/DOproject

Diversity Outbred Mice challenged with P. chabaudi plasmodium.

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Diversity Outbred Malaria Project

Here lies all the work I'm doing on Diversity Outbred mice and malaria infection.
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Table of Contents
  1. About The Project
  2. File Structure
  3. Roadmap
  4. License
  5. Contact
  6. Acknowledgements

Diversity Outbred Project

[Insert paper link and pretty image]

Description

Approximately 500 diversity outbred mice were infected with Plasmodium chabaudi AJ. On a daily basis 5 days after infection, bodyweight (grams), temperature (celsius), Red Blood Cell Count (millions/uL of Blood), Parasitemia were calculated.

File structure

.
├── DOproject.Rproj
├── LICENSE
├── R
│   ├── calculate_phenotypes.R
│   ├── create_control.R
│   ├── create_fig1.R
│   ├── create_fig2.R
│   ├── create_fig3.R
│   ├── create_fig4.R
│   ├── create_fig5.R
│   ├── create_foundergenofile.R
│   ├── create_genofile.R
│   ├── create_gmapfile.R
│   ├── create_phenotypes.R
│   ├── create_pmapfile.R
│   ├── create_supfig1.R
│   ├── create_supfig2.R
│   ├── get_arrayid.R
│   ├── get_gmap.R
│   ├── get_markers.R
│   ├── get_phenocovar.R
│   ├── get_pmap.R
│   ├── get_rawcovar.R
│   ├── get_rawfoundergenotypes.R
│   ├── get_rawgenotypes.R
│   ├── get_rawphenotypes.R
│   ├── get_sampleindex.R
│   ├── plan.R
│   └── zip_datafiles.R
├── README.md
├── _drake.R
├── data
│   ├── prepared_data
│   │   ├── controlfile.json
│   │   ├── covar.csv
│   │   ├── dataic.rds
│   │   ├── do_malaria.zip
│   │   ├── foundergeno.csv
│   │   ├── geno.csv
│   │   ├── gmap.csv
│   │   ├── grouped.rds
│   │   ├── pheno.csv
│   │   ├── phenotypes.rds
│   │   └── pmap.csv
│   └── raw_data
│       ├── array_id.csv
│       ├── char_review.xlsx
│       ├── markers.csv
│       ├── metadata.csv
│       ├── raw_genotype.csv
│       ├── raw_phenotype.csv
│       ├── sample_index.csv
│       └── ~$axiom8_samples.xlsx
├── doc
│   ├── manuscript.Rmd
│   └── manuscript.html
├── images
│   ├── Figure2.pdf
│   └── logo.png          #Placeholder image
└── packages.R

Dependencies

Requires R and drake

Execute in Rstudio:

drake::r_make()

Roadmap

See the open issues for a list of proposed features (and known issues).

Resources

https://kbroman.org/qtl2/assets/vignettes/user_guide.html

Tool How to install? How to learn?
Windows only:
Chocolately
Visit chocolatey.org. Chocolately installs software for you, it is installed and called from the terminal/command prompt.
To open the comand prompt, press Windows+X and then click on “Command Prompt” or “Command Prompt (Admin).”
OS X only:
Homebrew
Visit brew.sh. Homebrew installs software for you. It is installed and called from the terminal/command prompt.
To open the terminal press Command + Space to open Spotlight and then type “Terminal” and double click on the top search result.
R Windows:
Use Chocolately (from the terminal).
choco install -y r.project

OS X:
Use Homebrew.
brew install r
Read: R for Data Science
Rstudio Windows:
Use Chocolately (from the terminal).
choco install -y r.studio

OS X:
Use Homebrew (from the terminal).
brew cask install rstudio
Skim the cheatsheet
rmarkdown Within Rstudio, type into the R-console:
install.packages("rmarkdown")
Read the cheatsheet. Skim R Markdown: The Definitive Guide
Git Windows:
Use Chocolately (from the terminal).
choco install -y git

OS X:
Git gets installed with Homebrew.
Nothing to do.
Read Part IV Git fundamentals And skim the rest of Happy Git and Gitub for the useR.
GitHub Create an account on: github.com
And apply for Student/Researcher Benefits
Read Part II Connect Git, GitHub, RStudio And III Early GitHub Wins.
Make Windows:
Use chocolately.
choco install -y make

OS X:
Make is preinstalled on OS X.
Nothing to do.
Read Minimal Make

License

Distributed under the MIT License. See LICENSE for more information.

Contact

Adam Kirosingh - adamsk@stanford.edu

Project Link: https://github.com/akirosingh/DOproject

Acknowledgements

Thanks to David Schneider and Prasanna Jagannathan and my committee, Taia Wang, Catherine Blish, and Bali Pulendran. Thanks to my coauthors Avni Gupta, Victoria Chevee

Thank you Karl Broman for paving the way with your work on reproducible research and qtl mapping in R.