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  • 1. Protein Synthesis Alexis VITE
  • 2. Nucleus cytoplasm
  • 3. Nucleus
  • 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. TRANSCRIPTION The process by which genetic information is copied from DNA to mRNA. Occurs in the nucleus
  • 6. RNA Polymerase Amino acid Ribosome Nuclear membrane Nucleus
  • 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. DNA unzips RNA polymerase binds to DNA
  • 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. Complementary base connect between DNA and RNA with help of RNA polymerase.
  • 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. U C A G A C U G A G G A C A U Pore
  • 54. RNA polymerases releases both of the DNA molecule and the newly formed mRNA molecule leaves the nucleus.
  • 55. TRANSLATION Process that translates mRNA code into a protein made from amino acid. Occurs at ribosomes
  • 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. mRNA and tRNA travel to the ribosome
  • 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. Start codon (AUG) is the 1st codon on the mRNA that pairs up with the anti codon on the tRNA
  • 60. Nuclear Membrane tRNA Ribosome RNA mRNA A U G G G C A G U G U C U A A
  • 61. tRNA attaches to the amino acids and carries it to the mRNA .
  • 62. Peptide bind Nuclear Membrane Ribosome RNA mRNA A U G G G C A G U G U C U A A
  • 63. Peptide bond Nuclear Membrane Ribosome RNA mRNA A U G G G C A G U G U C U A A
  • 64. Amino acids link up by peptide bonds.
  • 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. Peptide bond Nuclear Membrane U C A A U G mRNA G G C A G U G U C U A A
  • 67. Peptide bond Nuclear Membrane mRNA A U G G G C A G U G U C U A A
  • 68. Peptide bond Nuclear Membrane C AG A U G G G C A G U mRNA G U C U A A
  • 69. G U C U A A
  • 70. Proteins form when many amino acids are linked together the tRNA releases