Homework Answers
I believe the correct answers to be as follows:
1) Splicing in eukaryotes removes the unnecessary introns from the sequence so the portions of DNA Sequence that will be removed are:
Intron #1 and Intron #2
2) Several proteins can be created by alternate splicing as there are several ways by which the DNA strand can be cut to remove introns such as:
Remove intron 1: Resultand DNA: ExonA-ExonB-Intron2-ExonC
Remove intron 2: Resultand DNA: ExonA-Intron1-ExonB-ExonC
Remove intron 1 and 2: Resultand DNA: ExonA-ExonB-ExonC
As seen above multiple combinations of mRNAs can be made using a single strand of pre mRNA to make different mature mRNA and different proteins respectively.
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can you guys please give me the correct answers and explain
why?
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28
29
30
31
32
33
28. Genes found in segments of chromosome called heterochromatin would likely be expressed at high levels. expressed at low levels, or not at all. deleted before replication. maternally inherited only. none of these 29. (Use this representation to answer the following question.) DNA template strand 5 3' DNA complementary strand 3' 5' Using the double-stranded molecule above, in which direction does the RNA polymerase enzyme move? 3' → 5' along the template strand 5'...
can you guys please give me the correct answers and explain
why?
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