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The way, functional red blood cells produce energy is by fermentation, via anaerobic glycolysis of glucose followed by lactic acid production. As the cells do not own any protein coding DNA they cannot produce new structural or repair proteins or enzymes and their lifespan is limited.

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12y ago
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15y ago

1. red blood cells don't take part in respiration (breaking down glucose)

2. glycolisis breaks down glucose with out mitochondria.

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11y ago

They produce ATP through anaerobic cellular respiration. That is glycolysis and posterior fermentation of pyruvic acid into lactic acid.

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Q: How do the red blood cells produce energy without mitochondria?
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How would mitochondria have an impact in sports performance?

Since the mitochondria produce energy for the body's cells, they are essential in physical activity as more energy is used so more energy must be provided to the muscle cells. People who are able to develop more red blood cells at high altitudes are able to provide their cells with more oxygen so can make more energy quicker. Mitochondria are the organelles that produce energy in the form of ATP for a cell.


What is the physiological function of mitochondria?

"The powerhouse of the cell" - very simply put, mitochondria reverse photosynthesis. They take glucose, add oxygen and produce carbon dioxide, water and energy in the form of ATP (adenosine triphosphate). Depending on their energy need, some cells have no mitochondria (red blood cells) and other have a large number of mitochondria (muscle cells/fibers).


What is the stuff in blood that starts with an m?

Mitochondria- energy production


Is there any cell in human body with out mitochondria and what its name?

Red blood cells (erthyrocytes) have no mitochondria. This is so they don't use up the oxygen they carry. They produce ATP (energy) from glycolysis of sugar which doesn't require oxygen.


What are the human cells without mitochondria?

In human, mature RBC (Red Blood Corpuscles) do not have mitochondria.


Why do erythrocytes produce l lactate from glucose?

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.


How do cells without mitochodrion get energy?

Most eukaryotic cells -- those that contain nuclei -- also contain mitochondria, but there are exceptions to this rule. Some parasitic protists take energy from their hosts and do not have mitochondria. In humans, mature red blood cells lack mitochondria nor do they have any organelles. The RBCs die after 120 days because of this. They can't make energy.


If cardiac muscle is deprived of its normal blood supply damage would primarily result from?

loss of oxygen.... the mitochondria in the cardiac muscle need it to continue to produce energy to keep the muscles contractiong without it the muscles seize from lactic acidosis a byproduct anaerobic respiration.


What does oxygen do as a component of blood?

Oxygen is used to produce ATP in the mitochondria, which powers our cells to do its functions.


Do red blood cells produce ATP?

No. They have no mitochondria. Red blood cells also called erythrocytes. live for approximately three months in the peripheral circulation. They need ATP. They also produce ATP through glycolysis which the step proceeding the TCA cycle. It is the TCA cycle which occurs in the mitochondria. Glycolysis does not occur in the mitochondria.


How is energy obtained by cells?

They use the mitochondria in the cell's cytoplasm to change glucose (in your blood) to energy the cell can use


How can you help the circulatory system to become healthy?

The Circulatory System circulates blood throughout the body. This blood has red blood cells that carry oxygen. When you are exercising, your heart beats faster to get more oxygen to the cells. This lets the blood travel faster, delivering more oxygen, which when received by cells is used by the mitochondria (the energy source of cells) to produce energy.