Sentences with phrase «glucose to cells more»

Not exact matches

According to Livestrong, your body — more specifically the cells inside it — require glucose, a key component in carbohydrates, to function.

Similar to turmeric, cinnamon improves insulin sensitivity and allows glucose to be transported from the blood and into the cells much more efficiently.

In order to generate enough energy, the bone cells in our mice therefore take up much more glucose than normal.»

One of the cell lines was vulnerable to being cut off from glucose alone, but the others needed more interference.

Witness Avandia, a popular drug available since 1999 that lowers blood glucose by making cells more receptive to insulin — but that also, according to a report published in the New England Journal of Medicine in May, increases the risk of heart attack.

«Our stem cell - based studies indicate that low - calorie sweeteners promote additional fat accumulation within cells compared with cells not exposed to these substances, in a dose - dependent fashion — meaning that as the dose of sucralose is increased more cells showed increased fat droplet accumulation,» said Sabyasachi Sen, M.D., Associate Professor of Medicine at George Washington University in Washington, D.C. «This most likely occurs by increasing glucose entry into cells through increased activity of genes called glucose transporters.»

Because older red blood cells have had more time to pick up sugar in the blood, they can potentially skew the A1C test result, which averages glucose across red blood cells of all ages in the bloodstream.

To develop a more accurate method, Higgins and colleagues designed a mathematical model of glucose chemistry and red blood cell turnover and combined it with large data sets of patient glucose measurements.

Studies in rodents and in human fetal beta cells have showed that the responses of very young beta cells to increases in blood glucose are blunted when compared to their more - mature counterparts.

That keeps blood glucose levels high, forcing the pancreas to make even more insulin in a desperate attempt to jam the stuff through cell membranes.

When cells are insulin - resistant, more insulin is required to control blood glucose.

Medicines used to treat diabetes fall into four groups: those that stimulate the pancreas to put out more insulin; those that lower insulin resistance in cells; those that help the body use insulin; and those that slow down or block the breakdown of starches, which in turn keeps blood - glucose levels lower.

In adults, more cannabinoids will force one group of cells to more intensive work, but at the same time it will weaken the efficiency of the other, and in consequence blood glucose level will not change or may even increase significantly.»

The researchers found that the Type I diabetic mice that received the modified insulin and blood cell system were able to significantly reduce blood glucose levels for more than two days.

Low WWOX levels will allow more glucose to be used for these cancer cell «building blocks».»

GLUT1 appears here because these cells have been taken over by the virus, which increases demand for more glucose to continue its infectious path.

Cancer cells tend to use glucose to make more cell «building blocks» than energy, and this is thought to help them to divide and grow.

If Lsd1 is inhibited in mice, the animals» cells take up more glucose, their capacities to convert glucose into energy increases, and they use less fatty acid, for example.

People develop type 2 diabetes over time as their bodies become more and more resistant to the hormone insulin, which is necessary to process the glucose in blood that provides energy for cells, explains Dr. Patti, who is also an Assistant Professor at Harvard Medical School.

The more nutrients we intake, the more β - cells we need in order to cope with the increasing glucose concentrations produced from these nutrients.

Cancer cells compensate for this, at least in part, by up - regulating glucose receptors (GLUT1) to import more glucose into the cytoplasm.

By 72 hours, the cells with depleted glucose levels began to make thicker cell walls, possibly to protect themselves until they could find more favorable environmental conditions.

When developing heart cells are exposed to high levels of glucose, the researchers found, the cells generate more building blocks of DNA than usual, which leads the cells to continue reproducing rather than mature.

In contrast, when they caused the fat cells to make more p75NTR, glucose absorption was reduced.

A transcriptome research of its organs revealed its gene signature is highly evolved and adapted for extreme longevity (slow metabolism, improved insulin gene signaling and glucose homeostasis, thus reduced blood glucose, improved cancer genes, improved endothelial function by eNOS (endothelial Nitric Oxide Synthase) meaning improved vascular coronary blood flow, improved microvasculature arterial and heart endothelium function) but more importantly, to answer your question, some whales display low blood glucose hypoglycemia, this affects the quantity and period of proteins / DNA / cell exposure to glucose glycation, glycosylation and glycoxydation reactions.

