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Jordt_Transcription_flipbook

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Jordt_Transcription_flipbook

  1. 1. Protein Synthesis By Scott Jordt
  2. 2. Cytoplasm
  3. 3. Cytoplasm
  4. 4. Cytoplasm
  5. 5. Cytoplasm DNA
  6. 6. Cytoplasm Cytoplasm DNA
  7. 7. Cytoplasm Cytoplasm DNA
  8. 8. T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  9. 9. RNA Polymerase T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  10. 10. RNA Polymerase T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  11. 11. T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  12. 12. T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  13. 13. A T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  14. 14. AU T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  15. 15. AUG T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  16. 16. AUGC T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  17. 17. AUGCC T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  18. 18. AUGCCA T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  19. 19. AUGCCAC T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  20. 20. AUGCCACG T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  21. 21. AUGCCACGA T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  22. 22. AUGCCACGAU T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  23. 23. AUGCCACGAUC T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  24. 24. AUGCCACGAUCG T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  25. 25. AUGCCACGAUCGU T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  26. 26. AUGCCACGAUCGUA T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  27. 27. T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  28. 28. T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  29. 29. T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  30. 30. T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  31. 31. T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  32. 32. Nuclear Pore T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  33. 33. Nuclear Pore T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  34. 34. Nuclear Pore T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  35. 35. Nuclear Pore T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  36. 36. Nuclear Pore T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  37. 37. Nuclear Pore T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  38. 38. Nuclear Pore T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  39. 39. Nuclear Pore T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  40. 40. Nuclear Pore T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  41. 41. Nuclear Pore T A C C A T GC T A GC A T T A T GC C A C GA T C GT A A
  42. 42. Cytoplasm DNA
  43. 43. Cytoplasm DNA
  44. 44. Cytoplasm DNA
  45. 45. Cytoplasm DNA
  46. 46. Cytoplasm DNA
  47. 47. Cytoplasm DNA
  48. 48. Cytoplasm DNA
  49. 49. Cytoplasm DNA
  50. 50. Cytoplasm DNA
  51. 51. Cytoplasm DNA
  52. 52. Cytoplasm DNA
  53. 53. Cytoplasm DNA
  54. 54. Ribosome A U G U A C C A C C Anticodon G A U C G U A A
  55. 55. Ribosome Codon A U G U A C C A C C Anticodon G A U C G U A A
  56. 56. Ribosome Codon A U G U A C C A C C Anticodon G A U C G U A A
  57. 57. Ribosome Codon A U G U A C C A C C Anticodon G A U C G U A A
  58. 58. Ribosome Codon A U G U A C C C A C G A U C G U A A
  59. 59. Ribosome Codon A U G U A C C A C U G G C G A U C G U A A
  60. 60. Ribosome Codon A U G U A C C A C G G U C G A U C G U A A
  61. 61. Ribosome Codon A U G U A C C A C G G U C G A U C G U A A
  62. 62. Ribosome Codon A U G U A C C A C G G U C G A U C G U A A
  63. 63. Ribosome Codon A U G U A C C A C G G U C G A U C G U A A
  64. 64. Ribosome Codon A U G C C A U A C G G U C G A U C G U A A
  65. 65. Ribosome Codon A A C U G C C A G G C G A U G C U U C G U A A
  66. 66. Ribosome Codon A U G C C A G G C G A U G C U U C G U A A
  67. 67. A U G C C A G G C G A U G C U U C G U A A
  68. 68. A U G C C A G G C G A U G C U U C G U A A
  69. 69. A U G C C A G G C G A U G C U U C G U A A
  70. 70. A U G C C A G G C G A U G C U U C G U A A
  71. 71. A U G C C A C G A G G U G C U U C G U A A
  72. 72. A U G G C G C U A C G A G C U U C G U A A
  73. 73. A U G C C A C G A G G G C U C G U A G C U U A A
  74. 74. A U G C C A C G A G G G C U C G U A G C U U A A
  75. 75. A G G C C A C G A G G U C U C G U A G C U U A A
  76. 76. A G C C A C G A G G U C U C G U A G C U U A A
  77. 77. A G C C A C G A G U U C U C G U A G C U A A
  78. 78. A U G C C A C G A G C U U C G A G C U A A
  79. 79. A U G C C G A C C A U C G A U G G C U A A
  80. 80. A U G C C A U C G A U C G A G C G C U A A
  81. 81. A U C C U C A C G A U C G A G G G C U A A
  82. 82. A C G C C A C G A U C G A G U G U A A C U Stop
  83. 83. A U G C C A C G A U C G A G U A A C Stop G C U
  84. 84. A U G C C A C G A U C G A G U A A C Stop
  85. 85. A U G C C A C G A U C G A G U A C Stop A
  86. 86. A U G C C A C G A U C G A G U A C Stop A
  87. 87. Summary In the beginning of protein synthesis, RNA polymerase reads and copies the gene of DNA. mRNA then carries the gene to a ribosome. At the ribosome the codons of the gene are matched up with an anticodon. When the anti codon reads the codon an amino acid is formed. Between the amino acid a peptide bond forms. Then the amino acids break off of the anticodon and fold up into a 3-dimensional figure that tells what the protein does.

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