Installer stringtie avec Homebrew, apt

Liens du projet

• Page d'accueil
• Docs amont
• Page du gestionnaire de paquets

Commandes et alias

• stringtie

Historique du projet

The official Johns Hopkins CCB page describes StringTie as a fast assembler of RNA-Seq alignments into potential transcripts, using a network-flow algorithm and optional de novo assembly. The project README points users to the CCB site as the official documentation and source/binary package surface.

The CCB publication list anchors the project in the 2015 Nature Biotechnology paper introducing StringTie for improved transcriptome reconstruction from RNA-Seq reads. Later official release notes show the tool evolving through StringTie2 long-read support and StringTie3 features such as nascent-aware assembly.

Historique d'adoption

StringTie became part of the command-line genomics stack alongside aligners and downstream expression tools. The official manual describes input from sorted SAM/BAM/CRAM alignments and mentions common upstream aligners such as TopHat, HISAT2, STAR, and minimap2.

The supplied package-manager facts show Homebrew, Debian, and Ubuntu packaging, which matters for bioinformatics users who install complete pipelines on workstations, clusters, and reproducible analysis environments.

Modes d'utilisation

Typical use is `stringtie [-o output.gtf] [options] read_alignments.bam`, producing GTF transcript structures and expression values. The manual documents reference-guided assembly, merge mode, expression-estimation mode, long-read mode, mixed short/long-read mode, and outputs for downstream differential-expression tools.

Package users care about the CLI because it composes cleanly with samtools, HISAT2, STAR, minimap2, Ballgown, DESeq2, edgeR, and workflow managers without requiring a graphical environment.

Pourquoi les passionnés de paquets s'y intéressent

StringTie is a good example of a scientific binary that package managers keep useful by standardizing installation across macOS and Linux, especially when users need reproducible pipelines rather than hand-built lab software.

It also shows why package metadata matters in science: the same executable name, docs, license, and source repository need to be discoverable across brew, Debian-family systems, and workflow recipes.

Chronologie

• 2014-10-13: GitHub repository metadata records public repository creation.
• 2015: CCB publication list cites the Nature Biotechnology paper introducing StringTie.
• 2019: CCB publication list cites StringTie2 for transcriptome assembly from long-read RNA-seq alignments.
• 2021: Official release notes describe StringTie 2.2.0 support for mixed short- and long-read alignments and CRAM input.
• 2025: Official release notes describe StringTie 3.0.0 and nascent-aware assembly work.

Related projects

• HISAT2, TopHat, STAR, minimap2, samtools, Ballgown, DESeq2, edgeR, gffcompare, and GFF utilities are adjacent tools named by the official docs or workflow context.

Sources

• https://ccb.jhu.edu/software/stringtie
• https://ccb.jhu.edu/software/stringtie/index.shtml?t=manual
• https://github.com/gpertea/stringtie#readme
• source_facts.package-manager