To overcome these limitations, tissue microarray (TMA) technology has been developed.
为了克服这些限制，组织微阵列(TMA)技术被开发。
Prospective applications of tissue microarray in pathology course were discussed in this paper.
现就组织芯片技术在病理学教学中的应用前景进行简单探讨。
Objective to discuss the reliability of tissue microarray technique in research of retinoblastoma.
目的探讨组织芯片技术用于视网膜母细胞瘤研究中的可靠性。
The design and precision in execution of a tissue microarray is essential to obtain the desired results.
组织微阵列执行中的设计和精度对于获得需要的结果是至关重要的。
The expression of VEGF and CD34 was detected by double-labeling immunohistochemistry on tissue microarray.
用免疫组织化学双重染色法标记组织芯片中的VEGF及CD34的表达。
Our tissue microarray technique was successful, and it could be used on research work and clinicopathological diagnosis.
我们制作组织芯片的方法是成功的，完全可以用于科研工作及临床病理诊断。
Objective: To detect the expression and distribution of activated cytotoxic cells in types of lymphoma with tissue microarray, and provide evidences for clinical treatment and prognosis.
目的：运用组织芯片及常规病理切片检测活化的细胞毒性细胞在各型淋巴瘤中的表达分布情况，为临床治疗和判断预后提供依据。
CD271+ MSC density was quantitated by automated image analysis of tissue microarray cores in 125 cytopenic patients: 40 lower grade MDS (<5% marrow blasts), 24 higher grade MDS, and 61 benign.
通过对125例血细胞减少症患者的组织芯片自动图像分析进行CD271+MSC密度定量检查：包括40例低级别的MDS（<5％的骨髓原始细胞），24例高级别的MDS和61例良性MDS。
Tissue Microarray (TMA) is an effective high-throughput technique platform for the study of tumor molecular pathology.
组织芯片技术是可高效进行分子病理研究的技术平台。
This is the website for Tissue MicroArray Laboratory at Department of Pathology, Johns Hopkins University School of Medicine.
这是约翰霍普金斯大学医学院病理学系组织微阵列实验室的网站。
This is the website for Tissue MicroArray Laboratory at Department of Pathology, Johns Hopkins University School of Medicine.
这是约翰霍普金斯大学医学院病理学系组织微阵列实验室的网站。
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