BIORESONANCE METHOD OF ESTIMATION AND CORRECTION OF FUNCTIONAL STATE OF PANCREAS IN DOGS

Two series of experiments were conducted on 23 dogs of different breeds. In the first series the estimation of endocrine function of pancreas on the content of insulin, alpha-amylase and glucose in the blood serum was carried out. On the basis of analysis of the obtained material two groups of dogs were formed: control one – without changes of the functional state of pancreas and experimental onewith the decline of the functional state of pancreas. After that conductivity of bioactive points with the use of diagnostic markers was determined with the help of bioresonance testing device "PARKES-D" and comparison of informativity of this method was conducted. It was determined that the functional testing with the use of device-programmatic diagnostic complex "PARKES-D" allows to set the changes of the functional state of pancreas thyroid with probability to 91.3%. In the second series of experiments efficiency of the use of bioresonance method of correction of the functional state of endocrine function of pancreas was determined. Four groups of animals were formed for this purpose: control one and three experimental ones. Dogs of the first and the third experimental groups were exposed to correction of the functional state of endocrine function of pancreas with the help of the device "Parkes-L". It was determined that animals with low functional state of pancreas had less content of insulin (by 35.1%; p<0.001) and larger content of glucose (by 43.1%; p<0.001) and larger activity of amylase (by 43.1%; p<0.01) on comparison to the indexes of animals of control group. In seven days of correction of the lowered functional state of pancreas the index of force of influence of low-frequency electromagnetic radiations increased in the content of glucose ղ² х = 0.94 (p<0.001) and insulin – ղ² х = 0.72 (p<0.001) in blood of dogs. A reliable influence of bioresonance correction on the activity of amylase in blood of dogs – ղ² х = 0.51 (p<0.05) took place