MAAGE News & Updates
Stay informed about the latest developments in genomic epidemiology, infectious disease surveillance, and public health research.
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New H5N1 Surveillance Tools Released by MAAGE
MAAGE is developing a new surveillance platform that enables real-time tracking of H5N1 influenza variants across the Midwest. The platform integrates genomic data with epidemiological information to provide early warning of potential outbreaks.
New Research Paper on SARS-CoV-2 Variant Tracking Published in Nature
MAAGE researchers published a new paper on improved methods for tracking SARS-CoV-2 variants. The study demonstrates a novel approach to variant surveillance that combines wastewater monitoring with targeted genomic sequencing.
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MAAGE Partners with Five Additional State Health Departments
New partnerships will expand genomic surveillance capabilities across five additional Midwestern states. This expansion will significantly increase the geographic coverage of MAAGE's surveillance network and improve early detection capabilities.
CDC Adopts MAAGE Protocols for Genomic Surveillance
The Centers for Disease Control and Prevention (CDC) has officially adopted MAAGE's protocols for genomic surveillance of infectious diseases. This standardization will improve data sharing and collaboration between public health agencies nationwide.
Mpox Genomic Diversity Study Reveals New Insights
A comprehensive analysis of Mpox genomic diversity has revealed new insights into the virus's evolution and transmission patterns. The study, led by MAAGE researchers, identified several previously uncharacterized genetic variants with potential implications for diagnostics and vaccine development.
MAAGE Launches Free Online Course on Genomic Epidemiology
MAAGE has launched a free online course on genomic epidemiology for public health professionals. The course covers fundamental concepts and practical applications of genomic techniques in disease surveillance and outbreak investigation.
New Bioinformatics Tool Speeds Pathogen Identification
MAAGE researchers have developed a new bioinformatics tool that significantly reduces the time required to identify pathogens from genomic data. The tool, called RapidPath, can process raw sequencing data and identify pathogens in under 30 minutes, a process that previously took several hours.
Annual Report Shows Impact of Genomic Surveillance on Public Health
MAAGE's annual report demonstrates the significant impact of genomic surveillance on public health outcomes in the Midwest. The report highlights several success stories, including the early detection of emerging variants and the rapid containment of potential outbreaks.
Workshop: Advanced Techniques in Pathogen Genomics
MAAGE will host a workshop on advanced techniques in pathogen genomics on March 15-16. The two-day workshop will cover cutting-edge methods for pathogen isolation, sequencing, and analysis, with hands-on sessions led by expert instructors.
New Collaborative Study on Antimicrobial Resistance Patterns
MAAGE has initiated a collaborative study with regional hospitals to track antimicrobial resistance patterns using genomic surveillance. The study aims to identify emerging resistance mechanisms and inform antibiotic stewardship programs.
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