This actually makes a lot of sense. As they analyze each of the diseases they are finding that while
it was easy to lump symptoms all under a single disease it was not correct and they same treatments
don’t work for all of the types.
It is good to see them identify and potentially improved treatments each sub type.
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Has Science Discovered New Types of Diabetes Beyond 1 and 2?
Adult-onset diabetes is a huge societal problem. In fact, problems with sugar metabolism are likely at the core of why most Americans develop heart disease and cancer. In addition, out-of-control sugar intake and insulin response can also seriously screw up your stem cells and shorten your life-span. Hence, when scientists discover a new type of diabetes, it’s a big deal.
The Traditional Definition of Type-1 and Type-2 Diabetes
Our pancreas houses beta cells that produce a glucose-regulating hormone called insulin. You’re probably most familiar with insulin as its relation to diabetes and the control of blood sugar. When we digest food, this increases our blood sugar. In response, healthy beta cells release the necessary amount of insulin to regulate our blood sugar. Basically, the insulin takes the sugar out of the bloodstream and forces it into the cells so that they can function. But what happens when our beta cells aren’t functioning properly and too much or not enough insulin is produced? The body can’t properly regulate the blood sugar and the cells eventually starve. In addition, all of this excess sugar in the blood wreaks havoc with the brain, heart, blood vessels, and other organ systems. Traditionally, once it gets to the point of not enough insulin, we know this as either type-1 or type-2 diabetes. Before we consider new types of diabetes, let me define these disease states.
Type-1 Diabetes
Type-1 diabetes is an autoimmune disease in which the immune cells see the insulin-producing beta cells as foreign to the body and attack and destroy them. This usually happens in younger people, often in childhood or adolescence. No beta cells mean no insulin, which means the body is unable to control its own blood sugar. This is why type-1 diabetics must take insulin, and will always take insulin, to prompt the body to do what it can’t do for itself.
Type-2 Diabetes
Type-2 diabetes is, by far, the most common. It is diagnosed when the cells can’t produce enough insulin to properly regulate the blood-sugar levels. In addition, insulin resistance can occur in type-2 diabetes when the previously normal levels of insulin are no longer able to effectively lower the blood sugar. So the beta cells are still doing the same job they’ve always done; it just isn’t enough. This most commonly happens in adults, so this is also known as adult-onset diabetes.
While type-1 diabetes is known to be a genetic and unpreventable disease, type-2 is associated with a variety of preventable environmental choices, such as poor diet, lack of exercise, metabolic syndrome (obesity, high blood pressure, etc.), and so on. In other words, while you can be genetically predisposed to obesity, if you have a healthy diet and exercise regularly, you will likely have a lower risk of metabolic syndrome and type-2 diabetes.
New Types of Diabetes: Five Distinct Forms of Diabetes Found
The new study was a cohort, meaning a combination two or more studies, that involved nearly 9,000 patients who’d been newly diagnosed with diabetes. Researchers considered variables such as age, BMI, and HbA1c levels (a long-term indicator of blood-sugar control) as well as complications, medications, genetic factors, and so on for each patient. Patients were placed into categories (termed clusters) based on the findings. The results? Interestingly, five distinct clusters, each with different diabetic characteristics and complications were determined.
Why is this significant? Diabetic patients in cluster 3, for example, carried increased risks for kidney disease. For those in cluster 2, retinopathy (eye disease) was more likely. Researchers hope with these findings, this is a first step toward diabetic treatments that can be more precisely focused on patients’ individual diabetic risks rather than the standard treatment approach to one of two types of diabetes. All of this means that there are likely subtypes of diabetics who have different risk factors for different serious disease.
Type-2 Diabetes Control
In the meantime, as medical science strives to catch up to its newest diabetes findings, if you have type-2 diabetes or are borderline diabetic, there are some things you can do to work toward either controlling your diabetes or preventing it before it occurs:
Metabolic syndrome (obesity, high blood pressure, high triglycerides, etc.) needs to be prevented or its progression stopped as it can result in type-2 diabetes, weakening stem cells and leading to bone injuries, including fractures.
Eating more olives (or olive oil), thanks to a compound called oleuropein that stimulates insulin release, may control or even prevent type-2 diabetes.
Last summer I covered a study finding that bad bacteria, when left to dominate your gut, can make you more prone to type-2 diabetes. Work to achieve a proper balance of bacteria in your gut by consuming gut-healthy foods and high-quality probiotics. Another study even suggests that a feces transplant (from lean donors’ healthy feces) in those with metabolic syndrome can improve the bacteria in the gut in diabetic patients.
Diabetic risks may increase by as much as 85% if you take statins (a drug class prescribed to lower cholesterol), and the more you take the greater your risk.
The upshot? It always amazes me when we find out new things about the body and diseases that we thought we had dialed in. Expect many more of these discoveries in the age of big data analytics and artificial intelligence. As a result, I suspect that 50 years from now, physicians will look back at the quaint medicine that doctors embraced at the turn of 21st century, which to them will look as crazy as the medicine of our forebears in 1900 looks to us!
www.regenexx.com/new-types-of-diabetes/
