Examples of using Oxygen and glucose in English and their translations into Vietnamese
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The cells of your body run primarily on oxygen and glucose.
This is the process by which oxygen and glucose create chemical energy, water and carbon dioxide, which the species then exhales back into the atmosphere.
The medicinal preparation activates the metabolism of oxygen and glucose.
When neurons in the brain fire, they require fuel(oxygen and glucose) which is brought to an“active” area via the bloodstream.
Stimulation of cerebral circulation and increased supply of the brain with oxygen and glucose;
Healthy cells metabolize, burn oxygen and glucose to produce ATP.
This increases the blood flow going to the brainas well as improved supply of nutrients, oxygen and glucose.
As a result, the brain cells, deprived of the oxygen and glucose needed to survive, die.
It improves blood circulation and metabolism in the brain tissues,which leads to an increase in the volume of consumption of oxygen and glucose.
The organ most affected by the lack of oxygen and glucose is the brain.
Regular athletic stress contributes to an increase in the number of capillaries in the brain,which accordingly improves the access of oxygen and glucose.
They are completely dependent on the regular delivery of oxygen and glucose(sugar) from the blood supply.
In some people, diabetes, smoking, high blood pressure or other so-called vascular risk factors can wear away at the blood vessels feeding the brain's white matter,starving axons of much needed oxygen and glucose.
A smooth flow of blood to thebrain ensures that the organ receives adequate oxygen and glucose to function, transported via numerous arteries.
The vessel-like channels appeared too small to carry red blood cells, but the researchers believe that the low oxygen concentrations within tumours drive macrophages toform this network of channels to transport dissolved oxygen and glucose.
Solcoseryl- a drug that improves metabolism, accelerates the transport of oxygen and glucose, stimulates the recovery(regeneration) of tissues.
According to the Davis Lab at the University of Arizona, your brain needs about 15percent of your heart's cardiac output to get the oxygen and glucose it needs.
This all occurs in order to deliver more oxygen and glucose to the muscles at a faster rateand to remove carbon dioxide more rapidly.
These imaging testshelped the study authors measure the flow of oxygen and glucose in the brains.
It supplies your brain with more nutrients, oxygen and glucose- the vital energy used by brain for the longer period of focus.
Decreased concentration, fatigue and memory impairment due to insufficient oxygen and glucose supply to the brain.
The eyes, ears, and brain all depend on oxygen and glucose(sugar) from a person's blood supply-and hearing can be affected as glucose levels rise.
Reducing concentration,rapid fatigue and memory impairment as a result of inadequate supply of oxygen and glucose to the brain.
Exercise increases the blood flow to your noggin, bringing much-needed oxygen and glucose for fuel, explains Sandra Aamodt, PhD, co-author of Welcome to Your Brain.
It decreases vascular resistance and increases arterial blood flow in the brain,improving the utilization of oxygen and glucose by brain cells.
The researchers put data from thescans that showed how the brain uses oxygen and glucose into a computer model that was created to estimate the metabolic age of individuals' brains.
According to the Davis Lab at the University of Arizona, your brain needs about 15percent of your heart's cardiac output to get the oxygen and glucose it needs.
Regular workouts boost energy stores byconditioning the body to make optimal use of oxygen and glucose, its two primary fuel sources.
Allison says that when you're working out your heart rate picks up, the blood vessels in your muscles dilate,and your heart pumps blood to your muscles to get them oxygen and glucose to burn for energy.