|Product Name:||Nucleotide||Appearance:||White Powder|
|Usage:||Animal Pharmaceuticals||Shelf Life:||2 Years|
pre veterinary medicine,
alternative veterinary medicine
White Nucleotide Veterinary Poultry Medicine For Cell Energy Metabolism
Nucleotide: A compound consisting of purine or pyrimidine bases, ribose or deoxyribose, and phosphoric acid. Also known as nucleoside acid. Five carbon sugar and organic base synthesize nucleoside, nucleoside and phosphoric acid synthesize nucleotide, four kinds of nucleotides constitute nucleic acid. Nucleotides are mainly involved in the formation of nucleic acids, and many mononucleotides also have many important biological functions, such as adenosine triphosphate (ATP), dehydrogenase and so on. Some analogs of nucleotides can interfere with nucleotide metabolism and can be used as anticancer drugs. According to different sugars, nucleotides include ribonucleotides and deoxynucleotides. According to the different bases, there are adenine nucleotide (AMP), guanine nucleotide (GMP), cytosine nucleotide (CMP), uracil nucleotide (UMP), thymine nucleotide (TMP), hypoxanthine nucleotide (IMP), etc. Phosphoric acid in nucleotides has one, two and three forms. In addition, the nucleotides can be dehydrated and condensed into cyclic nucleotides.
1.nucleotide is the precursor of synthetic biological macromolecular ribonucleic acid (RNA) and deoxyribonucleic acid (DNA). There are four types of nucleotides in RNA: amp, GMP, CMP and ump. These four types of nucleotide precursor of ab initio synthesis are simple substances such as ribose phosphate, amino acid, one carbon monopole and carbon dioxide. There are four types of deoxynucleotides in DNA: camp, dGMP, DCMP and dTMP, which are reduced by their corresponding nuclear carbon nucleotides at the level of diphosphate.
2. adenosine triphosphate (ATP) plays an important role in cell energy metabolism. Part of the energy produced by the oxidation of substances is stored in the high-energy phosphate bond of nucleotide ATP molecule. The reaction of ATP molecular decomposition and energy release can cooperate with all kinds of biological reactions that need energy to work, and play various physiological functions, such as material synthesis and metabolism, muscle contraction, absorption and secretion, body temperature maintenance and bioelectricity activities. Therefore, ATP can be considered as the center of energy metabolism.
3. ATP can also transfer high-energy phosphate bond to UDP, CDP and GDP to generate UTP, CTP and GTP. They are also a direct source of energy in some anabolisms. Moreover, some nucleotide derivatives are active intermediates in some synthesis reactions. It plays an important role in the transfer of hydrogen atoms or electrons. COA, as a coenzyme component of some enzymes, is involved in the oxidation of sugars and fatty acids.
4. nucleotides can regulate many basic biological processes.
|Appearance:||White to off-white powder or crystalline powder|
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