The proposed application has been developed to detect CRP, salmonella, and amitriptyline (AMT) on the basis of a structured lateral flow chip. It is combined with a read-out system using the camera of a smartphone and software such as ImageJ or a specially programmed app to evaluate color depth proportional to concentration. These strips are structured for multi-channel applications for either multi-analyte or for replica measurements. Calibration curves are provided for analytes, structuring and read-out will be discussed. The results allow the application in the area of POCT (point-of-care diagnostics), Anywhere care, or citizen science.
In the NanoHand project a system consisting of micro/nano based subsystems for automatic handling of nanometer sized
objects like carbon nanotubes (CNTs) and nanowires (NWs) will be developed. The goals of the project are driven by the
needs of upcoming semiconductor technology. Demonstrators will be built, which have a short term (a) as well as a long
term (b) perspective: (a) automated decoration of scanning probe microscope (SPM) probes with (i) CNT-enabled
supertips and (ii) supertips grown by focused electron beam induced deposition; (b) handling and assembly of CNTs for
the construction of nanoelectronic devices. NanoHand aims to transfer results achieved in laboratories towards industrially applicable, automated handling system for nanoobjects and its applications. This paper reports the technical achievements of the first project year.
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