What's the number one driver of high blood pressure?
It may not be what you think it is. If you are thinking, too much salt, stress, or a mineral deficiency , then think again.
There is an epidemic of insulin resistance, causing chronic inflammation all over the body. Up to 50% of people are insulin resistant. Most don’t even know it, but what they really don’t know is that insulin resistance leads to multiple chronic conditions like heart disease, high blood pressure, autoimmune disorders, and now research shows that it leads to Alzheimer’s disease, recently nick-named Type 3 diabetes.
To understand how to treat insulin resistance you must first get a good grip on how it begins in the first place.
The development of insulin resistance
When you eat starches or sugars, such as bread, pasta, rice, potatoes, cereal, grains, or sugars (from fruit juice, chocolate cake, muffins etc), these foods turn into glucose as you digest them. Those glucose molecules make their way into the blood stream, and the concentration of glucose in your blood starts increasing. The faster it increases, the more of a glucose spike that you will have after that meal.
What happens when you get a glucose spike?
When you get a glucose spike, multiple things happen that affect your health.
1- It increases inflammation in the body.
2- It speeds up the aging process through a physiological process called glycation.
3- Your body secretes insulin from the pancreas to clean up all the extra glucose in the bloodstream to protect you.
If glucose stays in the bloodstream for too long and too often it begins to damage your cells.
One analogy I like to use is ask yourself what is glucose? Glucose is sugar right? Now imagine what happens to sugar when you add water? It gets really sticky and has a glue like consistency.
Now imagine that glue-like liquid in your bloodstream. What do you think will happen to the endothelial cells that produce nitric oxide to help and keep blood flowing smoothly through our cardiovascular system? They get damaged and inflamed.
Once these endothelial cells get damaged, blood pressure goes up.
You can see now the important role that insulin plays as it functions to grab these excess damaging glucose molecules that are not being used by our cells for energy, and puts them away.
(continue reading below for top tips for preventing glucose spikes)