生化传感器

EIS型半导体生化传感器EI界面势的理论模拟

Simulation of EI-Interface Voltage in an EIS-Type Semiconductor Biochemical Sensor

表面等离子体谐振（SPR）生化传感器相比传统的生化分析方法具有诸多优点，而小型化则是其发展趋势之一。

Summarized the characteristics of surface plasmon resonance ( SPR ) biochemical sensor and its trend of miniaturization .

AW生化传感器的研究进展

The development of AW biochemical sensor

研制出一种基于光寻址电位传感器（LAPS）原理的多参数生化传感器系统。

A multi-parameter biochemical sensor array has been developed , based on the principles of light addressable potentiometric sensors ( LAPS ) .

自从Clark和Lyons在1962年研制出第一个生物传感器以来，探测各种生物和化学分子的生化传感器相继问世。

Since the development of the glucose sensor by Clark and Lyons in 1962 , generally recognized as the first biosensor , many types of sensors have been developed in which the physical or chemical transducer is provided with a layer containing a biological sensing element .

多用途光纤生化传感器的设计与研制

Design and Development of Optical Fiber Sensors for Multipurpose Biochemical Sensing

微阵列光寻址生化传感器系统性能研究

Research of properties on the bio-chemical micro-array light addressable potentiometric sensor system

基于光纤光栅的温度不敏感生化传感器及全光开关研究

Temperature-Insensitive Biochemical Sensor and All-Optical Switching Based on Fiber Gratings

以往的硅生化传感器多设计为膜片式，器件的灵敏度受到限制。

The silicon chips are usually designed as membranes , which have limited sensitivity .

本文将介绍当前生化传感器发展的新特点，并对其发展的新趋势进行探讨。

In this paper , new characteristics of biochemical sensors are described , and their novel trends are also discussed .

在生物和化学领域中，生化传感器是进行各种实验研究的必要条件和工作基础。研制特异性强，灵敏度高，响应时间短的高性能传感器一直是人们追求的目标。

The goal to find biochemical sensors with high specificity , sensitivity and short response time are always pursued by people .

论文还研究了基于微毛细管的生化传感器，系统地分析传感器的工作机制和特征参数。

The paper also studies the microcapillary-based biochemical sensors , and systematically analyses the working mechanism and characteristics parameters of the sensors .

论文对温度不敏感光纤光栅生化传感器，以及光纤光栅的非线性开关特性进行了深入的研究，主要作了以下三个方面的工作。

Temperature-insensitive biochemical fiber Bragg grating sensor , as well as nonlinear all-optical switching based fiber gratings is focused on . The present paper has done the work as follows : 1 .

基于薄膜体声波谐振器的传感器具有小体积、低成本、易集成等优点，特别适合作为生化传感器用于气体、蛋白质、聚合物等的检测。

The sensors based on film bulk acoustic resonator have advantages of small volume , low cost and easy integration , and especially suitable for gas , protein , polymers biochemical detection .

采用各种生化传感器进行现场环境质量多点或多参数监测时，需要实时将采集的数据传输到监控中心或决策人员。

Field environment monitoring for multi - position and multi - parameter based on biochemical sensors , it is required to trans - mit timely and reliably the acquired data to control center or decision - maker .

多参数血液生化检测传感器的研究

Research of a Multi - Parameters Bio-Sensor for Blood Analysis

这些效应可以在生化检测传感器、纳米光学器件以及太阳能电池等方面得到应用，使光和电的功能在同一微纳器件上的集成成为可能。

All of these extraordinary effects can be explored on bio-chemical sensors , nano-optical and solar cells , making it possible to have the effects of optical and electrical integrated on single chip .

文中阐述了环境监测生物传感器、DNA生物传感器、多功能生化指标生物传感器的发展和应用，展望了医学生物传感器的发展前景。

The biosensors for environmental monitoring , DNA biosensors and multiple-biosensors for biochemistry analysis are described and their current applications are reviewed in this paper . The future prospects of biosensors in medicine are discussed as well .

ISFET是基于MOS结构，用于生化参数测量的传感器。

ISFET is based on MOSFET structure and used to measure biochemical parameter .

生化需氧量微生物传感器的研究进展

The Progress of Microbial Biosensors for Biochemical Oxygen Demand

成骨细胞作为维持骨组织应力改建平衡的主体细胞，既是应力刺激的效应细胞，又是机械生化信号传递的传感器。

Osteoblast cells are the effectors of mechanical strain stimulation , and also are the sensors of mechanical and biochemical signals . The balance of bone remodeling caused by mechanical strain is mainly maintained by osteoblast cells .