In the human body, the sugar (Glucose), which is taken with food and bleeds from the intestines, is burned by the cells to produce the energy necessary for life. The entrance of the sugar into the cell is provided by the insulin hormone secreted from the pancreas. When the insulin hormone is absent, inadequate or ineffective, the sugar in blood stream can not enter in to the cell, the sugar level increases and the sugar (diabetes) disease occurs. There are two types of diabetes. Type 1 In the absence of insulin or lack of insulin. It is seen in children and young people. In these patients, the immune system of the body perceives the pancreas as a foreign matter and attack and ruin it. Insulin failure develops. Insufficiency is eliminated by insulin injection. What is the ideal type 1 diabetes treatment? * The factors that cause the pancreas to be perceived as foreign matter should be determined and eliminated. Pancreatic disturbance should be stopped to prevent disease progression. In
In the human body, the sugar (Glucose), which is taken with food and bleeds from the intestines, is burned by the cells to produce the energy necessary for life. The entrance of the sugar into the cell is provided by the insulin hormone secreted from the pancreas. When the insulin hormone is absent, inadequate or ineffective, the sugar in blood stream can not enter in to the cell, the sugar level increases and the sugar (diabetes) disease occurs. There are two types of diabetes. Type 1 In the absence of insulin or lack of insulin. It is seen in children and young people. In these patients, the immune system of the body perceives the pancreas as a foreign matter and attack and ruin it. Insulin failure develops. Insufficiency is eliminated by insulin injection.
What is the ideal type 1 diabetes treatment?
* The factors that cause the pancreas to be perceived as foreign matter should be determined and eliminated. Pancreatic disturbance should be stopped to prevent disease progression. In later stages, damage of the pancreas should be removed.
The patient should get rid of the injection of insulin.
Type 2 Diabetes patient has insulin hormone, but it is ineffective. The disease occurs because the sugar in blood can not enter the cell.
In healthy people, glucose and fatty acids taken by food are used by the liver for the body's energy needs. If glucose is taken in excess, initially a small proportion of the glucose is stored in the liver and muscle cells, converted into glycogen. Most of the excess blood sugar is converted to blood fat by the hormone insulin and stored in triglycerides (fat) in the fat cell. As a result, obesity becomes overt. In the case of fasting, the depo triglycerides in the fat cell are converted back to glucose and fatty acid by the fat cell, given to the blood together with the hormones produced by the fat cell, and the body's energy needs are met. Fat tissue is the body's largest hormone-producing organ. Adipokinism activates metabolism by producing a large number of hormones.
If excess fat accumulates in the body, adipokin hormones secreted from fat cells prevent glucose from penetrating into the cell by inhibiting the effect of insulin hormone in liver, fat and muscle cells so as to prevent accumulation of more fat. This is called insulin resistance. Depending on this resistance type 2, diabetes mellitus occurs. Patient feels fatigue and tiredness. Initially, both blood sugar and insulin levels increases. As the disease progresses, the pancreas becomes tired and the level of insulin in blood decreases.
In some patients, the insulin produced by the pancreas may be inadequate and of poor quality in cases such as zinc, chromium, manganese deficiency in the body. Insulin resistance (Type 1 and Type 2 Diabetes) may develop in pancreas at the same time.
An ideal treatment should aim at eliminating the cause of the illness by identifying all these causes.
In healthy people, glucose and fatty acids taken by food are used by the liver for the body's energy needs. If glucose is taken in excess, initially a small proportion of the glucose is stored in the liver and muscle cells, converted into glycogen. Most of the excess blood sugar is converted to blood fat by the hormone insulin and stored in triglycerides (fat) in the fat cell. As a result, obesity becomes overt. In the case of fasting, the depo triglycerides in the fat cell are converted back to glucose and fatty acid by the fat cell, given to the blood together with the hormones produced by the fat cell, and the body's energy needs are met. Fat tissue is the body's largest hormone-producing organ. Adipokinism activates metabolism by producing a large number of hormones.
