Difference between revisions of "BCB420 Week02 Tasks"

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(Created page with "<div id="CSB"> <div class="b1"> Week 2 Tasks </div> ;Contents * Quiz 1 and pickup *Explore system definitions and system discovery processes in submitted papers. *Define Cl...")
 
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;Contents
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==In Class==
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* Questions
 
* Quiz 1 and pickup
 
* Quiz 1 and pickup
  
*Explore system definitions and system discovery processes in submitted papers.
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----
*Define Class Project procedures, divide up project plan tasks.
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*Discuss
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* Explore system definitions and system discovery processes in submitted papers.
** Collaboration
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* Discuss data relationships for functional annotation
** Development
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** Coexpression
** Testing
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** Perturbation response (chemogenomics)
** Version control
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** Interaction - physical and genetic
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** Similar genomic context
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** Gene fusion/fission events
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** Homology
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** Structure
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** Colocation
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** Literature
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** GO annotation
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** KEGG, Biocyc - other regulatory and metabolic pathways
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** First principles from systems theory (???)
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----
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&nbsp;
  
;For next week
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==For next week==
*Work through '''R Studio''' development tutorial (TBD)
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*Work through [[Software_Development|Software development page]]
*Work through '''github''' tutorial (TBD)
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*Work through [[R_knitr|'''R Studio''' literal programming with knitr]]
*Complete project plan
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*Study databases and strategies
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*Draft project workflows
 
*Contribute to quiz questions
 
*Contribute to quiz questions
 
*More ... TBD
 
*More ... TBD
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Latest revision as of 17:39, 21 January 2015

Week 2 Tasks


In Class

  • Questions
  • Quiz 1 and pickup

  • Explore system definitions and system discovery processes in submitted papers.
  • Discuss data relationships for functional annotation
    • Coexpression
    • Perturbation response (chemogenomics)
    • Interaction - physical and genetic
    • Similar genomic context
    • Gene fusion/fission events
    • Homology
    • Structure
    • Colocation
    • Literature
    • GO annotation
    • KEGG, Biocyc - other regulatory and metabolic pathways
    • First principles from systems theory (???)


 

For next week