Insulin is a peptide hormone responsible for regulating the metabolism of carbohydrates and fats in the body. It facilitates absorption of glucose from blood into tissues and organs such as skeletal muscle, the liver and adipose tissue. The hormone is produced by special cells, the islets of Langerhans, in the pancreas. To reverse insulin resistance, one must have adequate knowledge on the same, including its causes and symptoms.
Resistance to insulin disrupts the utilization of carbohydrate products. The physiological processes involved is rather complex but what is most important to understand is that the hormone loses its ability to stimulate the uptake of glucose by the cells leading to its accumulation within the blood stream. This is what causes diabetes. Resistance commonly occurs when there is a change in the structure of the hormone receptors.
Many of the signs and symptom of this condition are not given much concern since they are always assumed to be something else. Relative insulin deficiency may present as fatigue, weight gain, anxiety, excessive thirst, frequent urination among others. Biochemical findings include low blood sugar (hypoglycemia) and acidosis. A lab test will therefore be required to decide whether one is a diabetic or not.
A lot of research has been directed towards the identification of the causes of resistance. Leading a sedentary lifestyle is thought to be a common cause. When the blood sugar is persistently high, more of the hormone is produced. This occurs proportionally until levels of hormone are too high for the available receptors. An increase in the sugar may be caused by alcohol, caffeine, and carbohydrate-rich foods.
Since hormone resistance is cause by high blood sugar, it can be reversed by cutting down of carbohydrate and replacing it with a diet rich in fats and protein. When this is done, the body responds by producing less hormone and using up stored fat. This in turn causes a stabilization of insulin, cholesterol, blood pressure and everything else that had been out of place.
The role of exercise in maintaining blood glucose cannot be overemphasized. Consistent physical exercise is needed to redistribute deposited fat and to burn excessive glucose. Taking part in a 30-minute walk daily is enough to keep the sugar levels in check. The intensity of exercise should be proportional to the blood glucose level.
Exercise and diet have to be used in combination to enhance reversal. Exercise alone can be hectic since continuous work out will be required to burn out the daily intake of carbohydrates. Drinking alcohol and caffeine and cigarette smoking is also discouraged since these substances stimulate the liver to secrete glucose into blood. Getting enough sleep a day is also important. A minimum of eight hours a day is recommended. Stress can be avoided or managed through meditation and deep breathing exercises.
To get the best individualised advice on how to reverse insulin resistance, one should work closely with the nutritionist and the physician. Nutritionists will advise you on how to combine all the minerals in the right combinations. Some of the major minerals include vitamin, glutamine and chromium. Proper diet is an effective way of not only managing the condition after it develops but also plays a role in preventing it.
Resistance to insulin disrupts the utilization of carbohydrate products. The physiological processes involved is rather complex but what is most important to understand is that the hormone loses its ability to stimulate the uptake of glucose by the cells leading to its accumulation within the blood stream. This is what causes diabetes. Resistance commonly occurs when there is a change in the structure of the hormone receptors.
Many of the signs and symptom of this condition are not given much concern since they are always assumed to be something else. Relative insulin deficiency may present as fatigue, weight gain, anxiety, excessive thirst, frequent urination among others. Biochemical findings include low blood sugar (hypoglycemia) and acidosis. A lab test will therefore be required to decide whether one is a diabetic or not.
A lot of research has been directed towards the identification of the causes of resistance. Leading a sedentary lifestyle is thought to be a common cause. When the blood sugar is persistently high, more of the hormone is produced. This occurs proportionally until levels of hormone are too high for the available receptors. An increase in the sugar may be caused by alcohol, caffeine, and carbohydrate-rich foods.
Since hormone resistance is cause by high blood sugar, it can be reversed by cutting down of carbohydrate and replacing it with a diet rich in fats and protein. When this is done, the body responds by producing less hormone and using up stored fat. This in turn causes a stabilization of insulin, cholesterol, blood pressure and everything else that had been out of place.
The role of exercise in maintaining blood glucose cannot be overemphasized. Consistent physical exercise is needed to redistribute deposited fat and to burn excessive glucose. Taking part in a 30-minute walk daily is enough to keep the sugar levels in check. The intensity of exercise should be proportional to the blood glucose level.
Exercise and diet have to be used in combination to enhance reversal. Exercise alone can be hectic since continuous work out will be required to burn out the daily intake of carbohydrates. Drinking alcohol and caffeine and cigarette smoking is also discouraged since these substances stimulate the liver to secrete glucose into blood. Getting enough sleep a day is also important. A minimum of eight hours a day is recommended. Stress can be avoided or managed through meditation and deep breathing exercises.
To get the best individualised advice on how to reverse insulin resistance, one should work closely with the nutritionist and the physician. Nutritionists will advise you on how to combine all the minerals in the right combinations. Some of the major minerals include vitamin, glutamine and chromium. Proper diet is an effective way of not only managing the condition after it develops but also plays a role in preventing it.
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