Function of Insulin in the Human Body Insulin is a hormone general to every living thing. It plays important roles in the activities of multicellular and single-cell life, working both in and between living cells. Because it plays a key role in metabolism, insulin resistance is an important part of the problems around having an elevated level of blood sugar on a daily basis. This is the present mainstream definition of diabetes. Insulin controls, affects and is affected by many different chemicals functions of you and me, with top insulin levels causing (through hard chemical reactions): • • • • •
High cholesterol and triglycerides Blocked blood vessels Angina in the extremities Severe of osteoporosis Low immune function
What do these all have in common? Insulin imbalance is the normal denominator in these and other cares. High insulin levels age a person in advance as move metabolic work is performed. The body must either burn the top blood sugar up or turn it to fat. Present medical practice around diabetes is to take care of these symptoms, not the disease causing the symptoms. It is generally accepted by the medical community that one of insulin objectives is to store high nutrients. When your body recognizes top blood levels of sugar, insulin is released to save it as part of the chemical chain feedback that outcomes in extra body fats. Insulin stores this high sugar as glycogen which changes into saturated fat, weighting the full system down. Other nutrients insulin stores contain: Magnesium Heightened insulin levels decrease magnesium amounts in the muscles, where it is required to permit relaxation of the muscle fibers. Without it, more insulin is demanded to offset the stiffness of the muscle fibers. The stiffness of muscle fibers on the cellular stage causes muscle contractions, circulation roadblocks, lower energy levels, and top blood pressure as more force is required to circulate fluids. Sodium Top insulin levels cause fluid retention, sodium retention and high blood pressure. Blood lipids