生物发光

ATP生物发光法检测卵巢癌细胞对化疗药物的敏感性

Evaluation of sensitivity of chemotherapy in ovarian cancer by ATP - bioluminescence assay

SKE法在ATP生物发光快速检测中的应用

Application of SKE Method in Rapid Detection for ATP Bioluminescence

用聚合酶链反应（PCR）、酶动力学和生物发光技术进行检测。

Polymerase chain reaction ( PCR ), enzyme kinetics and bioluminescence techniques were used .

用生物发光技术对结核杆菌H（37）Ra株进行快速药物敏感试验的研究

The Study of Rapid Drug Sensitivity of M. tuberculosis Strain H_37 Ra with Bioluminescence

利用ATP生物发光法测定西湖水体微生物量

Determination of micro-biomass in West Lake waters by ATP bioluminescence method

肉品新鲜度的ATP生物发光法检测研究

Study on the detection of meat fresh degree by ATP bioluminescence

ATP生物发光法检测微生物总量及其自动原位分析的研究

Detection of Biomass by ATP Bioluminescence and Realization of Automatic Online Monitoring

大鼠脑和肌肉组织ATP含量的生物发光测定

Bioluminescence assay of ATP in brain and muscle of rat

ATP生物发光法检测水中细菌数的研究

Detection of Biomass in Water by ATP Bioluminescence Technique

基于生物发光的高灵敏度ATP自动测试系统研究

Study of an automatic ATP detecting system with high sensitivity based on bioluminescence

用ATP生物发光技术快速测定细菌的药物敏感性

Rapid detection of bacterial susceptibility using ATP bioluminescence assay

ATP生物发光法快速测定生乳中细菌总数的研究

Research of rapid detecting microbial count in raw milk with ATP bioluminescence technique

生物发光技术定量检测SD鼠睾丸组织内端粒酶活性的实验研究

Bioluminescence technique study of telomerase activity in the testis of SD rats and its significance

生物发光法测定ATP制剂含量

Determination of ATP in its preparation by bio-luminescence

ATP生物发光法与MTT法检测卵巢癌体外化疗敏感性的比较

The comparative study of ATP-bioluminescence assay and MTT test for chemosensitivity testing of ovarian cancer

ATP生物发光分析预测肿瘤化疗敏感性的研究口腔颌面部肿瘤化疗方案药物敏感性试验

In vitro Sensitivity Testing of Tumor Cells to Anticancer Drugs by Bioluminescence Measurement of ATP

生物发光法检测肝脏组织中微生物ATP含量推断死亡时间

The bioluminescent assay of microbial ATP in postmortem tissues for the estimation of postmortem interval

用生物发光免疫技术检测肝肿瘤标志物AFP在肝癌早期诊断中的研究

The Detection of Liver Tumor Marked AFP by Bioluminescence Technology in Early Liver Carcinoma Diagnose

卫生学检测则主要是利用分子杂交或ATP导致的生物发光检测微生物污染。

In hygiene inspects , microbial pollution can be detected through bioluminescence of ATP or molecular hybridization .

此前经过基因改造的发光植物利用的是生物发光细菌或萤火虫的DNA，但这些植物不一样，是利用生物发光真菌的DNA改造的。

And , unlike previous genetically engineered glowing plants , which used bioluminescent bacteria or firefly DNA , these plants were engineered using the DNA of bioluminescent fungi .

辐照对农产品中细菌ATP生物发光检测的干扰

A preliminary study of irradiation disturbance on the rapid bacteria assay with ATP bioluminescence technique for agricultural products

SOS显色试验中细菌毒性效应的生物发光测定校正

Correction for bacteriotoxic effects in SOS chromotest by bioluminescent determination

前言：目的：研究ATP生物发光法用于肉品新鲜度检测和肉品质量评价的可行性。

Objective : To study the feasibility of meat fresh degree evaluation and meat quality estimation by ATP bioluminescence .

方法：用人体SPF值测定法对防晒乳膏进行测定。除草剂的生物发光测定法

Method : The in-vivo SPF evaluation method was adopted . Bioassay of Herbicides Using Bioluminescence

心肌线粒体DNA缺失、线粒体呼吸链酶复合体及腺苷三磷酸（ATP）合成分别用聚合酶链反应（PCR）、酶动力学和生物发光技术进行测定。

MtDNA deletions , respiratory chain enzyme complexes and ATP synthesis were divided determined with polymerase chain reaction ( PCR ), enzyme kinetics and bioluminescence technique .

分别采用四氮唑蓝法和生物发光法测定各组大鼠血红细胞SOD活性及心肌ATP含量。

SOD activities in blood RBC and the myocardial ATP contents of rats in each group were determined respectively with NBT and bioluminescence methods .

研究了ATP生物发光微生物快速检测试剂的反应动力学、反应最适温度、pH以及各种影响因素。

In this assay , the reaction kinetics , optimum temperature , pH and various influential factors of ATP microbial rapid detection reagent by bioluminescence were studied .

ATP生物发光法是一种快速的微生物检测方法，具有简便、灵敏度高、可实时检测等优点。

ATP bioluminescence is one kind of rapid detection method for microorganisms , since it is easy , highly sensitive and timely , etc.

ATP生物发光法具有反应快速、操作简便等优点，已应用于食品细菌总数检测。

Depending on the advantages of fast response and convenient operation , ATP bioluminescent method has been used to detect bacterial count in food .

最后，作为ATP生物发光法检测微生物量的进一步研究，提出一套可行的自动原位监测仪的设计方案。

Finally , as further study of the detection of microorganisms by ATP bioluminescence technology , a feasible design of automatic online measure-meter was proposed .