digital holography technique.

数字全息显微术是数字全息术一个重要应用领域，它随着数字全息术的发展而不断发展的。

Resolution of digital holographic microscopy was theoretically and experimentally researched.

从理论和实验上研究了数字全息显微术的分辨率问题。

Analysis and Experimental Research of the Digital Holographic Microscopy

数字全息显微术的分析与实验

Measurement of refractive index profile of selfoc rod lenses by holographic interference microscopy

全息干涉显微法测量自聚焦棒透镜的折射率分布

A method for measuring the refractive index profile of selfoc rod lenses using the holographic interference microscopy is presented. Principle of method, measurement results and error analysis are given.

给出一种用全息干涉显微法测量自聚焦棒透镜折射率分布的测量原理、测量结果和误差分析。

So far, applications of OSH include scanning holographic microscopy, 3-D image recognition, 3-D optical remote sensing.

迄今为止，光学扫描全息的应用领域包含扫描全息显微镜，三维图像识别，三维光学遥感，三维电视以及三维密码系统等。

The basic principle of digital holographic microscopy is discussed, and then the defocusing amount and system resolution are theoretically analyzed.

阐述了预放大数字全息显微的基本原理，就CCD的离焦量以及系统分辨率进行了理论分析。

The performance of this twelve kinds of phase unwrapping algorithms are compared, and then found out the optimal phase unwrapping algorithm which are suitable for digital holographic microscopy in different circumstances. 5.

通过比较这十二种位相解包裹算法的性能，找到了适合于数字全息显微术中不同情况下的最优位相解包裹算法。