Introduction
Liver malfunction, non-alcoholic fatty liver disease, disbalance of enzymes of the liver, inflammation, muscle movements
INFLAMMATION, ADVERSE EFFECTS, NON-ALCOHOLIC FATTY LIVER DISEASE
The liver carries out the detoxification of various metabolites, the production of digestive enzymes and the synthesis of proteins, which is situated in the right upper quadrant of the body and beneath the diaphragm. In addition, the liver’s functions are the metabolism, control of red blood cells (RBCs), and production and storage of glucose. The liver serves as an engine for the body, carrying out several tasks to keep other bodily systems running smoothly. Optimal functioning of the liver is necessary for good athletic performance. To prevent liver cells from inflammation and damage, it is necessary to maintain the liver's enzymes at an optimal level. Liver malfunction can have adverse effects on athletic performance. The disbalance of enzymes of the liver in athletes can lead to different acute or chronic liver diseasesThe liver mainly controls the metabolism of lipids and glucose. If other underlying factors, such as alcohol consumption, are ruled out, a liver fat percentage greater than 5.6 percent is considered abnormal, referred to as non-alcoholic fatty liver disease (NAFLD)One of the liver’s primary functions is to break down old or damaged RBCs, which results in the production of bilirubin. This molecule is then mixed with others to form bile, an important digestive fluidActivities that entail repeated, large muscle movements are known as aerobic exercises. These activities boost oxygen inhalation, speed up oxygen transport to the liver and other important organs by altering breathing patterns and increasing the heart rate