biochip

1. Keywords: droplet impact, spray technology, microarray biochip, micro-droplet experiments, theoretical analysis. driblet: a tiny falling drop of liquid.
   关键词：液滴与介面撞击、雾技术、阵列晶片、液滴实验、象理论分析。
2. Objective To evaluate the diagnostic value of multiple tumor markers protein biochip ( C-12) for patients with cholangiocarcinoma.
   目的探讨多肿瘤标记物蛋白芯片（C-12）对胆管癌的诊断价值。
3. He returned to China in1999 and now is acting as the director of Biochip Research and Development Center of Tsinghua University and Chief Technology Officer of CapitalBio Corporation.
   1999年回国，现任清华大学生物芯片研究开发中心主任、北京博奥生物有限公司技术总监。
4. Biochip became the necessary implement in mass analysis as the superiority by itself.
   生物芯片因其自身的优越性已成为大批量分析必不可少的工具。
5. Clinical value of Biochip detection of mycobacterium in sputum
   生物芯片法在结核分支杆菌检测中的应用价值探讨
6. Objective To introduce a design of automatic biochip sample testing system.
   目的：介绍一种全自动生物芯片加样检测系统。
7. A novel laser confocal biochip scanner was given in this paper.
   本文提出了一种新颖的激光共焦生物芯片扫描仪。
8. Study on Conservation Genetics of Five Endangered Abies Species by Marker Technology of Biochip
   基于生物芯片标记技术的五种濒危冷杉保护遗传学研究
9. Fluorescent Linear Labelling Method for Biochip Applications
   一种用于生物芯片荧光标记的线性扩增技术
10. Diagnostic value of multi-tumor markers protein biochip detection system in breast cancer
    多肿瘤标志物蛋白芯片检测在乳腺癌早期诊断中的价值
11. The world's first multiple force biochip platform system was developed.
    9、中国在世界上首创电磁式生物芯片。
12. The application value of C-12 protein biochip detective system in the diagnosis of digestive tract malignancies
    C-12蛋白芯片检测系统在消化道恶性肿瘤诊断中的应用价值
13. A high sensitive biochip for alpha-fetoprotein detection based on catalyzed reporter deposition technology
    基于催化报告探针沉积技术的高灵敏甲胎蛋白检测芯片
14. Research and development of biochip in situ synthesizer based on typography principle
    活版印刷生物芯片原位合成仪的研制
15. Protein biochip application in diagnosis of malignant tumor with combined measurement of multiple serum tumor markers
    蛋白芯片联合检测多种肿瘤标志物在恶性肿瘤诊断和筛查中的应用
16. Biochip technology, an innovation for genomic science, is an interdisciplinary high technology involving physical sciences, biomedical science, electronic engineering, and optoelectronic technology.
    基因晶片技术是针对基因体科学而发展的创新研究，连结物理科学，生物医学，电子工程，与光电技术综合领域的高等科技。
17. In this paper, we study the detecting methods for testing the biochip by using the theory of ellipsometer.
    介绍了利用椭圆偏振测量仪原理测试生物芯片的检测方法。
18. The suspension biochip is analyzed through processing of fluorescent images of fluid field, but corresponding research is seldom.
    而悬浮式生物芯片的检测通过图像处理来获得分析结果，目前国内外尚缺少相应的研究。
19. Biochip array technology allows multiple results from a single patient sample, minimizing biologic variation and resulting in a more rapid and accurate diagnosis.
    生物芯片分析技术可从同一病人样本获得多种不同的检测结果，并可迅速得到准确的结果。
20. The test is conducted by the Shanghai Biochip Corporation.
    这项测试由上海生物芯片公司实施。
21. Optimization of Condition for Biochip Hybridization Using Cellulose Ester Membrane as A Substrate
    以纤维素酯膜作为基底材料进行生物芯片杂交条件的优化
22. The Biochip platform is suitable for both proteomic and genomic analysis, providing test standardization for better performance and accuracy.
    生物芯片平台适用于蛋白质组合基因组的分析，提供更加出色和准确的检测标准。
23. Objective To evaluate the detected difference of tumor markers between protein biochip and ELISA method.
    目的研究蛋白质芯片与ELISA法对肿瘤标志物检测结果的差异。
24. Biochip tests are grouped together as arrays and allow the detection of cytokines and growth factors, fertility and thyroid hormones, cell adhesion molecules, and drugs of abuse.
    生物芯片检测经过归类可列成序列，并可同时对细胞因子和生长因子、孕激素和甲状腺激素、细胞黏附分子以及滥用药物进行检测。
25. The clinical value of diagnosing TORCH infection by biochip
    生物芯片法对TORCH感染诊断的临床价值
26. Biochip is a high throughput, parallel and automatic technique and will play a great role in this time.
    生物芯片技术具有高通量，并行性及自动化等特点，将在这一时期发挥重要作用。
27. The emergence and development of biochip and bioinformatics are representative. these are to represents;
    其中，生物芯片和生物信息学的产生和发展具有典型的代表意义。
28. The configuration and principle of CCD based biochip scanner are presented.
    介绍了CCD型生物芯片扫描仪的基本结构与工作原理；
29. Gene chip is the most mature technology of biochip technology and has been widely studied in these years.
    在生物芯片技术中，发展最为成熟，研究最为广泛的是基因芯片技术。
30. Meanwhile the biochip control system was studied and constructed on FPGA.
    同时对芯片的控制系统进行了研究，构建了以FPGA为核心的控制系统。

noun

1. a microchip that uses tiny strands of DNA to latch onto and quickly recognize thousands of genes at a time