Type 2 diabetes why insulin resistance heb,diabetes mellitus type 1 ncp,indian diet chart type 2 diabetes - 2016 Feature


Until now the exact mechanism of insulin secretion failure in type 2 diabetes has not been completely understood. Type 2 diabetes occurs when insulin production from pancreatic beta cells either fails, or peripheral tissues become resistant to the hormone insulin preventing the uptake of glucose from the blood stream into cells for fuel. Designing new treatment options for type 2 diabetes has been difficult considering the exact mechanism of insulin secretion was not understood. To test the importance of Snapin in insulin secretion a drug which inhibits its production was added. These exciting new findings will not only propel diabetic research but also help develop more accurate treatment options. People with type 1 diabetes CANNOT cordupe insulin which brings the blood sugar down so just about everything they eat causes their blood sugar to rise. Almost 50 % of type one diabetics and about 33 % of type 2 diabetics will develop a pancreatic insufficiency in the course of their disease. The reason for the increased risk in diabetics to develop Pancreatic Insufficiency is not fully understood, but evidence suggests, that the endocrine components which produce insulin and the exocrine components of the pancreas which produce pancreatic elastase have a close anatomical and functional inter-relationship so that an impairment of the endocrine system will affect the exocrine system (as in diabetes) and vice versa. Pancreatic insufficiency can easily be diagnosed by determining the concen­tration of Pancreatic Elastase in stool samples and successfully be treated by substitution therapy. Pancreatic Elastase is highly specific for the human pancreas and resistant to intestinal degradation.
The Pancreatic Elastase ELISA is an enzyme linked immunosorbent assay (ELISA) for the quantitative determination of human pancreatic elastase in stool as an aid in the diagnosis of the exocrine pancreatic function. Diabetes mellitus is a disease of the metabolism, in which the blood sugar levels are permanently elevated caused by a loss of insulin producing cells, (Type1-Diabetes) or by insulin resistant cells which can no longer react naturally to insulin (Type2-Dia­betes). Exocrine pancreatic insufficiency (PEI) usually occurs when pancreatic enzy­me output is decreased by more than 90%. In Diabetes Type 1 the body is not producing insulin, while in Diabetes Type 2 the cells are not responding properly to the insulin, and there is not enough insulin being produced. When ever food enter in our body ,Food get converted into the Glucose and because of insulin it enter and adsorb by the our body so the insulin is the main part and factor by which our body can absorb the glucose. Insulin, a hormone, is produced by Beta cells in the Islets of Langerhans, which are in the pancreas. So if you have diabetes then your body or bloodstream will not absorb Glucose properly or not at all absorb so this activity resulted high amount of Glucose and one the amount of glucose got high level than this situation called hyperglycemia. When the cell of body does not respond to insulin than this situation is called Diabetes Type 2.
So when body is not able to get proper energy and continuously increasing the level of Glucose than it a time people to get worry and rush to your doctor. So basically so cannot reduce Diabetes Type 1 through exercise because the beta cell has already destroyed. The major quantity of diabetes patient has Diabetes Type 2 (Approx 85 %) and patient usually seems  over weight and unfit.This kind of diabetes comes late in the life and it is very uncommon to find Diabetes Type 2 in 20s age people.
Guys here we have written what we can but if you and your dear one is suffering from diabetes type 1 or diabetes type 2 than you must rush towards doctors and for you later on we will also publish the home remedies to cure diabetes. Slideshare uses cookies to improve functionality and performance, and to provide you with relevant advertising. As the burden of inflammation and diabetes continues to grow, researchers are working hard to get to the root of the problem.
According to the Canadian Diabetes Association, an estimated 285 million people worldwide are affected by diabetes, a number that is expected to reach a staggering 438 million by 2030.


