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DNA_replication_peace
- 1. 5’ 3’ phosphate -Deoxy Ribose -DNA Helicase -Adenine -Thynine -Cytosine -Guanine 3’ 5’ -DNA Backbone
- 2. 3’ 5’ DNA helicase unzips the two Strands of DNA phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 3. 5’ 3’ DNA helicase unzips the two Strands of DNA. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 4. 5’ 3’ DNA helicase unzips the two Strands of DNA. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 5. 5’ 3’ DNA helicase unzips the two Strands of DNA. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 6. 5’ 3’ DNA helicase unzips the two Strands of DNA. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 7. 5’ 3’ DNA helicase unzips the two Strands of DNA. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 8. 5’ 3’ DNA helicase unzips the two Strands of DNA. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 9. 5’ 3’ DNA helicase unzips the two Strands of DNA. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 10. 5’ 3’ DNA helicase unzips the two Strands of DNA. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 11. 5’ 3’ DNA helicase unzips the two Strands of DNA. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 12. 5’ 3’ DNA helicase unzips the two Strands of DNA. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 13. 5’ 3’ DNA helicase unzips the two Strands of DNA. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 14. 5’ 3’ DNA helicase breaks the hydrogen Bonds between complementary Strands. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 15. 5’ 3’ DNA helicase breaks the hydrogen Bonds between complementary Strands. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 16. 5’ 3’ DNA helicase breaks the hydrogen Bonds between complementary Strands. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 17. 5’ 3’ DNA helicase breaks the hydrogen Bonds between complementary Strands. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 18. 5’ 3’ DNA helicase breaks the hydrogen Bonds between complementary Strands. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 19. 5’ 3’ DNA helicase breaks the hydrogen Bonds between complementary Strands. . phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 20. 5’ 3’ DNA helicase breaks the hydrogen Bonds between complementary Strands. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 21. 5’ 3’ DNA helicase breaks the hydrogen Bonds between complementary Strands. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 27. 5’ 3’ DNA polymerase reads and replicates the two strands of DNA. phosphate Deoxy Ribose Adenine Thynine Cytosine 3’ 5’ Guanine DNA helicase
- 28. RNA polymerase polymerase binds To the start of a gene on the double Helix. phosphate Deoxy Ribose Adenine Thynine Cytosine Guanine DNA helicase
- 29. One of the strands are used as a Template. phosphate Deoxy Ribose Adenine Thynine Cytosine Guanine DNA helicase
- 30. RNA polymerase attaches Complementary nucleotides to the Template. phosphate Deoxy Ribose Adenine Thynine Cytosine Guanine DNA helicase