R&D

    BiomeTreasure™

    A Multi-Omics–Based Microbiome Therapeutics Discovery Platform
    ATG-BANKProprietary Therapeutic
    Microbiome Strain
    Library
    ATG-DBIntegrated Microbiome
    Database
    ATG-MINEMulti-Omics-Driven
    Efficacy Evaluation
    System
    ATG-FRUITScalable Manufacturing
    Platform for Microbiome
    Therapeutics

    ATG-BANK

    Functionally Validated Microbiome Strain Library
    • A curated library of functional microbiome strains selectively isolated from human-derived fermented foods
    • Proprietary strain isolation and identification technologies enabling rapid and accurate characterization
    • Safety profiles pre-validated at the strain level to minimize development risk
    • Genomic analysis–based functional prediction to support therapeutic candidate discovery

    ATG-DB

    High-Quality Microbiome Database
    • An integrated database linking human microbiome
      profiles with disease associations, incorporating
      multi-omics datasets including genomics,
      metabolomics, and transcriptomics
    • A comprehensive knowledge base built through
      extensive internal and external data integration
    Therapeutic Candidate Strain Database
    • A curated database of therapeutic candidate strains
      encompassing genomic, metabolic, and transcriptomic data
    • Enables prediction of safety, functional efficacy,
      and microbiome–host interactions

    ATG-MINE

    Multi-Omics–Driven Efficacy and Mechanism-of-Action Evaluation System
    • An integrated evaluation system combining disease-relevant animal models with multi-omics analysis to assess the efficacy of therapeutic candidates
    • Enables precise elucidation of mechanisms of action by applying multi-omics data across target pathways and biological responses

    ATG-FRUIT

    Scalable Manufacturing Platform for Microbiome Therapeutics
    • A scalable manufacturing platform for large-scale production of microbiome-based therapeutic materials
    • Development of strain-specific culture conditions based on genomic insights to enable optimized and reproducible production