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Blood Balance Formula

by Jerome Princy (2019-12-03)

With poor diabetic control Blood Balance Formula Review vascular changes appear as early as 2.5 to 3 years after diagnosis; however, with good to excellent control, changes have been postponed for 20 or more years, Changes before puberty are uncommon, but after puberty the poorer the control, the more rapid the vascular changes, with kidney damage, blindness, and neuropathy. The damage in the young diabetic person is to the small blood vessels (microangiopathy), and it has been demonstrated that the elevated blood glucose level- not the genetics- causes the vascular disease. Heredity is unquestioned as a prominent factor in the etiology of diabetes mellitus, although the mechanism of inheritance is unknown. Diabetes may be actually a syndrome rather than a specific disease. A variety of genetic mechanisms have been proposed, but most favor a multifactorial inheritance or a recessive gene somehow linked to the tissue-typing antigens, the human lymphocyte-A (HLA) system. However, the inheritance of non-insulin-dependent diabetes and insulin-dependent diabetes appears to be different. Nearly 100% of offspring pf parents who both have non-insulin-dependent diabetes develop that type of diabetes, but only 45% to 60% of the offspring of both parents who have insulin-dependent diabetes will develop the disease. There is also an increase risk of diabetes with obesity. The incidence of the disease doubles with every 20% of excess weight and this figure applies to the young as well as to the older diabetic person. Diabetes is now the sixth leading cause of death by disease in adults and the first leading cause of of new cases of blindness between 20 and 75 years of age. Viruses have been implicated on the etiology of diabetes. The viral theory states that the Beta-cells of some individuals (most specialists believe that the Beta-cells are genetically susceptible because of the defects in the HLA system) are attacked by certain viruses, causing cell damage or death. The body reacts to this damaged or changed tissue in an autoimmune phenomenon, forming antibodies that "attack" the Beta-cells, resulting in cell death. When there are not enough available Beta-cells to supply sufficient insulin to meet the needs of the body, insulin-dependent diabetes results. Tumors of the pancreas, pancreatitis, stress drugs as steroids, stress diseases that involve other endocrine organs such as acromegaly, heredity and viral diseases are now believed to play a part in causing diabetes.