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Refer to Ear 3 sample data only: What epistatic model best explains the color phenotypes observed? Explain specifically what evidence you have to support this (ex: what were your observed phenotype ratios, which genotypes would produce which phenotypes).

Refer to Ear 3 sample data only: What epistatic model best explains the color phenotypes observed? Explain specifically what evidence you have to support this (ex: what were your observed phenotype ratios, which genotypes would produce which phenotypes).

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
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Refer to Ear 3 sample data only: What epistatic model best explains the color phenotypes observed? Explain specifically what evidence you have to support this (ex: what were your observed phenotype ratios, which genotypes would produce which phenotypes).

### Dihybrid Crosses Relative to Kernel Color #### Overview This table displays data from an educational exercise focused on dihybrid crosses and their relation to kernel color. The data is organized by group number and exercise, with each exercise examining different kernel color variations. #### Group Data - **Group Numbers**: Include groups 1 through 6. - **Kernel Types**: - **EAR 1 (Exercise 1)**: Examines "Purple Smooth," "Purple Wrinkled," "Yellow Smooth," and "Yellow Wrinkled" kernels. - **EAR 2 (Exercise 2)**: Examines "Yellow," "Red," and "Purple" kernels. - **EAR 3 (Exercise 2)**: Examines "Red" and "White" kernels. - **EAR 4 (Exercise 2)**: Examines "Yellow" and "Purple" kernels. #### Data Analysis ##### EAR 1 (Exercise 1) - **Totals for Group 1 through 6**: - Purple Smooth: 2900 - Purple Wrinkled: 1100 - Yellow Smooth: 1134 - Yellow Wrinkled: 382 - **All Types**: 5516 ##### EAR 2 (Exercise 2) - **Totals for Group 1 through 6**: - Yellow: 4469 - Red: 188 - Purple: 818 - **All Types**: 5475 ##### EAR 3 (Exercise 2) - **Totals for Group 1 through 6**: - Red: 3106 - White: 2270 - **All Types**: 5376 ##### EAR 4 (Exercise 2) - **Totals for Group 1 through 6**: - Yellow: 5505 - Purple: 1350 - **All Types**: 6855 #### Conclusion The table allows for an analysis of kernel color variation across different groups, providing insights into the genetic expressions of dihybrid crosses. Such exercises illustrate Mendelian genetics principles in a tangible way.
Transcribed Image Text:### Dihybrid Crosses Relative to Kernel Color #### Overview This table displays data from an educational exercise focused on dihybrid crosses and their relation to kernel color. The data is organized by group number and exercise, with each exercise examining different kernel color variations. #### Group Data - **Group Numbers**: Include groups 1 through 6. - **Kernel Types**: - **EAR 1 (Exercise 1)**: Examines "Purple Smooth," "Purple Wrinkled," "Yellow Smooth," and "Yellow Wrinkled" kernels. - **EAR 2 (Exercise 2)**: Examines "Yellow," "Red," and "Purple" kernels. - **EAR 3 (Exercise 2)**: Examines "Red" and "White" kernels. - **EAR 4 (Exercise 2)**: Examines "Yellow" and "Purple" kernels. #### Data Analysis ##### EAR 1 (Exercise 1) - **Totals for Group 1 through 6**: - Purple Smooth: 2900 - Purple Wrinkled: 1100 - Yellow Smooth: 1134 - Yellow Wrinkled: 382 - **All Types**: 5516 ##### EAR 2 (Exercise 2) - **Totals for Group 1 through 6**: - Yellow: 4469 - Red: 188 - Purple: 818 - **All Types**: 5475 ##### EAR 3 (Exercise 2) - **Totals for Group 1 through 6**: - Red: 3106 - White: 2270 - **All Types**: 5376 ##### EAR 4 (Exercise 2) - **Totals for Group 1 through 6**: - Yellow: 5505 - Purple: 1350 - **All Types**: 6855 #### Conclusion The table allows for an analysis of kernel color variation across different groups, providing insights into the genetic expressions of dihybrid crosses. Such exercises illustrate Mendelian genetics principles in a tangible way.
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