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MARTi Software Delivers Real-Time Nanopore Metagenomics, Published in Genome Research

Open-source release from the Earlham Institute targets real-time metagenomic detection across clinical, agricultural, environmental, biosurveillance settings.

Overview

  • MARTi, an open-source platform reported in Genome Research, enables real-time analysis and visualization of nanopore metagenomic data.
  • The system combines a lightweight MARTi Engine with a browser-based GUI and runs from standard laptops to high-performance computing environments.
  • Users can choose classifiers such as BLAST, Centrifuge, or Kraken2, customize databases and parameters, and generate publication-ready figures.
  • Developers report robust performance on simulated and real datasets across multiple collaborations, including accurate read classification, taxon detection, and abundance estimates.
  • The team is integrating MARTi with AirSeq for airborne DNA monitoring, with a stated goal of continuous field sampling that could provide real-time alerts in agriculture.