enzyme sensor

A Multi-function Enzyme Sensor for Sucrose and Glucose Determination

蔗糖-葡萄糖双功能酶传感器的研究

Thus an enzyme sensor system which can achieve real time regulation, bedevil patients less, and facilitate measurement is necessary for interdisciplinary science.

实现一个实时监控、病患痛苦少并且测量方便的酶传感器系统是亟待实现的交叉科学领域课题。

The biosensor is a special chemical sensor. It uses the biologically sensitive components as active units ( such as enzyme, antibody, nucleic acid, cell, tissue) and promises highly selective to the analyte.

生物传感器（biosensor）是一类特殊的化学传感器，它是以生物活性单元（如酶、抗体、核酸、细胞、组织等）作为生物敏感基元，对被测目标物具有高度选择性的检测器。

It is significant for determination of uric acid in the field of clinical diagnosis, there are lots of determination methods for uric acid, such as enzyme method, uric acid sensor method, voltammetry, high performance liquid chromatograph and phospho-tungstic acid deoxidizing method and so on.

尿酸的检测在涉及临床诊断研究方面具有重要意义，尿酸常用的检测方法有酶法、尿酸传感器检测法、伏安法、高效液相色谱法和钨钼磷酸法等。

Wireless implantable enzyme sensor has the proposed advantage and is becoming a hot point in designing Blood Glucose Monitor.

无线植入式酶传感器恰好具备上述传感器系统的优点，因此逐渐成为血糖测量仪器研究的热点。

In Chapter II: Single eosinophil cell was activated with PMA and released H_2O_2 and we determined H_2O_2 quantitatively using single enzyme sensor with a dual microelectrode.

第二章，单细胞酶传感器用于单个嗜酸性粒细胞受PMA刺激所释放的H2O2的定量检测。

Enzyme sensor converts physical and chemical signals,' which formed in catalytical reaction, into electrical signals, to detect objects under test.

酶传感器将酶作为敏感元件，把酶催化反应过程中的物理或化学信号转化为电信号以检测被测物。

Studies on Improving Selectivity of Microbial-Enzyme Sensor

提高微生物酶传感器选择性的研究

In this paper, a model of implantable enzyme based glucose sensor is presented.

本研究介绍一种可植入的葡萄糖传感器的设计和计算机模拟优化.