1. Transcription and Translation
By Alexandra Long
Pd. 7

2. Transcription

3. Nucleus

4. Nucleus

5. Nucleus

6. Nucleus

7. Nucleus

8. Nucleus

9. Key
Thymine:
Cytosine:
Adenine:
Guanine:

10. Coding Region
Key
Thymine:
Cytosine:
Adenine:
Guanine:

11. Key
Thymine:
Cytosine:
Adenine:
Guanine:

12. Promoter
Region
Key
Thymine:
Cytosine:
Adenine:
Guanine:

13. Key
Thymine:
Cytosine:
Adenine:
Guanine:

14. Key
Thymine:
Cytosine:
Adenine:
Guanine: ** Uracil:

15. Key
Thymine:
Cytosine:
Adenine:
Guanine: ** Uracil:

16. Key
Thymine:
Cytosine:
Adenine:
Guanine: ** Uracil:

17. Key
Thymine:
Cytosine:
Adenine:
Guanine: ** Uracil:

18. Key
Thymine:
Cytosine:
Adenine:
Guanine: ** Uracil:

19. mRNA Strand comes in and copies the DNA
Key
Thymine:
Cytosine:
Adenine:
Guanine: ** Uracil:

20. Termination Sequence:
The last three bases of
all strands.
mRNA Strand comes in and copies the DNA
Key
Thymine:
Cytosine:
Adenine:
Guanine: ** Uracil:

21. Key
Thymine:
After the mRNA copies the DNA
Cytosine:
goes out into the cytoplasm
Adenine: through nuclear pores.
Guanine: ** Uracil:

22. Nucleus
Nuclear Pore
mRNA Strand

23. Translation

24. The mRNA then binds with a ribosome.
Nucleus
Nuclear Pore
mRNA Strand
Ribosome

25. Ribosome
The mRNA soon binds
Key
Cytosine: to a ribosome and can
then begin to turn into
Adenine:
amino acids.
Guanine: ** Uracil:

26. Methionine
tRNA
Ribosome
Anticodons are then
Key brought in by the tRNA
Cytosine: (anti-codon)
Adenine:
Guanine: ** Uracil:

27. Aspartic Acid
tRNA
Ribosome
Anticodons are then
Key brought in by the tRNA
Cytosine: (anti-codon)
Adenine:
Guanine: ** Uracil:

28. tRNA
Ribosome
Amino acids are
released so one
Key
Cytosine: anticodon can connect
with another and
Adenine:
create a peptide bond.
Guanine: ** Uracil:

29. Serine
tRNA
Ribosome
Anticodons are then
Key brought in by the tRNA
Cytosine: (anti-codon)
Adenine:
Guanine: ** Uracil:

30. tRNA
Ribosome
Amino acids are
released so one
Key
Cytosine: anticodon can connect
with another and
Adenine:
create a peptide bond.
Guanine: ** Uracil:

31. Arginine
tRNA
Ribosome
Anticodons are then
Key brought in by the tRNA
Cytosine: (anti-codon)
Adenine:
Guanine: ** Uracil:

32. tRNA
Ribosome
Amino acids are
released so one
Key
Cytosine: anticodon can connect
with another and
Adenine:
create a peptide bond.
Guanine: ** Uracil:

33. Glutamine
tRNA
Ribosome
Anticodons are then
Key brought in by the tRNA
Cytosine: (anti-codon)
Adenine:
Guanine: ** Uracil:

34. tRNA
Ribosome
Amino acids are
released so one
Key
Cytosine: anticodon can connect
with another and
Adenine:
create a peptide bond.
Guanine: ** Uracil:

35. Valine
tRNA
Ribosome
Anticodons are then
Key brought in by the tRNA
Cytosine: (anti-codon)
Adenine:
Guanine: ** Uracil:

36. tRNA
Ribosome
Amino acids are
released so one
Key
Cytosine: anticodon can connect
with another and
Adenine:
create a peptide bond.
Guanine: ** Uracil:

37. Valine
tRNA
Ribosome
Anticodons are then
Key brought in by the tRNA
Cytosine: (anti-codon)
Adenine:
Guanine: ** Uracil:

38. tRNA
Ribosome
Amino acids are
released so one
Key
Cytosine: anticodon can connect
with another and
Adenine:
create a peptide bond.
Guanine: ** Uracil:

39. Leucine
tRNA
Ribosome
Anticodons are then
Key brought in by the tRNA
Cytosine: (anti-codon)
Adenine:
Guanine: ** Uracil:

40. tRNA
Ribosome
Amino acids are
released so one
Key
Cytosine: anticodon can connect
with another and
Adenine:
create a peptide bond.
Guanine: ** Uracil:

41. Aspartic Acid
tRNA
Ribosome
Anticodons are then
Key brought in by the tRNA
Cytosine: (anti-codon)
Adenine:
Guanine: ** Uracil:

42. tRNA
Riboso
Amino acids are
released so one
Key
Cytosine: anticodon can connect
with another and
Adenine:
create a peptide bond.
Guanine: ** Uracil:

43. STOP
R
Anticodons are then
Key brought in by the tRNA
Cytosine: (anti-codon)
Adenine:
Guanine: ** Uracil:

44. Amino acids are
released so one
Key
Cytosine: anticodon can connect
with another and
Adenine:
create a peptide bond.
Guanine: ** Uracil:

45. Key
Cytosine:
Adenine:
Guanine: ** Uracil:

46. Peptide Chain
Key
Cytosine:
Adenine:
Guanine: ** Uracil:

47. After translation is finished the nucleotides in the
mRNA strand are used for other things in the cell.

48. After translation is finished the nucleotides in the
mRNA strand are used for other things in the cell.

49. After translation is finished the nucleotides in the
mRNA strand are used for other things in the cell.

50. After translation is finished the nucleotides in the
mRNA strand are used for other things in the cell.

51. After translation is finished the nucleotides in the
mRNA strand are used for other things in the cell.

52. After translation is finished the nucleotides in the
mRNA strand are used for other things in the cell.

53. After translation is finished the nucleotides in the
mRNA strand are used for other things in the cell.

54. After translation is finished the nucleotides in the
mRNA strand are used for other things in the cell.

55. After translation is finished the nucleotides in the
mRNA strand are used for other things in the cell.

56. After translation is finished the nucleotides in the
mRNA strand are used for other things in the cell.

57. After translation is finished the nucleotides in the
mRNA strand are used for other things in the cell.

58. After translation is finished the nucleotides in the
mRNA strand are used for other things in the cell.

59. After translation is finished the nucleotides in the
mRNA strand are used for other things in the cell.

60. After translation is finished the nucleotides in the
mRNA strand are used for other things in the cell.

61. After translation is finished the nucleotides in the
mRNA strand are used for other things in the cell.