This work focuses on the development of an online programmable microfluidic bioprocessing
unit (BioModule) using digital logic microelectrodes for rapid pipelined selection and …

We present a method for the evaluation of fluorescence fluctuations on the basis of Mandel’s
Q parameter, using sampling time-dependent factorial cumulants. By relating the Q …

To identify new drug candidates a deep and profound knowledge of molecule interactions is
needed. In the current work, a combination of an electrowetting-on-dielectric (EWOD) …

This work focuses on the development of an online programmable microfluidic bioprocessing
unit (BioModule) using digital logic microelectrodes for rapid pipelined selection and …

The interdisciplinary project IMIKRID targets the "proof of concept" of a novel technological
platform for the development of customised complete diagnostic systems of ultra high …

In this paper we present a novel highly sensitive detection system for diagnostic applications.
The system is designed to meet the needs of medical diagnostics for reliable …

Determining the concentration of nucleic acids in biological samples precisely and reliably
still is a challenge. In particular when only very small sample quantities are available for …

Humans expressing a defective form of the transcription factor AIRE (autoimmune regulator)
develop multiorgan autoimmune disease. We used aire- deficient mice to test the …

This work describes online programmable microfluidic bioprocessing units using digital
logic microelectrodes for rapid pipelined translocation of DNA molecules and other charged …

In the growing field of microsystems for analysis systems there is a major need of simple
and stable micro devices to manipulate and switch fluid currents. Common devices use …