Microreaction Technology

Prof. Wolfgang Ehrfeld ist Leiter des Instituts für Mikrotechnik in Mainz, das führend in der Entwicklung und Herstellung von mikrotechnischen Baustein n für die Industrie ist.

1 Reaction Engineering Aspects of Microreaction Systems.- Reaction Engineering for Microreactor Systems.- Observations on Hypothetical Miniaturised, Disposable Chemical Plant.- Monolithic Microreactors Possessing Regular Mesopore Systems for the Successful Performance of Heterogeneously Catalysed Reactions.- Scouting Study about the Use of Microreactors for Gas Supply in a PEM Fuel Cell System for Traction.- Solute Transfer by Liquid/Liquid Exchange without Mixing in Micro-Contactor Devices.- Reactions in Microreactors in Electric Fields.- High-Temperature Micro Catalysis: a New Design for Comperative Reaction Studies in Technical and Model Systems.- Micro-Structure Electrodes as Electronic Interface between Solid and Gas Phase: Electrically Steerable Catalysts for Chemical Reactions in the Gas Phase.- 2 Design and Production of Microreactor Systems.- Fabrication of Components and Systems for Chemical and Biological Microreactors.- Technologies and Microstructures for (Bio)chemical Microsystems.- Functionalized Biomolecular Membranes for Microreactors.- Nano Titer Plates: Micro Compartment Arrays for Biotechnological Applications.- An Automated Method to Create a One Dimensional Array of Chemically Synthesized Oligonucleotides.- Development of a Microreactor for Chemical Production.- Laser Processes for Flexible Manufacturing of Fluidic Micro Reactors.- The Use of Microcapillaries and Catalytic Contact Printing for the Preparation of Microstructured Magnetic Surfaces and for the Ordered Deposition of Proteins on Surfaces.- Fabrication and Interconnection of Ceramic Microreaction Systems for High Temperature Applications.- Fabrication of Microreactor Components by Electro Discharge Machining.- Silicon Microreactors made by Reactive Ion Etching.- Porous Silicon as the Carrier Martix in a Micro Enzyme Reactor to Achieve a Highly Efficient and Long-Term Stable Glucose Sensor.- 3 Microreactors in Combinatorial Chemistry.- MCR X. Important Aspects for Automating Preparative Chemistry.- MCR XII. Efficient Development of New Drugs by Online-Optimization of Molecular Libraries.- MCR XI. Microreactors as Processors for Chemical Computers.- 4 Application of Microreactors in Drug Development and Biotechnology.- Microfabricated Devices for Performing Chemical and Biochemical Analysis.- A New Design of a Wafer Based Micro Reaction System.- A Silicon Microreactor for Immunological Applications.- A Microflow Reactor for Two Dimensional Investigations of In Vitro Amplification Systems.- Flourescence Correlation Spectroscopy (FCS), the Detection Method for Sub-Microliter Miniaturized Biological Assays.- The Physiocontrol-Microsystem (PCM): Analysis of Cellular Behaviour for Biomedical Research.- Development of a Pharmacological Test System in a Miniaturized Hollow Fiber Bioreactor.- A Microreactor with On-line Mass Spectrometry for the Investigation of Biological Kinetics.- Microarray Based Ligand Binding System.- 5 Application of Microreactors in Chemical Analysis and Diagnosis.- Advantages Afforded by Miniaturization and Integration of DNA Analysis Instrumentation.- Nanoscaled Impedimetric Sensors for Multiparameter Testing of Biochemical Samples.- Temperature Controlled Chip Reactor for Rapid PCR.- Incremental Parallel Microtitrtation: A Novel Approach Towards Test Strip Devices of Extreme Accuracy.- Concept of Miniaturized and fast GC and HPLC Analytical Systems Integrated in Microreactors.- Possibilities for Thermophysical Reaction Monitoring in Microreactors.- Heating and Calorimetry in Single Droplets and Micro Fluid Reactors.- Microreactions on the Surface of an Oligonucleotide Bearing Chip.- Coulometric Nanotitrators with Potentiometrie Endpoint Detection.- Miniaturization as a Demand of High-Throughput-Synthesis and -Analysis of Biomolecules.