Women’s Weight Lifting As Sport Discriminated Against On Grounds Of Gender

The vital activity of any organism is inevitably associated with the impact of many negative environmental factors on it that can impair its function. Eachreaction of the body to influence from the outside is accompanied by a specific reaction of its vegetative structures and muscles, contributing to the maintenance of homeostasis. Successful sports performance requires an impeccable ability to maintain body balance for a long time. Doing different types of sports, to varying degrees, develops the function of maintaining body balance in trainees. This is especially noticeable in case of shoulder girdle muscular fatigue, even as a result of short intense physical activity. For athletes in various sports, there have long been differences in ensuring that the body maintenancebalance in space after short muscular loads. The statokinetic stability of basketball players and gymnasts is higher than that of tennis players. This was indicated by the lower dynamics of their stabilographic characteristics after a power load, which characterizes the maintenance of body balance. People with low physical fitness are much inferior to athletes in their ability to maintain body balance in space. This is due to the fact that untrained individuals have weak mechanisms for restraining the onset of fatigue. In addition, they have small functional reserves of the organs of autonomic support of life, which additionally weakens the statokinetic stability.

Section: Resultsmentioning

confidence: 99%

The Function of Maintaining Body Balance in Students Involved in Various Sports

Zavalishina¹,

Karpov²,

Bakulina³

et al. 2021

“…The development of hemorrhagic syndrome creates the need for a differential diagnosis with various diseases, not only infectious, with the decision on the nature of the therapy (Stepanova et al, 2018). In influenza, the development of diarrheal syndrome is possible, which is characterized by abdominal pain, nausea, vomiting, infrequent loose or diluted stools without pathological impurities, and is not accompanied by dehydration (Vatnikov et al, 2019).…”

Section: Resultsmentioning

confidence: 99%

Functional Changes in the Human Body in the Model of Acute Respiratory Infection

Zavalishina¹,

Bakulina²,

Eremin³

et al. 2021

The prevalence of sharp respiratory diseases is very wide. The disease affects all age groups of the population. It is known that every adult man per year is sick of a sharp respiratory disease from 2 to 4 times. This forms a greater danger of complications in the lungs-free and creates a large number of cases of disability, and therefore gives material damage. The effect on the organism of the causative agent of acute respiratory viral infection can vary significantly depending on the etiology, age of the patient, the state of his immune system, and the presence of concomitant diseases. Against the background of the height of the disease, symptoms of intoxication prevail chills, a sharp headache with overwhelming localization in the frontal region and temples, pain in the muscles and joints, pain when the eyeballs move or when pressure is applied to them, lacrimation, severe weakness, and fatigue. With acute respiratory disease, intoxication, hemorrhagic and respiratory syndromes are developing. The relative benignness and short-term flow of this disease leads to the fact that the majority of patients do not seek medical attention. For this reason, it is far from always possible to diagnose the species affiliation of the pathogen.

“…This is facilitated by rhythmic contractions of the limb muscles during swimming. They stimulate the return of blood to the heart (Stepanova et al, 2018). This situation provides an optimal distribution of blood in the body horizontally and not vertically.…”

Section: Resultsmentioning

confidence: 99%

Possibilities of Students' Health Improvement through Physical Training in the Aquatic Environment

Karpov¹,

Медведев²,

Komarov³

et al. 2021

Regular execution of movements while in the aquatic environment, ensuring the swimming process, heals the entire body. As a result of regular swimming, many positive changes occur in human tissues. As a result of systematic swimming training, a functional improvement of all human internal organs occurs. Frequent swimming training improves health and enhances the severity of physical and mental performance. Swimming strengthens the heart, improves vascular function, trains skeletal muscles, activates immunity, stimulates the breathing process, neutralizes most of the effects of stress, and tones all body tissues. Swimming is considered as a dosed physical activity that forms a stable positive emotional background and leads to the recovery of the whole organism. In the central nervous system, during the performance of motor actions in the aquatic environment, a more pronounced intensification of life processes occurs than during the performance of physical exercises on land. This effect is possible due to the stimulation of skin receptors with water. Private swimming training stimulates the autonomic nervous system. Swimming weakens the activity of its sympathetic part and increases the biological capabilities of its parasympathetic component. This contributes to the normalization of peripheral vascular tone, optimizes heart rate, lowers blood pressure, stimulates gas exchange processes, contributing to an increase in oxygen content in the blood, and intensifies metabolism in all cells.