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Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
Protein synthesis flipbook
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Protein synthesis flipbook

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Transcript

  • 1. Protein SynthesisBy Nathan Lingenfelter
  • 2. In Transcription, RNA polymerase unwinds asmall portion of the DNA. Then, mRNA matchesthe bases of the DNA. The mRNA breaks awayfrom the DNA and passes through the nuclearpores to get to the ribosomes.
  • 3. PromoterOperator DNA Strand Thymine Adenine Guanine Cytosine
  • 4. PromoterOperator DNA Strand Thymine Adenine Guanine Cytosine
  • 5. PromoterOperator DNA Strand Thymine Adenine Guanine Cytosine
  • 6. PromoterOperator DNA Strand Thymine Adenine Guanine Cytosine
  • 7. PromoterOperator DNA Strand Thymine Adenine Guanine Cytosine
  • 8. PromoterOperator DNA Strand Thymine Adenine Guanine Cytosine
  • 9. PromoterOperator DNA Strand Thymine Adenine Guanine Cytosine
  • 10. PromoterOperator DNA Strand Thymine Adenine Guanine Cytosine
  • 11. PromoterOperator DNA Strand Thymine Adenine Guanine Cytosine
  • 12. PromoterOperator DNA Strand Thymine Adenine Guanine Cytosine
  • 13. PromoterOperator DNA Strand Thymine Adenine Guanine Cytosine
  • 14. PromoterOperator DNA Strand Coding Region Termination Sequence Thymine Adenine Guanine Cytosine
  • 15. Uracil DNA Strand Coding Region Termination Sequence Thymine Adenine Guanine Cytosine
  • 16. Uracil Thymine DNA Strand Adenine Guanine Cytosine
  • 17. Uracil ThymineDNA Strand Adenine Guanine Cytosine
  • 18. Uracil ThymineDNA Strand Adenine Guanine Cytosine
  • 19. UracilDNA Strand Adenine Guanine Cytosine
  • 20. UracilDNA Strand Adenine Guanine Cytosine mRNA
  • 21. Cytoplasm
  • 22. Cytoplasm
  • 23. through nuclear pore Cytoplasm
  • 24. Cytoplasm
  • 25. Cytoplasm
  • 26. mRNAIn Translation, the mRNA comes in contact with theribosomes. The ribosome then reads the mRNA andtranslates it. Then, tRNA anticodons are created foreach codon. These anticodons code for a specificamino acid. The tRNA finds the correct amino acidand all the amino acids are strung together to form aprotein.
  • 27. mRNA
  • 28. mRNA
  • 29. mRNA
  • 30. mRNA
  • 31. mRNA
  • 32. mRNA
  • 33. mRNA
  • 34. mRNA
  • 35. mRNA
  • 36. mRNA
  • 37. mRNA
  • 38. mRNA
  • 39. mRNA
  • 40. mRNA
  • 41. mRNA
  • 42. mRNA
  • 43. mRNA
  • 44. mRNA
  • 45. mRNA
  • 46. mRNA
  • 47. mRNA
  • 48. mRNA
  • 49. mRNA
  • 50. mRNA
  • 51. mRNA
  • 52. mRNA
  • 53. mRNA
  • 54. mRNA
  • 55. mRNA
  • 56. mRNA
  • 57. mRNA
  • 58. mRNA
  • 59. mRNA
  • 60. mRNA
  • 61. mRNA
  • 62. mRNA
  • 63. mRNA
  • 64. mRNA
  • 65. mRNA
  • 66. mRNA
  • 67. mRNA
  • 68. mRNA
  • 69. mRNA
  • 70. mRNA
  • 71. mRNA
  • 72. mRNA
  • 73. mRNA
  • 74. mRNA
  • 75. mRNA
  • 76. mRNAPeptide Bond
  • 77. mRNAPeptide Bond
  • 78. mRNAPeptide Bond
  • 79. mRNAPeptide Bond
  • 80. mRNAPeptide Bond tRNA (anticodon)
  • 81. mRNAPeptide Bond tRNA (anticodon)
  • 82. mRNAPeptide Bond tRNA (anticodon)
  • 83. mRNAPeptide Bond tRNA (anticodon)
  • 84. mRNAPeptide Bond Amino acid tRNA (anticodon)
  • 85. mRNAPeptide Bond Amino acid tRNA (anticodon)
  • 86. mRNAMethionine (start)
  • 87. mRNAMethionine (start) Stop
  • 88. mRNA
  • 89. mRNA
  • 90. Completed Protein

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