Microbiology

In Other News

• Rapid Antimicrobial Susceptibility Test Returns Results within 30 Minutes

• New Rapid Pathogen Detection Tool to Return Results Directly from Whole Blood in Six Hours

• New Class of Bloodstream Infection Diagnostics to Enable Culture-Free, Same-Day Organism Identification

• World's Highest-Multiplex POC System with RNA Quantitating Ability Detects Bacterial Infection

• Lateral Flow Test Detects Bacteria Causing Gingivitis and Cardiovascular Diseases

• Liquid Biopsy Test Identifies Over 1,000 Pathogens from Single Blood Draw within 24 Hours

• Integrated Solution for Rapid AST Directly From Positive Blood Cultures to Combat Bloodstream Infection

• Sepsis Test Could Save Lives in Emergency Departments, Study Suggests

• Molecular Multiplex Panels Quickly Supplanting Conventional Pathogen Detection Methods, Finds Report

• Unique Multiplex PCR Test Detects 15 Most Common Respiratory Pathogens in 15 Minutes

• Sequencing-Based Technology to Deliver ‘Holy Grail’ of Infectious Disease Diagnostics

• Point-of-Care Device to Reduce Antibiotic Susceptibility Testing Time from Days to Minutes

• Rapid Detection Technique to Improve Diagnostic Procedure for Bacterial Diseases

• Breakthrough Report for Microbiology Lab Results a Game-Changer for Infectious Disease Treatment

• Portable Device to Quickly Detect Bacterial Pathogens Using New Optical Signature

• Rapid Sepsis Test Uses Magnetic Nanoparticles to Detect Bacterial Pathogens

• Groundbreaking POCT Device Detects UTI Causing Bacteria in Five Minutes

• New WHO Guidance on STI Testing and Diagnosis to Make Low-Cost POC Tests More Accessible

• New Insight into Rapid Evolution of AMR in Patients Calls for Shift in Diagnostic Testing Approaches

• Rapid Test Uses Bacteria-Infecting Viruses to Accurately Identify UTI-Causing Pathogens

• Fluorescent Carbon Nanotubes Accurately Detect Bacteria and Viruses

• Direct-From-Blood Molecular Diagnostic Test Detects Candida Auris in Just 3-5 Hours

• New Urinary Antigen Immunodiagnostic Assay Enables High-Throughput Qualitative Detection of Legionnaires' Disease