Abstract: The invention concerns a magazine for storing test elements (1) with one or several test zones (3) which are attached adjacent to one another on a rectangular support, wherein the magazine has at least one pair of guide grooves (18a, b) located opposite to one another into which the test elements are inserted in such a way that they lie directly adjacent to one another and the edges of adjacent supports abut one another. A further subject matter of the invention is a system which comprises a slide (14, 31) in addition to the magazine according to the invention which is used to push a layer of test elements along the guide grooves towards the opposite end of the layer to remove test elements from the magazine.

Abstract: The invention concerns a magazine for storing test elements (1) with one or several test zones (3) which are attached adjacent to one another on a rectangular support, wherein the magazine has at least one pair of guide grooves (18a, b) located opposite to one another into which the test elements are inserted in such a way that they lie directly adjacent to one another and the edges of adjacent supports abut one another. A further subject matter of the invention is a system which comprises a slide (14, 31) in addition to the magazine according to the invention which is used to push a layer of test elements along the guide grooves towards the opposite end of the layer to remove test elements from the magazine.

Abstract: Device for the determination of analytes having a sample application point, several separate sample withdrawal zones that are each connected with the sample application point by one capillary transport path and that have several test elements for the individual determination of analytes wherein a retardation zone is provided on at least one of the transport paths. Material for the capillary transport of a liquid sample defines a sample application zone and a plurality of sample withdrawal zones connected to said application zone by a like plurality of transport paths. At least one of said paths has a retardation zone which assures that liquid applied to said application zone arrives simultaneously at said withdrawal zones, regardless of the lengths of the paths.