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Jordt_Transcription_flipbook
- 1. Protein Synthesis By Scott Jordt
- 2. Cytoplasm
- 3. Cytoplasm
- 4. Cytoplasm
- 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. 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. Cytoplasm DNA
- 43. Cytoplasm DNA
- 44. Cytoplasm DNA
- 45. Cytoplasm DNA
- 46. Cytoplasm DNA
- 47. Cytoplasm DNA
- 48. Cytoplasm DNA
- 49. Cytoplasm DNA
- 50. Cytoplasm DNA
- 51. Cytoplasm DNA
- 52. Cytoplasm DNA
- 53. Cytoplasm DNA
- 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.