AVM BIOL368 Week 4

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Revision as of 15:36, 20 September 2016 by Avery Vernon-Moore (talk | contribs) (add photos)
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Purpose

  • To continue with our class research and journal projects for the Markham et al. paper
    • Continue to learn about sequencing and the similarities and differences


Methods and Results

Part 1

  • Upload the “visit_1_S1_S9.txt” and “visit_1_S10_S15.txt” files from the BIOL368/F16 Week 4 page into the Biology Workbench
  • Generate a multiple sequence alignment using ClustlW
    • Choose 3 clones form 4 different subjects (as shown in table below)

    • Photo of tree shown below

    • Notice that the clones from each subject group together
    • In subject 3, mutation 3 is more diverse than mutations 1 and 2, which are more closely related
    • Also note that some of the subjects cluster together (clones from subjects 1 and 2)
      • Subject 4 clones may be more related to subjects 1 and 2
      • This tree shows that Subject 1 and 2 have very closely related viruses, and within this virus, mutations 1 and 2 of subject 2 are most closely related to mutation 3 of subject 1. All of the mutations of subject 4's virus are most closely related to each other and the mutations of subject 3 are most closely related to each other.


Part 2

  • Select a sequence form last weeks assignment and align all of the clones
  • Calculate S from the alignment
    • S is the number of positions where there is at least one nucleotide difference across the clones
  • Save the alignment for later use
  • Run an analysis for two more subjects
    • Table below shows results from these analysis
  • Calculate theta for each subject
    • (use wolfram alpha for these calculations)
  • Within the Clustdist tool generate a distance matrix for one of your alignments
  • Choose the highest and lowest pairwise scores and find the % difference
    • Repeat this step for each subjec

Data and Files

Conclusion

Acknowledgments

References

User: Avery_Vernon-Moore

Weekly Assignments:

Assignment 1
Assignment 2
Assignment 3
Assignment 4
Assignment 5
Assignment 6
Assignment 7
Assignment 8
Assignment 9
Assignment 10
Assignment 11
Assignment 12
Assignment 14
Assignment 15

Individual Journals:

"Week 1: Create Wiki Page" 
Individual Journal 2
Individual Journal 3
Individual Journal 4
Individual Journal 5
Individual Journal 6
Individual Journal 7
Individual Journal 8
Individual Journal 9
Individual Journal 10
Individual Journal 11
Individual Journal 12
No Week 13 Assignment
Individual Journal 14
Individual Journal 15

Shared Journals:

Class Journal 1
Class Journal 2
Class Journal 3
Class Journal 4
Class Journal 5
Class Journal 6
Class Journal 7
Class Journal 8
Class Journal 9
Class Journal 10
Class Journal 11
Class Journal 12
Class Journal 14
Class Journal 15