Difference between revisions of "Eyoung20 week 2"
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(→Part 1: edited first step of part 1, added data) |
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*the first step was to run a cross breading experiment on the flower organisms. This experiment allowed the use of the software to determine how many different colors could be made by the flowers. | *the first step was to run a cross breading experiment on the flower organisms. This experiment allowed the use of the software to determine how many different colors could be made by the flowers. | ||
** the results of the crosses where: | ** the results of the crosses where: | ||
− | #Green 1 - Green 2 : Green | + | ##Green 1 - Green 2 : Green |
− | #Green 1 - Red: Green, Black | + | ##Green 1 - Red: Green, Black |
− | #Green 1 - White: green | + | ##Green 1 - White: green |
− | #Green 2 - red: purple, orange, yellow, blue | + | ##Green 2 - red: purple, orange, yellow, blue |
− | #Green 2 - white: blue, yellow | + | ##Green 2 - white: blue, yellow |
− | #Red - white: Red, White | + | ##Red - white: Red, White |
===Part 2=== | ===Part 2=== |
Revision as of 14:28, 11 September 2019
Contents
Purpose
The puupose of this experiment is to use the Aipotu software to become more familiar with how genes effect the physical characteristics of organisms. This was done by determining the genes of the flowers of the software and how dominant and recessive properties effect the color, and how mutations can change them.
Methods and results
Part 1
- the first step was to run a cross breading experiment on the flower organisms. This experiment allowed the use of the software to determine how many different colors could be made by the flowers.
- the results of the crosses where:
- Green 1 - Green 2 : Green
- Green 1 - Red: Green, Black
- Green 1 - White: green
- Green 2 - red: purple, orange, yellow, blue
- Green 2 - white: blue, yellow
- Red - white: Red, White