“…information processes with their elements [6] or base and information systems [14], the principles and possibilities of information systems analysis as well as planning and application design in an ontological perspective [20], the morphology of medical computerized information systems (component of application, technical component, social component) including the qualities of their elements [14], the methodological concepts (algorithms) of automation of special information processes such as, for example, image processing, pattern recognition, (bio-)signal analysis, coding, classification, process control and systems regulation, problem solving/decision-making, modeling and simulating, data presentation, information storage and retrieval, communication and registration [6,19] as well as medical methodology demanded by Reichertz [12], the management of the engineering process [16] and the milieu of the medical information scientist, detailed by Evans [6]. In summary, the proposed taxonomy of medical informatics differentiates between general medical informatics and a set of application specific subspecialty areas or, in other words, between the theory of engineering computerized medical information systems and the practical application of these methodological con~ cepts focusing on special parts or processes of its object system.…”