FORNANO
BAVARIAN RESEARCH ASSOCIATION FOR MINIATURISED ANALYSIS TECHNIQUES USING NANOTECHNOLOGY
The association
In the fields of medicine, diagnostics as well as pharmaceutics, chemical process technology and environmental analysis, fast quantitative detection of chemical and biological substances is essential. The scientists in the ForNano research cooperation are developing components for analytical laboratories which will fit on a thumbnail sized chip. These microchips would allow laboratory analysis while only requiring a minute quantity of sample and reagent. This would greatly reduce the use of reagents which not only cut costs, but also provides more environmentally friendly solutions. In addition, thanks to the shorter reaction times, the microchip lab would deliver the analysis results faster than conventional tests. Nanotechnology methods form the basis for the new developments. ForNano is actively researching new methods of analysis that are capable of detecting substances with a high degree of sensitivity using even the tiniest quantities of liquid. Alongside the analytical techniques, chips are being developed on which liquids can be moved or living cells examined. The idea is for numerous processes to take place in parallel on the chip. To this end, researchers are working on methods for analysing and detecting numerous samples simultaneously in a single sample. In ForNano, scientists from the fields of physics, chemistry and medicine work together with partners from industry.
Organisation
Head of Research Division
Coordination
Second Spokesperson
Spokesperson
Partner
Projects
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ForNano
- 2 Mikro- und Nanofluidik auf piezoelektrischen Substraten
- 1 Felder von nanostrukturierten Sensorelemente für die Chemische Sensorik mit Oberflächenwellen
- 3 Bindungskräfte zwischen Polynukleinsäuren auf DNA-Chips
- 4 Silizium-Nanokanal Sensor-Arrays für Zellen
- 5 Zweidimensionale Mikroelektrophorese von Membranproteinen auf strukturierten Festkörperoberflächen zur Proteomanalyse
- 6 Nanostrukturierte Elektrodensysteme für die elektrophoretische Separation von Membranproteinen
- 7 Optische Sensorik mit Nanopartikeln
- 8 Single Virus Tracing: Entwicklung eines Verfahrens zur Entschlüsselung des Infektionsweges eines Virus in eine lebende Zelle mit Nanometerauflösung
- 9 Optische Detektion von cAMP
Contact
Dr. Moritz Ehrl
LMU München
Department für Chemie
Butenandstr. 5-13
81377 München
Telefon: +49-89-2180-77559
Email: <link mail>ehrl@lmu.de