Microbiological diagnostics: teaching old dogs new tricks

17:15 • 1521 • Infection metallomics for non-invasive mutual monitoring of invasive <em>Pseudomonas</em> and <em>Aspergillus</em> infections in critical care medicine > V. Vladimir HAVLICEK (Prague) 17:20 • 1866 • Equipment-free detection of bacterial growth in blood cultures for low-resource settings: proof of concept of the turbidimeter > B. Barbara BARBÉ (Antwerp) 17:25 • 1992 • Antibiogo: smartphone-based application to tackle antibiotic resistance challenges in low-to-middle income countries > M. Malou NADA (Paris) 17:30 • 2017 • Optimisation and validation of a 16S rRNA metagenomics workflow for clinical diagnostic > C. Claire BERTELLI (Lausanne) 17:35 • 2058 • <em>Pseudomonas aeruginosa</em> virulence factor as a potential relevant biomarker to differentiate acute and chronic infections > B. Barbara RODRIGUEZ URRETAVIZCAYA (Barcelona) 17:40 • 2158 • Choosing the right automation device for nucleic acid isolation from mycobacteria, in routine diagnostics > P. Prajwal PRAJWAL (Bern) 17:45 • 243 • Targeted next-generation sequencing for diagnosis of elbow periprosthetic joint infection > L. Laure FLURIN (Rochester (Minnesota)) 17:50 • 2625 • Impact of rapid molecular diagnostic techniques on clinical outcomes of patients with vancomycin-resistant enterococcal bacteraemia > M. Michael BURKITT (New York) 17:55 • 2996 • Increasing MALDI-TOF mass spectral quality increases the resolution of species identification > A. Aline CUÉNOD (Basel) 18:00 • 3571 • A 'culture' shift: application of rapid identification and antimicrobial susceptibility testing of microorganisms causing bloodstream infections > P. Patricia Orlandi BARTH (Porto Alegre) 18:05 • INT80 • Q&A/Discussion