灰度扫描

对苏木精伊红染色（HE）病理结果进行计算机灰度扫描半定量分析，用RNA酶保护实验的方法检测白细胞介素10/γ干扰素（IL10/IFNγ）mRNA的表达。

Quantitative analysis of the histopathologic changes was performed by computer gray scan . The expression of IL 10 mRNA and IFN γ mRNA was examined by RNase protection assay ( RPA ) .

采用SDSpage分析纯化后的目的蛋白，并将蛋白电泳条带进行灰度扫描，计算目的蛋白的含量。

The purified product was analyzed by SDS PAGE and the amount of target protein calculated by gray scanning .

方法应用点杂交法和计算机灰度扫描分析组织TGFβⅡ型受体的mRNA灰度均值。

Methods Gray value of TGF β R ⅱ mRNA in the tissue was analyzed by dot blot and computer scanning .

统计方法：Western-blot灰度扫描结果用于半定量分析，方法同第一部分。

Statistical method : Western-blot gray scale results were used to semiquantitative analysis .

体外循环建立前取右肺中叶少许肺组织，福尔马林固定，石蜡包埋，SP法免疫组织化学染色，并进行灰度扫描。

The specimens were taken from middle lobe of the right lung before cardiopulmonary bypass and were fixed by formaldehyde solution , paraffin embedding and stained by SP immunohistochemical technique and usual analysis .

采用Ni-Agarose树脂对融合蛋白进行纯化，电泳显示纯化的融合蛋白纯度很高，经灰度扫描分析纯度达到95%以上。

The fusion protein was purified by Ni-Agarose , electrophoresis showed that the purity of the purified fusion protein is high , and the grayscale scanning revealed that the purity was over 95 % .

蛋白电泳后灰度扫描结果表明，目的蛋白约占总蛋白的10%。

After electrophoresis , gray scanning analysis showed that the target protein accounted for 10 percent of the total protein .

提出并实现了三种用于增强传统的灰度扫描电镜图象的彩色化显示技术。

Three colorated displaying techniques for intensifying traditional black-white image of SEM ( scanning electron microscope ) were introduced and realized .

利用计算机图像分析仪进行灰度扫描，灰度值越小，染色程度越高，即血管细胞黏附因子1的免疫沉积越多。

The smaller the gray value , the higher the staining degree was , and the more the immune deposition of VCAM 1 was .

凝胶薄层灰度扫描显示表达的融合蛋白约占菌体蛋白的30%。

The recombinant ChIL-18 ( rChIL-18 ) was expressed efficiently in forms of inclusion body with the yield accounting for 30 % total bacteria protein .

灰度扫描示低氧大鼠肺小动脉壁的灰度值显著强于正常对照组（P<001）。

The gray scale value of gray scale scanning in the pulmonary arterioles in the hypoxic rats was higher than that in the normal rats ( P < 0 01 ) .

融合蛋白的表达和纯化结果：融合蛋白经聚丙烯酸胺凝胶电泳在约43000处有目的条带，灰度扫描显示约20%的目的蛋白存在于上清液中，纯化后蛋白纯度高于95%。

The result of protein expression and purification : Fusion protein were detected near 43000 by SDS-PAGE , of which about twenty percent was appeared in the soluble form . The fusion protein was up to 95 % after being purified .

提出使用数字CCD拍摄光干涉条纹，使用图像处理软件进行灰度值扫描分析光干涉条纹的方法，对不透明薄膜进行光干涉法测厚。

Digital measurement of thickness was conducted by optical interferometry , assisted with a CCD camera to record fringes and a software package to analyze the fringes .

灰度狭缝扫描制作多台阶光栅的工艺研究

Research of fabrication muti-levels grating based on gray-slot scanning

基于灰度直方图窗口扫描分类的FGS图像编码

Fine Granularity Scalable Image Coding Based on Scanning Classification of Histogram

时域帧调制技术包含分屏子空间位权扫描和帧自耦合抖动算法，完成了数字图像显示高位灰度级的扫描驱动。

The time-domain frame modulation technique completed the digital image high-level gray-scale scan-drive , including multi-screen subspace scanning frame modulation and the self-coupling frame dithering algorithm .

接着，进行了基于灰度图像打印扫描建模，并将整个模型细分为若干子模型，以大量实验进行了验证。

Furthermore , printer and scanner model based on the gray-scale image have been developed which are divided to several sub-models . And a plenty of experiments are carried out to validate them .

本文首次将分形原理应用于平板显示系统灰度图像的扫描映射，提出了平板显示系统灰度图像的最优扫描结构及分形模型，以解决平板显示系统扫描形成灰度图像过程中的时间冗余问题。

To solve the time redundancy of FPD gray scale imaging process , the fractal principle is firstly applied to the FPD scanning system in this paper , and the optimal scanning architecture is educed and its fractal model is proposed .

图像分析模块实现缺陷周长、面积等几何特征的测量和自动显示，并实现了行/列灰度的动态扫描功能，方便检测人员检测分析。

In the image analysis module , the perimeter , area and other geometric features of defects can be automatically measured and displayed . In addition , a row or column gray dynamic scanning function was carried out , made the detection testing analysis more facilitate .

基于灰度图像抗打印扫描的数字水印算法

Digital watermarking for print and scan process based on gray image

灰度拉伸及边缘扫描在红外图像分割中的应用

Segmentation algorithm of infrared image based on gray stretching and edge scanning

空间域调制技术采用显示面板上的列驱动芯片数模转换灰度调制方法，完成了数字图像显示低位灰度等级的扫描驱动。

The spatial domain modulation completed the digital image low-level gray-scale scan-drive by using the digital-to-analog converter modulation in the source IC of TFT-LCD .

本文是对灰度显示系统的分析、室内异步灰度显示系统方案的设计和灰度扫描硬件的实现和显示效果分析验证。本文根据系统需求和灰度显示的研究结论确定了异步灰度显示系统的整体方案。

This article prepares the system design of the indoor asynchronous pseudo color LED display and the hardware implementation of the gray-grade scanning based on the analyses on gray-grade display .