What are the functions of sodium creatine phosphate? Does it have a protective effect on the heart?

Sodium creatine phosphate is a common western medicine used in human body. Its main function is to protect and strengthen the heart and muscles and enhance the local motor system. Before the competition, the physical fitness of many athletes will decline significantly because they have to do a lot of training. Therefore, the use of sodium creatine phosphate can enhance the physical strength of training and speed up the improvement of competition results, so the effect is very great.

Its main function is that of creatine phosphate, which has the following effects:

(1) Myocardial protective agents

Creatine phosphate is widely distributed in various tissues of the body, 90% of which is in muscle tissue. Creatine phosphate is used to maintain ATP levels. Creatine phosphate protects the sarcolemma from ischemic damage and maintains the cell's nuclear acid reserves by opening up synthetic pathways and reducing breakdown. It is clinically used for cardioprotection in patients with cardioplegia and other conditions of myocardial metabolic distress. It is suitable for the treatment of myocardial ischemia, hypertrophy, myocardial infarction and heart failure (adjuvant therapy). It can also be used in various heart surgeries.

(2) Buffering the sudden increase of acidic substances in muscles

(3) Creatine phosphate (CP) is also involved in energy transport

That is, it carries energy from the mitochondria to other parts of the muscle.

(4) Athletes’ preferred sports supplement

Creatine phosphate has obvious effects on increasing athletes' physical fitness and improving athletic performance. It is safe, effective and has no side effects. During competition, increased creatine phosphate (CP) levels can improve training and competition performance.

(5) Storage forms of ATP

Creatine phosphate can transfer high-energy phosphate to ADP to generate ATP, so creatine phosphate is the storage form of ATP.

(6) Reacts with ADP to produce ATP

When the creatine phosphokinase in the body drops to zero and the brain tissue is deprived of oxygen, creatine phosphate can react with ADP to produce ATP.

(7) The role of buffer

In addition to providing energy, creatine phosphate can also act as a buffer to control acidic substances in muscles during high-intensity exercise. This is because creatine phosphate needs to consume hydrogen ions released by lactic acid accumulated in the muscles during high-intensity exercise in the process of synthesizing ATP. Too many hydrogen ions in the muscles will hinder muscle contraction, so creatine phosphate can act as a buffer and delay the onset of fatigue.

(8) Creatine phosphate also has the effect of stimulating the secretion of growth hormone

The taurine and creatine phosphate in the product cooperate with each other to enhance the synthesis effect. Under the premise of sufficient protein or amino acid supplementation, the synthesis speed and effect of muscle protein are better.

Other aspects

[Packaging] Sealed, plastic bag packaging, outer packaging can be according to user requirements.

【Storage】Keep in a cool place for a long time. (4±2℃)