Type 1 diabetes is insulin deficiency and accounts for only 5 to 10% of all diabetics, type 2 diabetes (insulin resistance) or adult-onset diabetes accounts for 90 to 95% of all diabetics. Although type 1 diabetes is more serious, type 1 diabetes is much rarer. Although type 1 diabetes is often called juvenile diabetes, it is possible to develop type 1 diabetes at any age, but it is more common in childhood.
Insulin explained:
Food (carbohydrates (or sugars)), oxygen, poisons, and toxins exist in your blood. Blood is where cells store their waste, but it's also where they get food and oxygen. To prevent your cells from eating the wrong thing and dying, your body has a system where your cells only have to look for one digestive hormone: insulin. This cuts down on the already many complicated things that each of your cells has to do, leaving the cell to rely on insulin to find food (sugar) for the cells.
All insulin does is communicate a hormonal message between the sugar molecule (carbohydrate) and the cell, allowing the cells to find the sugars in the blood and eat them. Sugars come in many different forms, many with different types of vitamins and nutrients and others without vitamins and nutrients. So insulin is there to take care of the complicated mess that cells would otherwise have to deal with, besides performing its other important functions for your body. Also, not every cell gets every sugar molecule, insulin makes sure that sugars with certain vitamins and nutrients get to the right cells. Vitamins are quite often dedicated to certain cells.
Insulin itself doesn't lower blood sugar, it's the cells that eat sugar that lower blood sugar, but your cells can't find the sugar without the help of insulin.
the sugar molecule into the cell's mitochondria and combines it with oxygen using another enzyme to produce energy and form mitochondria. vibrate. The chemical vibration of the mitochondria is what keeps the cell alive. If that sugar molecule contained a vitamin or nutrient of some kind, then that vitamin
Sugars from fruits and vegetables always contain some vitamin or nutrient. It is refined sugar that does not. Eating refined sugars is like running a car on gas with no transmission fluid, your heater may be running, but your car isn't going anywhere or doing anything important. It is a colossal waste of insulin, enzymes, and oxygen to produce this energy.
Glucagon explained:
In type 1 diabetes, not only is insulin production damaged or destroyed but the hormone glucagon is also damaged or destroyed. Glucagon is another important digestive hormone that is produced by the pancreas when the pancreas detects low sugar levels. This hormone sends a message to your liver to make more sugar from your body's fat stores. If this hormone isn't produced, your liver never gets the message and your blood sugars can drop to low levels. And if your sugar drops too low, you're as dead as if your oxygen drops too low. Remember, you cannot metabolize oxygen without sugar. And people who cannot metabolize oxygen are called dead people. And for this reason, type 1 diabetics are also sometimes given emergency injections of glucagon if the ingestion of a sugar tablet, candy, or fruit cannot be eaten or obtained during a low blood sugar attack. This can happen when the brain is starved of sugar, it first fails and the victim can't eat or drink anything.
Causes of type 1 diabetes:
A common popular myth is that eating too much sugar causes diabetes. This is a completely false belief; your body needs sugars to metabolize oxygen. The only reason your breathing oxygen is staying alive right now is because of sugar. If you didn't need sugar for energy, you wouldn't need to breathe oxygen to stay alive. The inability to metabolize sugars is a symptom of this disease, not its root cause. Sugar does not cause diabetes any more than oxygen causes lung cancer.
TYPE 2 DIABETES (insulin resistance) can cause your pancreas. And if mismanaged over a long period, it can take a toll. But, type 2 diabetes has a different cause, it is caused by a dysfunctional duodenum, and by repairing the duodenum you can cure type 2 diabetes and 80%. the other causes of type 1 listed here have become involved, then type 1 may not go away even if type 2 does.
PANCREATITIS can also cause type 1 diabetes by destroying the pancreatic islet cells that produce insulin and glucagon. Your pancreas also produces digestive
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