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- An Autonomous Microreactor System for Detection of Mold Contaminations Group Vellekoop und Group Lang Joint Project MaUS - An Autonomous Microreactor System for Detection of Mold Contaminations The MaUS
Section: FB1
Profile Institute The Institute for Microsensors, -Actuators and -Systems focuses in research and development on sensors and microsystems, on the transfer of know-how and on the (advance) development
Scientific Staff Name Position Email Room Phone 0421/218- Asyuda, Andika Dr. rer. nat. Research Associate contact N3170 -62642 Bertram, Lukas M.Sc PhD Candidate contact Bornemann, Sarah Dr.-Ing. Resea
Education Student Projects, Work, Thesis IMSAS has openings for students to work on a Master project / Master thesis or Bachelor project / Bachelor thesis or on a Project. Please download and open the
Technical Staff Name Position Email Room Phone 0421/218- Baser, Ismail Dipl.-Ing. . FH Engineer contact O1110 -62589 Bödecker, André Technician contact O1070 -62596 Kirsch, Melanie Technician contact
Directors and Administration Directors Email Room Phone 0421/218- Prof. Dr.-Ing. Björn Lüssem contact O2120 -62610 Prof. Dr.-Ing. Michael J. Vellekoop contact O2140 -62604 Office N. N. contact O2110 -
Projects Group Lüssem Prof. Lüssem - Projects soon to be seen
Facilities © IMSAS © Universität Bremen Dickschichttechnologie © Universität Bremen Drahtbonden © Universität Bremen Galvanik © Universität Bremen Nassaetzen © Universität Bremen Oberflaechen-Profiler
CellTRAPS © S.Reede Colored SEM image showing 3 cell trap structures that were printed in IP-Dip on top of a measurement electrode. The entrance has a width of about 20 µm and the braces are 1.8 µm th
Life Chip © IMSAS Summary The aim of the LifeChip-Project is to investigate of new microfluidic concepts in order to cultivate mammalian cells inside a chip and to monitor their state. Cells will be p
