The machines in the factory.
A factory that functions more like a plant cell could potentially benefit from the plant cell's ability to produce its own energy through photosynthesis, leading to reduced reliance on external energy sources. Additionally, the plant cell's efficient transportation system within the cell membrane could facilitate better movement of materials within the factory. Finally, plant cells have the ability to self-repair and adapt to changing conditions, which could enhance the factory's resilience and sustainability.
There can be thousands of different enzymes in a single cell. Each enzyme has specific functions that help catalyze and regulate the various chemical reactions that occur within the cell. The number and types of enzymes present in a cell can vary depending on the cell type and its metabolic needs.
Enzymes that are considered housekeeping enzymes, such as those involved in basic cellular functions like glycolysis or the citric acid cycle, are typically present in relatively constant amounts in a cell. These enzymes are essential for maintaining cellular metabolism and are consistently required for the cell to function properly.
Cell respiration is contolled by enzymes in order to prevent an explosion-like release of energy that could be fatal to a cell. Instead, the enzymes (cytochromes in the ETC) allow for a controlled release of energy that goes on to form the H+ gradient that synthesizes ATP.
The cytoplasm is the part of the cell that contains many enzymes. Enzymes catalyze biochemical reactions within the cell, helping to regulate various cellular processes.
When looking at a cell as a factory, the cell membrane is like the factory outer walls.
A cell wall would offer more protection. A large central vacuole would allow for a back-up supply of enzymes, and it would create its own nutrients.
A cell wall would offer more protection. A large central vacuole would allow for a back-up supply of enzymes, and it would create its own nutrients.
A cell wall would offer more protection. A large central vacuole would allow for a back-up supply of enzymes, and it would create its own nutrients.
those enzymes would be in the lysosomes of the cell they would be things like amylase (breaks starch down) and pepsin (amino acids) and things like lipase (lipids)
A factory that functions more like a plant cell could potentially benefit from the plant cell's ability to produce its own energy through photosynthesis, leading to reduced reliance on external energy sources. Additionally, the plant cell's efficient transportation system within the cell membrane could facilitate better movement of materials within the factory. Finally, plant cells have the ability to self-repair and adapt to changing conditions, which could enhance the factory's resilience and sustainability.
Enzymes.
what packages protein hormones and enzymes in a cell
A plant cell has a cell wall.
There can be thousands of different enzymes in a single cell. Each enzyme has specific functions that help catalyze and regulate the various chemical reactions that occur within the cell. The number and types of enzymes present in a cell can vary depending on the cell type and its metabolic needs.
Enzymes that are considered housekeeping enzymes, such as those involved in basic cellular functions like glycolysis or the citric acid cycle, are typically present in relatively constant amounts in a cell. These enzymes are essential for maintaining cellular metabolism and are consistently required for the cell to function properly.
Cell respiration is contolled by enzymes in order to prevent an explosion-like release of energy that could be fatal to a cell. Instead, the enzymes (cytochromes in the ETC) allow for a controlled release of energy that goes on to form the H+ gradient that synthesizes ATP.