1. Welcome to
Jeopardy!

2. Another Presentation © 2002 - All rights Reserved Mark E. Damon

3. Directions:
Scroll through the presentation and enter the answers (which are really the questions) and the questions (which are really the answers).
Enter in the categories on the main game boards.
As you play the game, click on the TEXT DOLLAR AMOUNT that the contestant calls, not the surrounding box.
When they have given a question, click again anywhere on the screen to see the correct question. Keep track of which questions have already been picked by printing out the game board screen and checking off as you go.
Click on the “Game” box to return to the main scoreboard.
Enter the score into the black box on each players podium.
Continue until all clues are given.
When finished, DO NOT save the game. This will overwrite the program with the scores and data you enter. You MAY save it as a different name, but keep this file untouched!

4. Final Jeopardy
Round 1
Group 1
Group 2
Group 3

5. DNA Rep
DNA Rep Enzymes
Pictures of DNA
DNA
History
DNA Structure
Pot pourri
$100
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$100
Final Jeopardy
$200
$200
$200
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$200
Scores
$300
$300
$300
$300
$300
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$400
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6. $100
What is the first stage?

7. Unzipping or unwinding
$100
Unzipping or unwinding
Scores

8. What are the areas called where the double helix separates?
$200
What are the areas called where the double helix separates?

9. Replication forks or bubbles.
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Replication forks or bubbles.
Scores

10. $300
At what stage is it when exposed DNA bases have to be prepared before new ones get added?

11. $300
Priming
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12. $400
What is the only direction in which DNA polymerase can synthesis new strand?

13. $400
The 5’ to 3’ direction
Scores

14. $500
The lagging strand makes _______ fragments because DNA polymerase is moving the ______ of helicase.

15. $500
Okazaki … opposite
Scores

16. What is the function of ligase?
$100
What is the function of ligase?

17. The enzyme that anneals or puts together the Okazaki fragments.
$100
The enzyme that anneals or puts together the Okazaki fragments.
Scores

18. $200
The enzyme that breaks apart hydrogen bonds between complementary bases thereby unzipping or unwinding the DNA is called _______.

19. $200
helicase
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20. What are the two main functions or jobs of DNA polymerase?
$300
What are the two main functions or jobs of DNA polymerase?

21. add the complementary bases
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add the complementary bases
proofread
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22. Daily
Double

23. What would be the result if primase was not present?
$400
What would be the result if primase was not present?

24. The exposed DNA would not be prepped for the new complementary bases.
$400
The exposed DNA would not be prepped for the new complementary bases.
Scores

25. This would happen if the amount of helicase present is cut in half.
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This would happen if the amount of helicase present is cut in half.

26. DNA replication would take twice as long.
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DNA replication would take twice as long.
Scores

27. $100
What is this monomer?

28. $100
One nucleotide.
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29. What are these blue and orange “ribbons” made of?
$200
What are these blue and orange “ribbons” made of?

30. Deoxyribose sugar and phosphates (PO4)
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Deoxyribose sugar and phosphates (PO4)
Scores

31. $300
What shape is this?

32. $300
Double helix.
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33. If red is cytosine, blue is _____.
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If red is cytosine, blue is _____.

34. $400
guanine
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35. What type of replication is shown here?
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What type of replication is shown here?

36. Semiconservative replication
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Semiconservative replication
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37. Who is credited with discovering the structure of DNA?
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Who is credited with discovering the structure of DNA?

38. $100
Watson & Crick
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39. Who took this X-ray photo?
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Who took this X-ray photo?

40. $200
Rosalind Franklin
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41. Oswald Avery is credited with what monumental claim?
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Oswald Avery is credited with what monumental claim?

42. DNA is the genetic material
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DNA is the genetic material
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43. $400
Both Avery and Griffith were both trying to find cures for what common disease?

44. $400
pneumonia
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45. By the 1940s, what was known about DNA?
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By the 1940s, what was known about DNA?

46. Components (deoxyribose, phosphate, nitrogenous bases)
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Components (deoxyribose, phosphate, nitrogenous bases)
DNA was genetic material
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47. The monomers that make up DNA are composed of which three molecules?
$100
The monomers that make up DNA are composed of which three molecules?

48. Nucleotides are made of phosphate, deoxyribose, and a nitrogen base
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Nucleotides are made of phosphate, deoxyribose, and a nitrogen base
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49. Which bases are purines?
$200
Which bases are purines?

50. $200
Guanine and adenine
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51. Why is DNA considered antiparallel?
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Why is DNA considered antiparallel?

52. $300
Each strand runs in opposite directions (deoxyribose is upside down on one side).
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53. Which molecules are sticking out of both sides of DNA?
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Which molecules are sticking out of both sides of DNA?

54. $400
phosphates
PO4
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55. $500
Given that the nitrogen bases are A and T, what is the order of DNA molecules from left to right?

56. Phosphate – deoxyribose – adenine – thymine – deoxyribose - phosphate
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Phosphate – deoxyribose – adenine – thymine – deoxyribose - phosphate
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57. What does DNA stands for?
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What does DNA stands for?

58. Deoxyribonucleic acid
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Deoxyribonucleic acid
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59. What year did Watson & Crick publish their paper?
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What year did Watson & Crick publish their paper?

60. $200
1953
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61. What did nuclein look like to Miescher?
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What did nuclein look like to Miescher?

62. $300
White, sticky strings
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63. What was the name Franklin gave this famous picture?
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What was the name Franklin gave this famous picture?

64. $400
Photo 51
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65. What did Erwin Chargaff discover?
$500
What did Erwin Chargaff discover?

66. $500
The amount of cytosine always equaled the amount of guanine AND the amount of thymine always equaled the amount of thymine in DNA. C G A T
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67. Final Jeopardy Question
DNA Replication
Final Jeopardy Question
Scores

68. Why does DNA replicate and what is the significance of having multiple replication bubbles?

69. 1. To create the exact same copy of DNA during growth and repair.
2. To replicate much faster (1 hour instead of 1 month) to prevent infection.
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