1. Transcription and Translation Flipbook
By Dylan Brown

2. Transcription

3. Nucleus
RNA
Polymeras Cell
e

4. Termination
sequence
Adenine
Thymine
Cytosine
Coding
region
Guanine
Promoter
region
RNA
Polymeras
e Nucleus

5. Termination
sequence
Adenine
Thymine
Cytosine
Coding
region
Guanine
Promoter
region
RNA
Polymeras
e Nucleus

6. Pore
Adenine
Thymine
Cytosine
Guanine
uracil
RNA
Polymeras
e Nucleus

7. Translation

8. Adenine
Thymine tRNA
Cytosine
Guanine
uracil
Anticodons
Ribosome Starting
codon
Cytoplasm

9. Adenine
Thymine tRNA
Cytosine
Anticodons
Guanine
uracil
Ribosome
Starting
Proline tRNA codon
Cytoplasm

10. Adenine
Thymine
Cytosine
Guanine
tRNA
uracil
Ribosome Anticodons
Lysine tRNA
Starting
Proline codon
Cytoplasm

11. Adenine
Thymine
Cytosine
Guanine
tRNA
uracil Ribosome
Anticodons
Alanine tRNA
Lysine
Starting
Proline codon
Cytoplasm

12. Adenine
Thymine
Cytosine
Ribosome
Guanine
tRNA
uracil tRNA
glutamine
Anticodons
Alanine
Lysine
Starting
Proline codon
Cytoplasm

13. Adenine
Thymine
Ribosome
Cytosine
Guanine stop
tRNA
tRNA
uracil
glutamine
Anticodons
Alanine
Lysine
Starting
Proline codon
Cytoplasm

14. Adenine
Ribosome
Thymine
tRNA
Cytosine Serine
Guanine stop
tRNA
uracil
glutamine
Anticodons
Alanine
Lysine
Starting
Proline codon
Cytoplasm

15. Ribosome
Adenine
tRNA
Thymine Cysteine
Cytosine Serine
Guanine stop
tRNA
uracil
glutamine
Anticodons
Alanine
Lysine
Starting
Proline codon
Cytoplasm

16. Ribosome
stop
Lysine tRNA
Adenine Cysteine
Thymine Cysteine
Cytosine Serine
Guanine stop
tRNA
uracil
glutamine
Anticodons
Alanine
Lysine
Starting
Proline codon
Cytoplasm

17. Completed protein
Peptide bond

18. Summary
• In transcription, first the double helix
unwinds. Next, One strand gets used as a
template for the other one. Then, the
nucleotides pair up with the right bases.
Finally, the new strand gets created.
• In translation, the new DNA strand gets
translated and it codes for amino acids or a
codon.

19. • THE END!