Backed by the European Innovation Council and driven by a 2030 vision of same-day diagnostics for all infectious diseases, Inbiome is advancing a future where rapid, precise pathogen detection curbs ...

Hours, Not Days: EU Approval Accelerates 5-Hour Pathogen ID for Critical Cases Molecular Fingerprinting: AI-Powered ‘DNA Barcode’ Spots 200+ Species, Including Uncultivable Pathogens Hospital ...

Hours, Not Days: EU Approval Accelerates 5-Hour Pathogen ID for Critical Cases Molecular Fingerprinting: AI-Powered 'DNA Barcode' Spots 200+ Species, Including Uncultivable Pathogens Hospital ...

This milestone authorizes immediate commercial deployment across the EU for rapid bacterial identification in ... approach to identify bacterial pathogens within hours—a dramatic improvement ...

More information: Sungho Kim et al, Fast and accurate multi-bacterial identification using cleavable and FRET-based peptide nucleic acid probes, Biosensors and Bioelectronics (2024). DOI ...

Imagine creating a comprehensive, searchable index for a library containing hundreds of millions of books—a task that would ...

Biotia today announced a joint development agreement with Mayo Clinic to propel precision medicine in infectious disease diagnostics. This collaboration seeks to combine Mayo Clinic's clinical ...

Significantly, yellow rust has already been identified in 2025 winter wheat crops growing in Co. Louth. These developments add to the early identification of brown rust in winter wheat RL plots across ...