Although approximately 10% of people with diabetes have Type 1 diabetes, the remaining 90% suffer from Type 2 diabetes, a largely preventable disease that is most prevalent in adulthood. Recently, the evidence has been building behind inflammation as a root cause of type 2 diabetes. According to a 2013 study by University College Cork, inflammatory markers like white blood cells and C-Reactive Protein (prevalent in heart disease), may explain why some people can be considered both obese and metabolically healthy. The researchers examined more than 2,000 subjects aged 45-74, the typical age group for people suffering from, or at-risk of type 2 diabetes.
Several decades ago, scientists observed that people with type 2 diabetes also suffer from an overly active immune response. This process makes the human body less responsive to insulin, and more likely to develop insulin resistance. A 2013 report by Omut Ozcan, an obesity researcher at the Children’s Hospital Boston, identified a key inflammatory protein that can actually reduce insulin resistance.
Ozcan found that within diabetic obese mice, XBP-1s failed to enter the cell nucleus, where insulin function is regulated and maintained.
When Ozcan added inflammation-inducing chemicals to the diabetic mouse cells, it activated the inflammatory protein that shuttles XBP-1s into the nucleus.
Recent evidence supports the theory that the body reacts to obesity in the same way that it would to an infection – through inflammation. It is also possible that the activation of catabolism (the process of breaking down of tissues and organs) via inflammation is the body’s attempt to maintain an acceptable weight. Regardless of the validity of one or all of the above theories, researchers agree that diabesity can be a contributing cause of inflammation. Are you unfamiliar with the anti-inflammatory benefits of Earthing, the act of connecting with the ground’s natural energy? For sufferers of chronic inflammation, Earthing promotes the free flow of the Earth’s negatively charged free electrons through your body.
To stay grounded, all you have to do is walk barefoot outdoors, or use one of our many tested Earthing products.
Johns Hopkins researchers believe they have uncovered the molecular switch for insulin secretion. Snapin is a protein  produced in nerve cells and plays an important role in cell communication, and has also been found in pancreatic beta cells. This leads to malabsorption-related diarrhea, steatorrhea (excess of fat in stool), weight loss, and other gastrointestinal symptoms. People with Type 2 diabetes are usually obese, insulin resistant and suffer from inflammation. Of the two types, Type 2 diabetes displays the closest medical link between chronic inflammation and diabetes. Though being obese or overweight makes it more difficult to control diabetes, it is not the cause. Those with lower adiponectin levels and higher levels of acute-phase response proteins and higher white blood cell counts were more likely to suffer from diabetes or heart disease. Research has shown that high levels of pro-inflammatory immune cells (otherwise known as cytokines) within fat tissues can play a significant role in suppressing insulin-signaling pathways.
However, new research has surfaced that could completely change what we think about chronic inflammation and diabetes. Though the protein, XBP-1s, was only observed in diabetic mice, it helps clear a path for new research related to chronic inflammation and diabetes.


When he studied the behaviour of that protein within lean, healthy mice, he observed that an inflammatory protein modifies XBP-1s so that it can be shuttled into the nucleus.
He was amazed to discover that insulin sensitivity improved, paving the way for a new era of research for chronic inflammation and diabetes treatment. The first is that obesity-induced inflammation is a defensive mechanism that prevents the body from losing fitness or mobility.
As determined by a Harvard University study, the same inflammatory, intracellular stress pathways are activated in both infection and obesity. To back this theory, a recent study determined that localized inflammation in fat tissue improves insulin resistance and causes weight loss.
As diabetes leads to insulin resistance, fat cells can’t store any more hyperglycemia and glucose results.
Similar to other chronic disorders like heart disease and cancer, Earthing has been shown to help reduce the negative health effects of chronic inflammation, a problem rooted in Type 2 diabetes.
Those electrons are strong anti-oxidants that help to improve your heart rate, reduce skin resistance and curb chronic inflammation.
Medical Advisory: Research indicates that grounding the body affects physiological functioning in a variety of ways.
Exocrine cells secrete digestive enzymes relevant for the breakdown of food into absorbable particles into the digestive system. Actually, up to 35% of obese people are not affected by any kind of metabolic disorder, like diabetes and insulin resistance.
The second theory is that obesity-induced inflammation is simply a bodily malfunction that was never selected against in the evolutionary process.
Excess blood in the system leads to the production of AGEs, an inflammatory associated with Type 2 diabetes.
Watch the trailer for the Grounded documentary, featuring leading health experts, or read up on Earthing research and case studies. Because of this, we strongly recommend that any individual taking medication to thin the blood, regulate blood sugar, control blood pressure, or to supplement thyroid activity should consult with their doctor before beginning to ground themselves, and then monitor the medication once they start grounding. Both are released to the blood­stream and are relevant for main­taining the level of sugar in the blood.
Products and information on this site are not intended to diagnose, treat, cure, or prevent any disease. Earthing Canada representatives are not medical doctors and cannot make claims or give medical advice.
I can eat an almost unlimited amount of nuts without my blood sugar going over 100 at any point. Rather than using the Glycemic Index, I urge your friend to think about food in terms of carbohydrates. He should experiment with different quantities and types of carbohydrates by eating and then testing his blood sugar. He may learn that he’s more tolerant of carbohydrates in the afternoon or evening than the morning.
The Glycemic Index simply doesn’t tell us anything except for how some people without diabetes handled carbohydrates.



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