CETO3® – Cetoleic acid /Omega-11 & Omega-3
CETO3® is Grøntvedt Biotechs branded ingredient for our high Omega-11 (Cetoleic acid) & Omega-3 product. CETO3® is marine ingredient which is immediate processed at our factory in Uthaug, Norway
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CETO3® – Cetoleic acid /Omega-11 & Omega-3
Global Impact
Science on Cetoleic acid/Omega-11 & Omega-3 EPA/DHA
With the estimated future increase in human population, there will probably be a lack of Omega-3 fatty acids for human consumption in near future. It is therefore of high importance to develop strategies to enhance the utilization of existing EPA and DHA sources by improving the different species’ innate capacities for EPA and DHA production from the shorter chain Omega-3 fatty acid ALA. Attached you find scientific study which proves that Cetoleic acid stimulates the EPA and DHA synthesis in human liver cells. Enrichment of a human liver cell line (HepG2) in culture with cetoleic acid, resulted in approximately 40 % increased production of EPA and DHA from ALA.
Cetoleic acid stimulates the EPA and DHA synthesis in human liver cells. Enrichment of a human liver cell line (HepG2) with cetoleic acid, resulted in approximately 40 % increased production of EPA and DHA from ALA
With the estimated future increase in human population, there will probably be a lack of Omega-3 fatty acids for human consumption in near future. It is therefore of high importance to develop strategies to enhance the utilization of existing EPA and DHA sources by improving the different species’ innate capacities for EPA and DHA production from the shorter chain Omega-3 fatty acid ALA. Attached you find scientific study which proves that Cetoleic acid stimulates the EPA and DHA synthesis in human liver cells. Enrichment of a human liver cell line (HepG2) in culture with cetoleic acid, resulted in approximately 40 % increased production of EPA and DHA from ALA.
Cetoleic acid stimulates the EPA and DHA synthesis in human liver cells. Enrichment of a human liver cell line (HepG2) with cetoleic acid, resulted in approximately 40 % increased production of EPA and DHA from ALA
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