Sentences with phrase «increased uptake of glucose»

However, this doesn't explain the improvement in fasting insulin and glucose, and thus our second benefit is increased uptake of glucose into energy stores (study).

Studies have shown that high - intensity cardio sessions that last more than 30 minutes are the most effective at increasing the uptake of glucose into cells.

That doesn't happen, though, unless insulin is released from the pancreas, binds to the muscle and signals it to increase the uptake of glucose.

Not exact matches

Increased ability to burn fat: Research shows that cold - induced glucose uptake results in the creation of brown fat cells, which create warmth, burn energy and keep you slim.

This increases glucose uptake, which supports the growth - inducing functions of Myc.

Indeed, increased uptake and utilization of glucose has been reported for many human tumors.

They then examined the effect of a chemical that inhibits SRF and found that glucose uptake rates increased in both mice and human cells — and that the effects were greater in cells from patients who were insulin resistant or had type 2 diabetes.

One hallmark of cancer is the accelerated metabolism, high energy requirements, and increased glucose uptake by the tumor cells, the latter being the first and rate - limiting step for glucose metabolism [2,3].

Acute insulin stimulation increased glucose transport by 21 % in control cultures precultured at 1 pmol / l insulin, but at higher insulin concentrations we could not detect an effect of insulin on glucose uptake.

In accordance with other studies, we found an increased glucose uptake under acute insulin stimulation in cultures established from control subjects precultured under basal physiological insulin concentrations, but when precultured at a higher insulin concentration, we could not see an effect on acute insulin stimulation indicative of induced insulin resistance (10).

In addition, caffeine may increase the activity of several signaling enzymes, including the calcium - dependent protein kinase and protein kinase B (also called Akt), which have roles in muscle glucose uptake during and after exercise.

Cashews also may enhance glycolysis (metabolism of sugar into energy) which also contributes to increased glucose uptake.

Conversely, within non-diabetic populations, periods of IER (75 - 85 % ER on restricted days) do not typically affect fasting glucose levels 37, 41, 45, 48 or HbA1c 41, 48; results of which can often be replicated by short term CER studies.62 - 65These findings are unsurprising given that frank hyperglycaemia within the T2DM diagnostic range is effectively a late - stage manifestation of IR, which along with compensatory increases insulin secretion, can precede the onset of T2DM by many years.66, 67 Findings from one large scale prospective cohort study, Whitehall II, reveal a sharp increase in the trajectory towards fasting hyperglycaemia which is only detectable three years prior to diagnosis with T2DM.67 Consequently, it can be argued that changes in circulating insulin concentrations, fasting (hepatic) insulin sensitivity and glucose uptake / clearance are more sensitive markers of deteriorating glucose control than fasting glycaemia in non - diabetics.68 - 70

• Elevated nitric oxide levels • Heightened muscle pumps • Increased nutrient delivery • Improved blood oxygen carrying capacity • Quicker recovery between sets via the accelerated clearance of metabolic waste products • Reduced blood pressure • Pro-sexual effects • Enhanced glucose uptake

Twelve - hour exposure of 3T3 - L1 adipocytes to H (2) O (2) or TNF - alpha resulted in the increase of c - Jun NH (2)- terminal kinase (JNK) activation and insulin receptor substrate 1 (IRS1) serine 307 phosphorylation, concomitantly with the decrease in insulin - stimulated IRS1 tyrosine phosphorylation and cellular glucose uptake.

It downregulates the uptake of glucose, upregulates mechanisms to use alternative fuels, and increases production of protective substances.

Oddly enough, the most statistically significant finding of the entire study was increased glucose uptake by adipose tissue (p = 0.007)-LRB-?).

Insulin does several things in our bodies: it increases the uptake and utilization of glucose, turns glucose into fat and glycogen, and prevents metabolism of that fat and glycogen.

It helps regulate glucose by increase uptake, helps clean triglycerides from the blood stream, protects the lining of your blood vessels, helps with insulin sensitivity, control of energy metabolism, plus more.

Therefore, insulin sensitivity improved largely because of an increase in peripheral glucose uptake.

In addition to its antioxidant properties, LA increases glucose uptake through recruitment of the glucose transporter - 4 to plasma membranes, a mechanism that is shared with insulin - stimulated glucose uptake.

Muscles from ob / ob mice, which showed little response to insulin, showed a substantial increase (approximately 300 %, p < 0.05 - 0.01) in glucose uptake when 10 -LRB--3) m alpha - lipoic acid was added in the presence of insulin.

In addition, leucine has been shown to modulate insulin / phosphoinositide 3 - kinase signaling in animal models (10), and cysteine has been shown to increase glucose uptake and concentrations of glucose transporter 3 and glucose transporter 4 in vitro; in rat models, dietary cysteine has been shown to reduce insulin resistance and glucose intolerance (11, 12).

CONCLUSION: The results suggest that alpha - lipoic acid can increase glucose uptake by a range of normal muscle types and improve the response to insulin by insulin - resistant skeletal muscles of ob / ob mice.

Effects of Alpha - lipoic Acid on Microcirculation in Patients with Peripheral Diabetic Neuropathy Diabetes Obes Metab 2002 (Jan); 4 (1): 29 — 35 The results suggest that alpha - lipoic acid can increase glucose uptake by a range of normal muscle types and improve the response to insulin by insulin - resistant skeletal muscles of ob / ob mice.

It increases the levels of neurotransmitters such as dopamine and acetylcholine; it boosts the uptake and use of glucose in brain cells; and improves communication between brain cells.

Therefore, it is not surprising to find that the muscle hypertrophy resulting from strength training was associated with the increases in whole - body insulin sensitivity we observed, because skeletal muscle constitutes the target tissue where most of the insulin - stimulated glucose uptake takes place [34].

The results showed normalisation in glucose tolerance in more than 50 % of individuals, a 10 - 14 % increase in glucose uptake directly contrasting to the control group, which deteriorated a further 5 - 9 %.