You are working to characterize a novel protein in mice.Analysis shows that high levels of the primary transcript that codes for this protein are found in tissue from the brain, muscle, liver, and pancreas.However, an antibody that recognizes the C-terminal portion of the protein indicates that the protein is present in brain, muscle, and liver, but not in the pancreas.What is the most likely explanation for this result?
A) The gene that codes for this protein is not transcribed in the pancreas.
B) The transcript is immediately degraded in the pancreas.
C) The transcript receives a 5' cap in the pancreas.
D) Alternative splicing in the pancreas creates a protein missing the domain that the antibody recognizes.
Correct Answer:
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Q35: In eukaryotes,pre-mRNA processing may involve all of
Q38: In prokaryotes, the form of RNA polymerase
Q39: Specific amino acids are attached to tRNA
Q40: Ribosome movement along the mRNA is called
A)transcription.
B)initiation.
C)replication.
D)translocation.
Q41: Although 61 different codons code for amino
Q42: Eukaryotes have _ type(s) of RNA polymerase.
A)two
B)three
C)four
D)one
Q43: What is the likely consequence of a
Q45: In eukaryotes, each type of RNA polymerase
Q46: Which molecule combines with proteins to form
Q53: What would happen if snRNPs did not
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