Abstract: A medical internet-based Balascopic information exchange network for data exchange mainly between doctors working in various hospitals and in different geographical locations in a standard Balascopic format. In the system, the specific Balascopic-format data are combined into groups. This makes it possible to combine scarce Balascopic-format data relating to rare medical cases into a common group, to accumulate these rare data to the amount sufficient for statistic processing, and to make the obtained data available to the subscribers of the network in real time or with a predetermined frequency of access to the system. The accumulated medical information presented in the Balascopic units can be used for the organization of consultations between specialists about rare and difficult medical cases.

Abstract: The method and system improve the balascopic concept disclosed in U.S. Pat. No. 4,527,240 by introducing relative balascopic units more convenient for graphical representation of parameters in a multiple-parametric system. The “analysis-of-pair” method is improved by replacing the graphical linear representation with balascopic vectors, which show a direction of changes of the relationship from normal and the length of which corresponds to the amount of the change. The circular diagram method is improved by dimensisonlessly rescaling the balascopic units into a system in which deviations for all parameters are shown from mean statistic values recalculated on the same radius of the circular diagram. According to another embodiment for balascopic representation of diagnostic data, the circular diagram of the invention are developed into a linear form.

Abstract: The method and system that improve and develop the balascopic concept disclosed in U.S. Pat. No. 4,527,240 by introducing relative balascopic units more convenient for graphical representation of parameters in a multiple-parametric system. The “analysis-of-pair” method is improved by replacing the graphical linear representation with balascopic vectors, which show a direction of changes of the relationship from normal and the length of which corresponds to the amount of the change. The circular diagram method is improved by dimensisonlessly resealing the balascopic units into a system in which deviations for all parameters are shown from mean statistic values recalculated on the same radius of the circular diagram. For each corresponding parameter the mean statistic value is assumed as 100% normal value.