Difference between revisions of "Hivanson Week 2"

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(added title aipotu genetics)
(Aipotu Genetics: added purpose and combined methods/results sections.)
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==Aipotu Genetics==
 
==Aipotu Genetics==
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===Purpose===
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The purpose of the Genetics section of Aipotu is to explore the different genotypes and phenotypes of the flowers and their relationships to one another. From completing the Genetics section of Aipotu, we will have discovered all of the possible flower alleles and phenotypes and which alleles are dominant, recessive, or codominant to one another.
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===Combined Methods/Results===
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Directions from [[Media:AipotuI.pdf | Part I: Genetics]] were followed. Part II: Genetics - Mutation was attempted, but all attempts to mutate to a purple color protein were unsuccessful and no blog post was therefore created (step 8). [[Media:Hivanson_aipotu.pdf | Significant crosses and tables]] were recorded.
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As each color flower was created, it was added to the greenhouse. As each true-breeding flower of a new color was created, they were added to the greenhouse and labeled to indicate their true-breeding genetics.

Revision as of 19:23, 24 January 2024

Aipotu Genetics

Purpose

The purpose of the Genetics section of Aipotu is to explore the different genotypes and phenotypes of the flowers and their relationships to one another. From completing the Genetics section of Aipotu, we will have discovered all of the possible flower alleles and phenotypes and which alleles are dominant, recessive, or codominant to one another.

Combined Methods/Results

Directions from Part I: Genetics were followed. Part II: Genetics - Mutation was attempted, but all attempts to mutate to a purple color protein were unsuccessful and no blog post was therefore created (step 8). Significant crosses and tables were recorded. As each color flower was created, it was added to the greenhouse. As each true-breeding flower of a new color was created, they were added to the greenhouse and labeled to indicate their true-breeding genetics.