并用多功能图像分析系统做定量分析。
Some analyse were made with the aid of the Medical Image Analysis System.
在利用硫印图像自动判级系统得到的内裂定量化数据的基础上，结合连铸板坯内裂产生机理，对内裂进行了统计分析。
Based on the quantitative data of internal crack by image recognition system of sulfur print and in the light of internal crack mechanism, a statistical analysis for internal crack is made.
采用计算机图像分析系统，对30例良恶性滋养层肿瘤进行了定量检测。
Using computer image analysis system. We quantitatively determined 30 cases of benign and malignant trophoblastic neoplasms.
并用计算机图像分析系统进行半定量分析。
The quantitative analysis was made by computer image analysis system.
染色后切片在IMS细胞图像分析系统中用免疫组化定量软件进行定量分析。
Then the stained slices were analyzed in the IMS cell imagine analysis system using immunohistochemical quantitative analysis software.
该系统主要用于癌细胞的图像分析，能作出定量计算，为癌症的早期诊断打下一个基础。
This system can be mainly used in image analysing of cancer cell to take a base on earlier can cer diagnosis.
本文主要讨论了定量金相图像分析系统在晶粒度评定中的应用。
The article mainly discuss the application of Quantitative Metallography Analyzing System (QMAS) in the assess crystal granule size.
本研究针对上述问题，开发了智能化参数可调的线粒体动态学图像定量分析系统。
The present work was motivated by the need to achieve fast, objective, visible mitochondria quantitative analysis system.
方法应用免疫组织化学方法检测erk在脊髓后角的定位表达，并用图像分析系统和免疫印迹法进行定量分析。
Methods The expression of ERK in spinal dorsal horn was detected by immunohistochemical method and was quantitated by western-blot analyses.
分别以微机图像分析系统和人工计数对微血管内皮细胞面积(MEA)和微血管密度(MVD)进行定量分析。
Microvessel endothelial area (mea) and microvessel density (MVD) were determined by means of computer aided image analysis system (CIAS) and manual count.
NADPH黄递酶组化法和计算机图像分析系统对两组肠黏膜肌层一氧化氮合酶（NOS）阳性神经纤维作定量分析；
The nerve fibers containing NOS in mucosal muscular layer of colon was quantitatively measured with NADPH diaphorase histochemistry assay and computer image analysis.
结论SLICPS 2 0 0 0型裂隙灯图像分析系统的白内障定量分析有很好的可重复性。
CONCLUSION SLICPS 2000 slit lamp image collect and process system has favorable repeat performance, can be used for quantitative diagnose of cataract.
方法石蜡包埋切片，应用免疫组织化学SP法及麦克奥迪真彩色病理分析图像分析系统，对TTF-1表达强度的阳性单位（PU）进行定量分析。
Methods The TTF-1 expression intensity (in positive units, PU) in paraffin-embedded tissue blocks was determined using immunohistochemical SP method in combination with Motic Images System.
在光镜下观察分析了阳性神经元的分布状况，并用图像分析系统进行半定量分析。
The distribution of neuropeptide Y(NPY) immunoreactive neurons were observed under light microscope, and analyzed by com-puter-assisted image analysis system.
CMIAS多功能真彩色病理图像分析系统行半自动定量分析子代成鼠海马神经细胞数目；
The numbers of the nerve cells in the rat brain hippocampus were calculated with CMIAS system;
CMIAS多功能真彩色病理图像分析系统行半自动定量分析子代成鼠海马神经细胞数目；
The numbers of the nerve cells in the rat brain hippocampus were calculated with CMIAS system;
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