CASE STUDY
Determining Antimicrobial Resistance in the Gut Microbiome Leveraging the Versatility of Microfluidics-Based qPCR
Fill out the form below to download the case study
Antibiotic treatment in early life can have lasting effects on the gut microbiome, influencing microbial diversity and antimicrobial resistance (AMR) gene selection. This case study demonstrates how high-throughput qPCR enables the detection of 31 clinically relevant AMR genes, revealing significant shifts in microbial composition and AMR gene profiles across multiple time points.
You will learn:
- About the impact of antibiotic treatments on microbial diversity and AMR gene selection in infants over time
- How microfluidics-based qPCR enabled enables high-throughput detection of AMR gene shifts in the gut microbiome
- Why the Biomark™ system and integrated fluidic circuits (IFCs) provide a scalable solution for microbial profiling and AMR research