方法采用ELISA法在酶标仪上定量测定血清amh水平。
Methods Quantificationally measuring AMH level by ELISA instrument.
使用酶标仪动态检测纳米细菌的吸光度值，间接了解其生长速度。
Also the absorbance of nanabacteria was measured by Elisa to know its growth speed indirectly.
结论采用酶标仪测定胰激肽原酶可减少样品使用量，提高检验工作效率。
Conclusions The new method is obtained with less sample costs and higher efficiency.
结论：用酶标仪检测细菌浓度是抗菌纺织品抑菌效果检测的一种有效方法。
Conclusion: measuring bacterial concentration with enzyme-labelling measuring instrument is an effective method for examining bacteriostatic efficacy of anti-bacterial textiles.
目的：用酶标仪代替分光光度计比色提高尿碘检测速度及每次检测样品量。
Objective: Microplate reader replaces the spectrophotometer colorimetric to improving the analyzes speed and each time the urine iodine analyzes sample quantity.
系统可对酶标仪进行远程控制，并可把接收的数据自动导入到大型关系数据库（ORA CLE）中。
The ELIASA remote control is realized and the received data can be translated to the ORACLE Database.
目的利用串口技术和数据库技术，将酶标仪等检验仪器与LIS系统连接，实现计算机自动采集检验数据、管理检验数据。
Objective Making use of serial transmission technology and database technology, to connect the laboratory equipment with LIS, thus to realize automated data collection and data management.
我们通过长期的实践摸索，对各种类型的酶标仪进行了系统的测试和论证，初步建立了一套为保证酶标分析仪工作可靠而制定的性能评价和校准方法。
We test and demonstrate all type of enzyme micro-plate reader, and finally establish a calibration method for guaranteeing the stability and reliability of enzyme micro-plate reader.
我们通过长期的实践摸索，对各种类型的酶标仪进行了系统的测试和论证，初步建立了一套为保证酶标分析仪工作可靠而制定的性能评价和校准方法。
We test and demonstrate all type of enzyme micro-plate reader, and finally establish a calibration method for guaranteeing the stability and reliability of enzyme micro-plate reader.
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