Порошок аминокислот бкаа

Что такое порошок BCAA аминокислот?

Разветвленная цепь аминокислот (BcAAs) состоит из лейсина (Leu), изолюсина (I1e) и валина (Val), и они так называются из-за известных разветвленных цепей в их углеродных скелетах. Все три аминокислоты являются необходимыми аминокислотами, которые не могут быть синтезированы в организме и должны быть обеспечены пищевым белком. Исследования показали, что разветвленная цепь аминокислот оказывает сопротивление центральной усталости и мышечной усталости. Повышение способности к борьбе с усталостью может не только эффективно обеспечить качество упражнений, но и помочь улучшить способность к упражнениям, и в то же время может способствовать восстановлению усталости, чтобы избежать спортивных травм.

Технология Green Spring поставляет порошок BCAA аминокислот, который использует технологию microcapsule#39;s уникальный слой маскировки вкуса, который значительно снижает голень BCAA и делает его более приемлемым для вкуса, и формирует стабильную защиту и эффективную систему доставки, которая может значительно повысить биодоступность.

Green Spring Technology — ведущая биотехнологическая компания в китае с более чем 20 - летним опытом в производстве растительных экстрактов, специализирующаяся на поставке питательной добавки, натуральных цветов, косметического сырья и так далее. Наша продукция производится в соответствии с самыми высокими международными отраслевыми стандартами, соответствующими стандартам ес EC396, ес 2023/915 и самым высоким стандартам остаточного растворителя. Зеленый источник получил халал, кошер, космос, BRC, IFS, FDA, ISO9001, ISO22000 и многие другие сертификаты.

Технические характеристики: 

Правила:

Он соответствует правилам ес.

Benefits:

Promote Muscle Building

BCAAs can participate in the metabolic energy supply of prolonged and sustained exercise, reduce myoglycogen depletion and promote muscle protein synthesis. At the same time, supplementation of exogenous BCAAs can reduce exercise-induced increases in serum enzyme activity, lipid peroxidation and can prevent the occurrence of calcium overload and reduce the fatigue caused by tryptophan through the blood-brain barrier to produce 5-hydroxytryptophan (5-HT), so BCAAs play an important role in exercise recovery. By taking BCAAs, the body's metabolism can be shifted towards anabolism, which promotes the recovery of the body after exercise.

Enhance Athletic Ability

BCAAs are extremely active in muscle catabolism, and can quickly complete the transamination and oxidation process, and their oxidation efficiency of ATP production is much higher than other amino acids. Studies have shown that the complete oxidation of 1 molecule of leucine, isoleucine, and valine produces 42, 43, and 32 molecules of ATP respectively, and when the body is in a quiet state, this process can even provide about 14% of the energy for skeletal muscle. When the body is in an exercise state, BCAA catabolism can be further enhanced.

Elevated plasma free BCAA content can improve the efficiency of its absorption and utilization by muscles, and timely supplementation during prolonged exercise can provide the body with a timely energy supply, which not only can avoid hepatic absorption and be rapidly utilized by skeletal muscles, but also BCAA can produce glucose and/or be stored as glycogen during gluconeogenesis in the liver, thus reducing the depletion of glucose and glycogen from two pathways. It follows that BCAA supplementation can enhance exercise capacity and/or prolong exercise duration from the perspective of energy supply.

Regulation of Protein Metabolism

The effect of BCAA on protein metabolism is mainly due to leucine, probably because leucine intake increases the expression level of leucine tRNA, which promotes protein synthesis by stimulating the synthesis of polypeptide chains. In addition, the metabolite of leucine, beta-hydroxy-beta-methylbutyric acid (HMB), is a regulator of protein synthesis, and HMB similarly reduces the degree of muscle damage and decreases protein catabolism, inducing a positive nitrogen balance in the body.

Relief of Central Exercise Fatigue

As the duration of exercise increases, blood glucose levels decrease. At this time, the brain will stimulate the process of gluconeogenesis, which is the process by which an organism converts a variety of non-sugar substances into glucose or glycogen. Muscle catabolic products become an important source of gluconeogenesis, leading to an increase in the catabolic metabolism of BCAAs, and a decrease in BCAAs in the circulating blood. 5-Hydroxytryptophan (5-HT) is an important inhibitory neurotransmitter in the central nervous system, and it has the effect of inhibiting polysynaptic reflexes and causing tiredness. 5-hydroxytryptamine (5-HT) is an important central inhibitory neurotransmitter that inhibits polysynaptic reflexes and induces lethargy. 5-HT is metabolized mainly from tryptophan (Trp), which can be transported across the blood-brain barrier into the brain tissue in the same carrier as BCAA.

Thus there is a competitive binding carrier relationship between the two, and when BCAA levels are high, the passage of tryptophan to the brain is controlled. However, when blood BCAA levels are reduced, tryptophan can chelate more receptor carriers into the brain and stimulate 5-hydroxytryptamine synthesis. Therefore, elevated plasma BCAA concentrations inhibit the entry of tryptophan into the brain thereby reducing the production and accumulation of 5-hydroxytryptamine, which in turn has the effect of delaying and impairing central fatigue.

Applications:

For Healthcare Products:

Branched Chain Amino Acids (BCAAS) are composed of isoleucine, leucine, and valine and are essential for the human body. If dietary deficiencies were present, humans would not survive. Muscle is particularly high in BCAAs, and supplementation prevents muscle degradation; BCAAs prevent brain signaling miscommunication and alleviate symptoms of liver disease, bipolar disorder, delayed dyskinesia, and anorexia.BCAAs are often used as supplements to enhance athletic function.