NYO3 and Aker Announce three Major Remarkable Achievements after their In-depth Cooperation to Break Barriers in Science and Research

After developing high-end dietary supplements in Northern Europe for years, leveraging the cutting-edge technology of Aker BioMarine, building a global nutritional health research platform, and dedicating to upgrading nutrients for humans, NYO3 and Aker have announced three major remarkable achievements: LYSOVETA Lysophosphatidylcholine LPC-EPA/DHA, Krill Protein-Marine Protein Peptide, and the latest findings on krill oil in cellular health.

Major Remarkable Achievements

LYSOVETA Lysophosphatidylcholine LPC-EPA/DHA, a new clinical-grade nutrition, contains anti-aging ingredients that can be absorbed by cells. Its unique LPC-EPA/DHA form can penetrate the blood-brain/blood-retinal barrier to enter the cells in a targeted way and in the micro-molecule form to regulate cholesterol levels effectively. So it is a medical nutritional innovative product that can nourish the brain, and heart and protect the liver.

Krill Protein-Marine Protein Peptide is a more effective dietary supplement to enhance exercise and athletic performance. Compared with ordinary collagen supplements, this new product is made by using innovative technology to combine marine phospholipids with protein peptides. Thanks to the nature of marine phospholipids being able to dissolve in both water and oil, this product can be dissolved with gastric juices in 1 second. The unique extraction technology for efficient absorption and no fishy taste can make joints nourished at the cellular level.

Krill oil, as a dietary supplement, can slow down aging and prevent Alzheimer’s disease. Aging, a prestigious international medical journal, recently published the latest findings on krill oil. This study was carried out by a team of researchers from Oslo University Hospital and Akershus University Hospital, led by Prof. Hilde Nilsen and Prof. Evandro Fei Fang, Chief Medical and Scientific Advisor of NYO3. They used nematodes to mimic human cells to study whether krill oil can slow down the aging process. The study found that nematodes that received krill oil would not lose more nerve cells in the brain as they age. So, krill oil is proven to make cells healthy by affecting several pathways that cause aging, which significantly increases the survival of dopaminergic neurons in aging nematodes.

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