If you are looking for the post from class on Thursday, Nov. 18 go to the post titled "DNA Structure"
This project will be due on Tuesday, November 23rd. Depending on the grade you want, you can choose the level that you complete. Please notice that to get credit for each level you must complete the level prior.
This project will be due on Tuesday, November 23rd. Depending on the grade you want, you can choose the level that you complete. Please notice that to get credit for each level you must complete the level prior.
If you complete:
Level 1 you may receive up to 50%
Level 2 you may receive up to 70%
Level 3 you may receive up to 82%
Level 4 you may receive up to 92%
Level 5 you may receive up to 100%
DNA Replication Process Rubric for Interactive Model/Poster. Name: ______________________
Note: you will receive the grade for the lowest level that is complete.
Level 1: DNA Structure Not Interactive
Nitrogenous bases A,T,G, and C _____
5’ and 3’ ends labeled _____
Antiparallel strands _____
Hydrogen bonds (2 vs. 3) _____
Purines (2-ring) and Pyrimidines (1-ring) _____
Phosphates labeled _____
Correct base-pairings shown _____
Level 2: Replication on the Leading Strand. All of the above, plus:
Multiple Origins of Replication/Bubbles _____
Helicase shown _____
Explained _____
Topoisomerase shown _____
Explained _____
Single-strand binding proteins shown _____
Explained _____
5’ and 3’ end labeled _____
Replication on the Leading strand
Leading strand labeled _____
5’ and 3’ ends labeled on old and new _____
DNA polymerase III shown _____
Explained _____
Primer shown at start _____
Next incoming nucleoside triphosphate shown _____
DNA polymerase I shown _____
Explained _____
Level 3: Replication on the Lagging Strand. All of the above, plus:
Shows a specific DNA sequence _____
Replication on the Lagging strand
Lagging strand labeled _____
5’ and 3’ ends labeled on old and new _____
Okazaki fragments shown _____
Explained _____
Primers shown _____
Explained
Ligase shown _____
Explained _____
DNA polymerase I shown _____
Explained _____
Next incoming nucleoside triphosphate shown _____
Explanation of where energy comes from to create growing strand _____
Explanation of why replication on the lagging strand is discontinuous _____
Level 4: Interactive! Leading Strand. All of the above, plus:
Model can be used to show how replication occurs on the leading strand. Must include accurate application of:
New nucleotides arrive as triphosphates that lose two phosphates before they can bond _____
Attachment to growing DNA strand _____
DNA polymerase III _____
Primer _____
Level 5: Interactive! Lagging Strand. All of the above, plus:
Model can be used to show how replication occurs on the lagging strand. Must include accurate application of:
New nucleotides arrive as triphosphates that lose two phosphates before they can bond _____
DNA polymerase III _____
Primers _____
DNA polymerase I _____
Ligase _____
Okazaki Fragment _____
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