The following drawing represents simultaneous transcription and translation in E. coli. The direction of RNA polymerase is given by the arrow. A Direction of RNA polymerase E i amino acid ii D C large subunit of ribosome ribosome iii polypeptide chains B
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The process begins with the RNA polymerase binding to the DNA at the promoter region. The direction of RNA polymerase is from 5' to 3' along the DNA strand. Show more…
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The diagram below depicts the interaction between a mRNA and a rRNA in E. coli. The mRNA is the structure shown at the bottom of the figure. Label the 5' and 3' ends of the mRNA. On the mRNA, use an arrow to show the position of the +1 nucleotide. Name the cellular structure (location) in which this interaction occurs. What is the name of the sequence allowing the mRNA to bind the rRNA?
Adi S.
Please label the following diagram of an RNA polymerase enzyme performing transcription.
The following diagram represents a transcription unit on a DNA molecule. a. Assume that this DNA molecule is from a bacterial cell. Draw the approximate locations of the promoter and terminator for this transcription unit. b. Assume that this DNA molecule is from a eukaryotic cell. Draw the approximate location of an RNA polymerase II promoter.
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