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Learn how recessive and dominant traits combine to create the Cootie offspring!
Latest Version
Version
1.1.0
Update
March 8, 2017
Size
9.87MiB
Developer
Category
Users
3,000+ 
Rating
4.83333 ★
Manifest Version
2
Web Store Status
Extension ID
Languages Support
Permissions
Cootie Genetics! Application
Note: This APP is identical to EXTENSION. We recommend the App over the Extension.
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Cootie Genetics is an educational app made to be used with the \"Cootie Genetics\" lab through the University of Arizona Biotech Project.
Cootie Genetics is a hands-on inquiry based activity that enables students to learn Mendelian laws of inheritance. The activity begins with two true breeding Cooites of the same species that exhibit five observable trait differences. Students observe the retention or loss of traits among the first-generation heterozygotes, hypothesize what happened to these traits and design an experiment to test their hypotheses by mating these first-generation Cooties. With the second generation, students will see that the random selection of trait factors trait factors will create new and interesting Cooties! This fun lab teaches students how recessive and dominant traits combine in the Cootie offspring, Mendal's principles of segregation and independent assortment, and provides the tools necessary to construct Punnett squares.
Get the lab manual and additional materials at the link below:
http://biotech.bio5.org/cooties
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Note to teachers, the admin password, used for overwriting data, clearing data, and which can be used in place of a forgotten password is:
\"CootieGeneticsAdmin\"
(Without the quotes)
Questions, comments?
Reach us at [email protected]
Read more
--------------------------------
Cootie Genetics is an educational app made to be used with the \"Cootie Genetics\" lab through the University of Arizona Biotech Project.
Cootie Genetics is a hands-on inquiry based activity that enables students to learn Mendelian laws of inheritance. The activity begins with two true breeding Cooites of the same species that exhibit five observable trait differences. Students observe the retention or loss of traits among the first-generation heterozygotes, hypothesize what happened to these traits and design an experiment to test their hypotheses by mating these first-generation Cooties. With the second generation, students will see that the random selection of trait factors trait factors will create new and interesting Cooties! This fun lab teaches students how recessive and dominant traits combine in the Cootie offspring, Mendal's principles of segregation and independent assortment, and provides the tools necessary to construct Punnett squares.
Get the lab manual and additional materials at the link below:
http://biotech.bio5.org/cooties
---------------------------------------
Note to teachers, the admin password, used for overwriting data, clearing data, and which can be used in place of a forgotten password is:
\"CootieGeneticsAdmin\"
(Without the quotes)
Questions, comments?
Reach us at [email protected]
Source Manifest.json
{"update_url": "https://clients2.google.com/service/update2/crx", "name": "Cootie Genetics!", "description": "Learn how recessive and dominant traits combine to create the Cootie offspring!", "version": "1.1.0", "manifest_version": 2, "app": { "background": { "scripts": ["background.js"] } }, "icons": { "128": "icon_128.png" }}
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