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erythrocytes lack a mitochondria do produce energy via ATP, however, they are able yp produce L-lactate from glucose. this is necessary for the production of energy to maintain membrane integrity and produce energy anaerobically by converting glucose to lactate.
no
It doesn't break down glucose per se. It breaks down the pyruvate produced from glycolysis into lactate. Only the liver has the ability to convert lactate back to pyruvate.
No they contain no chlorophyll so can't photosynthesise
either produce offspring or produce hormones
erythrocytes lack a mitochondria do produce energy via ATP, however, they are able yp produce L-lactate from glucose. this is necessary for the production of energy to maintain membrane integrity and produce energy anaerobically by converting glucose to lactate.
Glucose is the main source of energy of the brain. It is converted to ATP inside the brain. However, the brain cells (neurons) themselves use some glucose. The other glucose is first metabolized and converted to "Lactate" by cells inside the brain called "Astrocytes". The lactate produced will then enter the neurons and then is converted to ATP.
Glucose is the main source of energy of the brain. It is converted to ATP inside the brain. However, the brain cells (neurons) themselves use some glucose. The other glucose is first metabolized and converted to "Lactate" by cells inside the brain called "Astrocytes". The lactate produced will then enter the neurons and then is converted to ATP.
The conversion of lactate to glucose (see gluconeogenesis ) takes place almost exclusively in the liver, but lactate can be metabolized by the kidney and nervous tissue as well.
Anaerobic cellular respiration breaks down glucose into lactate
gluconeogenesis or glyconeogenesis. It happens in the cori cicle, for instance - during exercise the muscles use the accumulated glucose to produce energy, producing lactate. Then the lactate goes in the blood stream and is used (mainly) in the liver to produce glucose again
It is an intermediary in the synthesis of glucose from lactate
Glycolysis
It is commonly used for glucose and lactate tests. The fluoride is used to stop/slow down processes in the red bloodcells(also in the other cells, but the erythrocytes have the biggest influence in this matter). Processes like the citric acid cycle, which uses glucose to produce energy in the form of ATP. In this process lactate is formed along with ATP. In other words, the glucose concentration in the plasma will decrease, and the lactate concentration will increase. When the blood is being obtained it will take about 30 minutes for the fluoride to start working.
Yes; the solution called "Ringer's Lactate" is a mixture containing water, essential salts and electrolytes, and glucose.
no
Energy and lactic acid (lactate).