Revolutionizing Home-Based Microbiome Analysis: On-Demand Webinar

Real-time, home-based microbiome analysis of metabolites with the OMED Health Breath Analyzer

Discover the future of microbiome research with our exclusive on-demand webinar. Learn about the OMED Health Breath Analyzer, a groundbreaking device that enables low-cost, at-home monitoring of microbiome biomarkers, making microbiome research easier. This portable, hand-held device provides real-time measurements of hydrogen and methane levels directly to your mobile phone via Bluetooth. Our non-invasive sampling method simplifies gut microbiome analysis and research from the comfort of your home.

Users can gain insights into the balance of bacteria, fungi, and other microbiomes in the gut, providing a more detailed understanding of digestive health, immune system resilience, metabolism, etc.

The OMED device makes it possible to build a detailed understanding of how hydrogen and methane levels in the breath change over time, particularly in response to different challenges (such as dietary fiber), medications, or different disease states. Repeated sampling is possible and can help average out sources of biological variability (such as diet, exercise, etc) for better understanding of the true impact of specific interventions or challenges.

Webinar Highlights:

• Understanding the role of hydrogen and methane in gastrointestinal diseases.
• The role of hydrogen and methane in broader disease contexts.
• How can the OMED device be used in clinical trials and research?
• Discover the technology inside the OMED device.
• Introduction to our growing Atlas of on-breath volatile organic compounds (VOCs).

Explore how the OMED device can be integrated into clinical trials or paired with our Breath Biopsy® Collection Station to capture a wider range of on-breath VOCs. Breath Biopsy offers a revolutionary, non-invasive method for researching the microbiome by analyzing the VOCs found in exhaled breath. This approach provides researchers with safer, quicker, and cost-effective alternative to traditional sampling methods such as blood tests.

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