How diabetes destroys the human body?
Type 2 diabetes and pre-diabetes are conditions that affect millions of people they can lead to heart disease and stroke which are the first and third leading causes of death and disability in the united states. How diabetes destroys the human body? Respectively people with diabetes and pre-diabetes can develop problems with their vision and lose feeling in their limbs they may develop liver and kidney disease and are at risk for stroke and heart attack however type 2 diabetes and pre-diabetes can be avoided and risk can be reversed.
What is diabetes?
Diabetes is a complex disease that affects many parts of your body but is caused by the way your body mishandles the food you eat after a meal food is broken down into sugar molecules called glucose. Glucose travels through the intestines into the blood where it is carried to all different areas of the body and is used for energy some parts of your body need help to absorb the glucose, molecules and require a special hormone called insulin.
Insulin.
Insulin is formed in the pancreas and circulates in the blood with glucose to the cells that need help specifically liver cells, fat cells, and muscle cells.
When the body develops resistance to insulin increasing amounts of insulin are necessary for it to be able to utilize glucose initially during insulin resistance your pancreas will work on overtime to produce more insulin this can happen even when your glucose levels are relatively normal. If tests reveal abnormally high insulin levels a condition called hyperinsulinemia along with insulin resistance markers your body shows initial risk for developing diabetes lots of insulin in the blood also affects the production of lipids and lipoproteins. These small particles are broken down from cholesterol molecules and fat products called triglycerides.
These particles are small enough to travel in your bloodstream but can be dangerous in large amounts when they build up in your blood vessels in the presence of elevated levels of insulin your body especially your liver releases bad cholesterol particles such as vldl and the higher your insulin levels the more bad cholesterol particles are circulating in your bloodstream a condition called dyslipidemia furthermore adiponectin a hormone released by your fat cells that helps break down lipids in particular free fatty acids is often low in obese or insulin resistant patients prior to developing type 2 diabetes while such lipid and lipoprotein markers are traditionally tested to measure cholesterol they also provide insightful clues on the extent of insulin resistance after a while the pancreas will become overworked and the special beta cells that produce insulin will begin to die some tests will measure how well your beta cells function and if they are showing strain beta cell dysfunction means that your body can no longer make enough insulin to help your cells take up glucose for energy and high levels of glucose will remain in your blood a condition called hyperglycemia.
When insulin levels are low your body may react in several ways some of the cells that use insulin to control glucose levels can store glucose liver and muscle cells will begin to release stored glucose when insulin levels are low to provide the body energy without adequate levels of insulin in the presence of insulin resistance more and more glucose is released into the bloodstream and the effects of hyperglycemia are heightened markers of glycemic control are usually measured during periods of fasting.
When your blood sugar should be low test results that demonstrate consistently high glucose levels are the defining characteristic of pre-diabetes and diabetes to summarize how diabetes develops let's review the main features.
High insulin levels mark the beginning of insulin resistance the primary mechanism that leads to pre-diabetes and diabetes abnormal levels of lipids lipoproteins and the hormone adiponectin may further indicate insulin resistance a drop in insulin production by the pancreas occurs from strain on the hormone-producing beta cells and beta cell dysfunction eventually leads to an insulin deficiency without adequate levels of insulin your body's ability to control glucose levels is disrupted and glucose levels increase defining the onset of prediabetes and diabetes too much glucose circulating in your blood hyperglycemia and too many harmful lipids circulating in your blood dyslipidemia are two conditions that are characteristic of prediabetes and diabetes left untreated they cause serious damage to the blood vessels leading to a variety of complications excess levels of lipids and lipoprotein particles can build up to create a plaque in your blood vessels.
This is heightened in the presence of excess glucose molecules and free fatty acids due to blockage in your vessels blood cannot circulate to your limbs and the nutrients and oxygen carried by your blood cannot nourish your body's extremities build up causing the vessels to expand and squeeze the nerves that course alongside them leading to a condition called neuropathy damaged nerves can cause numbness and keep you from healing normally.
They can cause your muscles to weaken and eventually atrophy sometimes requiring amputation and you may experience sensory changes including blindness involuntary functions such as blood pressure and heart rate and even sexual function may become abnormal as a symptom of neuropathy in large vessels like those supplying your heart and your brain plaque buildup leads to a condition called atherosclerosis.
Over time the plaque can grow and rupture which can cause cardiovascular disease or a heart attack or in the brain can lead to a stroke
atherosclerosis further contributes to end-organ damage like kidney or liver disease.
How Does Diabetes Damage The Body?
How we can cut the risk of organ failure due to diabetes?
