Difference between revisions of "Kmill104 Week 2"
(→Method/Results: partial response to first question in packet) |
(→Question Responses: minor formatting edit) |
||
| Line 6: | Line 6: | ||
Our first step was to start Aipotu and select the "Biochemistry" tab. We then practiced writing an amino acid sequence by using the individual letters, and then clicking "Fold" to see how our sequence folded. We examined each flower that was already present in the greenhouse and documented their sequence in our question responses below. We discovered additional colors by selecting the "Genetics" tab and either self-crossing one organism or crossing two organisms. Through this process, we were able to find blue, yellow, purple, orange, and black in addition to the preset green, red, and white flowers. We then observed the differences between their amino acid sequences to determine what amino acids a sequence must have to express any color besides white. By testing the different combinations of these amino acids we were able to find the sequence for a purple flower. | Our first step was to start Aipotu and select the "Biochemistry" tab. We then practiced writing an amino acid sequence by using the individual letters, and then clicking "Fold" to see how our sequence folded. We examined each flower that was already present in the greenhouse and documented their sequence in our question responses below. We discovered additional colors by selecting the "Genetics" tab and either self-crossing one organism or crossing two organisms. Through this process, we were able to find blue, yellow, purple, orange, and black in addition to the preset green, red, and white flowers. We then observed the differences between their amino acid sequences to determine what amino acids a sequence must have to express any color besides white. By testing the different combinations of these amino acids we were able to find the sequence for a purple flower. | ||
==== Question Responses ==== | ==== Question Responses ==== | ||
| − | a. Green-1: MetSerAsnArgHisIleLeuLeuValTyrTrpArgGln | + | *a. Green-1: MetSerAsnArgHisIleLeuLeuValTyrTrpArgGln |
| − | b. Green-2: Combination of two alleles | + | *b. Green-2: Combination of two alleles |
#Blue allele has MetSerAsnArgHisIleLeuLeuValTyrCysArgGln | #Blue allele has MetSerAsnArgHisIleLeuLeuValTyrCysArgGln | ||
#Yellow allele has Trp replacing Tyr | #Yellow allele has Trp replacing Tyr | ||
Revision as of 12:08, 24 January 2024
Contents
Purpose
The purpose of this assignment was to examine how specific color expression is determined in flowers. This was done by looking through the multiple scientific lenses of molecular biology, biochemistry, and genetics. Specifically, this assignment is meant to show that a precise amino acid sequence is necessary for a desired phenotypic result.
Method/Results
Protocol
Our first step was to start Aipotu and select the "Biochemistry" tab. We then practiced writing an amino acid sequence by using the individual letters, and then clicking "Fold" to see how our sequence folded. We examined each flower that was already present in the greenhouse and documented their sequence in our question responses below. We discovered additional colors by selecting the "Genetics" tab and either self-crossing one organism or crossing two organisms. Through this process, we were able to find blue, yellow, purple, orange, and black in addition to the preset green, red, and white flowers. We then observed the differences between their amino acid sequences to determine what amino acids a sequence must have to express any color besides white. By testing the different combinations of these amino acids we were able to find the sequence for a purple flower.
Question Responses
- a. Green-1: MetSerAsnArgHisIleLeuLeuValTyrTrpArgGln
- b. Green-2: Combination of two alleles
- Blue allele has MetSerAsnArgHisIleLeuLeuValTyrCysArgGln
- Yellow allele has Trp replacing Tyr
User Page
Assignment Pages
- Week 1
- Week 2
- Week 3
- Week 4
- Week 5
- Week 6
- Week 8
- Week 9
- Week 10
- Week 11
- Week 12
- Week 13
- Week 14
- Week 15
Individual Journal Entry Pages
- Kmill104 Week 1
- Kmill104 Week 2
- MSymond1 KMill104 Week 3
- Monarch Initiative Week 4
- Kmill104 Week 5
- Kmill104 Week 6
- Kmill104 Week 8
- Kmill104 Week 9
- Kmill104 Week 10
- Kmill104 Week 11
- Kmill104 Week 12
- Data Analysts Week 13
- Data Analysts Week 14
- Data Analysts Week 15
