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Transcription and
Translation Flip Book
      By: Jared Weber pd. 2
Transcription

                      Cytoplasm




            Nucleus
Transcription
                          Chromosome
                Nucleus
Transcription
Transcription
        Helicase



                       T           A           G

    T              A                       C
                           G   C       G           A


    A              T                       G       T
                           C   G       C

                       A           T           C
Transcription



 T     C      A   G      C     A      G      A   C        T




                  mRNA

       C      A   G



 A     G      T   C      G     T      C      T   G        A



Promoter Region                                      Termination
                             Coding Region           Sequence
Transcription


                     mRNA

  Nucleus                      Ribosome


                Nuclear Pore
Translation

                        Cytoplasm




              Nucleus
Translation


                   mRNA

  Nucleus                    Ribosome


              Nuclear Pore
Translation


                   mRNA

  Nucleus                    Ribosome


              Nuclear Pore
Translation


                   mRNA

  Nucleus                    Ribosome


              Nuclear Pore
Translation


                   mRNA

  Nucleus                    Ribosome


              Nuclear Pore
Translation


                   mRNA

  Nucleus                    Ribosome


              Nuclear Pore
Translation




T      A      C   G   C     A      G      A   C        T



Promoter Region                                   Termination
                          Coding Region           Sequence
Transcription                          tRNA


                                        Anticodon


                    G      U       C




 T    A    C    G   C      A       G          A      C      T

                        Ribosome
                                                    Codon
Transcription                                   tRNA


                                                 Anticodon


                             G      U       C




 T    A         C        G   C      A       G          A      C      T

                                 Ribosome
                                                             Codon


          Peptide Bond
Transcription



                    Proteins




                G    T         C
Transcription
The five steps of transcription are
1. Enzymes unzip a portion of the DNA molecule
2. Then RNA polymerase adds the matching RNA complimentary
   to the DNA strand
3. A RNA sugar-phosphate backbone forms
4. The hydrogen bonds are then broken to free the new RNA
   strand
5. Then the RNA exits the nucleus by the use of nuclear pores.
Translation
The five steps of translation are
1. First, a ribosome attaches to the mRNA strand and a tRNA
   anticodon matches with the mRNA codon
2. The ribosome slides over the one codon of the mRNA
3. A tRNA molecule carries another amino acid pair to the
   second mRNA codon
4. The amino acids are then joined together by peptide bonds
5. Lastly, the chain of amino acids are formed until the the stop
   codon is reached

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Transcription and translation flip book

  • 1. Transcription and Translation Flip Book By: Jared Weber pd. 2
  • 2. Transcription Cytoplasm Nucleus
  • 3. Transcription Chromosome Nucleus
  • 5. Transcription Helicase T A G T A C G C G A A T G T C G C A T C
  • 6. Transcription T C A G C A G A C T mRNA C A G A G T C G T C T G A Promoter Region Termination Coding Region Sequence
  • 7. Transcription mRNA Nucleus Ribosome Nuclear Pore
  • 8. Translation Cytoplasm Nucleus
  • 9. Translation mRNA Nucleus Ribosome Nuclear Pore
  • 10. Translation mRNA Nucleus Ribosome Nuclear Pore
  • 11. Translation mRNA Nucleus Ribosome Nuclear Pore
  • 12. Translation mRNA Nucleus Ribosome Nuclear Pore
  • 13. Translation mRNA Nucleus Ribosome Nuclear Pore
  • 14. Translation T A C G C A G A C T Promoter Region Termination Coding Region Sequence
  • 15. Transcription tRNA Anticodon G U C T A C G C A G A C T Ribosome Codon
  • 16. Transcription tRNA Anticodon G U C T A C G C A G A C T Ribosome Codon Peptide Bond
  • 17. Transcription Proteins G T C
  • 18. Transcription The five steps of transcription are 1. Enzymes unzip a portion of the DNA molecule 2. Then RNA polymerase adds the matching RNA complimentary to the DNA strand 3. A RNA sugar-phosphate backbone forms 4. The hydrogen bonds are then broken to free the new RNA strand 5. Then the RNA exits the nucleus by the use of nuclear pores.
  • 19. Translation The five steps of translation are 1. First, a ribosome attaches to the mRNA strand and a tRNA anticodon matches with the mRNA codon 2. The ribosome slides over the one codon of the mRNA 3. A tRNA molecule carries another amino acid pair to the second mRNA codon 4. The amino acids are then joined together by peptide bonds 5. Lastly, the chain of amino acids are formed until the the stop codon is reached