Imagine protein X is destined to span the plasma membrane. Assume the mRNA carrying the genetic message for protein X has been translated by ribosomes in a cell culture. If you fractionate the cells immediately after translation, in which fraction (compartment) would you find protein X? Why? Name and describe the process by which protein X will end up on the plasma membrane following translation.
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Protein X is synthesized by ribosomes, which are found in the cytoplasm. So, immediately after translation, protein X will be in the **cytoplasm**. Show more…
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Imagine protein X is destined to span the plasma membrane. Assume the mRNA carrying the genetic message for protein X has been translated by ribosomes in a cell culture. If you fractionate the cells immediately after translation, in which fraction (compartment) would you find protein X? Why? name and describe the process by which protein X will end up on the plasma membrane following translation?
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Imagine protein $X$, destined to span the plasma membrane. Assume that the mRNA carrying the genetic message for protein $X$ has already been translated by ribosomes in a cell culture. If you fractionate the cells (see Figure 6.4 ), in which fraction would you find protein X? Explain by describing its transit through the cell.
Imagine protein X, destined to span the plasma membrane; assume the mRNA carrying the genetic message for protein X has been translated by ribosomes in a cell culture. If you fractionate the cells (see Figure 6.4 ), in which fraction would you find protein X? Explain by describing its transit.
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