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Jeopardy DNA Structure Game Template

Guidelines and setup for a DNA structure themed Jeopardy PowerPoint game. Includes categories, game play instructions, and Final Jeopardy. Test knowledge on DNA structure, discovery, rules, and more. Engaging and educational!

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Jeopardy DNA Structure Game Template

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  1. Usage Guidelines for Jeopardy PowerPoint Game • Game Setup • Right now, Click File > Save As, and save this template with a different file name. This will keep the template untouched, so you can use it next time! • Scroll through the presentation and enter the answers (which are really the questions) and the questions (which are really the answers). • Enter in the five category names on the main game board (Slide 4). • Game Play • Open 2nd Slide, let the sound play. Click to 3rd Slide, let the sound play. Click to 4th Slide and show students the Game Board • As you play the game, click on the YELLOW DOLLAR AMOUNT that the contestant calls, not the surrounding box. • When the student answers, click anywhere on the screen to see the correct answer. Keep track of which questions have already been picked by printing out the game board screen (Slide 4) and checking off as you go. • Click on the “House / Home Icon” box to return to the main scoreboard. • Final Jeopardy – Go to Slide 3 and click “Final Jeopardy” button in the bottom right corner, click again for the Question, click again for final jeopardy sound, When that is finished playing click again for the answer slide.

  2. DNA structure Structure discovery Rules, Directions Pieces of DNA Maps (plasmid apping and restriction digest mapping) 100 100 100 100 100 200 200 200 200 200 300 300 300 300 300 400 400 400 400 400 500 500 500 500 Final

  3. DNA structure Structure discovery Rules, Directions Pieces of DNA Maps (plasmid apping and restriction digest mapping) Final jeopardy 100 100 100 100 100 200 200 200 200 200 300 300 300 300 300 400 400 400 400 400 500 500 500 500 500

  4. What is a monomer of DNA?

  5. What is a nucleotide?

  6. This bond links nitrogen bases.

  7. What is a Hydrogen Bond?

  8. This bond links nucleotides

  9. What is a Phosphodiester Bond?

  10. G-C has this many bonds, which makes it _____ stable.

  11. What is 3,more?

  12. This is linked to the 3’ carbon in deoxyribose.

  13. What is an OH group?

  14. This scientist worked with X-ray crystallography that suggested a helical structure for DNA .

  15. Who was Rosalind Franklin?

  16. Watson and Crick are credited with.

  17. What is the discovery of the DNA structure/coming up with the helical model?

  18. DAILY DOUBLE DAILY DOUBLE

  19. What happened in Frederick Griffith’s experiment?

  20. What is the transformation of non-pathogenic (rough) Streptococcus pneumoniae bacteria into pathogenic (smooth) bacteria when live rough population was exposed to an extract of dead, boiled smooth Streptococcus ?

  21. This is what Chargaff’s rule states.

  22. What A=T, G=C?

  23. This is what Avey, McLeod, and McCarty did.

  24. What is Demonstrate that DNA is responsible for bacterial transformation?

  25. This refers to the 5' to 3' direction of one strand running opposite to the 5' to 3' direction of the other strand. .

  26. What is antiparallel?

  27. IN DNA replication, Nulceotides are added in this direction

  28. What is 5’ to 3’.

  29. This is the direction that carbons are labeled.

  30. 1’ at the nitrogen base to 5’ at the phosphate group

  31. If 10% of DNA consists of thymine, this is how much guanine it contains?

  32. What is 40%.?

  33. The 3’ and 5’ refers to

  34. The carbon atoms of deoxyribose that can form phosphodiester bonds

  35. These regions are excised from DNA

  36. What are introns?

  37. This is an Okazaki fragment.

  38. What are pieces of DNA in the lagging strand?

  39. What are exons and how much of our genome contains them?

  40. What regions of DNA left behind after excision of introns, encoded with information for protein synthesis, 5%??

  41. This is a replicon.

  42. What are regions of DNA synthesis--along the length of DNA ?

  43. These are the characteristics of repetitive DNA.

  44. What are:1. It accounts for more than 20% of our genome2.Its function is unknown3.also known as selfish or parasitic DNA4. is self-replicating5. is associated with some heritable diseases such as Huntington’s disease.

  45. These are accessory fragments of DNA in the cytoplasm.

  46. What are plasmids?

  47. This is a recognition site.

  48. What is the site where DNA fragments are recognized to be cut by endonucleases.?

  49. What is an endonuclease and which ones were used in the forensic lab?.

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