Alexander Sandercock | Bioinformatics Tools
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Bioinformatics Tools for Breeding Applications

Open-source software for plant and animal genomics

Bioinformatics Tools for Breeding Applications

Open-source software designed to make genomic analysis more accessible for plant and animal breeding programs.

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About This Site

This site provides bioinformatics tools, tutorials, and workshop materials for genomic applications in breeding. The tools span variant calling, population genetics, genomic selection, and data visualization — built in R, Python, and Rust.

Tools

Open-source software packages for genomic data analysis. Each tool includes documentation, installation guides, and example workflows.

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Tutorials

Step-by-step guides for common bioinformatics tasks. Learn at your own pace with code examples and sample data.

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Workshops

Materials from hands-on workshops including setup instructions, slides, and exercises.

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Featured Tools

BIGapp · R Shiny

User-friendly web app for genomic analysis—GWAS, genomic selection, PCA, and more—without command-line tools. Supports diploid and polyploid species.

BIGapp::run_app()

Documentation · GitHub · Live Demo

BIGr · R Package (CRAN)

Core genomic analysis functions for diploid and polyploid breeding programs. The computational backbone for BIGapp.

install.packages("BIGr")

Documentation · GitHub · CRAN

castgen · R Package (CRAN)

Estimate sample sizes needed to capture genetic diversity in breeding or conservation populations.

install.packages("castgen")

Documentation · GitHub · CRAN

Binx · Rust CLI

Fast command-line tool for polyploid and diploid genomic analysis, built in Rust for performance.

Download from GitHub Releases

Documentation · GitHub


Tool Publications

Sandercock A.M., Peel M.D., Taniguti C.H., et al. (2025). BIGapp: A User-Friendly Genomic Tool Kit Identified Quantitative Trait Loci for Creeping Rootedness in Alfalfa. The Plant Genome. DOI: 10.1002/tpg2.70067

Sandercock A.M., Westbrook J.W., Zhang Q., Holliday J.A. (2024). A genome-guided strategy for climate resilience in American chestnut restoration populations. PNAS 121(30) e2403505121. DOI: 10.1073/pnas.2403505121


Contact & Collaboration

Questions about the tools or interested in collaborating? Get in touch or open an issue on the relevant GitHub repository.

 

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