Using Galaxy to Perform Large-Scale Interactive Data Analyses—An Update

• Main Authors: Afgan, E. (Author), Blankenberg, D. (Author), Bouvier, D. (Author), Clements, D. (Author), Hillman-Jackson, J. (Author), Lariviere, D. (Author), Nekrutenko, A. (Author), Ostrovsky, A. (Author), Schatz, M.C (Author), Taylor, J. (Author), Team, T.G (Author)
• Format: Article
• Language: English
• Published: Blackwell Publishing Inc. 2021
• Subjects: article; bioinformatics; biologist; biology; chromatin immunoprecipitation sequencing; computational biology; Computational Biology; data analysis; Data Analysis; exon; Galaxy; genome; Genome; genomics; Genomics; human; Humans; jumping; single cell RNA seq; single nucleotide polymorphism; software; Software; web application
• Online Access: View Fulltext in Publisher

 Modern biology continues to become increasingly computational. Datasets are becoming progressively larger, more complex, and more abundant. The computational savviness necessary to analyze these data creates an ongoing obstacle for experimental biologists. Galaxy (galaxyproject.org) provides access to computational biology tools in a web-based interface. It also provides access to major public biological data repositories, allowing private data to be combined with public datasets. Galaxy is hosted on high-capacity servers worldwide and is accessible for free, with an option to be installed locally. This article demonstrates how to employ Galaxy to perform biologically relevant analyses on publicly available datasets. These protocols use both standard and custom tools, serving as a tutorial and jumping-off point for more intensive and/or more specific analyses using Galaxy. © 2021 Wiley Periodicals LLC. Basic Protocol 1: Finding human coding exons with highest SNP density. Basic Protocol 2: Calling peaks for ChIP-seq data. Basic Protocol 3: Compare datasets using genomic coordinates. Basic Protocol 4: Working with multiple alignments. Basic Protocol 5: Single cell RNA-seq. © 2021 Wiley Periodicals LLC