The web version (https://dfast.ddbj.nig.ac.jp) might not explicitly show "2.0.7" as the backend version. For precise control, use the command-line or Docker version.
Ready to annotate your bacterial genome? Pull the Docker image or install via Bioconda today. Compare its output to your previous pipeline—you’ll likely see cleaner GFF files and fewer hypotheticals.
Designed specifically for rapid prokaryotic genome annotation, making it ideal for large-scale comparative genomics.
For researchers working with raw sequencing data, DFAST provides a high-speed, flexible pipeline to move from an assembly to a fully annotated genome ready for publication or submission to databases like DDBJ/ENA/GenBank. dfast 2.0 7
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The data ecosystem relies on a highly structured file hierarchy. This hierarchy links raw sequences to their functional descriptions. The framework processes raw FASTA assemblies and outputs a unified directory. This directory contains several critical components. Feature Table Files (.txt / .tsv) The web version (https://dfast
DFAST (DDBJ Fast Annotation and Submission Tool) is a powerful prokaryotic genome annotation pipeline that has transformed how researchers process bacterial and archaeal genome data. Developed by the Genome Informatics Laboratory at the National Institute of Genetics, DFAST integrates sophisticated quality assessment and taxonomy identification methods into a seamless online workspace. Originally launched in 2016, the service has processed over 7,000 jobs, making it a trusted resource in the bioinformatics community.
: Specifically designed for "fast" processing of draft or complete bacterial and archaeal genomes. Seamless Submission
Check out the tool and documentation at the DFAST GitHub or via the DDBJ official site . Pull the Docker image or install via Bioconda today
to prevent the submission of misidentified species to public sequence databases.
Aligning the stress tests with the Comprehensive Capital Analysis and Review (CCAR) , which determines if a bank can pay out dividends to shareholders.
A critical bug in DFAST 2.0.4–2.0.6 caused false positives in 16S rRNA gene boundary detection for GC-rich organisms like Actinobacteria . Release 7 patches the barrnap integration, ensuring that rRNA gene coordinates match the DDBJ/ENA/GenBank submission requirements.
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