Role of organic substances of Naftussya bioactive water in its effects on dynamic and static fitness in rats.

Autor: ZUKOW, WALERY, MUSZKIETA, RADOSAW, HAGNER-DERENGOWSKA, MAGDALENA, SMOLEŃSKA, OLGA, ŻUKOW, XAWERY, FIL, VITALIY M., KOVALCHUK, HALYNA Y., VOLOSHYN, OLENA R., KOPKO, IRYNA Y., LUPAK, OKSANA M., IVASIVKA, ANZHELIKA S., MUSIYENKO, OLENA V., RUZHYLO, SOFIYA V., KINDRAT, VADIM, POPOVYCH, IGOR L.
Zdroj: Journal of Physical Education & Sport; Nov2022, Vol. 22 Issue 11, p2733-2742, 10p
Abstrakt: Background. We have previously demonstrated the role of innate muscular endurance in reactions to acute stress of neuro-endocrine-immune compex in rats. Physical performance and stress resistance of the body are considered one of the main objects of influence of adaptogens. The stress-limiting effect of bioactive Naftussya water is known. At the same time, the data on its effect on muscle performance are ambiguous. Therefore, it is interesting to find out how the bioactive Naftussya water affects this important component of the body's general resistance. Material and methods. The experimentt have been carried out at 61 male rats Wistar line weighing 180-220 g. Rats of the control group loaded through a tube with tap water (2 mL once) for 7 days, while the animals of the other groups received bioactive Naftussya water from 8 different wells of the Truskavetsian deposit. After that, diuresis and excretion of 17-ketosteroids, mineralocorticoid activity as well as static and dynamic fitness were determined. Results. In 23,8% of rats, neither dynamic nor static fitness did not change significantly. In 38,8% of animals, dynamic fitness also did not change, but static fitness increased by 33%. In 28,6% of rats, an increase in static fitness by 83% combined with a decrease in dynamic fitness by 14% was noted. In 11,9% of animals, a 35% decrease in dynamic fitness was found in the absence of changes in static fitness. Conclusion. Weekly use of Naftussya bioactive water caused ambiguous changes in the fitness and the secretion of steroids associated with amines and phenols present in the composition of water. [ABSTRACT FROM AUTHOR]
Databáze: Supplemental Index