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Flip book
- 1. Nucleus
- 2. TA C G T C C T A A T T C G T T T A G C C TTT A T A A GT TCG CCG TCG TA G CAT A U G CA G GA U UAA G CA AA U CGG AAA UA U U CA A G C AUC AGC AUC G UA
- 3. Nucleus
- 4. Nucleus
- 6. Nucleus Coding Region Promotor region
- 7. Nucleus Termination Sequence Coding Region Promotor region
- 8. Nucleus Termination Sequence Coding Region Promotor region
- 9. Nucleus Termination Sequence Coding Region Promotor region
- 10. Nucleus Termination Sequence Coding Region Promotor region RNA Polymerase
- 11. Nucleus Termination Sequence Coding Region Promotor region RNA Polymerase
- 12. Nucleus Termination Sequence Coding Region Promotor region RNA Polymerase
- 13. Nucleus Termination Sequence Coding Region Promotor region RNA Polymerase
- 14. Protmoter Region
- 15. 1. RNA Polymerase binds to the DNA strand and DNA double helix unwinds. 2. The RNA polymerase binds to the promoter RNA Polymerase region Protmoter Region
- 16. Protmoter Region
- 17. Protmoter Region
- 18. Protmoter Region
- 19. Protmoter Region
- 20. Protmoter Region
- 21. Protmoter Region
- 22. Protmoter Region
- 23. Protmoter Region
- 24. Coding Region
- 25. Coding Region
- 26. Coding Region
- 27. RNA polymerase Coding Region mRNA strand
- 28. 3. RNA Polymerase reads DNA & creates mRNA A G T C G A C T mRNA strand A G U C G A C U T C A G C T G A
- 29. A G T C G A C TA G T C G A C T A G T C Start Codon G U A T C A G C T G A T C A G C T G A T C A T
- 30. A G T C G A C TA G T C G A C T A G T C C A U T C A G C T G A T C A G C T G A T G T A
- 31. A G T C G A C TA G T C G A C T A G T C A C A U T C A G C T G A T C A G C T G A T G T A
- 32. A G T C G A C TA G T C G A C T A G T C U A C A U T C A G C T G A T C A G C T G A T G T A
- 33. A G T C G A C TA G T C G A C T A G T C C U A C A U T C A G C T G A T C A G C T G A T G T A
- 34. A G T C G A C TA G T C G A C T A G T C A C U A C A U T C A G C T G A T C A G C T G A T G T A
- 35. A G T C G A C TA G T C G A C T A G T C G A C U A C A U T C A G C T G A T C A G C T G A T G T A
- 36. A G T C G A C TA G T C G A C T A G T C C G A C U A C A U T C A G C T G A T C A G C T G A T G T A
- 37. A G T C G A C TA G T C G A C T A G T C U C G A C U A C A U T C A G C T G A T C A G C T G A T G T A
- 38. A G T C G A C TA G T C G A C T A G T C G U C G A C U A C A U T C A G C T G A T C A G C T G A T G T A
- 39. A G T C G A C TA G T C G A C T A G T C A G U C G A C U A C A U T C A G C T G A T C A G C T G A T G T A
- 40. A G T C G A C TA G T C G A C T A G T C U A G U C G A C U A C A U T C A G C T G A T C A G C T G A T G T A
- 41. A G T C G A C TA G T C G A C T A G T C C U A G U C G A C U A C A U T C A G C T G A T C A G C T G A T G T A
- 42. A G T C G A C TA G T C G A C T A G T C A C U A G U C G A C U A C A U T C A G C T G A T C A G C T G A T G T A
- 43. A G T C G A C TA G T C G A C T A G T C G A C U A G U C G A C U A C A U T C A G C T G A T C A G C T G A T G T A
- 44. A G T C G A C TA G T C G A C T A G T C C G A C U A G U C G A C U A C A U T C A G C T G A T C A G C T G A T G T A
- 45. A G T C G A C TA G T C G A C T A G T C U C G A C U A G U C G A C U A C A U T C A G C T G A T C A G C T G A T G T A
- 46. A G T C G A C TA G T C G A C T A G T C G U C G A C U A G U C G A C U A C A U T C A G C T G A T C A G C T G A T G T A
- 47. A G T C G A C TA G T C G A C T A G T C 4. mRNA reaches stop codon A G U C G A C U A G U C G A C U A G U A T C A G C T G A T C A G C T G A T C A T
- 48. Polymerase reaches the mRNA folds back termination on itself sequence Terminator Sequence
- 49. RNA polymerase & mRNA strand fall off the DNA strand Terminator Sequence
- 50. 5. mRNA now releases to the cytoplasm & going through nuclear pore. Cytoplasm mRNA
- 51. Translation happening in the cytoplasm 1. The rRNA forms a ribosome Ribosome mRNA
- 52. 2. mRNA binds with tRNA ribosomes and reads the first codon. AA U A C G U C GA C U GAA G CTA C G U C GA C U GAA G UA mRNA
- 53. Amino Acid tRNA 3. tRNA brings in the anti codon. meth Anti-codon CA U AA U A C G U C GA C U GAA G CAA C G U C GA C U GAA G UA mRNA
- 54. Peptide bond lys meth CUU AA U A C G U C GA C U GAA G CAA C G U C GA C U GAA G UA
- 55. ser lys meth U GA AA U A C G U C GA C U GAA G CAA C G U C GA C U GAA G UA
- 56. ala ser lys meth AGC AA U A C G U C GA C U GAA G CAA C G U C GA C U GAA G UA
- 57. ala ala ser lys meth UGC AA U A C G U C GA C U GAA G CAA C G U C GA C U GAA G UA
- 58. thr ala ala ser lys meth CGU AA U A C G U C GA C U GAA G CAA C G U C GA C U GAA G UA
- 59. lys thr ala ala ser lys meth CUU AA U A C G U C GA C U GAA G CAA C G U C GA C U GAA G UA
- 60. ser lys thr ala ala ser lys meth U GA AA U A C G U C GA C U GAA G CAA C G U C GA C U GAA G UA
- 61. ala ser lys thr ala ala ser lys meth AGC AA U A C G U C GA C U GAA G CAA C G U C GA C U GAA G UA
- 62. ala ala ser lys thr ala ala ser lys meth UGC AA U A C G U C GA C U GAA G CAA C G U C GA C U GAA G UA
- 63. stop ala ala ser lys thr ala ala ser lys meth U UA AA U A C G U C GA C U GAA G CAA C G U C GA C U GAA G UA
- 64. ala Finished Protein ser ala lys meth lys thr ala ser stop ala
- 65. Transcription Summary • RNA polymerase binds to an unwound DNA and unwinds it. Creates initiation bubble • RNA polymerase binds to promoter region of DNA • RNA polymerase reads DNA and creates the mRNA • RNA polymerase hits the stop codon and stops making mRNA • mRNA now releases to the cytoplasm
- 66. Translation Summary • rRNA forms the ribosome • mRNA binds to ribosome and reads the first codon (AUG)
Notes de l'éditeur
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