SeqScreen
SeqScreen assigns taxonomic classifications, functional annotations, and biological-process labels to short DNA sequences using ensemble machine learning to enable functionally informed pathogen characterization.
Key Features:
- Ensemble machine learning model: Uses an ensemble learning approach to label protein-coding sequences.
- Functions of Sequences of Concern (FunSoCs): Applies a specialized, curated set of FunSoCs tailored to microbial pathogenesis for functional labeling.
- Taxonomic classification: Assigns taxonomic classifications to short DNA sequences.
- Functional annotation: Produces functional annotations and biological-process labels for short DNA sequences.
- Integration of labels: Integrates taxonomic and functional labels for combined analysis beyond sequence identification.
- Performance: Reports high sensitivity, recall, and precision in its sequence annotations.
Scientific Applications:
- Pathogen detection and characterization: Identification and characterization of known and emerging pathogens from sequence data.
- Clinical and environmental surveillance: Analysis of clinical and environmental samples to detect pathogenic sequences.
- Microbial ecology and public health: Informing microbial ecology studies and public health surveillance with functionally informed annotations.
Methodology:
SeqScreen applies an ensemble machine learning model to label protein-coding sequences using curated FunSoCs and integrates taxonomic and functional labels to assign taxonomic classifications, functional annotations, and biological-process labels to short DNA sequences.
Topics
Details
- License:
- GPL-3.0
- Tool Type:
- workflow
- Programming Languages:
- Python, JavaScript, Perl
- Added:
- 11/29/2021
- Last Updated:
- 11/29/2021
Operations
Publications
Balaji A, Kille B, Kappell AD, Godbold GD, Diep M, Elworth RAL, Qian Z, Albin D, Nasko DJ, Shah N, Pop M, Segarra S, Ternus KL, Treangen TJ. SeqScreen: Accurate and Sensitive Functional Screening of Pathogenic Sequences via Ensemble Learning. Unknown Journal. 2021. doi:10.1101/2021.05.02.442344.