图像分析仪

形态计量和DNA定量测定在鼻咽癌诊断中的价值肝腺瘤样增生细胞核形态特征的图像分析仪定量测定

The diagnostic significance of cellular quantitative morphometry and DNA content measurement in nasopharyngeal carcinoma Morphometric measurements of adenomatous hyperplasia of the liver by image analyzer

将睾丸组织切片输入TASPlus型自动图像分析仪进行定量组织学测定。

Sections of testicular tissue were investigated quantitatively with a TAS plus automated image analyzer .

图像分析仪测定胸、腹水细胞DNA含量的应用

Application of ICM in detection of DNA of the cell from hydrothorax and ascites

应用图像分析仪检测上述组织中DNA含量的变化；

DNA content was measured with image analysis ;

细胞图像分析仪测定法与MTT法用于牙科材料细胞毒性的检测

Cytotoxicity of Dental Materials Evaluated with Cell Image Analysis and MTT Methods

应用图像分析仪测定35例骨肿瘤穿刺组织的肿瘤细胞核DNA含量。

The nuclear DNA content was measured in 35 needle biopsy of bone tumours and tumour-like lesions by means of image analytic system .

用图像分析仪检测窦房结内P细胞、T细胞、心房肌细胞、胶原纤维胞浆吸光度（A值）。

The P cells and T cells inside the sinoatrial node , atrial muscle cells and absorptance ( A ) value of cytoplasm in collagen fibers were detected with image analyzer .

方法应用HICI真彩色病理图像分析仪对9例SK、16例鳞癌（SCC）进行DNA倍体图像分析。

Methods DNA content of 9 cases SK and 16 cases SCC was determined by HI CI image analysis system .

方法用细胞图像分析仪对32例原发结肠癌以及40例正常肠黏膜组织的细胞核DNA含量分布直方图以及细胞核形态参数进行分析。

Methods Using DNA image analyzer , we examined the DNA content distribution histograms and the nucleus morphologic parameter in 32 cases of colorectal carcinoma and 40 cases of normai mucosa .

目的：对细胞图像分析仪测定法与MTT法用于牙科材料细胞毒性检测的评价。

Objective : To assess the two methods of cell image analysis and MTT used to measure cytotoxicity of dental materials .

方法：使用TIGER细胞图像分析仪测量45例肝细胞癌组织4μm、10μm切片上DNA干系倍体值。

Methods : DNA stemline ploidy of forty-five hepatocellular carcinoma tissue of 4 μ m 、 10 μ m continuous section were measured using TIGER image analyzer .

用TJTY-300全自动图像分析仪测定胆囊上皮细胞核异型性和DNA含量。

DNA contents were detected by using a TJTY-300 automatic image analyzer .

通过采集有均匀性缺陷的样品，采用X射线荧光光谱仪、X射线能谱仪、浮法玻璃条纹图像分析仪、反射光学显微镜等手段，对试验样品的成分和端面条纹的关系进行了分析。

The samples were taken from the float glass bars with uniform defects . The relationship of the compositions and side stripes were characterized by XRD , XRF , etc.

方法：对188例患者，应用透射电镜、能谱仪、图像分析仪与化学发光法等现代科学技术手段，同步检测胃黏膜上皮细胞超微结构、微量元素、DNA和SOD，以及LPO。

METHODS : Ultrastructural changes , trace elements , DNA content , SOD and LPO were detected - synchronously in gastric mucosa of 188 patients .

方法：用端粒酶重复序列扩增法（TRAP）检测胃癌组织中端粒酶的活性，用DNA图像分析仪（ICM）检测肿瘤细胞核DNA倍体。

Methods : Telomerase activity was detected using telomerase repeat amplification protocol ( TRAP ), and image cytometry ( ICM ) was used to examine the DNA ploidy .

本文选取10只成年健康雄性小鼠的肝组织涂片，Feulgen染色，TIGER细胞图像分析仪测量单个肝细胞核的DNA含量并分析其DNA含量倍体；

Smears of liver suspension of ten rats were stained with Feulgen and DNA contents of nuclei of liver cells were measured with image analysis system .

使用MIAS-300型图像分析仪分别检测SDH阳性粒子数及ACP酶灰度值变化。

SDH positive granules and ACP grey level were assayed by MIAS-300 imageanalyser .

