1. DNA Replication
By Ebony Adams

2. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

3. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

4. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

5. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

6. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

7. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

8. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

9. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

10. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

11. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

12. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

13. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

14. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

15. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

16. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

17. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

18. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

19. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

20. In DNA replication the lagging strand and
the leading strand start to separate this is
because of the DNA helicase.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

21. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

22. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

23. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

24. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

25. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

26. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

27. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

28. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

29. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

30. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

31. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

32. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

33. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

34. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

35. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

36. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

37. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

38. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

39. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase

40. After the DNA helicase has split apart the
lagging strand and the leading strand.
Another strand of DNA identical to that
one forms and the same with the lagging
strand. They both form other sides and
that doubles the DNA.
Cytosine
Glycine
Adenine
Thymine
DNA
Helicase