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Template DNA

13. 22. 21. 20. 12. 16. 15. 11. 18. 14. 17. 10. 19. 9. 7. 8. 4. 6. 3. 5. 2. 1. Template DNA. Newly synthesized (polymerized) DNA. RNA primer/s. a. b. Fig. 14.19. Fig. 14.20. Fig. 14.17. Fig. 14.22. Fig. 14.23. Fig. 14.24. Fig. 14.26. Fig. 14.26.

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Template DNA

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  1. 13 22 21 20 12 16 15 11 18 14 17 10 19 9 7 8 4 6 3 5 2 1

  2. Template DNA Newly synthesized (polymerized) DNA RNA primer/s

  3. a b

  4. Fig. 14.19

  5. Fig. 14.20

  6. Fig. 14.17

  7. Fig. 14.22

  8. Fig. 14.23

  9. Fig. 14.24

  10. Fig. 14.26

  11. Fig. 14.26

  12. 1. In which of the following cells might you expect to find the highest level of telomerase? A. muscle cellsB. oocytesC. neuronsD. cells that replenish the lining of the gut • 2. If the  subunit of DNA pol III had a mutation that affected its sliding clamp configuration, which of the following would be most affected? • A. DNA unwindingB. supercoilingC. proper formation of the replication forkD. processivity • 3. What is the reason that a genetic approach is often taken to understanding biological mechanisms?  • A. DNA mutations disrupt single components of a processB. inheritance is directed by DNAC. proteins are encoded by DNAD. RNA is transcribed from a DNA template • 4.Deoxyribose has a "free arm," a carbon that is not a member of the pentose ring (5’ carbon). To which direction does this 5’ carbon “point” during DNA replication? A. in the same direction as which the template strand is readB. in the opposite direction from which the template strand is readC. in the same direction in which the primer strand is being synthesizedD. in the opposite direction as the gravitational field • 5. Which of the following DNA sequences is complementary to 5'-ATGGTCAGT-3' ? A. 5'-ATGGTCAGT-3'B. 5'-TGACTGGTA-3'C. 5'-TACCAGTCA-3'D. 5'-ACTGACCAT-3'

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