But cardiomyocytes that had been mixed with high levels of glucose matured late or failed to mature altogether, and instead generated more immature cells.

The glucose, like all of the nutrients, soon gets absorbed into the bloodstream creating a peak in what we call «blood sugar levels», which results with the releasing of more insulin from the pancreas in order to push glucose to the cells, basically «commanding» the cells to open up and absorb it, where it gets used as an energy source.

The job of testosterone is to promote protein synthesis and support production of new red blood cells, which increase the body's ability to utilize oxygen more effectively, which then leads to more efficient usage of glucose.

As a result, your pancreas starts pumping out more insulin, which is responsible for the transport of glucose to the cells, where it is either stored as fat, or burned as a fuel.

The muscle cells build up a resistance to insulin, so the body produces more and more in an attempt to maintain the transport of glucose to the cells for energy.

tells your body to store excess glucose as fat cells and to make more.

Skipping your breakfast will also re-sensitize your cells to glucose and make them utilize more optimally.

«Exercise makes every cell more sensitive to insulin, so glucose enters your cells more easily,» says Christine Armarego, exercise physiologist from Sydney's Glucosglucose enters your cells more easily,» says Christine Armarego, exercise physiologist from Sydney's GlucoseGlucose Club.

The problem with that: Exercise enhances insulin sensitivity and prompts your muscle cells to pull more glucose from your bloodstream.

Regular exercise targets both brains as once, as it can help improve your digestion and bowel movements, sleep, mood, blood flow, and blood sugar regulation — making cells more sensitive to take in glucose for energy.

«We believe that low - calorie sweeteners promote additional fat formation by allowing more glucose to enter the cells, and promotes inflammation, which may be more detrimental in obese individuals,» explains the study's author.

This high level of glucose in the bloodstream causes the pancreas to make more insulin with hopes to get the cells to respond.

The body then releases even more insulin, trying desperately to get the cells to uptake the toxic glucose.

The key and lock still do not fit very well, but because there are many more keys, the cell is able to get enough glucose.

The more Insulin - resistant, meaning the more Insulin you need to make that receptor site happy to pull that Glucose in, typically the less active you are, the more fat cells you have so, the more your body will store that and not burn it.

But making the body run on ketones means that it will become more sensitive to any glucose you take in from carbs — you won't need as much insulin to deliver it to your cells, and that provides a big relief to your pancreas.

When people talk about being more Insulin sensitive, that means you need less Insulin to fit into the receptor site to pull that Glucose into the cell to utilize it for fuel or store as fat — one of the two, right?

Glucose increases the turnover of dead skin cells and insulin stimulates your sebaceous glands to produce more sebum (oil).

And when these cells are exposed to both glucose and fructose, they secrete more insulin than they do when exposed to glucose alone.

More: Using creatine and glycerol to increase hydration helps endurance athletes in the heat 07.03.2012 Creatine and beta - alanine combined improve endurance capacity 15.02.12 Muscle cells absorb more glucose with creatine 16.12.More: Using creatine and glycerol to increase hydration helps endurance athletes in the heat 07.03.2012 Creatine and beta - alanine combined improve endurance capacity 15.02.12 Muscle cells absorb more glucose with creatine 16.12.more glucose with creatine 16.12.2008

As a result, the increased acetate stimulated the beta cells of the pancreas to secrete more insulin in response to glucose.

Exercise helps reduce Insulin Resistance, because it makes muscle cells have more mitochondria, so the cells have the capacity to accept more sugar / glucose.

Excess glucose is stored in the liver; when needed to sustain blood sugar between meals, the liver releases sugar and the pancreas responds with more insulin to help it enter cells.

It does this by helping glucose enter cells without forcing the pancreas to pump out more insulin.

Green tea contains insulin booster The most important bioactive substance in green tea, EGCG or epigallocatechine gallate, induces muscles cells to absorb more glucose.