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creatine phOsphate disOdium salt hexahydrate cas 19333-65-4


CAS No.: 19333-65-4

Molecular Formula: C4H20N3Na2O11P

Molecular Weight:363.17

Appearance:White needle crystal powder



CAS 19333-65-4 Details


CAS No.: 19333-65-4

Molecular Formula: C4H20N3Na2O11P

Molecular Weight:363.17

MolecularStructure:2.2-Dimethylol Propiomic Acid Structure

Appearance:White needle crystal powder

CAS 19333-65-4 Typical Properties

Appearance White powder
Purity 99%min

CAS 19333-65-4 Usage

(1) Myocardial protective agent

Creatine phosphate is widely distributed in various tissues of the body, 90% in muscle tissue, and creatine phosphate is used to maintain ATP levels. Creatine phosphate protects the muscle fiber membrane from ischemic damage and maintains the acid storage of the cell by opening the synthetic pathway and reducing decomposition. Cardiac protection for cardioplegia and other conditions of myocardial metabolic distress. Suitable for the treatment of myocardial ischemia, hypertrophy, myocardial infarction and heart failure (adjuvant therapy). Can also be used as a variety of heart surgery.

(2) Alleviating the sudden increase ofacidity inmuscles

(3) Phosphocreatine (CP) is also involved in energy transport

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

(4)Sport Supplement for athletes

Creatine phosphate has obvious effects on improving athletes’ physical fitness and improving sports performance, safe and effective, and has no side effects. In the game, an increase in the level of phosphocreatine (CP) can improve training and competition performance.

(5) Storage form of ATP

Creatine phosphate can transfer high-energy phosphoric acid to ADP to form ATP, so phosphocreatine is a storage form of ATP.

(6) ATP is generated by the action of ADP

When the creatine phosphokinase is reduced to zero in the body, the creatine phosphate can react with ADP to produce ATP when the brain tissue is hypoxic.

(7) Buffering agent

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

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

The combination of taurine and creatine phosphate in the product promotes the synthesis, and the synthesis rate and effect of muscle protein are better under the premise of sufficient protein or amino acid supplementation.

CAS 19333-65-4 Packaging and Shipping

Packing: 25kg/drum

CAS 19333-65-4 Storage

Placed in a cool dry place