MetaGenX™ Platform
Advanced Computational Biology Service for Functional Foods
MetaGenX™ is an advanced metabolic modeling including whole-body and microbial metabolism simulation designed to address the complex needs of ingredients impacts on metabolism, potential discovery of foods and beverages, production process optimization. By accurately simulating how ingredients or probiotics interact with various tissues and biological systems, MetaGenX™ empowers food and beverage companies to predict ingredients efficacy, toxicity, and patient-specific responses across different metabolic environments. It also helps manufacturer, design and modify their fermentation to achieve sophisticated optimization and novel ingredients production through simulation. This platform is indispensable for identifying potential side effects, optimizing combination therapies, and tailoring treatments to individual patients—ensuring higher success rates in efficiency and market and more effective, targeted therapies in the market.
Optimizing Probiotic and Functional Food Formulations for Specific Health Benefits
Our Solution: etaGenX™ simulates the full range of metabolic interactions between ingredients, microbial strains, and the human body at various levels (e.g., gut, liver, and other organs). Helping food manufacturers optimize formulations for specific health benefits like improved digestion, better immune response, or management of chronic conditions like diabetes or obesity.
Problem/Solution
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Accelerating Therapeutic Potential Discovery for Functional Foods and Bioactive Compounds
Our Solution: MetaGenX™ accelerates the discovery of new bioactive compounds by simulating their metabolic effects on both microbial strains and human metabolic systems. This is particularly useful for the development of functional foods with drug-like properties, such as foods with anti-cancer or anti-aging effects, while minimizing the need for extensive clinical trials.
Problem/Solution
2
Speeding Up Product Development and Regulatory Compliance for Functional Foods
Our Solution: MetaGenX™ accelerates the product development process by providing in-silico simulations of metabolic effects, reducing the need for extensive physical trials. Manufacturers can quickly predict how different formulations will perform in the human body or with specific microbial strains.
Problem/Solution
3
Enhancing Microbial Strain Productivity in Fermentation
Our Solution: MetaGenX™ models microbial metabolism, helping optimize strain productivity and survival by adjusting environmental conditions, boosting yields, and enhancing strain longevity in fermentation.
Problem/Solution
4
Market Preparation and Patient Stratification
Our Solution: MetaGenX™ optimizes fermentation processes, improving resource efficiency, minimizing waste, and suggesting ways to repurpose byproducts for sustainable production.
Problem/Solution
5
Simulating Genetic Modifications in Food Production
Our Solution: MetaGenX™ simulates the metabolic effects of gene edits, helping optimize genetically modified strains, or ingredients in media culture, with a clear understanding of their impact on production and nutritional value.
Problem/Solution
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Agricultural production optimization
Our Solution: MetaGenX™ helps agriculture industry through designing symbiotics and biofertilizers and non-GMO modifications to optimize their targeted outcomes (e.g., resistance to pathogens, and crop improvements)
Problem/Solution
7