ВЛИЯНИЕ ПОГОДНЫХ ФАКТОРОВ НА ЭЛЕКТРОЛИТНУЮ И МИКРОЭЛЕМЕНТНУЮ ХРОНОПЕРИОДИЧЕСКУЮ СИСТЕМУ У БОЛЬНЫХ ИБС / INFLUENCE OF WEATHER FACTORS ON ELECTROLYTES AND MICROELEMENTS CHRONOPERIODICAL SYSTEM IN PATIENTS WITH ISCHEMIC HEART DISEASE

Author:

Mehrabyan Luida1,Gasparyan Narine1,Babayan Anyuta1,Danoyan Edvard2,Karapetyan Lusine3,Babayan Victoria1,Mikaelyan Izabella1,Mikaelyan Luida4,Hakobyan Armen5ORCID,Babayan Lyusya6ORCID

Affiliation:

1. Medical College after Mehrabyan

2. Yerevan State University

3. Institute for Informatics of NAS RA

4. Company «Bon Pharm»

5. Russian-Armenian University; Medical College after Mehrabyan

6. Armenian State Medical Institute; Medical College after Mehrabyan

Abstract

Изучены адаптационные особенности водно-минеральной хронопериодической системы у здоровых лиц и больных ИБС. / Seventy practically healthy subjects and 110 patients with ischemic heart disease were unified regimen of diet, sleep and wakefulness. Urine was collected with 4-h portions during 3–5 days. Each specimen was analyzed for electrolytes (sodium, potassium, phosphorus, chlorine, calcium, magnesium) and trace elements (iron, copper, zinc, chromium, cadmium, vanadium). Rhythms parameters have been estimated by dispersion analysis for nonsinusoidal rhythms and by nonlinear least squares method for sinusoidal rhythms. In healthy individuals acrophases of electrolytes and trace elements homeostasis were outstripping the acrophases of the rhythms of meteorological factors. In patients with ischemic heart disease acrophases of biorhythms often were concurrent or delayed relative of the acrophases of the rhythms of weather indices.

Publisher

Medical Institute after Mehrabyan

Reference20 articles.

1. Asatryan L.G., Chibisov S.M., Babyan L.A., Mirzoyan I.A., Gulyan A.K., Sarafyan P.K. el al. Temporal structure of electrolytes and trace elements homeostasis in stress and ischemic heart disease Trace elements in Medicine, 2019; 20(1). – PP. 21–26 (in Russian).

2. Aslanian N.L., Shukhian B.M., Krishchian E.M., Babayan L.A. Application of dispersion analysis for revealing of dian curves repetition of urine, sodium and potassium excretion. «Laboratornoe Delo», 1984; 1. – PP. 49–50 (in Russian).

3. Astabatsyan M.A., Babayan L.A., Gulyan A.K., Mirzoyan I.A., Sarafyan P.K. Chronostructure of water-mineral homeostasis in IHD. Trace elements in Medicine, 2018; 19(1). – PP. 35–42 (in Russian).

4. Babayan L.A., Chibisov S.M., Gulyan A.K., Sarafyan P.K., Ivanyan S.A., Mirzoyan I.A. et al Temporal organization of electrolytes and trace elements homeostasis in cardiovascular pathology and in immobilization stress. Insights in Biomedicine, 2019; 4(4). – P. 14.

5. Carandente F. From the glossary of Chronobiology. Chronobiologia, 1984; 11. – PP. 313–318.

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