lカルニチン粉末99%

lカルニチン粉末99%とは何ですか?

lカルニチン粉末は脂肪のエネルギーへの転換を促進するアミノ酸の一種で、白色の結晶性粉末で、水に溶けやすいです。キラル炭素を含み、主にレブリン酸中で強いレブリン活性を持つ。l-カルニチンは主に動物食、特に赤身の肉(例えば子羊)に由来し、植物食にはほとんど見られない。l-カルニチンは、β酸化とエネルギー生産のためにミトコンドリアに脂肪酸を輸送する脂肪代謝促進補助食品です。それは運動性能および減量を増進するのに有用である。一般的にl-カルニチン欠乏症の治療に用いられる。

緑の春の技術は、良好な安定性を有する白色の結晶性粉末であり、広く医療やヘルスケア製品、食品添加物などに使用されているlカルニチン粉末99%を供給します。

2000年に設立されたグリーン・スプリング・テクノロジー社は、天然の栄養、食品、化粧品原料を提供する中国の大手バイオテクノロジー企業です。グリーンスプリングはhalal、kosher、cosmos、brc、ifs、fda、iso9001、iso22000など多くの認証を取得しています。業界最高レベルの国際規格を実装し、eu ec396、eu 2023/915、および最高レベルの溶剤残渣規格に準拠しています。 

规格:  

法が定め

euの規制に準拠しています。

Benefits:

Promotes Fatty Acid Transport and Oxidation

In 1959, Friz discovered that L-carnitine can promote fatty acid metabolism. Research shows that L-carnitine has the obvious effect of accelerating fat oxidation function, which can improve the body's use of fat, promote body fat burning, and is conducive to the improvement of "lean body mass". Its mechanism of action is that L-carnitine is involved in fatty acid metabolism as a carrier in the form of lipoyl carnitine, which is transported outside the mitochondrial membrane into the membrane, and then metabolizes fats in the mitochondria so that it can be oxidized by β-oxidation and converted into energy. Moreover, the higher the concentration of carnitine, the faster the lipoyl transport and the faster the fatty acid oxidation.

Regulation of the Acyl CoA/Mercapto CoA Ratio in Mitochondria

The ratio of hexanoyl CoA to mercapto CoA in the mitochondrial matrix affects the activity of pyruvate kinase, and therefore the normal energy metabolism in animals. Meanwhile, some branched-chain acyl groups are metabolites of leucine, isoleucine, and valine, and the timely transport of branched-chain acyl groups is conducive to the normal metabolism of these amino acids. L-carnitine can participate in the transport of branched-chain amino acid metabolites, thus promoting the normal metabolism of branched-chain amino acids. This process is catalyzed by carnitine acyl-coenzyme A to complete the circle.

Acylation for Detoxification

Mitochondrial fatty acid β-oxidation metabolism can produce several toxic ester acyl CoA, such as propionyl CoA and methylmalonic acid monoacyl CoA, as well as propionic acid. These substances inhibit some key enzyme activities in mitochondrial metabolism and cause toxicity. After L-carnitine treatment, a large amount of free L-carnitine in the cell mitochondria can combine with these toxic acyls to form L-carnitine complexes, which can release their toxic effects. At the same time, L-carnitine can also promote the oxidation of acetoacetic acid, which plays a role in the elimination and utilization of ketone bodies.

Maintaining Membrane Stability

L carnitine scavenges excess long-chain fatty acyl groups from mitochondrial membranes and maintains membrane stability. L-carnitine is also an antioxidant that traps free radicals by preventing the formation of iron chelates. When the primary antioxidant defence barrier cannot ensure complete scavenging of free radicals, L-carnitine acts as a carrier of long-chain fatty acyl groups and participates in membrane phospholipid deacylation a reacylation during membrane repair, which facilitates timely membrane repair.

Affects Amino Acid Metabolism

L carnitine synthesis must rely on muscle protein catabolism to provide methionine and lysine, so its metabolism of methionine and valine and other negative feedback regulation. The addition of L-carnitine reduces the synthesis of endogenous L-carnitine, which reduces the breakdown of proteins in the body and has the effect of conserving lysine and methionine. The metabolites of leucine, isoleucine, and valine in mitochondria are some branched chain acyls, and L-carnitine acts as a carrier to transport the branched chain acyls out in time, which is conducive to the normal metabolism of these amino acids.

Applications:

For Healthcare Products:

L carnitine is an important nutrient for middle-aged and elderly people. The energy of human heart muscle originates from the oxidation of fatty acids. L-carnitine is an important nutrient for cardiac muscle, which can increase the capacity of cardiac muscle, leading to an increase in cardiac output, so it has a significant protective effect on the heart. Clinically, L-carnitine has been shown to have anti-myocardial ischemia, anti-arrhythmia, and lipid-lowering effects. With the increase of age, the L-carnitine in the body is decreasing, which leads to the decrease of myocardial cell vitality, so the elderly need to supplement L-carnitine.

Foreign countries have listed it as an important substance to prevent and reduce coronary heart disease in middle-aged and old people, and supplementation of L-carnitine can increase the capacity of heart muscle. L-carnitine supplementation can increase the capacity of heart muscle. For those who suffer from diabetes and renal function disease, they should also supplement L-carnitine to meet the deficiency in their body. At the same time, L-carnitine supplementation is also very effective in improving immunity and prolonging the life of immune cells.

Foods for Athletes:

L carnitine is also an important supplemental nutrient for athletes, which can improve the explosive power of sports, and enhance sports endurance and other functions. L-carnitine determines the amount of energy produced by muscles; the increase of L-carnitine content in muscles during exercise can promote the conversion of energy, maximize the body's oxygen tolerance, and promote the full use of physical performance.

L carnitine can promote both aerobic and anaerobic metabolism as well as relieve exercise fatigue. This is of great benefit to athletes in improving their sports performance. Researchers at home and abroad have also found that L-carnitine supplementation to athletes can greatly increase their maximum oxygen consumption and energy output during exercise, and significantly reduce carbon dioxide production and plasma lactate concentration. Due to such functions of L-carnitine, it has been commonly used in sports health food in foreign countries.