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Protein synthesis by b giave
- 2. • RNA polymerase unwinds a small portion of DNA • mRNA matches bases of DNA • mRNA breaks away form DNA • mRNA goes to ribosomes to make the codons an amino acid to create a protein
- 3. Cell Nucleus
- 4. Cell Nucleus
- 5. Cell Nucleus
- 6. Cell Nucleus
- 7. Cell Nucleus
- 8. Adenine Polymerase Starting DNA Strand Thymine Cytosine Guanine
- 9. Starting DNA Strand Polymerase Adenine Thymine Cytosine Guanine
- 10. Starting DNA Strand Adenine Polymerase Thymine Cytosine Guanine
- 11. Starting DNA Strand Adenine Polymerase Thymine Cytosine Guanine
- 12. Starting DNA Strand Adenine Thymine Cytosine Polymerase Guanine
- 13. Starting DNA Strand Adenine Thymine Cytosine polymerase Guanine
- 14. Starting DNA Strand Adenine Thymine Cytosine Polymerase Guanine
- 15. Starting DNA Strand Adenine Thymine Cytosine Polymerase Guanine
- 16. Starting DNA Strand Adenine Thymine Cytosine Polymerase Guanine
- 17. Starting DNA Strand Adenine Thymine Cytosine Polymerase Guanine
- 18. Starting DNA Strand Adenine Thymine Cytosine Polymerase Guanine
- 19. Starting DNA Strand Adenine Thymine Polymerase Cytosine Guanine
- 20. Starting DNA Strand Adenine Thymine Cytosine Polymerase Guanine
- 21. Starting DNA Strand Adenine Thymine Cytosine Polymerase Guanine
- 22. Promoter and Operator Starting DNA Strand Polymerase Uracil Coding Region Adenine Thymine Cytosine Guanine
- 23. Promoter and Operator Starting DNA Strand Polymerase Uracil Coding Region Adenine Thymine Cytosine Guanine
- 24. Promoter and Operator Starting DNA Strand Polymerase Coding Region Uracil Adenine Thymine Cytosine Guanine
- 25. Promoter and Operator Starting DNA Strand Polymerase Uracil Adenine Thymine Cytosine Guanine
- 26. Promoter and Operator Polymerase copying the Polymerase DNA to make mRNA Uracil Adenine Thymine Cytosine Guanine
- 27. Polymerase copying the Polymerase DNA to make mRNA Adenine Cytosine Guanine
- 28. Polymerase copying the DNA to make mRNA Polymerase Adenine Uracil Cytosine Guanine
- 29. Polymerase copying the DNA to make mRNA Polymerase Adenine Uracil Cytosine Guanine
- 30. Polymerase copying the DNA to make mRNA Polymerase Adenine Uracil Cytosine Guanine
- 31. Polymerase copying the DNA to make mRNA Polymerase Adenine Uracil Cytosine Guanine
- 32. Polymerase copying the DNA to make mRNA Adenine Polymerase Uracil Cytosine Guanine
- 33. Polymerase copying the DNA to make mRNA Adenine Uracil Cytosine Guanine
- 34. Polymerase copying the DNA to make mRNA Adenine Uracil Cytosine Guanine
- 35. Polymerase copying the DNA to make mRNA Adenine Uracil Cytosine Guanine
- 36. Polymerase copying the DNA to make mRNA Adenine Uracil Cytosine Guanine
- 37. Polymerase copying the DNA to make mRNA Adenine Uracil Cytosine Guanine
- 38. Polymerase copying the DNA to make mRNA Adenine Uracil Cytosine Guanine
- 39. Polymerase copying the DNA to make mRNA nine acil osine nine
- 40. Polymerase copying the DNA to make mRNA
- 41. Polymerase copying the DNA to make mRNA
- 42. Polymerase copying the DNA to make mRNA
- 43. Cytoplasm
- 44. Cytoplasm
- 45. Cytoplasm
- 46. Cytoplasm Ribosome
- 47. Cytoplasm Ribosome
- 48. Cytoplasm Ribosome
- 51. • mRNA comes in contact with ribosomes • ribosomes is split into a big subunit and a small subunit • ribosomes reads mRNA sequence • ribosomes translates sequence into amino acids
- 57. Start Codon
- 58. Start Codon
- 59. Amino Acid tRNA
- 60. Amino Acid tRNA
- 63. Peptide Bond
- 64. Peptide Bond
- 65. Peptide Bond
- 71. End Codon
- 72. End Codon
- 76. Final Protein