1. Bradykinin peptide: a) The sequence of the gene that encoded it, indicating with different colors, the direction, its components and the part of the cell where it occurs with the name of this stage. b) The sequence of the mature mRNA, indicating with different colors the structure of its components and the site of the cell with the name of the stage where it occurs. c) Mention the site of the cell where the bradykinin peptide was synthesized.
1. Bradykinin peptide:
a) The sequence of the gene that encoded it, indicating with different colors, the direction, its components and the part of the cell where it occurs with the name of this stage.
b) The sequence of the mature mRNA, indicating with different colors the structure of its components and the site of the cell with the name of the stage where it occurs.
c) Mention the site of the cell where the bradykinin peptide was synthesized.
d) In the DNA sequence make a point mutation by substitution, indicate with a different color the site and the effect it will have on the respective codon and to which amino acid it will be translated.
2. Based on the answer in (a), use the DNA sequence of bradykinin to describe the outcome of the replication step.
5. You have the picture of DNA transcription and mRNA translation between prokaryotic and eukaryotic cells.
Instruction: Make a comparative chart showing the differences between the two cells. (image)
7. Methylations. Describe with the bradykinin gene, where methylations may occur and what possible effect it will have.
Step by step
Solved in 4 steps with 1 images
