Diabetes is one of the few diseases where nutritional support is critical to keeping it under control. A person who only uses medication and neglects the diet will only increase the dose require from insulin injections.
People with uncontrolled diabetes increase their diuresis. This causes a loss of vitamins and minerals soluble in water, necessitating supplementation. Another reason for supplementation in patients with diabetes is that the ingestion of essential nutrients supports the body's ability to use insulin, thus contributing to maintaining blood sugar levels within normal ranges.
Below we have describe the every element on this new formula and how they will contribute to your health and help you normalize blood sugar levels:
According to studies, a relationship between vitamin D and diabetes is suggested. Normal levels of vitamin D and calcium are related to the function of beta cells (cells found in the pancreas that synthesize and secrete insulin). In addition, it seems that this vitamin can have beneficial effects on the insulin sensitivity of cells.
Dosage: 2,000 IU of vitamin D a day.
2.-Vitamins B complex
A vitamin B complex , specifically vitamin B6 (pyridoxine) and vitamin B12 (Cobalamin), are critical to the health of the nervous system. In the case of diabetes, they help in the condition of diabetic neuropathy.
Biotin is another vitamin of complex B. It is necessary for proper functioning of the metabolism and for adequate growth. It is also involved in the synthesis and use of proteins, carbohydrates and fats.
Biotin 4.5 mg
B6 50 mg
B12 150 mg
Zinc that modify the response and sensitivity to insulin and antioxidant properties of (MT), cysteine-rich intracellular proteins that act mainly as regulators of homeostasis of this metal.
Zinc is abundant throughout the pancreas and is involved in endocrine and exocrine function. It is an important component of pancreatic juice although it is more concentrated in the endocrine islets, specifically in the secretory vesicles of β cells where it has an important physiological role in the function of insulin.
Changes in intracellular levels of free zinc can occur in response to external stimulation such as increased glucose concentration and against oxidative stress. Therefore, its homeostasis was proposed as a key factor in the emergence and/or progression of diabetes mellitus, observed by numerous examples in animal models and in clinical studies with patients with the disease.
An investigation carried out at the University of Aqueduct I in France determined that a high plasma selenium concentration leads to a reduction in the risk of diabetes.
Selenium is a mineral with multiple properties such as protection of DNA, proteins and lipids, prevents oxidative damage, maintains the normal functioning of the thyroid gland.
In addition to these medicinal properties can include reducing the risk of being diabetic.
Magnesium is an essential mineral for the proper functioning of the organism since it participates in almost 300 biochemical reactions in the body. It is fundamental in the production of energy, in the synthesis of proteins, in cellular replication and in the production of DNA. Also, magnesium has been shown to decrease insulin resistance, helping to maintain blood sugar levels under control.
300 mg .
It is known that people with diabetes usually have deficiencies of this mineral and these may even be the cause of diabetes. The consumption of foods rich in manganese or of supplements of this mineral, increases the efficiency of the metabolism of the glucose. It has also been found that they can alleviate the symptoms of people suffering from osteoporosis or epilepsy.
Chromium is a trace element that improves the action of insulin, thus contributing to the uptake of glucose, keeping blood sugar levels within normal ranges. According to clinical trials carried out in people with diabetes, insulin resistance or other related abnormalities, they concluded that chromium contributes to the control of blood sugars. Chromium does not increase the production of insulin, but it enhances the effect of this, making it work more efficiently.
When the secretion of insulin is low or the hormone does not work properly, glucose accumulates in the blood and results in hyperglycemia (above-normal blood glucose levels), with the consequent disorder in the metabolism of glucose insulin intolerance or insulin resistance), which can result in diabetes. Apparently, GTF chromium deficiency is a factor causal in this type of metabolic dysfunctions. This partnership is reflected in numerous studies.
400 to 800 mcg of chromium picolinate a day.
Berberine is a plant compound found in plants as in the European barberry, the grape of Oregon, the turmeric tree, etc. has been shown to have beneficial effects on the glycaemia of diabetics, some studies even compared it with traditional hypoglycemic medications such as metformin.
Among its effects are: increased sensitivity to insulin, increase the uptake of glucose by cells and possibly reduce the production of glucose at liver level.
High blood glucose levels, most often experienced with diabetes, are dangerous and can be life-threatening. However, coexistence with diabetes treatments can be difficult. Guar gum adds to a regimen has been shown to help lower blood glucose levels for both type 1 and type 2 diabetes, and help alleviate symptoms that go with having blood sugar, such as fatigue, superficial respiration, and blurred vision.
10. Cinnamon Bar
Cinnamon helps stabilize the blood sugar level by stimulating the insulin receptors and increasing their sensitivity to this hormone that decreases blood sugar. In response, the body needs to produce less insulin to cause the same effect. This lightens the pancreas, stimulates the metabolism and reduces inflammation.
Leaves of Gymnema Sylvestre contain gymnemic acids in addition to other components. Gymnemic acid molecules are similar to the structure of glucose molecules. When the molecules of gymnemic fill the receptors of the taste buds of the tongue, which prevent the activation of sugar molecules and therefore suppress the cravings of sugar.
Similarly, by blocking the receptor sites of the sugar molecule absorption layers of gut molecules, gymnemic also prevent the absorption of sugar molecules in the intestine. This makes blood sugar levels low.
It has also been found that Gymnema stimulates the pancreas to increase insulin secretion. Gymnema also increases the use of glucose by promoting enzymes that help in the use of glucose. It reduces the enzymes gluconeogenesis and sorbitol dehydrogenase phosphorylated while increasing the activity.
Research is also underway to determine whether Gymnema also helps overcome insulin resistance that is one of the reasons for adult diabetes mellitus.
Alfa Lípoico acid is prescribed in Germany for the onset of diabetes in adults. The following reasons have been shown to help:
Multiple investigations conclude that alpha-lipoic acid is of great help in patients with symptoms of diabetic neuropathy and the reasons for this phenomenon are the following: It has high insulin sensitivity so it improves the use of glucose in type 2 diabetes mellitus.
Alpha-lipoic acid has provided convincing evidence of its ability to help control glucose. It has also proven to be a potent antioxidant in the fight against diabetes. In recent human studies, alpha-lipoic acid significantly reduced glucose levels in people with type 2 diabetes. A study published in Diabetes Care in February 2009 showed that German physicians supplied thin and obese people alpha-lipoic acid twice daily. Although the most drastic changes were observed in the thin people, both groups had lower concentrations of glucose.
Numerous clinical studies, both in humans and animals, have shown that Banaba leaf extract has the ability to lower blood sugar and insulin levels. One of the studies of the Southeastern Institute of Biomedical Research, using 1 percent of corosolic acid from Banaba leaf extract, significantly reduced blood glucose in people with type II diabetes, but oddly enough it did not in healthy people.
Vanadium is a metal that is found in nature and is essential in some organisms. In humans it is not yet known if it is an essential element. However, several studies suggest that it plays a fundamental role in regulating glycaemia, as it seems to mimic the potency or action of insulin.
Diabetes is a chronic disease that leads to peripheral damage caused by elevated blood glucose levels. Diabetes hinders the communication of the nervous system. High glucose levels affect the nervous system and hinder the task of nerves to transmit messages to the brain, it is diabetic neuropathy. John D. Kirschmann, author of the book "Nutrition Almanac", says that inositol has been effective to improve nerve transmission that could alleviate the problem of diabetic neuropathy a serious complication of diabetes.
Inositol has been shown to lower elevated blood insulin levels, which more and more research is showing to be the cause of PCOS.