Protein synthesis
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Protein synthesis

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    Protein synthesis Protein synthesis Presentation Transcript

    • Protein Synthesis Flip Book Mackenzie Atcheson
    • -------------------------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-------------------------
    • Nucleus
    • TAC AAC GTC ATC ACT ATG TTG CAF TAG TGA RNA polymerase
    • TAC AAC GTC ATC ACT TTG CAF TAG TGA ATG
    • AUG TAC AAC GTC ATC ACT TTG CAF TAG TGA ATG
    • AUG TAC AAC GTC ATC ACT CAF TAG TGA ATG TTG
    • AUG UUG TAC AAC GTC ATC ACT CAF TAG TGA ATG TTG
    • AUG UUG TAC AAC GTC ATC ACT TAG TGA ATG TTG CAF
    • AUG UUG CAG TAC AAC GTC ATC ACT TAG TGA ATG TTG CAF
    • AUG UUG CAG TAC AAC GTC ATC ACT TGA ATG TTG CAF TAG
    • AUG UUG CAG UAG TAC AAC GTC ATC ACT TGA ATG TTG CAF TAG
    • AUG UUG CAG UAG TAC AAC GTC ATC ACT ATG TTG CAF TAG TGA
    • AUG UUG CAG UAG UGA TAC AAC GTC ATC ACT ATG TTG CAF TAG TGA
    • AUG UUG CAG UAG UGA TAC AAC GTC ATC ACT ATG TTG CAF TAG TGA
    • AUG UUG CAG UAG UGA TAC AAC GTC ATC ACT ATG TTG CAF TAG TGA
    • AUG UUG CAG UAG UGA
    • Nuclear Pore Cytoplasm
    • Nuclear Pore Cytoplasm
    • Nuclear Pore Cytoplasm
    • Nuclear Pore Cytoplasm
    • 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
    • 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
    • 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
    • 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
    • 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
    • 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
    • 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
    • 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
    • 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
    • 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
    • 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
    • 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
    • Peptide Bond C U A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
    • Peptide Bond A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
    • Peptide Bond A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
    • Peptide Bond A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
    • Peptide Bond A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
    • Peptide Bo A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
    • A U G U U G C A G ^START CODON ^ CODONS U A G U G A ^ ^STOP CODON
    • Final Protein
    • 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