The setting of the problem and facts summarizing are presented in monography "HEART RHYTHM FORMATION IN THE
HUMAN AND ANIMAL ORGANISM" and in number of articles given textually.
In the process of receiving of the facts, confirmed the heart rhythm formation in the central nervous system a new phenomenon- cardiorespiratory synchronization (CRS) was revealed. CRS revealed that under the respiratory rate that exceeds the baseline heart rhythm, the heart makes one contraction per one breathing. The structures and mechanisms, located at the different levels of the central nervous system, take part in the CRS formation. CRS formation final stage is the reproducing by heart the rhythm of the signals, coming to the heart via vagus nerves. CRS is characterized by the synchronization range, duration of its development after the beginning of hurried breathing, difference between baseline heartbeats frequency and low limit of synchronization range. CRS parameters in people at the age of 5-65 were determined. CRS parameters depend on nervous system type, vegetative nervous system tonus, functional state of the organism. It was soon realized that CRS is of independent interest.
It was successfully used as a method of differential diagnostics of the arrhythmia genesis and as a method of regulative and adoptive abilities estimation*of the organism .
Immediate plans of researches development and application of its results
1. Deep study of the heart rhythm genertion mechanism in the human and animal organisms:
a) analysis of the processes in the sino-atrial node under its reproducing of the central rhythm,
b) study of conditions and formation mechanisms of the signals coming to the heart in the central nervous system,
c) working out the principally new method of heart rhythm variability analysis at the basis of the new ideas about mechanisms of cardiac rhythm generation in the whole organism,
d)to clarify pathogenesis of a number of arrhythmias forms on base of views on hierarchical organization of the heart rhythmogenesis in an organism. To create arrhythmia models pathogenetically based.
2. Teaching of the specialists new diagnostics methods based on the new views on the heart rhythmogenesis formation mechanisms in the whole organism.
a) heart arrhythmia genesis express-diagnostics.
b) estimation of the state of the human organism regulative and adaptive systems.
*Use of cardiorespiratory synchronization in the different diagnosis o arrhythmia.Kardiologia.1991, Jan; 31(1):74-6. Co-authors: Abushkevich VG, Dashkovskii AI, Skibitskii VV, Diak IA
* Cardiorespiratory synchronism: revealing in human, dependence on properties of nervous system and functional states of an organism.Usp Fiziol Nauk. 2003 Jul-Sep;34 (3):89-98. Co-authors: Abushkevich VG, Potiagailo EG, Pokhot'ko EG.
* Cardiorespiratory synchronization in evaluation of the functional status and regulatory adaptive resources in children. Fiziol Cheloveka. 2003 Jan-Feb;29 (1):59-63. Co-author: Potiagailo EG.
* Cardiorespiratory synchronism in the evaluation of adaptive reaction in children.Bull Exp Biol Med. 2002 Jun;133 (6):613-15. Co-author: Potiagailo EG.
