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chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
chris pearce
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chris pearce

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Transcript

  • 1. By Chris P.
  • 2. • -------------TACCTGTCGACTACT----------------• ------------ATGGACAGCTGATGA-----------------
  • 3. Mitochondria cytoplasm Nuclear pore Nucleus
  • 4. DNA stand -------------TACCTGTCGACTACT-----------------------------ATGGACAGCTGATGA-----------------
  • 5. A polymerase -------------TACCTGTCGACTACT-----------------------------ATGGACAGCTGATGA-----------------
  • 6. AUG -------------TACCTGTCGACTACT-----------------------------ATGGACAGCTGATGA-----------------
  • 7. AUG GAC -------------TACCTGTCGACTACT-----------------------------ATGGACAGCTGATGA-----------------
  • 8. AUG GAC AGC -------------TACCTGTCGACTACT-----------------------------ATGGACAGCTGATGA-----------------
  • 9. AUG GAC AGC UGA -------------TACCTGTCGACTACT-----------------------------ATGGACAGCTGATGA-----------------
  • 10. AUG GAC AGC UGA UGA -------------TACCTGTCGACTACT-----------------------------ATGGACAGCTGATGA-----------------
  • 11. Stop condon Start condon AUG GAC AGC UGA UGA -------------TACCTGTCGACTACT-----------------------------ATGGACAGCTGATGA-----------------
  • 12. AUG GAC AGC UGA UGA -------------TACCTGTCGACTACT-----------------------------ATGGACAGCTGATGA-----------------
  • 13. AUG GAC AGC UGA UGA -------------TACCTGTCGACTACT-----------------------------ATGGACAGCTGATGA-----------------
  • 14. -------------TACCTGTCGACTACT-----------------------------ATGGACAGCTGATGA-----------------
  • 15. AUG GAC AGC UGA UGA -----------------
  • 16. mRNA strand AUG GAC AGC UGA UGA -----------------
  • 17. Ribosome AUG GAC AGC UGA UGA
  • 18. AUG GAC UGA AGC UGA
  • 19. Amino acid UAC AUG GAC UGA AGC UGA
  • 20. UAC AUG GAC UGA AGC UGA
  • 21. tRNA CUG UAC AUG GAC UGA AGC UGA
  • 22. codon AUG CUG GAC UGA AGC UGA
  • 23. Peptide bond ACU Anti-codon AUG CUG GAC UGA AGC UGA
  • 24. AUG GAC ACU UGA AGC UGA
  • 25. UAC AUG GAC ACU UGA AGC UGA
  • 26. AUG GAC ACU UGA UAC AGC UGA
  • 27. AUG GAC ACU UGA UAC AGC UGA
  • 28. AUG GAC UGA AGC ACU UGA
  • 29. AUG GAC UGA AGC ACU UGA
  • 30. AUG GAC UGA AGC UGA
  • 31. protein
  • 32. Verbal Summary • Protein synthesis begins in the nucleus with DNA and is called Transcription. The DNA is untwined by RNA polymerase and then a mRNA strand is created. The mRNA travels outside the cell into the cytoplasm and onto the second step of protein synthesis called translation. The mRNA stand goes to a ribosome and bonds with it. Then tRNA comes with an anti codon and an amino acid and goes through the chain of mRNA. Then at the end of the chain a stop codon comes without an amino acid and ends the chain of amino acids that are chained together by peptide bonds. The amino acids then form together into a tertiary structure.

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