Biotia
For Health Systems

BIOTIA-DX is empowering healthcare researchers across the globe

See how our partners and customers are leveraging Biotia's bioinformatic pipelines for various pathogen genomics projects and use-cases.

Case study

BIOTIA-DX Urine

Clinical-grade bioinformatic tool for urine specimens.

BIOTIA-DX Urine is a clinical-grade bioinformatic tool designed to analyze urinary tract infections with exceptional accuracy. It uses next-generation sequencing and advanced algorithms to identify a wide range of pathogens and antimicrobial resistance genes.

With 97% sensitivity and 99% specificity, it delivers precise and comprehensive results. BIOTIA-DX Urine is optimized for clinical use, providing reliable insights to support the diagnosis and management of both routine and complex urinary tract infection cases.

Key features
  • Species identification with clinical-grade accuracy
  • Identify antimicrobial resistance genes and mutations
  • Comprehensive data report with visualizations
  • Works with NGS and ONT
BIOTIA-DX Urine bioinformatic report visualization
Case study

BIOTIA-DX Influenza

Clinical-grade bioinformatic tool for use on different biological samples.

BIOTIA-DX Influenza is a cutting-edge bioinformatic tool designed to analyze avian influenza virus genomes using next-generation sequencing data. It performs H and N typing, subtypes highly pathogenic avian influenza variants, and identifies key genetic traits linked to virulence and transmissibility.

This tool helps researchers efficiently process and interpret AIV genomic data, enabling them to track emerging variants and understand their epidemiological impact. BIOTIA-DX Influenza delivers actionable insights to support surveillance and public health responses to avian influenza outbreaks.

Key features
  • Determine segment types, clades, and H5 subclades
  • Identify cleavage sites and mutations
  • Comprehensive data report with visualizations
  • Works with NGS, ONT, and Sanger sequencing
BIOTIA-DX Influenza bioinformatic report visualization