We look into the elements no one was looking at before—how oral microbiome imbalances fuel inflammation at a molecular level. Pathogens like Porphyromonas gingivalis and Treponema denticola trigger immune responses that drive tissue damage. Restoring microbial balance through probiotics and targeted antimicrobials offers a new path to reducing inflammation and protecting oral health.

We identify the unique inflammation sources from your gut and how they interact with your body and other organs—elements no one was looking at before. Gut dysbiosis fuels systemic inflammation. These unique imbalances and hidden signals can trigger conditions from IBD to metabolic disorders. Restoring microbial harmony through precision probiotics, metabolite-based therapies, and dietary interventions offers a targeted approach to gut and overall health.

The combination and group of strains or species responsible for various damages, symptoms, and clinical manifestations observed in the assessed patient. While these microorganisms are not necessarily pathogenic, their expression, abundance, and virulence in the specific context of the patient's microbiome actively contribute to altered immune responses. Typically, the Disease-Manifesting Microbiome Signature (DMIS) comprises a wide array of strains shared among individuals exhibiting similar symptoms, consistent with Koch's postulates. However, certain strains that are pathogenic in some cases may remain completely harmless in other individuals, depending on the specific microbiome environment and host factors.

This is an internal predictive score generated by our technology that estimates the level of immune load and unnecessary stress caused by improper strain activity and their expression within the measured microbiome. As the microbiome represents the largest living ecosystem in the human body, its true chemical impact has largely been overlooked until now. This score is crucial for understanding the extent to which a particular microbiome may be detrimental to its host's immune system

We decode immune pathways by connecting microbial signatures to immune activity—tracing how bacteria, metabolites, and dysbiosis trigger inflammation or tolerance. By mapping these interactions, we uncover hidden drivers of immune dysfunction and pave the way for targeted interventions to restore balance

Your body sends multiple signals—sometimes without an obvious reason. Our technology connects these signals to your microbiome and disease, decoding their meaning to uncover hidden patterns of inflammation, immune response, and health imbalances.

By understanding the exact pathways and connections between your microbiome, immune activity, and disease signals, we can predict how standard care therapies will work for you. Our technology personalizes recommendations to enhance treatment efficacy, ensuring targeted interventions that optimize your health.