When there is a mutation in a gene that produces an enzyme, it can cause disease. Phenylketonuria<span> or PKU is a rare inherited disorder that causes the build up of phenylalanine. This can lead to brain damage in individuals with this disorder if they don't eat a very protein-- restricted diet. The gene mutation doesn't allow the creation of the </span>enzyme<span>needed to break down Phenylalanine, an amino acid in proteins.
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Vesicles Carry Cargo. Most molecules, including proteins, are too large to pass directly through membranes. Vesicles are constantly forming - especially at the plasma membrane, the ER, and the Golgi. Once formed, vesicles deliver their contents to destinations within or outside of the cell.
The same is true for our skin and our liver cells. Or our brain and muscle cells. Or any of the other 300 or so different cell types. These cells are different because they use the same set of genes differently.
We can confirm that Increased ethanol production is not a consequence of bioenergy use.
<h3>Why is ethanol production not a consequence of bioenergy?</h3>
This has to do with the fact that there would be no need for increased production of ethanol when using bioenergy. This is due to the fact that biomass naturally produces ethanol and that most bioenergy does not rely on ethanol to be created.
Therefore, we can confirm that Increased ethanol production is not a consequence of bioenergy use.
To learn more about bioenergy visit:
brainly.com/question/5236894?referrer=searchResults
Cell division is sort of a form of asexual reproduction, so most likely it's all of the above.