多道核能谱测量技术是用核分析方法进行物质成分分析和放射性检测的基础。
The measure technology of multi-channel nuclear energy spectral is the basis of matter composition analysis and radioactivity detection by way of nuclear analysis method.
荧光标记这种非放射性标记技术已成为现代分析检测中不可或缺的重要方法之一，然而将此技术应用于药物研究并不广泛。
The fluorescent labeling is one of the most important methods of modern analysis as a non-radioactive labeling technique, however, it has not been widely applied in drug research.
摘 要基于单片机的放射性测量技术是用核电子学方法进行物质成分分析和放射性检测的基础。
Measuring technology which is based on single chip is the foundation of matter composition and radioactivity detection by way of nuclear electronic methods.
时间分辨荧光免疫分析技术作为新一代非放射性免疫分析技术，具有生物技术研究和临床应用的广阔前景。
Time-resolved fluorescence immunoassay technology is a new generational non -radioactivity immunoassay. It has wide application and bright foreground in biotechnology and clinical detection.
应用超声心动图技术和放射性免疫测定法对100例高血压病患者左房血流动力学变化与血浆心钠素水平的关系进行分析研究。
The relationship of atrial plasma natriuretic factor (PAN F) in 100 hypertension patients and 50 normal ones for control were studied by echocardiography and radioimmunoassay.
应用超声心动图技术和放射性免疫测定法对100例高血压病患者左房血流动力学变化与血浆心钠素水平的关系进行分析研究。
The relationship of atrial plasma natriuretic factor (PAN F) in 100 hypertension patients and 50 normal ones for control were studied by echocardiography and radioimmunoassay.
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