We will talk about this study and Let's get started and look into the study a little bit deeper now this study found or found that diabetes affects the stem cells in muscles to make fat and connective tissue now what does it mean right so according to researchers the discovery has a lot of implications for the medical field.
So these are the cell types in diabetes that make fat and scar tissue so when a buildup of connective tissue what we call fibrosis happens and if that happens in the fat cells it hurts the fat and the muscle and it disables them the researchers have looked at how type 2 diabetes, changes the skeletal muscles so see what happens in skeletal muscle when you have diabetes they found that fibrosis and fat are made within the muscles by the connective tissue cells when you have diabetes so that's not surprising.
Because one thing about diabetes we know is that the tissue fills up with fat and scar tissue right I will get to the surprising part in a minute right but because the cells are found all over the body. These connective tissue cells think that the clinical perspective can be very very big many diabetes-related diseases are caused by the buildup of fat and scar tissue in the skeletal muscle and the other parts of the body now interestingly when they looked at gene expression in single cells they found the cells they make that make fibrosis and store fat in skeletal muscle tissue so they also discovered you know how genes are expressed in a cell that isn't healthy compared to a healthy cell.
To learn more about people with type 2 diabetes they looked at how the cells changed during diabetes now some things caused the cells to grow and divide more quickly than they should have this means that some cells play a big role in how much fat and fibrosis build-up occur in our skeletal muscles now this discovery also explains why many doctors find that when they take tissue samples from skeletal muscles of people with diabetes they find that they have a lot of sugar.
Fat and fibrosis in those skeletal muscles again when there's a biopsy done on a type 2 diabetic they always find full of scar tissue fat and other things that should not be there now because the same cells are found all over the body we can think that they also cause fat and scar tissue in other parts of the body now to say this it is likely that they also play a big part in people with a wide range of illnesses having problems with things like heart kidneys and liver so if you have a fatty liver if you have a kidney failure.
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If you have a heart disease due to diabetes it is definitely due to that reason now we're going to talk about how to stop that right of course now here's the key point people who have type 2 diabetes usually get started on metformin which is usually the first medicine they take now people who can't tolerate tending to use berberine or sometimes even dehydroberberine.
How metformin affects the development of fibrosis-forming and fat-forming cells they found that metformin treatment makes those naughty cells that make fat and fibrosis less likely to divide which could cut down on the amount of fat and scar tissue in your muscles so, in this case, it shows that the medicine the metformin.
we give to people with diabetes does more than just lower the blood sugar levels now no wonder why berberine and dehydroburbrine also have anti-aging and other features right because they're very similar to metformin there are a lot of new drugs that are there that are being discovered for diabetes,
We need to know more about them and how they're working we know a lot about metformin because it has been in the market for over 40 years now the cell metabolism and scientific journal published the results of this research a few months ago they showed that the bad cell growth may start very very early in the disease that's why I always tell my patients you know don't wait don't ignore your pre-diabetes don't ignore your insulin resistance.
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When you have type 2 diabetes you don't have to have it for a long time before your muscle and organ tissues start to change in different ways and start accumulating fat and fibrosis so that's why a lot of insulin-resistant people are very tired and they're sluggish they're you know their strength is not there anymore and your muscles are not going to be able to respond so you're not going to find that energy to work out and to go back to your previous state so act early now.
If you have for example type 2 diabetes you are less likely to die from the disease itself right people don't necessarily die from high blood sugars
they die from complications that come with it your heart may fail your kidney may stop working or your different organs may stop working because they have been overworked for a long time and have developed all the scar tissue and fat deposits.
It is also important for us to know where the connective tissue and fat tissue come from and why they show up in an organ where they are not usually found right. If you want to treat complications of diabetes we need to know this now by learning about these cells that make a lot of fat and fibrosis in different tissues we can make a medicine that can maybe stop them from doing these bad things and thus reducing the risk of organ failure remember other than the metformin there are some natural ways you should consider to reduce the inflammation the fibroids and fat accumulation in your tissues again eating healthy exercising and also considering the hydra verb brain which is present in our sugar md super berberine product is a great alternative to metformin.
If you cannot take metformin anything against metformin here also make sure that you use benfotiamine alpha lipoic acid and b complex vitamins that are also all packed together in our sugar md neuropathy support.
These are the things that you can do in addition to your efforts to try to avoid diabetic complications now most importantly again keep your blood sugars under control keep a good diet keep a good lifestyle changes exercise every day and again if not enough look into dietary supplements at an additional now sugar md advanced glucose support is another very powerful supplement to lower your blood sugars so and if all that fails right you and your blood sugars are so high then you have to use a medication to keep the blood sugars as close to normal as possible now that's it for today please remember to like write a comment. If you haven't done so already also remember to check out our website at,
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