Four decades ago, Danish medical students Jørn Dyerberg and Hans Olaf Bang traveled west across the Greenland ice sheet on dogsleds to test a theory. For many years prior to their journey, there had been anecdotal reports that Greenland Eskimos had an extremely low incidence of heart disease, and Dyerberg and Bang speculated that this was linked to the high levels of polyunsaturated fatty acids (PUFAs) in the fish the native people consumed on a daily basis. After collecting and analyzing scores of blood samples, their hypothesis was borne out, and ever since, the medical and scientific community has been on a quest to determine exactly how PUFAs impart protective effects, and what amount must be ingested in order to achieve such benefits. Nearly 40 years and thousands of published studies later, however, these questions remain largely unanswered.
Cardiovascular disease continues to have an enormous impact on the world’s health and economy, making it all the more urgent that health-care practitioners find and implement low-cost prevention strategies. Dietary intake of PUFAs, specifically the n-3 PUFAs found in fish (commonly known as omega-3s), could serve as a perfect solution, but the lack of understanding of how PUFAs work—and continuing controversy over whether they really do work—has made it nearly impossible to properly implement their use in the clinic. Thus, a coordinated effort is needed to establish a mechanism for how n-3 PUFAs function in normal metabolism in order to develop proper therapeutic paradigms and to clarify their effectiveness in the prevention and treatment of cardiovascular disease.
The question about the roles of Vitamin A, Hormone D, other hormones and quinones comes up from time to time.
FCLO's role is high levels of fat-soluble nutrients including vitamins A, D, E, and K; quinones; enzymes; hormones; and fatty acids. The complex of these nutrients will be totally different in the butter oil versus the FCLO.
The Fatty Acid Complex is completely different as are the species collecting these nutrients. The hormone/steroid structure is directly related to the species and the fatty acid structure of the species’ diet.
The question about The Roles of Vitamin A, Hormone D, other hormones and quinones comes up from time to time.
FCLO's Role is high Levels of Fat soluble nutrients including A,D,E,K quinones, enzymes ,hormones and fatty acids. The Complex of these Nutrients will be totally different in the butter oil vs the fclo.
The Fatty Acid Complex is completely different as is the species collecting these nutrients. The Hormone/steroid/enzyme structure is directly related to the species and the fatty acid structure (diet).