The bioresonance method of correcting the functional state of the autonomous nervous system in dogs
DOI:
https://doi.org/10.31548/dopovidi2018.05.025Abstract
Experiments were conducted on 15 dogs of different breeds (each 5 dogs with different tonus of autonomous nervous system). Tonus of autonomous nervous system was determined by a trigeminovagal test.
An electromagnetic irradiation was conducted on the dogs of all groups (normo-, vago- and sympathikotonics) with the help of the device of «Parkes-L» in the morning and in the evening for seven days.
It was determined that frequency of heart-throbs for dogs in the quiet state, regardless of tonus of autonomous nervous system, varies within the limits of 78–129 beats per minute. For dogs-normotonics after the application of trigeminovagal test frequency of heart-throbs after pressure on eyeballs is increased on average by 2–5 beats. For animals-sympathikotonics before the beginning of research according to the results of trigeminovagal reflex frequency of heart-throbs grew by 17,8±3,2 (p<0,001) beats, in dogs-vagotonics – decreased by 18,0±1,5 (p<0,001) beats per minute.
For animals-vagotonics as a result of correction of the functional state of autonomous nervous system low-frequency electromagnetic radiations in three days after the beginning of research have a certain influence on the difference of frequency of heart-throbs with trigeminovagal test – ղ²х=0,36 (р < 0,05), thus in five days the force of influence only increased – ղ²х=0,67 (р < 0,01).
Unlike the indexes of animals-vagotonics, in dogs-sympathikotonics in the correction of the functional state of autonomous nervous system low frequency electromagnetic radiations of device of «Parkes-L» have a reliable influence on the difference of frequency of heart-throbs in trigeminovagal test only in five days after the beginning of research – ղ²х=0,40 (р < 0,05).
Keywords: autonomous nervous system, normotonics, sympathotonics, vagotonics, bioresonance, dogs, «PARKES-L»
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