Titlebook: Micro Total Analysis Systems; Proceedings of the μ A. Berg,P. Bergveld Conference proceedings 1995 Springer Science+Business Media Dordrech

anaphylaxis

Material Science for Future (Bio-)Chemical Microsystems: The Key Role of Tailoring Interfaces, sensor-active materials and transducers. A molecular understanding of the sensing mechanisms is shown to be a prerequisite for the development of a new generation of sensor systems with particular emphasis on their miniaturization and integration. This understanding requires comparative microscopic

高調(diào)

Optical Microsystems for (Bio)Chemical Analysis,tems (μ-TASs). This is going to change in the next future. Three kinds of approaches toward optode miniaturization are presented which appear promising in context with μ-TAS schemes. The following are considered to hold particular promise:.These schemes, along with the use of solid-state electronics

achlorhydria

filicide

酷熱

Micromachined Flow-Through Measurement Chambers Using LAPS Chemical Sensors,onsisting of a microflow chamber in which a biological component is immobilized, and a chemical sensor which is part of the chamber. A particularly suitable sensor is the Light-Addressable Potentiometric Sensor (LAPS), due to its compatibility with micromachined surfaces and structures. Flow chamber

Insufficient

Development of a PCR-Microreactor,t and research. As a part of this effort, we are developing miniaturized devices and instrument components including reaction chambers, microfluidic devices (i.e. pumps, valves, and flow systems) and detection systems for biomedical applications. Specifically, a microfabricated thermal cycling instr

讓空氣進(jìn)入

圍巾

Microanalysis Systems for Gases,articular sensor technology based on field effect devices is described in some detail. The principles of electronic noses are reveiwed. Some results obtained with noses incorporating field effect devices are presented. Different forms of integrated sensor arrays capable of generating detailed inform

MILL

Perineum

Microsystems for Analysis in Flowing Solutions, flow manifolds in combination with electrochemical sensors or optical detection. Applications range from simple ion concentration measurements with ISFETs to a multi-step chemical analysis of phosphate. Miniaturization of the flow systems leads to a substantial reduction in reagent consumption.