Protein synthesis occurs in the Flag this Question Question 21 pts What are the
ID: 3522246 • Letter: P
Question
Protein synthesis occurs in the
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Question 21 pts
What are the intercellular communication types at a synapse? Select all that apply.
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Question 31 pts
Radioactive amino acids incorporated into the proteins were rejected into the retina of a rabbit. After measuring the radioactivity and distance after a couple of experiments, two moving peaks were observed. The first peak moved 0.5-2 mm/day indicating that those are _________________ proteins which took up the radioactive AA whereas the second peak moved 200-400 mm/day indicating that those are _________________ proteins which took up the radioactive AA.
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Question 41 pts
The fast axoplasmic transport includes proteins from the __________ and transported on ___________. The slow axoplasmic transport includes proteins from the ____________.
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Question 51 pts
*** This is an example of a test question ***
Proteins are transported via axoplasmic transport at slow rates (0.5 to 2 mm per day) and fast rates (200 to 400 mm per day). The difference in transport rate directly results from:
cell bodyExplanation / Answer
Protein synthesis occurs in the-
Cell body
Question 21 pts
What are the intercellular communication types at a synapse? Select all that apply.-
Answer-
Question 31 pts
Radioactive amino acids incorporated into the proteins were rejected into the retina of a rabbit. After measuring the radioactivity and distance after a couple of experiments, two moving peaks were observed. The first peak moved 0.5-2 mm/day indicating that those are transmembrane proteins which took up the radioactive AA whereas the second peak moved 200-400 mm/day indicating that those are cytoplasmic proteins which took up the radioactive AA.
Question 41 pts
The fast axoplasmic transport includes proteins from the cytoplasm, and transported on RER, The slow axoplasmic transport includes proteins from the microtubules.
Question 51 pts-Proteins are transported via axoplasmic transport at slow rates (0.5 to 2 mm per day) and fast rates (200 to 400 mm per day). The difference in transport rate directly results from:
Answer-
the difference in the time spent per day in transport by kinesin on microtubules.
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