The Science Behind Holoflora: Enbiosis Technology
Enbiosis analyzes the microbiome using advanced AI algorithms to identify correlations between microbial species and health outcomes. A Microbiome Modulation Report, delivered to each user, transforms complex scientific data into clear, actionable insights for your gut health.
As one of the first AI-powered microbiome analysis systems, Enbiosis technology enables people globally to better understand -and optimize their microbiome balance.
Real Results Real Relief
Reported by Enbiosis Patients
85%
Improvement in bowel habits
63%
Improvement in energy levels
42%
Improvement in sleep
14.2
pounds on average weight loss
18%
Increase in microbiome diversity
Combining AI and the Gut Microbiome
Once received, samples are processed by our contracted laboratories to generate high-resolution microbiome data. Enbiosis proprietary AI algorithms then model the microbiome as an interconnected system, rather than a collection of individual organisms. Functional mapping and interaction analysis reveal how microbial communities relate to one another and influence key metabolic and functional pathways. These insights illuminate connections within the microbiome that affect health, metabolism, and overall well-being. By understanding these relationships, it becomes possible to guide the microbiome toward a more balanced, resilient, and optimally functioning state.
The Science in Action
Artificial Intelligence-Based Personalized Diet
A clinical study exploring how AI-tailored nutrition can improve symptoms for those with irritable bowel syndrome (IBS).
High-Protein Nutrition in Postoperative Recovery
A multicenter trial examining how protein-focused diets support healing and outcomes after lung cancer surgery.
AI-Assisted Microbiome Modulation for Constipation
Research on how AI-driven dietary analysis helps manage functional constipation through microbiome modulation.
Nutritional Protocols for Gastrointestinal Surgeries
Research on how AI-driven dietary analysis helps manage functional constipation through microbiome modulation.