These publications may include information from one or more organism/antimicrobial combinations that are research use only and not for use in diagnostic procedures. Certain uses of devices included in these publications may not have been IVD-approved or cleared by regulatory bodies.
Type
Title
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Poster
Performance evaluation of Meropenem-Vaborbactam on clinical isolates in a fully automated rapid AST system, ESCMID Global 2024.
White Paper
The Health and Economic Impact of Rapid AST in the Management of Bloodstream Infections
Brochure
ASTar - Designed to save lifetimes
Application Note
Advantages of the ASTar System
Poster
A new assay for rapid antimicrobial susceptibility testing of bloodstream infection-causing gram-negative bacteria, ASM 2023.
Poster
Performance Evaluation for Piperacillin/Tazobactam in ESBL-Producing E. coli Strains (OXA-1 and TEM-1) in an Automated Rapid AST System Using the New FDA Breakpoints, ASM 2023.
Poster
Fully Automated Phenotypic Resistance Reporting in 3 Hours, Directly from a Positive Blood Culture, ECCMID 2021.
Application Note
A workflow for early and accurate treatment of sepsis
Poster
Accurate inoculum preparation for AST from various samples, ASM 2019.
Poster
Rapid phenotypic AST direct from different clinical specimens as well as isolates on the same automated system, ECCMID 2019.
Poster
Automated inoculum preparation for AST from crude samples, ECCMID 2019.
Poster
Antimicrobial Susceptibility Test System Delivering Phenotypic MICs in Hours from Positive Blood Cultures for Fastidious- and Non-Fastidious Pathogens, ASM 2018.
Poster
Opportunity for very rapid phenotypic susceptibility testing of clinical specimens using the novel ASTar platform, ASM 2018.
Poster
MALDI-TOF MS Identification and Phenotypic AST Delivering True MICs in Hours, Directly from Clinical Positive Blood Cultures, ASM 2018.
Poster
Poster - Mass spectrometry pathogen identification and phenotypic antimicrobial susceptibility testing delivering MICs in hours, directly from clinical positive blood cultures, ECCMID 2018.
White Paper
The Importance of Controlled Inoculum
Poster
Performance of a rapid phenotypic AST System for susceptibility testing of Gram-negative bacteraemia directly from positive blood culture bottles, ECCMID 2022.
Poster
Using wasted time: How a portable culture device can reduce the impact of transportation times in antimicrobial susceptibility testing, ECCMID 2022.
Poster
Rapid phenotypic AST System performance for Gram-negative bacteraemia susceptibility testing directly from positive blood culture bottles ASM 2022.
Poster
Using wasted time: How a portable culture device can reduce the impact of transportation times in antimicrobial susceptibility testing.ASM 2022.
Poster
Interim results of a clinical and economic evaluation of a rapid AST system – the LIFETIMES study, ESCMID Global 2024.
Poster
Rapid AST expedites antimicrobial therapy optimisation in BSI patients – clinical cases from the LIFETIMES HEOR study, ESCMID Global 2024.
The LIFETIMES Study – Interim Results from a Health and Economic Evaluation of a Rapid Phenotypic AST System, ASM Microbe 2024.
Presentations & webinars
UPCOMING WEBINAR Clinical Evaluation of an FDA-Cleared High-Throughput Rapid Antibiotic Susceptibility Testing System
Date: Wednesday, September 18, 2024
Time: 10 AM PT, 1 PM ET (7 PM CET)
Speakers:
Elizabeth Garrett, PhD, D(ABMM)
Associate Director of Microbiology, Penn State Hershey Medical Center
Rebecca Yee, PhD, D(ABMM), M(ASCP)
Chief of Microbiology, Assistant Professor of Pathology, George Washington University
Recorded presentation from a workshop held at the AMCLI Congress, March 2024 Clinical Impact of rapid antimicrobial susceptibility testing on positive blood cultures from 200 patients with bacteremia: A prospective trial (English subtitles) Prof. Alexia Verroken, MD, PD
Recorded presentation from a workshop held at the AMCLI Congress, March 2024 LIFETIMES – Risultati preliminari di uno studio multcentrico di Health Economics (English subtitles) Prof. Maurizio Sanguinetti
Universitá Cattolica del Sacro Cuore, Rome, Italy.
