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Views: 0 Author: Site Editor Publish Time: 2022-08-15 Origin: Site
Generally speaking, as long as L-carnitine is mentioned, everyone may think that it is a substance used to lose weight. In fact, this substance can also be used in the medical industry as a kind of substance that can promote the conversion of sub-fat. Substances that become energy can still have good effects, especially in the treatment of some diseases, they will also play an important role and effect.
At present, L-carnitine has become an indispensable key substance in fat oxidation. If this substance is lacking, it will have an impact on people's hearts. Therefore, L-carnitine still has an important role in heart health. Appropriate supplementation of this substance can also prevent and treat some cardiovascular and cerebrovascular diseases, especially reduce the physical damage caused by a heart attack, and reduce the pain caused by angina pectoris. Plus it can increase the level of lipoproteins in the blood, so it also has a protective effect on blood vessels. Clinically, it can be used to resist myocardial ischemia and lower blood lipids.
Because of the weight loss effect of L-carnitine itself, it can also be used to treat fatty liver clinically, mainly because the lack of this substance in the body will lead to oxidative disorders and directly lead to excess fat in the liver accumulation, leading to fatty liver. Therefore, by taking this substance, it can effectively prevent the occurrence of fatty liver, and it can also play an important role in the treatment of fatty liver.
In addition to the vasomotor dysfunction caused by endocrine disorders under stress, the mechanism of hemorrhagic shock is also closely related to the increase of free radicals and cell damage in the body caused by ischemia and hypoxia. L-carnitine has a variety of pharmacological effects on hemorrhagic shock.
L-carnitine is a conditionally essential nutrient for infants and plays an important role in the metabolism of infants using fat as an energy source. Infants have a weak ability to synthesize L-carnitine, only 12% of adults, especially premature infants, must supplement exogenous L-carnitine to meet the body's needs. L-carnitine not only plays an important role in energy production and fat metabolism, but also has certain functions in maintaining infant life and promoting certain physiological processes in infant development, such as ketosis and nitrogen metabolism. At present, 22 countries in the world have added L-carnitine to infant milk powder, and my country has also listed L-carnitine-added breast milk powder.
Energy is the greatest anti-aging force, and cells will be full of energy if they have enough energy. In the process of human aging, the weakening of cell energy is one of the reasons for accelerated aging. Proper supplementation of L-carnitine can delay the aging process. In addition, sufficient energy plays a protective role for cells. When the body ages, the energy supply of cells is insufficient. L-carnitine supplementation can not only provide sufficient energy, but also keep the immune system strong, thereby avoiding the invasion of some diseases.
L-carnitine supplementation can promote the activity of intracellular pyruvate dehydrogenase, thereby promoting the oxidative utilization of glucose, which is beneficial to delay the occurrence of fatigue during exercise. Excessive production of lactic acid during exercise will increase the acidity of blood and tissue fluid, reduce the production of ATP, and lead to fatigue. L-carnitine supplementation can remove excess lactic acid, improve exercise ability, and promote the recovery of exercise-induced fatigue. Ammonia is a product of protein degradation and an identifying marker of exercise-induced fatigue, and even lower levels of ammonia are more toxic. Studies have found that L-carnitine has a protective effect against ammonia toxicity, can promote the urea cycle, degrade ammonia into urea, and relieve the toxicity of ammonia.
Appropriate supplementation of L-carnitine also has obvious effects on chronic fatigue syndrome. L-carnitine is involved in many metabolic links, and it plays an important role in improving the body's immunity, protecting the stability of cell membranes, improving exercise endurance and anti-fatigue. Actively correcting the lack of L-carnitine can promote the recovery of various metabolic disorders in patients with chronic fatigue syndrome, enhance the body's energy synthesis, improve the maximum exercise endurance level, and play an anti-fatigue effect. It can also play a role in the prevention and treatment of sub-health.
To sum up, L-carnitine is no longer just to help people lose weight, but also plays a certain role in the medical field.
