Abstract: Provided is a test system including at least the following: permeabilising means and/or lysis of at least one pathogen and/or at least one cell, means for capturing and/or making parts of the pathogens and/or cells, means for localising, immobilising and/or enriching at least one component of a pathogen and/or a cell, means for image processing preferably including an optical magnifying unit, enabling an optical reading out of at least one means for localising, immobilising and/or enriching can be carried out.

Abstract: The invention relates to a test system comprising at least one of the following means: permeabilising means (110) and/or lysis of at least one pathogen (10) and/or at least one cell (10), means for capturing (80) and/or making (90) parts (20 and/or 40 and/or 50) of the pathogens (10) and/or cells (10), means for localising, immobilising and/or enriching (120) at least one component (40 and/or 50 and/or 20 and/or 10) of a pathogen (10) and/or a cell (10), means for image processing (160) preferably comprising an optical magnifying unit (161), enabling an optical reading out of at least one means for localising, immobilising and/or enriching (120) can be carried out.

Abstract: This invention relates to a test system along with test strips and a test process and its use, especially in the point of care (PoC) area, the test system comprising a mobile computing device having an image processing device arranged on an optical magnification device that is used to analyze body fluids.

Abstract: A microstructured measurement chip (1) for optical measurement of properties of artificial or biological membranes (40), having a lower, translucent support layer (10) and at least one non-translucent main layer (20) disposed on top of the former, which layer has depressions (30) configured as measurement chambers, having an upper opening (25) and one or multiple inner side walls (26). In order to improve the measurement chip (1) in such a manner that biological systems can be measured with greater measurement accuracy and higher throughput, it is proposed that the side wall or the side walls (26) of the measurement chambers (30) have depressions (27) and/or elevations (28). The invention furthermore relates to a holder (200) for the measurement chips (1) as well as to a method for the production of the measurement chips (1) from a silicon wafer (300).