Difference between revisions of "February 11, 2016"

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Cluster Self-Quiz Sampler take away: You can cluster anything if you change threshold.
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== Classwork == 
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==== Cluster Self-Quiz ==== 
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Take away: you can cluster anything if you change the threshold value.
  
We have redundancy without competition because we have three groups working on the same organ.
 
  
Where we are going...
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== Future Direction == 
4 groups with different tasks: 1) Blast 2Go. 2) Assign GeneOntology terms to our genes, 3) Ask what can DEseq do for us?, 4) Investigate DAVID
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Four groups will be assigned one of the following tasks:
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# Blast 2Go
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# Assign GeneOntology terms to our genes
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# Ask: What can DEseq do for us?
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# Investigate DAVID
  
DAVID group:
 
-bioinformatics resource:
 
-extract meaning from large gene/protein lists
 
  
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The structure of this research course is advantageous because our research will have redundancy without competition as three groups work on the same organ. 
  
  
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'''DAVID Findings:''' 
  
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DAVID is a bioinformatics resource that allows a researcher to extract meaning from large gene or protein lists. The DAVID approach will not work for our research, however, because DAVID only works for humans and would require gene IDs for Python genes which do not exist.
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''Note: Ashlyn left class early this day to travel for Track & Field competition.'' 
  
  
  
 
[http://gcat.davidson.edu/mediawiki-1.19.1/index.php/Ashlyn Ashlyn's Main Page]
 
[http://gcat.davidson.edu/mediawiki-1.19.1/index.php/Ashlyn Ashlyn's Main Page]

Latest revision as of 14:44, 9 March 2016

Classwork

Cluster Self-Quiz

Take away: you can cluster anything if you change the threshold value.


Future Direction

Four groups will be assigned one of the following tasks:

  1. Blast 2Go
  2. Assign GeneOntology terms to our genes
  3. Ask: What can DEseq do for us?
  4. Investigate DAVID


The structure of this research course is advantageous because our research will have redundancy without competition as three groups work on the same organ.


DAVID Findings:

DAVID is a bioinformatics resource that allows a researcher to extract meaning from large gene or protein lists. The DAVID approach will not work for our research, however, because DAVID only works for humans and would require gene IDs for Python genes which do not exist.


Note: Ashlyn left class early this day to travel for Track & Field competition.


Ashlyn's Main Page