Acer Truncatum Seed Extract Nervonic Acid

Natural source nootropics acer truncatum seed extract nervonic acid

Product Description:

Product name	Nervonic Acid
Origine	Acer truncatum
Assay	≥90%
Appearance	White powder
Shelf life	Two years
MOQ	1KG

Nervonic acid is a fatty acid. It is a monounsaturated analog of lignoceric acid. It is also known as selacholeic acid and cis-15-tetracosenoic acid. It exists in nature as an elongation product of oleic acid, its immediate precursor being erucic acid.

Product Function:

1). Nervonic Acid can advance the re-growth of neuron. It possesses the following three medical effects:

Repair and dredge the speedway of transferring nervonic information nerve fiber to dredge the brain route.

Repair the injured cranial nerve cells.

2). Advance the re-growth of cranial nerve.

3). Nervonic acid can increase the energy of brain cells, advance the multiplication and differentiation of cells, prevent the cranial nerve cells from consenescence and injury, recover the clear perceive ability, distinguishing ability, study ability and memory of brain. It is effective to prevent senile dementia.

Product Application:

It is also used as a biomarker to predict who will suffer some psychoses. For instance, there is evidence of abnormal levels of fatty acids in individuals with schizophrenia. In particular, decreased levels of 24:1 are related with prodomal psychosis symptoms so it can be beneficial in the prevention and treatment of this kind of disorders.

Nervonic acid can be an indicator of future neurodevelopmental disorders in male babies whose mother has preeclampsia. Recent studies show that cord nervonic acid levels were lower in women with preeclampsia delivering male babies as compared to normotensive control group. But this does not happen with girl babies. These results suggest that male babies born to mothers with preeclampsia may be at an increased risk of developing neurodevelopmental disorders as compared to female babies.

This acid is present in the composition of aged eye lens, but it does not appear in normal eye lens. 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 forcataract development.