Difference between revisions of "Cdomin12 Week 2"

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(Part 2: Genetics-Mutations)
(Part 2: Genetics-Mutations)
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===Part 2: Genetics-Mutations===
 
===Part 2: Genetics-Mutations===
 
[[File:Aminoacid.png|600px|Change in Amino Acid Sequence]]
 
[[File:Aminoacid.png|600px|Change in Amino Acid Sequence]]
 +
 
There is a change is a deletion of 10 amino acids, marked with a red (*), that result from the mutation in the pure bred blue.
 
There is a change is a deletion of 10 amino acids, marked with a red (*), that result from the mutation in the pure bred blue.
  
  
 
[[File:DNA.png|600px|Change in DNA Sequence]]
 
[[File:DNA.png|600px|Change in DNA Sequence]]
 +
 
There is a deletion in a single cysteine nucleotide marked with a red (*).
 
There is a deletion in a single cysteine nucleotide marked with a red (*).
  

Revision as of 22:48, 10 September 2019

User Page

template: cdomin12

Assignment Page Individual Journal Entries Class Journal
Week 1 cdomin12 Week 1 Class Journal Week 1
Week 2 cdomin12 Week 2 Class Journal Week 2
Week 3 RAD53 / YPL153C Week 3 Class Journal Week 3
Week 4 cdomin12 Week 4 Class Journal Week 4
Week 5 IMG/VR Week 5 Class Journal Week 5
Week 6 cdomin12 Week 6 Class Journal Week 6
Week 7 cdomin12 Week 7 Class Journal Week 7
Week 8 cdomin12 Week 8 Class Journal Week 8
Week 9 cdomin12 Week 9 Class Journal Week 9
Week 10 cdomin12 Week 10 Class Journal Week 10
Week 11 cdomin12 Week 11 Skinny Genes
Week 12/13 Skinny Genes Quality Assurance Skinny Genes
Week 15 Skinny Genes Deliverables Skinny Genes

Purpose

The purpose of the investigations was to uncover more about the different mechanisms that relate to flower color. When looking at it from a genetic, biochemical, molecular biology, and evolutionary point of view, there are a lot of factors that go into making any characteristic. It can give us a deeper understanding and appreciation for biological processes.

Methods/Results

Methods done according to Part I: Genetics

Part 1: Genetic-Crosses

(a) and (b)

CW - white (recessive)

CY - yellow

CG - green (dominant)

CB - blue

CR - red

(c)

CGC and CBCY - green

CWCW - white

CGCR - black

CR CB - purple

CRCY - orange

CRCR and CRCW- red

CBCB and CBCW- blue

CYCY and CYCW - yellow

(d)

Green 1: CGC

Green 2: CBCY

Red: CRC

White: CWCW

(e)

Purple: CRCB

(f)

You would not be able to construct a pure breeding purple flower since it only results from codominance of the red and blue allele and thus will never be true breeding.

Part 2: Genetics-Mutations

Change in Amino Acid Sequence

There is a change is a deletion of 10 amino acids, marked with a red (*), that result from the mutation in the pure bred blue.


Change in DNA Sequence

There is a deletion in a single cysteine nucleotide marked with a red (*).

Scientific Conclusion

Data/Files

Acknowledgements

  1. I worked with user:dmadere on this assignment. We worked in class together on genotype and phenotype and also texted outside of class on the second part of the assignment.
  2. I used Manual to code how to use exponents.
  3. "Except for what is noted above, this individual journal entry was completed by me and not copied from another source."

Cdomin12 (talk) 21:57, 10 September 2019 (PDT)

References