结论：使用细胞图像分析仪对组织切片内细胞核DNA含量进行定量分析时，应以单个完整细胞核体积的DNA含量为单位，计算DI值。

Conclusion : When DNA content on tumor tissue section were measured with cell image analyzer , DNA content in volume unit of whole nuclei should be obtained and DI was calculated .

用X射线衍射仪、电子探针、图像分析仪等研究了碳氮化处理温度及保温时间对Ti（C，N）的形成及其晶粒大小的影响。

The effect of nitriding temperature and holding time on formation and grain size of Ti ( C , N ) were studied by X-ray diffractometry , Electron probe microanalysis ( EPMA ) and micro-image analysis .

经TIGER920G细胞图像分析仪计算获得以单个完整细胞核体积为单位的DNA总量，以同一切片内正常淋巴细胞作为内参照，计算其DNA干系倍体值。

The total DNA of integrated nuclear volume was calculated by TIGER 920G image cytometry , and the lymphocyte in the same slice was looked on as the control , the value of its DNA stemline ploidy was calculated .

用X射线衍射技术（XRD）、扫描电镜（SEM）、能谱仪、图像分析仪等现代材料分析手段对制备出的铸渗复合层的物相结构、组织等进行了分析。

The composite was analyzed by using modern materials analysis instrument , including X-Ray Diffraction ( XRD ), Scanning Electron microscope ( SEM ), Energy Dispersive X-Ray ( EDX ) and Metallography Image Analysis system etc.

2～3个月时用免疫组化法及彩色图像分析仪对3组大鼠食管组织中的NO及VIP含量进行定性、定量测量。

All rats were killed 2 3 months later and the NO , VIP neurons were investigated qualitatively and quantitatively by immunohistochemical method and color image analyzer .

采用电子探针面扫描和特征X射线扫描两种方式对熔覆层主要元素的分布进行了分析，用图像分析仪对各区域的TiC含量进行了定量测试。

The distributions of the main elements in the plasma cladded coating were investigated by EPMA with both face-scanning and characteristic X-ray scanning . The contents of TiC were measured using an image analyzer .

用透射电镜和图像分析仪等研究了超细铁粉和γ-Fe2O3粉末的结构、形貌、粒子的平均尺寸以及粒度分布。

The structure , the shape , the average size of particles and the distribution of size of both ultrafine Fe powder and r-Fe _2O_3 powder have been investigated with TEM and Image-analyzer .

运用TUNEL法检测胸腺细胞的凋亡程度，用ABC法染胸腺Caspase-3阳性细胞，计算机图像分析仪测量阳性细胞面积及其染色强度。

The apoptosis of thymocytes was detected by TUNEL method . Caspase-3 positive cells in the thymus were dyed with immunocytochemical ABC methods and measured by computer image analysis .

文中用液淬法研究了耐热球墨可锻铸铁的一次结晶过程，用定量图像分析仪研究了石墨的析出量，用X射线探伤仪研究了形成缩孔缩松的倾向。

This article use the way of liquid hardening to study its first crystallization , use quantitative image analysis to study the quantity of indigenous graphite , use X-ray defectoscopy to study the tendency of shrinkage cavity and porosity forming .

在40倍物镜下，用计算机图像分析仪（HPIAS一1000，华中科技大学同济医学院千屏影像公司产）对各组GFAP反应阳性的星形胶质细胞计数分析；

In the 40 times objects glass , astrocytes of GFAP positive reaction were analysis of accounts .

方法采用显微光镜法，结合图像分析仪计算模型鼠用药前后细胞腺腔（CA）、间质（GA）及细胞核（NA）面积，观察子宫、卵巢病理形态学变化。

METHOD Light microscope and image analyzer were used to calculate the area of cell glandular cavity , matrix and cell nucleus before and after drug administration , and the morphological changes in the uterus and ovary .

方法收集不同胎龄的胃窦粘膜标本39例，SP免疫组织化学方法，显示CGA和G免疫阳性细胞，以图像分析仪测定不同胎龄的CGA和G细胞数密度和面密度。

Methods : 39 cases of the stomach sinus membrane samples in the different fetus ages were collected and the SP immuno-chemical method was used to detect the CGA and G immuno-positive cells .

运用能谱技术（EDXA）、X射线衍射仪（XRD）、扫描电子显微镜（SEM）和图像分析仪对涂层成分、显微组织、涂层相结构和组成进行了分析。

The coating composition , microstructure and phases were investigated by energy dispersive X ray analysis ( EDXA ), X ray diffraction ( XRD ), scanning electron microscope ( SEM ) and image analyzer .