Question

5) Arrange the following list of eukaryotic gene elements in the order in which they would appear in the genome and in the direction traveled by RNA polymerase along the gene. Assume the gene's single intron interrupts the open reading frame. Note that some of these names are abbreviated and thus do not distinguish between elements in DNA versus RNA. For example, "splice-donor site" is an abbreviation for "DNA sequences transcribed into the splice- donor site" because splicing takes place on the gene's RNA transcript, not on the gene itself. (a) splice-donor site; (b) 3' UTR; (c) promoter; (d) stop codon; (e) nucleotide to which methylated cap is added; (f) initiation codon; (g) transcription terminator; (h) splice-acceptor site; (i) 5' UTR; (j) poly-A addition site; (k) splice branch site.

          5) Arrange the following list of eukaryotic gene elements in the order in which they would
appear in the genome and in the direction traveled by RNA polymerase along the gene.
Assume the gene's single intron interrupts the open reading frame. Note that some of these
names are abbreviated and thus do not distinguish between elements in DNA versus RNA. For
example, "splice-donor site" is an abbreviation for "DNA sequences transcribed into the splice-
donor site" because splicing takes place on the gene's RNA transcript, not on the gene itself.
(a) splice-donor site; (b) 3' UTR; (c) promoter; (d) stop codon; (e) nucleotide to which
methylated cap is added; (f) initiation codon; (g) transcription terminator; (h) splice-acceptor
site; (i) 5' UTR; (j) poly-A addition site; (k) splice branch site.

5) Arrange the following list of eukaryotic gene elements in the order in which they would
appear in the genome and in the direction traveled by RNA polymerase along the gene.
Assume the gene's single intron interrupts the open reading frame. Note that some of these
names are abbreviated and thus do not distinguish between elements in DNA versus RNA. For
example, "splice-donor site" is an abbreviation for "DNA sequences transcribed into the splice-
donor site" because splicing takes place on the gene's RNA transcript, not on the gene itself.
(a) splice-donor site; (b) 3' UTR; (c) promoter; (d) stop codon; (e) nucleotide to which
methylated cap is added; (f) initiation codon; (g) transcription terminator; (h) splice-acceptor
site; (i) 5' UTR; (j) poly-A addition site; (k) splice branch site.

Added by Oscar F.

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