Abstract: An aspect of some embodiments of the present invention relates to a method for comparing a color of a colored region to a plurality of predetermined discrete colors, the method comprising: a) identifying, on a digital image, a colored region; b) determining a color of the colored region, and determining a set of first values of color components forming the color, the color components belonging to a predetermined color space; c) receiving parameters from a machine learning system trained to identify a plurality of color groups based on training data, and each color group corresponding to a respective discrete color of a plurality of predetermined discrete colors, the parameters being indicative of the color groups; d) processing the first values with at least some of the parameters in order to associate the color of the colored region with one of the predetermined discrete colors.

Abstract: An aspect of some embodiment of the present invention relates to a kit for home urine collection and in office urine collection. The kit comprises a collector device and a clip. The collector device comprises a holder portion and a connector portion, the holder portion being configured to receive a sponge. The clip comprises an elongated main body and an extension extending perpendicularly to a longitudinal dimension of the main body, the extension being configured to cooperate with the holder portion to removably join the clip to the collector device.

Abstract: A kit for urine collection is disclosed. The kit comprises a clip; a collector device comprising a connector portion configured for receiving the clip, a holder portion configured for receiving a sponge; and a stopper portion; a tube configured to receive the collector device; and a cap configured to be inserted onto an open end of the tube and seal the tube and simultaneously receive an end of the collector device into a recess disposed inside the cap.