Citicoline CAS No.:987-78-0 99.0% purity min. brain nutrient

Product name:Citicoline
Other name:CYTIDINE 5'-DIPHOSPHOCHOLINE
CAS No.:987-78-0
Molecular formula:C14H26N4O11P2
Molecular weight:488.3
Purity:99.0%
Appearance:White powder
Packing:25kg/ Drum
Application:Nootropic
3. Product introduction
Citicoline is a brain nutrient，chemical name choline cytosine nucleoside 5 '-
diphosphate monosodium salt, it is the precursor of lecithin biosynthesis, when the
brain function declines, the lecithin content in the brain tissue is significantly
reduced. Citicoline is an intermediate in the synthesis of phosphatidylcholine, a
cell membrane component. Play a neuroprotective role. It is a compound made from
cytosine and choline and is often used to improve brain function and protect nerve
cells.
4. Feature
Citicoline is used for acute craniocerebral trauma and disorders of consciousness
after brain surgery. Cerebral thrombosis, multiple cerebral embolism, paralysis
tremor, sequelae of stroke, cerebral arteriosclerosis caused by cerebral
insufficiency of blood supply, hypnotic drugs and carbon monoxide poisoning and
various organic encephalopathy. Citicoline promotes lecithin biosynthesis. The
product can promote the recovery of brain function and awakening. Suitable for
brain trauma, stroke sequelae and other disorders of consciousness, but also for
central nervous system acute injury caused by consciousness disorders.
5 .Applications
Citicoline is a single nucleotide composed of nucleic acid, cytosine, pyrophosphate
and choline, which is mainly used in clinical treatment of a variety of
neurodegenerative diseases, such as AD multiple sclerosis, amyotrophic lateral
sclerosis, etc. Studies have also shown that citicoline increases the uptake of
dopamine and glutamate to the brain, thereby improving cognitive performance. It
can also reduce the release of free fatty acids and restore the activity of
mitochondrial ATPase and cell membrane Na+/K+ ATPase, thus alleviating brain
injury. However, the pathophysiological mechanisms of neurodegenerative diseases
are complex and involve cholinergic deficiency, glutamate excitotoxicity,
neuroinflammation, immune disorders, hypoglycemia, and breakdown of the blood-brain
barrier.

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