DNA sensor based on FET is researched.
研究了基于场效应晶体管的DNA传感器。
The methanol-HCl treatment will make the readout of the DNA sensor decreased compared with the sulfuric acid treatment.
与目标DNA分子杂交反应后，实验表明，硫酸处理的测试结果要好于甲醇-盐酸的处理方法。
Research of functional DNA sensor will provide a new technical means for the detection of heavy metal ions, but these studies in laboratory have not reached the level of practical application.
功能DNA传感器检测的研究为重金属离子的快速检测提供了新的技术手段，但是这些仅限于实验室研究，还没有达到实际应用的水平。
The paper descibes the design of a quartz crystal sensor for the detection of DNA hybridization reaction.
设计一种用于检测某种DNA杂交反应的石英晶体传感器及其放大、显示电路。
The design and application of DNA electrochemical sensor were reviewed.
对DNA电化学传感器的设计和应用进行了综述。
Conclusion PNA combining with the DNA of target sequence had a highly specificity. Choosing PNA as the probe may improve the determined specificity of piezoelectric gene sensor.
结论PNA与靶序列dna结合有高度的特异性，选用PNA作探针，可提高压电基因传感器检测的特异性。
The DNA electrochemical sensor is manufactured by immobilizing ssDNA on the activated surface of CPE in fixed potential. The complementary DNA is detected by hybridization on the this sensor.
利用一定电压下将探针固定在活化的碳糊电极表面的技术，研制成DNA电化学传感器，用该传感器对互补链dna进行杂交检测。
But that signal changes when cancer drugs or molecules that damage DNA bind with the sensor.
但是，当抗癌药物或者破坏dna的分子和传感器结合在一起的时候，这种红外信号会发生变化。
An integrated microstructure PCR-DNA amplification biochip based on MEMS technology was fabricated, which includes heater, temperature sensor, reaction chamber and inlet channels.
基于MEMS技术研制了微结构的集成PCR-DNA分子扩增生物芯片，芯片集成了加热子、温度传感器、反应室、进样通道等；
When DNA damages of cells appear, as a kind of molecular sensor of cells, PARP will recognize and bind to DNA breakages, then be activated.
当细胞DNA发生损伤时，PARP可作为细胞内的分子感受器，识别、结合到DNA断裂处，并被激活。
ECL is widely used in biosensor, immune sensor, DNA probe, surface analysis and enzyme analysis.
ECL在生物传感器研究、免疫分析和DNA探针、表面分析和酶分析中得到了广泛的应用。
ECL is widely used in biosensor, immune sensor, DNA probe, surface analysis and enzyme analysis.
ECL在生物传感器研究、免疫分析和DNA探针、表面分析和酶分析中得到了广泛的应用。
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