nervonic acid การใช้

• Patients with multiple sclerosis have decreased levels of nervonic acid in the brain.
• Nervonic acid has been identified as important in the biosynthesis of nerve cell myelin.
• Nervonic acid has been used to alleviate suffering.
• Nervonic acid can be an indicator of future neurodevelopmental disorders in male babies whose mother has preeclampsia.
• Nervonic acid beta-oxidation takes place in peroxisomes, and this oxidation is impaired in X-ALD patients.
• Recent studies show that cord nervonic acid levels were lower in women with preeclampsia delivering male babies as compared to normotensive control group.
• Nervonic acid is particularly abundant in the white matter of animal brains and in peripheral nervous tissue where nervonyl sphingolipids are enriched in the myelin sheath of nerve fibers.
• Nervonic acid can regulate the function of brain cell membranes and have a neuroprotective effect which is important to high-level training adults or athletes : it is an energy supplement.
• This data shows that we can use the presence of nervonic acid ( together with heneicosylic acid and docosahexaenoic acid ) as biomarkers of aging lens, which is the most vulnerable stage for cataract development.
• This acid is a regulator of the Ca 2 + ion channel in the cell membrane of nerve tissues, so nervonic acid plays an important role in the control of the levels of calcium of the cytosol.
• An impairment in the provision of nervonic acid in demyelinating diseases ( like multiple sclerosis ) suggest that a diet rich in very long chain monenoic acid fatty acids, nervonic acid is one of them, may be beneficial.
• An impairment in the provision of nervonic acid in demyelinating diseases ( like multiple sclerosis ) suggest that a diet rich in very long chain monenoic acid fatty acids, nervonic acid is one of them, may be beneficial.
• Moreover, due to its function as an intermediate in myelin biosynthesis, dietary therapy with nervonic acid-containing fats has been studied : nervonic acid appears to be beneficial for the treatment of genetic disorders of the lipid metabolism, such as Zellweger syndrome or adrenoleukodistrophy.
• Moreover, due to its function as an intermediate in myelin biosynthesis, dietary therapy with nervonic acid-containing fats has been studied : nervonic acid appears to be beneficial for the treatment of genetic disorders of the lipid metabolism, such as Zellweger syndrome or adrenoleukodistrophy.