An analyzer for the automated analysis of a biological specimen that comprises - a kit comprising a unit (receiving unit) with a number of reservoirs for receiving one or more marker(s) required for the analysis of the biological specimen as well as, if needed, the process aids required therefore as well as a unit (memory unit) for the electronic storage of one or more electronically stored test record(s) comprising instructions for the performance of the analysis of the biological specimen by means of the markers, wherein the memory unit is integrated within the receiving unit and wherein the receiving unit of the kit is realized as a microfluidics system; - a control system comprising - a data processing unit; - a unit for receiving the kit; - an interface allowing the communication between the data processing unit and the kit; - an interface allowing the communication between the data processing unit and a transfer unit for the transfer of the markers and, if present, process aids from the kit to a detection unit; - an interface allowing the communication between the data processing unit and the detection unit for the generation of image data of the biological specimen; and - an interface allowing the communication between the data processing unit and an analysis unit to analyze the image data obtained by means of the detection unit to generate analytical data; - a transfer unit for the transfer of the markers from the kit to a detection unit, wherein the transfer unit communicates with the control system via its related interface and the transfer unit is realized as a microfluidics system; - a detection unit to generate image data of the biological specimen, wherein the detection unit communicates with the control system via its related interface; and - an analysis unit to analyze the image data obtained by means of the detection unit to generate analytical data, wherein the analysis unit communicates with the control system via its related interface; wherein in the memory unit of the kit - one or more electronically stored test record(s) comprising instructions for performing the analysis of the biological specimen by means of the markers; and - electronically stored software for the evaluation of measuring results obtained from the biological specimen by means of the markers and by using the test records are stored. - a kit comprising a unit (receiving unit) with a number of reservoirs for receiving one or more marker(s) required for the analysis of the biological specimen as well as, if needed, the process aids required therefore as well as a unit (memory unit) for the electronic storage of one or more electronically stored test record(s) comprising instructions for the performance of the analysis of the biological specimen by means of the markers, wherein the memory unit is integrated within the receiving unit and wherein the receiving unit of the kit is realized as a microfluidics system; - a control system comprising - a data processing unit; - a unit for receiving the kit; - an interface allowing the communication between the data processing unit and the kit; - an interface allowing the communication between the data processing unit and a transfer unit for the transfer of the markers and, if present, process aids from the kit to a detection unit; - an interface allowing the communication between the data processing unit and the detection unit for the generation of image data of the biological specimen; and - an interface allowing the communication between the data processing unit and an analysis unit to analyze the image data obtained by means of the detection unit to generate analytical data; - a data processing unit; - a unit for receiving the kit; - an interface allowing the communication between the data processing unit and the kit; - an interface allowing the communication between the data processing unit and a transfer unit for the transfer of the markers and, if present, process aids from the kit to a detection unit; - an interface allowing the communication between the data processing unit and the detection unit for the generation of image data of the biological specimen; and - an interface allowing the communication between the data processing unit and an analysis unit to analyze the image data obtained by means of the detection unit to generate analytical data; - a transfer unit for the transfer of the markers from the kit to a detection unit, wherein the transfer unit communicates with the control system via its related interface and the transfer unit is realized as a microfluidics system; - a detection unit to generate image data of the biological specimen, wherein the detection unit communicates with the control system via its related interface; and - an analysis unit to analyze the image data obtained by means of the detection unit to generate analytical data, wherein the analysis unit communicates with the control system via its related interface; - one or more electronically stored test record(s) comprising instructions for performing the analysis of the biological specimen by means of the markers; and - electronically stored software for the evaluation of measuring results obtained from the biological specimen by means of the markers and by using the test records