FIELD: medicine, quick-test diagnostics.
SUBSTANCE: one should register the range of the dynamic row of cardiointervals, measure the power in the ranges of this row and total power of the range (TP), detect normative values of total spectral power and power in the ranges of the row neutralized by great population of people under standard conditions of the record. Moreover, power should be measured within the following ranges: 0.003-0.004 Hz, 0.0062-0.0072 Hz, 0.010-0.014 Hz, 0.0163-0.0173 Hz, 0.023-0.029 Hz, 0.031-0.035 Hz, 0.039-0.041 Hz, 0.044-0.048 Hz, 0.25-0.35 Hz, calculate the value S by the following formula: Si=Ni*100%/NTP and at deviation of Si value within 0.003-0.004 Hz being above normative value one should diagnose pathological state of suprasegmental level of ANS; at deviation of Si value within 0.0062-0.0072 Hz being above normative value one should diagnose pathological state of hypothalamus; at deviation of Si value within 0.010-0.014 Hz being above normative value one should diagnose pathological state of hypophysis; at deviation of Si value within 0.0163-0.0173 Hz being above normative value one should diagnose pathological state of thyroid gland; at deviation of Si value within 0.023-0.029 Hz being above normative value one should diagnose pathological state of sympathoadrenal system; at deviation of Si value within 0.031-0.035 Hz being above normative value one should diagnose pathological state in the system of steroid hormones; at deviation of Si value within 0.039-0.041 Hz being above normative value one should diagnose pathological state of baroreceptors of aortic arch; at deviation of Si value within 0.044-0.048 Hz being above normative value one should diagnose pathological state of cervical ganglia of ANS; at deviation of Si value within 0.25-0.35 Hz being above normative value one should diagnose pathological state of vago-insular apparatus in case of exogenous intoxications. The innovation widens the number of means of quick-test diagnostics of human pathological states.
EFFECT: higher efficiency of diagnostics.
1 cl, 2 dwg, 1 tbl
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Authors
Dates
2008-01-27—Published
2006-11-07—Filed