The two pathways that follow glycolysis are aerobic and anaerobic.
Oxygen
A rate-limitingenzyme's place as first in a series is important because if an enzyme at some point in the sequence were rate-limiting,an intermediate chemical in the pathway might accumulate.
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Oxygen
The factors that can determine which pathway a cell might follow include external signals from the cell's environment, internal genetic and epigenetic regulation, and cell-to-cell communication. These factors can influence a cell's decision to divide, differentiate, or undergo programmed cell death.
If enough oxygen is available, the product of glycolysis, pyruvate, will be further broken down to CO2 and water. This requires oxygen and occurs partly in the mitochondrion. If not enough oxygen is available, the pyruvate will be converted to lactic acid, which causes muscular pain. This pathway also produces less energy for the cell.
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Saguaro cacti typically use the CAM (Crassulacean Acid Metabolism) photosynthetic pathway. This pathway allows them to efficiently carry out photosynthesis while minimizing water loss by opening their stomata at night and storing carbon dioxide as malic acid in their cells.
Damage to the somatosensory pathway, specifically the dorsal column-medial lemniscal pathway, could result in diminished sense of touch. This pathway carries touch and proprioceptive information from the body to the brain for processing.
Adding inorganic phosphate helps replenish ATP levels by allowing the conversion of ADP to ATP in the glycolysis pathway. This process provides energy for cells to continue functioning during rapid glycolysis.
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While the electron transport chain’s main function is to produce ATP, another important byproduct is water. If you follow the path of electrons and protons you might notice that they follow the same basic pathway until the point where ATP is produced. At the end of the chain the electrons are taken up by oxygen molecules to make water. This is why oxygen is known as the final electron acceptor.
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