评介近场光学生物传感器和纳米粒子生物传感器及其在单细胞的原位活体分析中的应用。
This paper covers maior developments in the area of near-field optical biosensor and nanoparticle-based biosensor for intracellular analysis.
椭偏光学生物传感器是识别和检测蛋白质的一种新型的高通量、快速生物分子分析技术。
A protein microarray biosensor based on imaging ellipsometry has been developed as a high-throughput and fast technique for protein analysis.
研究了在硅片表面上通过A蛋白定向固定抗体分子用于椭偏光学生物传感器免疫检测的可能性。
The feasibility of using protein A to immobilize antibody on the silicon surface of the imaging ellipsometry biosensor was investigated in this study.
基于三磷酸腺苷(atp)光学反应原理，结合实验室自制的光学生物传感器，构建了一种快速检测卡介苗(BCG)活菌数的方法。
Based on the principle of ATP bioluminescence reaction, a rapid method was developed for detecting the viability of BCG vaccine which combined homemade optical biosensor.
光学生物敏感材料是光纤生物传感器中一个非常重要的部分，其性能直接影响光纤生物传感器的性能。
Biosensitive material is an important part of fiber optic biosensor. The characters of the material influence the whole fiber optic biosensor greatly.
光学生物敏感材料是光纤生物传感器中一个非常重要的部分，其性能直接影响光纤生物传感器的性能。
Biosensitive material is an important part of fiber optic biosensor. The characters of the material influence the whole fiber optic biosensor greatly.
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