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Feasibility Study of an Automated Targeted Metagenomics NGS Application for Rapid Detection of Bacteria and Fungi from Clinical Specimens

Labroots via YouTube

Overview

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Join a one-hour webinar led by distinguished Professor Jennifer Dien Bard, Ph.D., exploring the feasibility of an automated targeted metagenomics next-generation sequencing (NGS) application for rapid microbial detection. Discover how this innovative approach addresses the limitations of traditional microbiology testing methods that rely on organism culture and recovery. Learn about the performance and advantages of an automated targeted metagenomic NGS method that enables direct detection of bacteria and fungi from specimens. Gain insights into the importance of rapid NGS-based approaches, understand how custom Ion AmpliSeq targeted NGS panels integrate with Ion Torrent Genexus Integrated Sequencer to deliver results within 24 hours, and explore the potential integration of this rapid microbial identification method into standard laboratory practices. Dr. Dien Bard, a renowned expert with over 100 scientific publications and multiple leadership roles in prestigious organizations, brings her extensive expertise in rapid molecular diagnostics to this comprehensive presentation.

Syllabus

Feasibility study of an automated targeted metagenomics NGS application for rapid detection of...

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Labroots

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