RNA-seq analysis from FASTQ to biology: STAR alignment, gene-level counts, DESeq2 differential expression, and GO/KEGG/GSEA. Metadata-driven design with human/mouse/rat support.
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Updated
Jul 15, 2026 - Python
RNA-seq analysis from FASTQ to biology: STAR alignment, gene-level counts, DESeq2 differential expression, and GO/KEGG/GSEA. Metadata-driven design with human/mouse/rat support.
A modular, containerized NGS pipeline for RNA-seq, long-read, and metagenomic analysis
Immunopeptidogenomics pipeline that builds a cryptic peptide database from RNA-seq and identifies non-canonical (cryptic) peptides in immunopeptidomics mass spectrometry data.
Empirical benchmark suite comparing execution times, peak RAM usage, and cloud compute costs across RNA-Seq aligners, single-cell frameworks, and variant callers.
Modular RNA-seq variant calling and annotation framework (hg38) integrating STAR and GATK Best Practices to extract high-confidence SNPs and enable gene-level and systems biology analyses of expressed genetic variation.
Differential gene expression analysis for samples with replicates using STAR-DeSeq2 pipeline
Parallel end-to-end bulk RNA-seq pipeline on a PBS/HPC job array: FastQC, Trimmomatic, STAR alignment, and featureCounts, with a Bioconda setup script.
End-to-end RNA-seq pipeline for BRCA tumor vs normal differential expression analysis
RNA-seq QC benchmark (custom Python vs FastQC), adapter trimming, STAR alignment, and htseq-count-based strand-specificity analysis
Automated RNA-seq reference builder for STAR and Salmon. Features container-aware memory detection, automatic Ensembl/GENCODE downloads, and version-controlled index generation.
A reproducible RNA-seq analysis pipeline built with Nextflow and Docker, supporting QC, alignment, quantification, differential expression, transcript discovery, and automated reporting.
Independently maintained, performance-oriented successor to the STAR RNA-seq aligner
End-to-end RNA-seq differential expression analysis workflow for RUNX3 knockout gastric cancer cells using STAR, MultiQC, featureCounts and DESeq2.
counting Insertion (I), deletion (D), splcing(N) events from CIGAR string in sam file generated by STAR aligner
Workflow for differential gene expression analysis for non-replicate samples using DEGseq
Reproducible RNA-seq workflow using STAR, featureCounts, and OOP Python deployed on AWS
Bulk RNA-seq pipeline: transcriptional characterization of anti-PD1 responders vs non-responders in metastatic melanoma
STAR + featureCounts + DESeq2 bulk RNA-seq as a Snakemake DAG, with SLURM/AWS profiles, SQLite, PySpark, and a verified Airflow DAG
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