Frithjof Von Dr. Germar

TL;DR: A microsystem integrating electrochemical detection for the simultaneous detection of protein markers of breast cancer is reported and has been validated using real patient serum samples and excellent correlation with ELISA results obtained.

TL;DR: A microfluorimeter device for the in situ detection of gliadin in foodstuffs, which could be used for a rapid control of raw materials in food processing, as well as for process control ofgliadin contamination, is reported on.

TL;DR: In this article, a microfluidic arrangement for extracting and optionally processing an extract from a sample and for transferring the extract in flowable form to a micro-fluidIC chip using an extractor with a compressible extraction chamber and at least one opening thereof, a reactor that has a reaction chamber, an inlet opening that communicates with the extractor, wherein the two openings define a flow path between the chambers, an outlet opening for fluidically connecting to the microfluidity chip and a ventilation opening of the reaction chamber.

TL;DR: In this article, the rotor and stator are attached to a polymeric material and the rotor chip may be made of polymeric materials, and an operating drive arrangement for rotating the rotor, a holder for the stator and a first port for filling and emptying.

TL;DR: In this paper, a universal microfluidic platform as a multisensor device for cancer diagnostics, developed within the framework of the SmartHEALTH project, is presented, which contains various functional modules in order to allow in its final setup to run a complete diagnostic assay on a chip starting with sample preparation to a final detection via a sensor array.