SU1741172A1 - Method for achieving adaptation to physical loadings - Google Patents

Abstract

The invention relates to sports medicine and is intended to increase the endurance of an animal's body to prolonged physical exertion. The purpose of the invention is to increase efficiency when exposed to ultimate loads. The method is characterized by the following techniques. The bicarbonate-containing salt mixture, consisting of sodium bicarbonate 68.42%, sodium citrate 22.9%, magnesium sulfate 8.4%, manganese sulfate 0.14%, zinc sulfate 0.14%, was orally administered into the experimental animal. at a dose of 800-1600 mg / kg per day. The introduction of a salt mixture at a dose of 800-1600 mg / kg increases the efficiency of the method. cl

Description

The invention relates to sports medicine and is intended to increase the endurance of an animal's body to prolonged physical exertion under experimental conditions.

The closest to the proposed method is to adapt to physical loads by creating a favorable metabolic background by activating carboxylation processes in body tissues using a salt mixture containing hydrocarbonate 68.42%, sodium citrate 22.9%, magnesium sulfate 8.4% , manganese sulfate 0.14% and zinc sulfate 0.14%.

The disadvantage of the prototype is the low efficiency of adaptation.

The purpose of the invention is to increase the efficiency when exposed to ultimate loads.

The method is carried out as follows.

A bicarbonate-containing salt mixture containing sodium hydrogencarbonate 68.42%, sodium citrate 22.9%, magnesium sulfate 8.4%, manganese sulfate 0.14%, zinc sulfate 0.14%, at a dose of 800, was orally administered into the body of an experimental animal. - 1,600 mg / kg per day.

EXAMPLE 1 Experiments were performed on white rats, males, sexually mature with a weight of 170-180 g. Rats were divided into two groups in groups of rats seated in single cell chambers. Group 1 (item 20) was in stationary conditions, received a standard diet and performed a re-progressive swimming load to fatigue, Group 2 () was in stationary conditions, received a standard diet of a vivari, to which it added Salt mixture was calculated at the rate of: 1200 mg / kg per day. In addition, group 2 performed the same swimming load as in group 1

The re-progressive swimming load until fatigue consists of the following components; 1st day

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the load duration was 5 hours, in the second — 7 hours, on the 3rd — 9, 4th day — 10 hours, in 5–11 hours, in 6-12 hours, and then from the 7th to the 10th load duration 12 h.

To determine the effectiveness of the administered dosage of the salt mixture, the weight of the rats was determined on day 11, 12 hours after the last exercise. The rat was placed in a special weighing dish and weighed on an electronic scale. The second indicator was the time of failure to continue to perform the swimming load, which was determined as follows: if the immersion of the rat under water lasted 10 seconds or more, then this served by refusing to continue EXECUTING THE ROD.

Swimming load was carried out in a 50x50x70 pool of 10 rats in the pool, the water temperature was automatically maintained at 33 ± 1 0 ° C. A load was presented at 8, CO, food and water were supplied to the coys after 30–50 minutes after the load was completed.

Statistical data processing was carried out using the Criteria test. The following results were obtained. In group 1, eight days of loading (100% of the animals performed on the 9th day, the load was performed 50%, on the 10th, 0%.

In group 2, 10-day load was performed by 100% of animals, while the weight of animals in the first group was significantly lower than in the second group.

The positive effect was confirmed by the results of an experimental study, during which animals presented a lipovtor-progressive swimming load to exhaustion, with the introduction of a salt mixture at a dose of 400 mg / kg to 2000 mg / kg per day. The results of the study suggest that adaptation to the physical; ruzkam occurs only when the salt mixture

5 is administered at a dose of 800-1600 mg / kg animal weight per day. Thus, the method allows for the possibility of adapting the organism to physical loads, to prevent the breakdown of adaptive reactions.

Claims (1)

Formula of invention The way to adapt to physical exertion by putting a pisorel into the body of an experimental animal of a bicarbonate-containing salt mixture following 5 composition: sodium bicarbonate - 68.42% sodium citrate - 22.9%; magnesium sulphate 8 / -%, manganese bitumen - 0.14%; sulfate  zinc - 0 4%; about tl and h and y i and so, in order to increase efficiency When exposed to extreme loads, the mixture is administered at a dose of 800–1600 mg / kg per day.