FIELD: biophysics, experimental and clinical medicine, applicable for diagnosis and correction of organism pathologic states. SUBSTANCE: method consists in detection of non-heat conducting field and comparison of it with a standard one in detection use is made of its natural coherent oscillations characterizing the endogenous and exogenetic processes occurring in the biological system in the "norm" and "pathology" in the all levels of organization of the biological medium in the continuous range of resonance frequencies generated at the respective levels of organization with a subsequent creation of static and dynamic images of the object, both on the whole and in layers ay the respective level of biological organization in spatial and time conditions; and genetic background of the "norm" and relation of the background of the "functional" and "pathologic" significant anomalies with it are determined; after that the level of biological organization, at which the anomaly being examined is developing, is fixed referring to the scale for taking the decisions. The device for examination of state of the bioobject has a sensor unit consisting of sensors, signal generator, information pick-off control device, second-level computer, upper-level computer network, АРМ and medical specialists and АРМ of maintenance and diagnosis; the sensor unit is made in the form of a cylindrical chamber with additionally introduced arranged in layers and series-connected analog memory elements, amplification and analog-to-digital conversion elements with an intellectual system of preliminary processing of signals, digital memory elements, primary- level supercomputer, commutators with formation of primary parallel information channels connected to the respective sensors organized in a two-dimensional matrix continuously in a cylindrical shape, in addition it has АРМ for receiving experimental data, АРМ for data processing and compression and АРМ of data base administrator connected in the respective way. EFFECT: enhanced quality of estimate of state of bioobject under examination and expanded functional capabilities, enhanced reliability. 4 cl, 9 dwg
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Authors
Dates
2000-08-10—Published
1994-12-30—Filed