What is the Capacity Factor of Glycolysis in Cells?

In summary, The speaker is teaching themselves cell bio and is looking for a source with actual rates of glycolysis in cells to compare the maximum rate of ATP production to the average needs of the cell. They mention that this varies by cell type and there is both passive and active glucose uptake, but they are seeking any explanation or direction to a reliable source. They also mention wanting to understand the order of magnitude and how it changes during the cell cycle. A suggested resource is the BioNumbers database and associated online textbook.
  • #1
Boomer Dave
Hello. I'm in the process of teaching myself cell bio and I'm curious to find a good source with actual rates of glycolysis in cells. In a nutshell, I'm wondering what the maximum rate of ATP production within the cell is (assuming a normal yet constant extracellular concentration of glucose) and how this compares to the average needs of the cell (normal rate of energy production/use). This would be like asking for the capacity factor of a power plant. I realize this probably varies by cell type and there appears to be both passive and active glucose uptake (not that this is necessarily the rate-limiting process), but any explanation or directions to a solid source would be greatly appreciated. Also, I'm trying to get a good idea of the the order of magnitude and how it changes during the cell cycle.
 
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Related to What is the Capacity Factor of Glycolysis in Cells?

1. What is the capacity factor of a cell power?

The capacity factor of a cell power is a measure of the actual energy output of a cell compared to its maximum potential output. It is expressed as a percentage and is often used to evaluate the efficiency of a cell.

2. How is the capacity factor of a cell power calculated?

The capacity factor of a cell power is calculated by dividing the actual energy output of the cell by its maximum potential output and multiplying by 100. This calculation is typically done over a specified time period, such as a day or a month.

3. What factors affect the capacity factor of a cell power?

The capacity factor of a cell power can be affected by a variety of factors, including the type and quality of the cell, environmental conditions, and maintenance and operating practices. It is important to properly maintain and operate cells in order to achieve a high capacity factor.

4. What is considered a good capacity factor for a cell power?

A good capacity factor for a cell power can vary depending on the type of cell and its intended use. In general, a capacity factor of 80% or higher is considered to be very good, while a capacity factor below 50% may indicate potential issues with the cell's performance.

5. How can the capacity factor of a cell power be improved?

The capacity factor of a cell power can be improved through regular maintenance and monitoring, as well as implementing efficient operating practices. Upgrading to higher quality cells or using multiple cells in parallel can also increase the overall capacity factor of a cell power system.

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