Difference between revisions of "Mavila9 Week 2"
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== Methods == | == Methods == | ||
# The program title Aipotu version 1.3.3 was downloaded. | # The program title Aipotu version 1.3.3 was downloaded. | ||
| − | # | + | # Alleles were deciphered based on results from crossing the variously colored plant samples in the "Greenhouse". |
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| + | == Results == | ||
=== How many different alleles are there? Which colors do they produce? === | === How many different alleles are there? Which colors do they produce? === | ||
Revision as of 15:30, 11 September 2019
Contents
- 1 Purpose
- 2 Methods
- 3 Results
- 3.1 How many different alleles are there? Which colors do they produce?
- 3.2 Which are dominant and which are recessive?
- 3.3 How do the colors combine to produce an overall color? For this, it may help to make a genotype-phenotype table and then try to abstract rules from that. You should be sure that you have tried all the possible combinations of the alleles you found in part (a).
- 3.4 Using the symbols you have developed, give the genotypes of the four starting organisms.
- 3.5 Using this knowledge, construct a purple flower.
- 3.6 Can you construct a pure-breeding purple flower with the starting set of organisms?
- 4 References
Purpose
This experiment served to clarify the relationship between dominant and recessive genes, while also furthering my understanding of the changes caused by mutation at a biochemical level using a computer model.
Methods
- The program title Aipotu version 1.3.3 was downloaded.
- Alleles were deciphered based on results from crossing the variously colored plant samples in the "Greenhouse".
Results
How many different alleles are there? Which colors do they produce?
| Alleles | Color |
|---|---|
| CwCw | white |
| CyCy | yellow |
| CgCg | green |
| CbCb | blue |
| CrCr | red |
Which are dominant and which are recessive?
Dominant- Blue, Red, Green Recessive- Yellow, White
How do the colors combine to produce an overall color? For this, it may help to make a genotype-phenotype table and then try to abstract rules from that. You should be sure that you have tried all the possible combinations of the alleles you found in part (a).
| Genotype | Phyenotype |
|---|---|
| CgCr | black |
| CbCr | purple |
| CyCr | orange |
| CwCw | white |
| CyCy | yellow |
| CgCg | green |
| CbCb | blue |
| CrCr | red |
Using the symbols you have developed, give the genotypes of the four starting organisms.
| Organism | Genotype |
|---|---|
| Green-1 | CgCg |
| Green-2 | CgCr |
| Red | CrCw |
| White | CwCw |
Using this knowledge, construct a purple flower.
Cross Green-2 and Red
Can you construct a pure-breeding purple flower with the starting set of organisms?
No because purple occurs due to red and blue co-dominance.
References
https://html.com/tables/ accessed September 11, 2019.
https://developer.mozilla.org/en-US/docs/Web/HTML/Element/sup accessed September 11,2019.
