1. By: Amber Carlson &
Shania DeFoor

2. Message

3. Message

4. Message

8. DNA is in a Double
Helix

10. Promoter Region Coding Region Termination Sequence
A U G G C A G U C A A U C G C A U C G U A G C U U G C G A A
U A C C GU C A GU UA G C G U A G C A U C G A A C G C U U

11. T A C C G T C A G T T A G C
RNA Polymerase- it turns from DNA A U G G C A G U C A A U C G
to RNA and switches the T to a U.
Makes contact with the promoter Start mRNA Strand
region. Releases downstream Codon
contacts, arresting transcription.

12. Nuclear
Pore

20. Ribosome
rRNA forms
the ribosomes
and mRNA
binds the
ribosomes.

21. T A C
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U
A
mRNA
Start
Codon Valine-
Amino Acid

22. T A C
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U
A
mRNA
Start
Codon Valine-
Amino Acid

23. T A C
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U
A
mRNA
Start
Codon Valine-
Amino Acid

24. T A C
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U
A
mRNA
Start
Codon Valine-
Amino Acid

25. T A C
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U
A
mRNA
Start
Codon Valine-
Amino Acid

26. T A C
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U
A
mRNA
Start
Codon Valine-
Amino Acid

27. T A C C G G
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U
A
mRNA
Start
Codon

28. T A C C G G
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U
A
mRNA
Start
Codon

29. T A C C G G
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U
A
mRNA
Start
Codon

30. T A C C G G
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U
A
mRNA
Start
Codon

31. tRNA- Anti
Codon
T A C C G G
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U A U G A
mRNA
Start Stop
Codon Codon

32. T A C C G G
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U A U G A
mRNA
Start Stop
Codon Codon

33. T A C C G G
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U A U G A
mRNA
Start Stop
Codon Codon

34. T A C C G G
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U A U G A
mRNA
Start Stop
Codon Codon

35. T A C C G G
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U A U G A
mRNA
Start Stop
Codon Codon

36. T A C C G G
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U A U G A
mRNA
Start Stop
Codon Codon

37. C G G
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U A U G A
mRNA
Start Stop
Codon Codon

38. ATP
Peptide Bond
C G G
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U A U G A
mRNA
Start Stop
Codon Codon

39. ATP
Peptide Bond
C G G
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U A U G A
mRNA
Start Stop
Codon Codon

40. ATP
Peptide Bond
C G G
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U A U G A
mRNA
Start Stop
Codon Codon

41. A C U
A U G C G C C A A G A U C G A CGU A C C G A U A G C C U A U G A
mRNA
Start Stop
Codon Codon

42. A U G C G C C A A G A U C G A C G U A C C G A U A G C C U A
Met Arg Glu Asp Arg Arg Thr Asp Ser Leu

43. Ser
Met Arg
Glu Asp
Arg Arg
Thr Asp
Leu