化学发光

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  • chemiluminescence;chemoluminescence
化学发光化学发光
  1. ~(60)Coγ射线辐射对淋巴细胞化学发光的生物效应

    Biological effects of ~ ( 60 ) co γ - ray irradiation on lymphocyte chemoluminescence

  2. 方法157例肝硬化患者血清标本,分别用化学发光法和酶联免疫反应法测定NO、TNFα含量。

    Methods Serum NO , TNF α levels were detected with chemoluminescence method and ELISA in 157 LC patients .

  3. 光化学-化学发光法测定蔬菜中的维生素C

    Determination of Vitamin C in Vegetables Using Photochemical-Chemiluminescent Method

  4. 增强化学发光法标记的DNA探针诊断恶性疟疾

    Evaluation of ECL labelled DNA probe for diagnosis of falciparum malaria

  5. 利用H2O2-KI-鲁米诺体系化学发光法测定痕量钼

    Chemiluminescence Determination of Trace Molybdenum (ⅵ) by H2O2-I & Luminol System

  6. 流动注射&化学发光法同时测定痕量Cr(Ⅵ)/Cr(Ⅲ)

    Flow Injection-Chemiluminescence Method for Simultaneous Determination of Trace Cr (ⅵ) / Cr (ⅲ)

  7. F原子与I2的化学发光反应

    Chemiluminescent Reactions of Fluorine Atoms with lodine Molecules

  8. 本文将钼催化过氧化氢氧化硫代硫酸钠的反应与鲁米诺-H2O2化学发光反应相偶合,建立了痕量钼的无机偶合反应化学发光分析法。

    A chemiluminescence analysis with inorganic coupled reactions has been developed .

  9. 异丙醇-ClO~&H2O2化学发光新体系研究

    Study on the novel chemiluminescence system of iso-propylalcohol-clo ~ & h_2o_2

  10. 鲁米诺-H2O2体系化学发光检测一氧化氮的研究

    Study on the Determination of Nitric Oxide Using Luminol-H_2O_2 Chemiluminescent Method

  11. 用酶联免疫-化学发光法测定ANT的实验研究

    Experimental study of determination for ant using elisa-cl methods

  12. 丙酮-H2O2-ClO~-化学发光新体系的研究及应用

    The study and application of acetone-h_2o_2-clo  ̄ - chemiluminescence system

  13. 一种基于用溶胶凝胶法固定HRP的化学发光型H2O2传感器

    A Chemiluminescence H 2O 2 Sensor Based on HRP Immobilized by Sol Gel

  14. 在线电生Mn(Ⅲ)流动注射化学发光法测定氨基比林

    Flow injection chemiluminescence method for determination of amidopyrine with electrogenerated Mn (ⅲ) on line

  15. Ce(Ⅳ)-Na2S2O4-呋塞米化学发光体系的研究

    Study on Chemiluminescence System of Ce ( IV ) - Na_2S_2O_4-Furosemide

  16. 一种新颖的测定和分析羟自由基氧化损伤RNA及其分子机理的化学发光体系

    A Novel Chemiluminescence System for Detecting and Analyzing Oxidative Damaged RNA by Hydroxyl Radical and Its Molecular Mechanism

  17. 应用化学发光自显影技术检测甲型肝炎病毒和人IgM

    Application of Chemiluminescent Photographic Detection in Identification of HAV and Human IgM

  18. 用细胞色素C和H2O2诱发扩增化学发光时,还应控制反应的时间。

    When cytochrome C and H_2O_2 are used to enhance CL , the length of reaction time should also be carefully controlled .

  19. 用化学发光法检测血清中CEA的水平。

    The serum CEA values were determined by chemiluminesence reaction .

  20. 用化学发光法测定血浆总IgE。

    Total plasma IgE was measured by Chemiluminescence assay .

  21. AFP抗体的标记及其电致化学发光免疫分析研究

    Label of AFP Antibody and Electrochemiluminescence Immunoassay

  22. 化学发光反应Ca(~3P)+CF3I,CH3I的动力学研究

    The Dynamics Study of Chemiluminescent Reactions Ca ( ~ 3p ) + CF_3I , CH_3I

  23. 为探讨乙型肝炎表面抗原(hepatitisBsurfaceantigen,HBsAg)阳性母亲的婴儿乙肝疫苗注入后早期机体免疫反应的特点,采用化学发光法测定了吞噬细胞的吞噬功能;

    The characters of early immune response on the infants whose mothers with hepatitis B surface antigen ( HBsAg ) after hepatitis B vaccination were studied .

  24. 生物芯片化学发光免疫法检测人TSH和T4的研究

    TSH and T4 Detected by a Method of Biochip Magnetic Chemiluminescence Enzyme Immunoassay

  25. H2O2的KMnO4-Luminol化学发光体系测定

    Determination of H_2O_2 by KMnO_4 - Luminol System

  26. 定期采集2组患者血样品,并用微粒子化学发光法检测样本cTnI浓度。

    Serum samples from these patients were analyzed for cTnI by chemiluminescent immunoassay .

  27. 单位成本以化学发光法最高,依次为ELISA、金标法,分别为744.17元、317.23和42.22元。批量成本则以ELISA为最低。

    Chemiluminescence assay was highest in unit-cost . The unit-cost of chemiluminescence , ELISA and DIGFA were 744.17, 317.23 and 42.22 RMB , respectively .

  28. 自动化学发光免疫分析法测定血清T3、T4和TSH的评价

    Evaluation of automated chemiluminescent immunoassay method in determination of serum T_3 , T_4 and TSH

  29. 在前期工作的基础上,我们改进了实验方法,研究了另一种灵敏度更高的基于金纳米粒子信号放大的流动注射化学发光法检测DNA特定序列的生物传感器。

    A novel and sensitive flow injection chemiluminescence assay for the sequence specific DNA detection based on the signal amplification with nanoparticles was developed on the basis of our preceding work .

  30. 通过微铂电极流动池,H2O2被还原为OH~-,以维持鲁米诺化学发光所要求的pH条件。

    By a micro Pt electrode flow cell , H_2O_2 was reduced into OH ~ - which was a prerequisite reagent for luminol chemiluminescence ( CL ) .