****ADD A FOLDER TO YOUR PORTFOLIO TITLED "3.1 DNA And Cells." AND SAVE ALL WORK IN YOUR FOLDER****
Goal Standard: Students will understand that organisms reproduce and transmit genetic information (genes) to offspring, which influences individuals’ traits in the next generation.
How genetically diverse are we as a class?
How is the structure of DNA related to its function?
Learning Experience:
Mini Lesson (must-do)
Gizmo: DNA Analysis (must-do)
Asexual vs. Sexual Reproduction (must-do)
Monitoring For Meaning to Understand DNA (must-do)
DNA Vocabulary Practice (should-do)
Base Invaders Game: DNA Base pairing Practice (should-do)
Creating a Cell Cycle Wheel (should-do)
DNA Extraction Lab (aspire to-do)
Evidence:
Explain how the structure of DNA is related to its function in the body.
Each student will make a copy of the assignment and upload the finished product to their DNA and Cells folder. You may collaborate with a partner, but all submitted work must be in your own words (that means phrased DIFFERENTLY than you partner, not copied). Be sure to read all instructions carefully and ask your teacher questions if you don't understand what to do.
Accessing the Gizmos
1) Go to the link above
2) If you've already enrolled in my Gizmo Class you can skip this step-just log into your Gizmo account.
If you haven't ever logged into my Gizmo, select Login/Enroll on the homepage of the link above. Copy and paste the following code in the 'Enroll' space.
Schmidt Core 1 - F7G8GD
Schmidt Core 3 - ZTGGLM
Fryska Core 1- F3L3J3
Fryska Core 3- HCJW9W
Username - Student ID #
Password - regular student login password If you've never been on Gizmo, you will need to click the registration option.
3) Select the DNA Analysis Gizmo and engage in the lab!
Use the edpuzzle and the questions connected to it to analyze the similarities and differences between sexual and asexual reproduction. Use your findings to complete the Venn diagram below.
No need to put this in your folder, your teacher will get your results automatically
Make your own copy, edit using Kami, and put it in your 3.1 folder!
NOTE: You might need to allow adobe flash to play
What are A's, T's, C's, and G's? What do they do for your body/cells as part of your DNA?
In the game you controlled the scientist that had to make sure that the proper base pairs were matched up with one another. What process in your body ensures that A pairs with T, and C pairs with G?
What is nuclease (those big blobs you needed to avoid) in real life? Why do you think you needed to avoid them?
What happens when a base is matched with the wrong base pair? Can your body fix it? What does it cause?
Click on the Cell Cycle Cut Out and print it.
On the full circle, draw the cell cycle by using lines to split up the cycle into its individual phases. Use the picture above to help but know you will need to use additional resources too.
Make sure to include the following:
a. the name of each stage
b. a small description of what is happening there
c. note where the cell is spending the majority of its life (interphase or cell division)
Cut out both the cell cycle you created and the cover page.
Use a brad or paper clip to pin the cover page to the cell cycle by laying the cover page on top of the cell cycle. Make sure the two center dots line up, and stick the brad/paper clip through the center dot so the cove page can spin.
How DNA structure is related to its function
The importance of each step in the cell cycle
The relationships between the terms DNA, allele, chromosome, and gene
The similarities and differences between sexual and asexual reproduction