alexis vite flip book

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alexis vite flip book

  1. 1. Protein Synthesis Alexis VITE
  2. 2. Nucleus cytoplasm
  3. 3. Nucleus
  4. 4. T C A G C A C A G T C A G T T G T T A A G C C T G A A C T G Protein Synthesis
  5. 5. TRANSCRIPTION The process by which genetic information is copied from DNA to mRNA. Occurs in the nucleus
  6. 6. RNA Polymerase Amino acid Ribosome Nuclear membrane Nucleus
  7. 7. A T A T G T C C T C A G T C T G A C A G G A G T C A G A C T .
  8. 8. C A T A T T C C T C A G T C T G A G G A G T C A G A C T G A .
  9. 9. A C A T A T C C T C A G T C T G A G A G T C A G A C T T G G .
  10. 10. G A C A T A T C T C A G T C T G A A G T C A G A C T C T G G .
  11. 11. G G A C A T A T T C A G T C T G A G T C A G A C T C C T G A .
  12. 12. A G G A C A T A T C A G T C T G A T C A G A C T T C C T G G .
  13. 13. G A G G A C A T A T A G T C T G A C A G A C T C T C C T G T .
  14. 14. T G A G G A C A T A T G T C T G A A G A C T A C T C C T G C .
  15. 15. C T G A G G A C A T T T C T G A G A C T G A C T C C T G A A .
  16. 16. A C T G A G G A C A T A T C T G A A C T T G A C T C C T G G .
  17. 17. G A C T G A G G A C A T T T G A C T C T G A C T C C T G A A .
  18. 18. A G A C T G A G G A C A T A T G A T T C T G A C T C C T G C .
  19. 19. C A G A C T G A G G A C A T T . T A G T C T G A C T C C T G A
  20. 20. DNA unzips RNA polymerase binds to DNA
  21. 21. u T G T C C T C A G T C T G A C A G G A G T C A G A C T A A T
  22. 22. A u T G T C C T C A G T C T G A C A G G A G T C A G A C T A A T
  23. 23. T G T C C T C A G T C T G A A C A G G A G T C A G A C T A C A T u
  24. 24. T G T C C T C A G T C T G A A C A G G A G T C A G A C T A C A T u
  25. 25. T C C T C A G T C T G A A G G A G T C A G A C T G C A T A A C A T u
  26. 26. T G A C T C T C A G T C T G A G A G C u A u A T u G A G T C A G A C T
  27. 27. u u C C T T C A G T C T G A G G A G C u T A u u A T u A G T C A G A C T
  28. 28. u u C C T T C A G T C T G A G G A G C u T A u u A T u A G T C A G A C T
  29. 29. T u u u u T C C T C A G T C T G A A G G A G C u A u A T u G T C A G A C T
  30. 30. T A G G G A C T C C T A G T C T G A G A G G A G C u A u A T u T C A G A C T
  31. 31. T u u u u u u C T C C T A G T C T G A G A G G A G C u A u A T u T C A G A C T
  32. 32. T u u u u u u C T C C T A G T C T G A G A G G A G C u A u A T u T C A G A C T
  33. 33. T u u u u u u u C T C C T A G T C T G A G A G G A G C u A u A T Tu T C A G A C T
  34. 34. T u u u u u u u u C T C C T A G T C T G A G A G G A G C u A u A T u T C A G A C T
  35. 35. T u u u u u u u u u C T C C T C T G T C T G A A A G A G G A G C u A u A T uT G A C T
  36. 36. T A u u u u C u u u C T C C T C T G T C T G A A A G A G G A G C u A u A T u G A C T
  37. 37. T G C G G A A U A G A C T C C T C C T G A G T G T A A G A G G A G C C A A A T U A C T
  38. 38. T C G C G G A A U A G A C T C C T C T C G A A G T G T A A G A G G A G C C A A A T U C T
  39. 39. T U C G C G G A A U A G A C T C C T C G T C A C A G T G T A A G A G G A G C C A A A T U T
  40. 40. T U C G C G G A A U A G C T C C T C G T C A C A G T G T A A G A G G A C C A G A A A T U T
  41. 41. T U A A U A C G C G G C T C C C G T C A C A G T G T A A G A G G A A G C C T G A A A T U T
  42. 42. T U A A U A C G C G G C T C C C G T C A C A G T G T A A G A G G A A G C C T G A A A T U T
  43. 43. A A U A A U A C G C G G T C C C A G G G C C G T A A T A T U C C T A G G A T C T G T A A G
  44. 44. A A U A A U C G C G A G C T C C C G T C A C A G T G T A A G A G G G C C G T A A T A T U T
  45. 45. G C A C A U A A U G A C G C G G C T C C C G T C A C A G T G T A A G A G G T A A T A T U T
  46. 46. T U A A U G A C G C G C T C C C G T C A C A G T G T A A G A G G A A G C C T G A A A T U T
  47. 47. T U A A C U G A G C G C T C C C G T C A C A G T G T A A G A G G A A G C C T G A A A T U T
  48. 48. T U A A C U G A G C G C T C C C G T C A C A G T G T A A G A G G A A G C C T G A A A T U T
  49. 49. T U A G A C U G A G C C T C C C G T C A C A G T G T A A G A G G A A G C C T G A A A T U T
  50. 50. DNA U C A G A A G U G A G C U A C A C T A mRNA T G C G T C T C A G A C T A G G T C A G G T A A C T DNA Ribosome
  51. 51. Complementary base connect between DNA and RNA with help of RNA polymerase.
  52. 52. U A C G C A U G A A C A G G U C T G A A C T G A G G A T A C Pore DNA
  53. 53. U C A G A C U G A G G A C A U Pore
  54. 54. RNA polymerases releases both of the DNA molecule and the newly formed mRNA molecule leaves the nucleus.
  55. 55. TRANSLATION Process that translates mRNA code into a protein made from amino acid. Occurs at ribosomes
  56. 56. A T C C C A G T T C T G A A G G A G T C A G A C T A T G T A C Ribosome Amino acid MRN A A U G G G C A G U GU C U A A Nucleus
  57. 57. mRNA and tRNA travel to the ribosome
  58. 58. Nuclear Membrane Amino Acid Ribosome RNA mRNA TRNA A U Cytoplasm G G G C A G U G U C U A A
  59. 59. Start codon (AUG) is the 1st codon on the mRNA that pairs up with the anti codon on the tRNA
  60. 60. Nuclear Membrane tRNA Ribosome RNA mRNA A U G G G C A G U G U C U A A
  61. 61. tRNA attaches to the amino acids and carries it to the mRNA .
  62. 62. Peptide bind Nuclear Membrane Ribosome RNA mRNA A U G G G C A G U G U C U A A
  63. 63. Peptide bond Nuclear Membrane Ribosome RNA mRNA A U G G G C A G U G U C U A A
  64. 64. Amino acids link up by peptide bonds.
  65. 65. Peptide bond Nuclear Membrane Ribosome RNA U AC mRNA A U G G G C A G U G U C U A A
  66. 66. Peptide bond Nuclear Membrane U C A A U G mRNA G G C A G U G U C U A A
  67. 67. Peptide bond Nuclear Membrane mRNA A U G G G C A G U G U C U A A
  68. 68. Peptide bond Nuclear Membrane C AG A U G G G C A G U mRNA G U C U A A
  69. 69. G U C U A A
  70. 70. Proteins form when many amino acids are linked together the tRNA releases

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