If excess fat accumulates in the body, adipokin hormones secreted from fat cells prevent glucose from penetrating into the cell by inhibiting the effect of insulin hormone in liver, fat and muscle cells so as to prevent accumulation of more fat. This is called insulin resistance. Depending on this resistance type 2, diabetes mellitus occurs. Patient feels fatigue and tiredness. Initially, both blood sugar and insulin levels increases. As the disease progresses, the pancreas becomes tired and the level of insulin in blood decreases.
In some patients, the insulin produced by the pancreas may be inadequate and of poor quality in cases such as zinc, chromium, manganese deficiency in the body. Insulin resistance (Type 1 and Type 2 Diabetes) may develop in pancreas at the same time.
An ideal treatment should aim at eliminating the cause of the illness by identifying all these causes. later stages, damage of the pancreas should be removed.
The patient should get rid of the injection of insulin.
Type 2 Diabetes patient has insulin hormone, but it is ineffective. The disease occurs because the sugar in blood can not enter the cell.
In healthy people, glucose and fatty acids taken by food are used by the liver for the body's energy needs. If glucose is taken in excess, initially a small proportion of the glucose is stored in the liver and muscle cells, converted into glycogen. Most of the excess blood sugar is converted to blood fat by the hormone insulin and stored in triglycerides (fat) in the fat cell. As a result, obesity becomes overt. In the case of fasting, the depo triglycerides in the fat cell are converted back to glucose and fatty acid by the fat cell, given to the blood together with the hormones produced by the fat cell, and the body's energy needs are met. Fat tissue is the body's largest hormone-producing organ. Adipokinism activates metabolism by producing a large number of hormones.
If excess fat accumulates in the body, adipokin hormones secreted from fat cells prevent glucose from penetrating into the cell by inhibiting the effect of insulin hormone in liver, fat and muscle cells so as to prevent accumulation of more fat. This is called insulin resistance. Depending on this resistance type 2, diabetes mellitus occurs. Patient feels fatigue and tiredness. Initially, both blood sugar and insulin levels increases. As the disease progresses, the pancreas becomes tired and the level of insulin in blood decreases.
In some patients, the insulin produced by the pancreas may be inadequate and of poor quality in cases such as zinc, chromium, manganese deficiency in the body. Insulin resistance (Type 1 and Type 2 Diabetes) may develop in pancreas at the same time.
An ideal treatment should aim at eliminating the cause of the illness by identifying all these causes.
In healthy people, glucose and fatty acids taken by food are used by the liver for the body's energy needs. If glucose is taken in excess, initially a small proportion of the glucose is stored in the liver and muscle cells, converted into glycogen. Most of the excess blood sugar is converted to blood fat by the hormone insulin and stored in triglycerides (fat) in the fat cell. As a result, obesity becomes overt. In the case of fasting, the depo triglycerides in the fat cell are converted back to glucose and fatty acid by the fat cell, given to the blood together with the hormones produced by the fat cell, and the body's energy needs are met. Fat tissue is the body's largest hormone-producing organ. Adipokinism activates metabolism by producing a large number of hormones.
If excess fat accumulates in the body, adipokin hormones secreted from fat cells prevent glucose from penetrating into the cell by inhibiting the effect of insulin hormone in liver, fat and muscle cells so as to prevent accumulation of more fat. This is called insulin resistance. Depending on this resistance type 2, diabetes mellitus occurs. Patient feels fatigue and tiredness. Initially, both blood sugar and insulin levels increases. As the disease progresses, the pancreas becomes tired and the level of insulin in blood decreases.
In some patients, the insulin produced by the pancreas may be inadequate and of poor quality in cases such as zinc, chromium, manganese deficiency in the body. Insulin resistance (Type 1 and Type 2 Diabetes) may develop in pancreas at the same time.
An ideal treatment should aim at eliminating the cause of the illness by identifying all these causes.
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