3.  1.RNA polymerase binds to and unwinds the DNA.
 2.RNA polymerase is sent to promoter region.
 3.RNA polymerase reads the DNA to create mRNA
 4.RNA polymerase reaches the stop codon and
releases the mRNA
 5.mRNA leaves nucleus and enters the cytoplasm

4. DNA strand
G C A T G G T T A G C C C T T A A G T C C T C G G A A TC
C G T A C C A A T C G G G A A T T C A G G A G C C T T A G
G= Guanine
The promoter region activates the
C= Cytosine DNA
T= Thymine
A= Adenine

5. A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
erase
Coding region- reads the single strand and makes a
mRNA copy

6. A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
RNA
Polymerase
U A C

7. A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
RNA
Polymerase
U A C A C C

8. A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
RNA
mRNA Polymerase
U A C A C C A A U

9. A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
RNA
mRNA Polymerase
U A C A C C A A U C G G

10. A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
RNA
mRNA Polymerase
U A C A C C A A U C G G G A A

11. A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
RNA
mRNA Polymerase
U A C A C C A A U C G G G A A U U C

12. A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
RNA
mRNA Polymerase
U A C A C C A A U C G G G A A U U C A G G

13. A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
RNA
mRNA Polymerase
U A C A C C A A U C G G G A A U U C A G G A G C

14. A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
RNA
mRNA Polymerase
U A C A C C A A U C G G G A A U U C A G G A G C C U U

15. A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
RNA
mRNA Polym
U A C A C C A A U C G G G A A U U C A G G A G C C U U A G

16. mRNA
Cytoplasm

17. mRNA
Cytoplasm

18. mRNA
Cytoplasm

19. mRNA
Cytoplasm

20. mRNA
Cytoplasm

21.  1.rRNA forms ribosomes
 2.mRNA binds to ribosome and is read
 3.tRNA proof reads mRNA and transfers amino acids
 4.amino acids attached to tRNA bind with peptide bond
 5.ribosmes hit the stop codon and completes the
protein

22. ribosome
A U G U G G U U A G C C C U U A A G U C C U C G G A A UC

23. Anti codon
tRNA
Amino
acid

24. ribosome
A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
UAC
Tyrosine

25. ribosome
A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
UAC AC C
Peptide
bond
Tyrosine Threonine

26. ribosome
A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
UAC AC C AA U
Peptide
bond
Tyrosine Threonine Asparagine

27. ribosome
A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
UAC AC C AA U CG G
Peptide
bond
Tyrosine Threonine Asparagine Arginine

28. ribosome
A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
UAC AC C AA U CG G G AA
Peptide
bond
Tyrosine Threonine Asparagine Arginine Glutamic
acid

29. ribosome
A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
UAC AC C AA U CG G G AA U UC
Peptide
bond
Tyrosine Threonine Asparagine Arginine Glutamic Lysine
acid

30. ribosome
A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
UAC AC C A A U CG G G AA U UC A G G
Peptide
bond
Tyrosine Threonine Asparagine Arginine Glutamic Lysine Arginine
acid

31. ribosome
A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
UAC AC C A A U CG G G AA U UC A G G A G C
Peptide
bond
Tyrosine Threonine Asparagine Arginine Glutamic Lysine Arginine Senine
acid

32. ribosome
A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
UAC AC C A A U CG G G AA U UC A G G A G C C U U
Peptide
bond
Tyrosine Threonine Asparagine Arginine Glutamic Lysine Arginine Senine Leucine
acid

33. riboso
A U G U G G U U A G C C C U U A A G U C C U C G G A A UC
UAC AC C A A U CG G G AA U UC A G G A G C C U U AG
Peptide
bond
Tyrosine Threonine Asparagine Arginine Glutamic Lysine Arginine Senine Leucine Senine
acid
Ribosome hits the stop
codon and amino acids
become a protein

35.  1.RNA polymerase binds to and unwinds the DNA.
 2.RNA polymerase is sent to promoter region.
 3.RNA polymerase reads the DNA to create mRNA
 4.RNA polymerase reaches the stop codon and releases the mRNA
 5.mRNA leaves nucleus and enters the cytoplasm
 6.rRNA forms ribosomes
 7.mRNA binds to ribosome and is read
 8.tRNA proof reads mRNA and transfers amino acids
 9.amino acids attached to tRNA bind with peptide bond
 10.ribosmes hit the stop codon and completes the protein