Non-Insulin Dependent Diabetes (Type 2 Diabetes)

admin — Fri, 09 Oct 2009 03:39:42 +0000

What is the cause? How can we prevent and treat? Non-insulin-dependent diabetes or Type II diabetes has reached epidemic proportions worldwide. Over 50% of the population with this disease are unaware they are affected. High levels of blood sugar over a longer time to take effect bodily organs, including the heart, kidneys, eyes, liver and vascular system and peripheral nerves. There is an increase in heart disease (angina, myocardial infarction), stroke, blindness, fatty liver, kidney failure, lack of movement between the lower extremities, leading to gangrene and amputation lower limbs, and relieve pain and sensation of the lower limbs due to peripheral nerve damage. It may also be a pain in the limbs due to nerve damage. Immediate steps must be taken to treat hyperglycemia. Full control of blood glucose induced insulin secretion by beta cells. Type 2 diabetes is caused by an insufficient amount of insulin release and insulin resistance. Effects of insulin binding to receptors (specific areas on the surface of cells) in muscle and fat cells. Glucose is taken up and transported to the interior where it is used for energy. Patients with type 2 diabetes are unable to transport glucose into the cell. This is called "insulin resistance". There are many theories on why this happens. What we know is the following: 1) The type II diabetes related to obesity. Obesity has increased astronomically over the last 10 years. As obesity has increased, so has been diagnosed with type II diabetes. 2) Weight loss reduces the level of sugar in the blood. 3) Less fat intake reduces the amount of glucose in blood4) exercise a certain protein in muscle increases which allows cells to increase glucose uptake in muscle cells, thereby reducing the vulture Tore brief look at the fat intake as a factor leading to insulin resistance. A single human cell is composed of several parts interpretation of its special responsibility to keep the body alive and functioning properly. When a certain part of the cell ceases to function properly, the cell eventually dies. In this process not only affects a cell, it may do so in all body cells, causing death. All cells need glucose for energy needed by the body to maintain strength, the fight against bacterial and viral infections, give blood, live, breathe, move, detoxify and excrete waste agency. Mitochondria are part of the cell that is important to convert glucose into energy the body needs to live. There are times when glucose is unavailable and the mitochondria use fat cells to produce energy for the body. This way of producing energy burns more calories and takes more work to produce the same amount of energy through the use of glucose. Under normal circumstances when glucose is available, prefer to use the mitochondria. In diabetes type II, mitochondria continue to use fat for energy instead of glucose. There seems to be a "signal" that mitochondria are the cell surface to prevent them from taking glucose. There are lots of insulin, but the signal sent to the mitochondria in the presence of fat cells on riding the presence of insulin. It is the resistance, "insulin" are visible and glucose in the blood increases. With a higher amount of energy and labor necessary for mitochondria to produce energy by using fat, they burn up (stop working properly), type II diabetes can be treated at a early exercise, reducing carbohydrates and lipids. Om

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Non-Insulin Dependent Diabetes (Type 2 Diabetes)