Why do you get polyuria in diabetes?
Doctors at the International Council for Truth in Medicine are revealing the truth about diabetes that has been suppressed for over 21 years.
Last year they helped over 17,542 type 2 diabetics end the need for prescription drugs, insulin injections and blood sugar monitoring.
This year they're on track to help over 30,000.
In just a few weeks, 96% of their patients are able to stop ALL diabetes medication and insulin injections.
No more neuropathy pain, pricking your finger, or the need for expensive medication.
Learn about this groundbreaking new research here: Doctors Reversed Diabetes in Three Weeks.
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Polyuria (excessive volume of urine production) is common in uncontrolled diabetes. Under normal conditions the kidney can't help filtering some of the glucose in our blood stream. To urinate that out would be an unforgivable waste, and thankfully the kidney usually reabsorbs all the filtered glucose back into the bloodstream.
Usually, that is. If the glucose level in the blood is too high, its capacity for reabsorption of gluocse is exceeded, and some of the glucose is lost in the urine. (Actually, this may be a good thing, since it helps to lower the blood glucose level if the latter is pathologically high.) The rough threshold for this in a (non-pregnant) person is about 10 mmol of glucose per litre. More than this, and some will end up in your urine.
But why does more glucose in your urine lead to more urine being produced? The answer is that glucose is a powerful osmolyte. Like a handful of other substances (sodium, urea, mannitol, etc.) it has the ability to induce water to follow it, by osmosis, wherever it goes. And since there is more glucose than normal in the urine, there will also therefore be more water than usual in the urine - i.e. polyuria.
[In fact, most of the acute complications of diabetes (e.g. diabetic ketoacidosis, or hyperosmolar coma) are largely due to the hyperosmolarity of the blood, secondary to high blood glucose levels. This induces water to leave cells, including those in the brain, which is the usual cause of death in these patients.]
Largely, this whole debacle accounts for the three classic symptoms of uncontrolled diabetes:
Last year they helped over 17,542 type 2 diabetics end the need for prescription drugs, insulin injections and blood sugar monitoring.
This year they're on track to help over 30,000.
In just a few weeks, 96% of their patients are able to stop ALL diabetes medication and insulin injections.
No more neuropathy pain, pricking your finger, or the need for expensive medication.
Learn about this groundbreaking new research here: Doctors Reversed Diabetes in Three Weeks.
------------------------------------------------------------------------------------------------
Polyuria (excessive volume of urine production) is common in uncontrolled diabetes. Under normal conditions the kidney can't help filtering some of the glucose in our blood stream. To urinate that out would be an unforgivable waste, and thankfully the kidney usually reabsorbs all the filtered glucose back into the bloodstream.
Usually, that is. If the glucose level in the blood is too high, its capacity for reabsorption of gluocse is exceeded, and some of the glucose is lost in the urine. (Actually, this may be a good thing, since it helps to lower the blood glucose level if the latter is pathologically high.) The rough threshold for this in a (non-pregnant) person is about 10 mmol of glucose per litre. More than this, and some will end up in your urine.
But why does more glucose in your urine lead to more urine being produced? The answer is that glucose is a powerful osmolyte. Like a handful of other substances (sodium, urea, mannitol, etc.) it has the ability to induce water to follow it, by osmosis, wherever it goes. And since there is more glucose than normal in the urine, there will also therefore be more water than usual in the urine - i.e. polyuria.
[In fact, most of the acute complications of diabetes (e.g. diabetic ketoacidosis, or hyperosmolar coma) are largely due to the hyperosmolarity of the blood, secondary to high blood glucose levels. This induces water to leave cells, including those in the brain, which is the usual cause of death in these patients.]
Largely, this whole debacle accounts for the three classic symptoms of uncontrolled diabetes:
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