Sentences with phrase «to absorb glucose»

Insulin sensitivity is a measurement of how effective insulin works in helping cells absorb glucose from the blood.
Often in type 2 diabetes, muscle, liver and other cells don't absorb glucose in the presence of insulin.
This makes your pancreas release extra insulin to help cells absorb the glucose.
After you eat a meal, your body absorbs the glucose from the digested food.
Insulin resistance is when the cells in the body have trouble absorbing glucose in the blood and as a result, there is a build - up of sugar.
By absorbing glucose, cells in fat deposits, the liver, and the muscles get vital fuel while lowering levels of glucose in the blood.
To review, the lens absorbs glucose from the fluids of the eye and uses this glucose as nutrition.
They found that the fish are also insulin resistant: their cells don't respond well to the hormone's cry to absorb glucose after a meal.
In a normal human body, the liver helps regulate blood sugar by stimulating the body to absorb glucose as glycogen (for future use as energy).
Since the body's cells don't have or have lost the ability to absorb glucose coming to their membranes, the kidneys work in overdrive to eliminate as much of it as possible.
Insulin is a hormone made by the pancreas that allows cells to absorb glucose so that it can be used for energy.
In insulin resistance, muscle, fat, and liver cells do not respond properly to insulin and thus can not easily absorb glucose from the bloodstream.
Eating a ketogenic diet will help to reduce obesity, manage diabetes, and improve insulin sensitivity so our cells can absorb glucose better.
However, cells can not absorb the glucose without some help from a substance called insulin.
When your body gets the signal that you've eaten, beta cells in your pancreas produce insulin, which is what tells your cells absorb glucose.
Normally, the lens absorbs glucose from the eye fluids, using most of this for its own energy needs.
But when something goes wrong — and cells aren't absorbing the glucose — the resulting high blood sugar damages nerves, blood vessels, and organs, setting the stage for dangerous complications.
The hormone insulin ensures that the normal cells in the body absorb glucose again and switch from fat to sugar as their energy source for metabolism, and the pH value rises again as a result.
We'll just assume he's not referring to type 1 diabetes, in which the immune system mistakenly targets and kills pancreatic cells that release insulin, a hormone needed for cells throughout the body to properly absorb glucose from the bloodstream — or gestational diabetes, which can occur during pregnancy.
It crops up when cells begin to resist absorbing glucose.
Du says, «Like sponges sop up water and swell, our sugar sponge absorbs glucose and swells.»
More recent investigations showed no differences in the amount of absorbed glucose when adjusted for age, height, and / or fat - free mass (212, 216) but only proved a prolonged gut glucose absorption in women, probably due to a slower gastric emptying.
Once your body and brain have stopped «listening» to insulin's signals and stop absorbing glucose, you end up with excess glucose floating around in your bloodstream which your body (in) conveniently packages up as fat.
Carbohydrates that break down quickly during digestion, rapidly absorb glucose to stimulate higher levels of insulin are said to have a higher GI while carbohydrates that break down more slowly have a lower GI.
If you inject insulin, then the muscle cells absorb glucose even quicker, so your fat deposits don't increase.
That's when «your muscles are more receptive to absorbing the glucose into the cells,» Detroyer explains.
insulin resistance: a term used to describe the failure of the tissues to respond (resistance) to insulin and absorb glucose for energy production; associated with hormonal imbalance (particularly high triglycerides, polycystic ovaries, and excess androgens).
The polysaccharides in Matcha absorb glucose and can thus reduce blood sugar levels in the blood.
As a result, an animal may behave as if it is constantly hungry (the cells are not producing fuel), but may also appear malnourished, again because the cells are unable absorb glucose.
People with type 2 diabetes develop a resistance to insulin — a hormone that helps the body absorb glucose from the bloodstream and use it for energy — in various areas of the body, including the muscles.
Amazingly, based on a study in 2005, it's been discovered that ketosis will actually improve insulin sensitivity, which will allow your body to start to absorb glucose again.
Agar Agar liquid extract works by absorbing glucose in the stomach, passes through the digestive system quickly and inhibits the body from retaining and storing excess fat.
insulin A peptide hormone secreted by the pancreas that helps cells absorb glucose from the bloodstream.
Their bodies produce no insulin, the hormone that regulates blood sugar levels, so their cells can not absorb any glucose from the blood and have to tap into another energy source: fat reserves.
Insulin is the hormone that allows your body's cells to absorb glucose, the gasoline that makes cells go.
Patients with Type I diabetes lack insulin, which is normally produced by the pancreas and regulates metabolism by stimulating muscle and fat tissue to absorb glucose from the bloodstream.
Their bodies also lose the ability to absorb glucose from the blood, a condition called insulin resistance.
• We fudged the role of insulin in our story on the link between Alzheimer's and diabetes (30 November, p 6); we should have said the hormone instructs cells to absorb glucose.
How the placenta passes nutrients from mother to fetus depends in part on the activity of insulin — a circulating hormone that tells fat and muscle cells to absorb glucose and other nutrients from the blood.
For this to occur, you need a transporter called GLUT4; GLUT4 is present normally on the, it should come to the cell surface to help absorb glucose or take up glucose.
This is shown here as these red lines, and these are GLUT4 transporters, so they actually bind to glucose and absorb glucose.
The FKBP51 protein acts as a link between the stress regulatory system and the metabolism, and higher levels of the protein can reduce the body's ability to absorb glucose.
When your body is in a low thyroid state, it decreases your body's ability to absorb glucose or blood sugar.
Insulin allows cells within our livers, fat tissue, and muscle tissue, to absorb the glucose from our blood and then convert it to glycogen, which is a primary source of energy.
A more substantial indicator of diabetes, the glucose intolerance test is a way to find out how easily your body's cells are able to absorb glucose (21).
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