Abstract: An analysis method for chemical and/or biological samples, particularly chemical and/or biological samples comprising cells, includes the following steps: taking a sample image (46), said sample image (46) comprising a plurality of pixels, generating analysis data per pixel, determining pixels of interest for the analysis, and evaluating the generated analysis data per pixel of interest, preferably by a fluctuation analysis procedure, and is characterized in that said analysis data are generated during said taking of the sample image and comprise pixel information resolved into time series, said pixel information being used for evaluation preferably on the basis of a fluctuation analysis procedure.

Abstract: The present invention relates to bioelectronic devices comprising lipid vesicles which are in contact with a chip, particularly with at least one gate of a field effect transistor. The vesicles/bilayers may comprise effector molecules in their membrane and thus are suitable as bioelectronic sensors. The chip may also have a capacitive stimulating spot, with which the electrical or functional state of the membrane or its incorporated molecules may be affected.