Protein synthesis

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Protein synthesis

  1. 1. Protein Synthesis Flip Book Mackenzie Atcheson
  2. 2. -------------------------T A C T C T G G C A T C A C T--------------------------|| ||| || | | || |||| -------------------------A T G A G A C C G T A G T G A-------------------------
  3. 3. Nucleus
  4. 4. TAC AAC GTC ATC ACT ATG TTG CAF TAG TGA RNA polymerase
  5. 5. TAC AAC GTC ATC ACT TTG CAF TAG TGA ATG
  6. 6. AUG TAC AAC GTC ATC ACT TTG CAF TAG TGA ATG
  7. 7. AUG TAC AAC GTC ATC ACT CAF TAG TGA ATG TTG
  8. 8. AUG UUG TAC AAC GTC ATC ACT CAF TAG TGA ATG TTG
  9. 9. AUG UUG TAC AAC GTC ATC ACT TAG TGA ATG TTG CAF
  10. 10. AUG UUG CAG TAC AAC GTC ATC ACT TAG TGA ATG TTG CAF
  11. 11. AUG UUG CAG TAC AAC GTC ATC ACT TGA ATG TTG CAF TAG
  12. 12. AUG UUG CAG UAG TAC AAC GTC ATC ACT TGA ATG TTG CAF TAG
  13. 13. AUG UUG CAG UAG TAC AAC GTC ATC ACT ATG TTG CAF TAG TGA
  14. 14. AUG UUG CAG UAG UGA TAC AAC GTC ATC ACT ATG TTG CAF TAG TGA
  15. 15. AUG UUG CAG UAG UGA TAC AAC GTC ATC ACT ATG TTG CAF TAG TGA
  16. 16. AUG UUG CAG UAG UGA TAC AAC GTC ATC ACT ATG TTG CAF TAG TGA
  17. 17. AUG UUG CAG UAG UGA
  18. 18. Nuclear Pore Cytoplasm
  19. 19. Nuclear Pore Cytoplasm
  20. 20. Nuclear Pore Cytoplasm
  21. 21. Nuclear Pore Cytoplasm
  22. 22. Amino Acid U A C Anti Codon A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  23. 23. tRNA A A C Large subunit of ribosome U A C Small subunit of ribosome. A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  24. 24. U A C A A C A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  25. 25. Peptide Bond U A C G U C A A C A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  26. 26. Peptide Bond U A C A A C G U C A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  27. 27. Peptide Bond A A C G U C A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  28. 28. Peptide Bond A U C A A C G U C A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  29. 29. Peptide Bond A U C A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  30. 30. Peptide Bond A C U A U C A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  31. 31. Peptide Bond A U C A C U A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  32. 32. Peptide Bond A C U A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  33. 33. Peptide Bond A C U A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  34. 34. Peptide Bond C U A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  35. 35. Peptide Bond A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  36. 36. Peptide Bond A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  37. 37. Peptide Bond A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  38. 38. Peptide Bond A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  39. 39. Peptide Bo A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  40. 40. A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
  41. 41. Final Protein
  42. 42. RNA Translation and Transcription DNA is copied by into mRNA. mRNA then goes through the ribosome. After it makes Amino acids and it goes through amino acids make a protein. The protein folds into a tertiary structure

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