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Gut dysbiosis

Restore microbiome balance for systemic resilience

Understanding gut dysbiosis

Gut dysbiosis—an imbalance in the gut microbiota—is a key hallmark of aging that disrupts immune function, metabolism, and cognitive health. 1 As we age, microbial diversity decreases while harmful pathogens increase, weakening gut barrier integrity and triggering systemic inflammation. 2

Through our pioneering research and innovative solutions, we're helping supplement brands target gut dysbiosis to support greater health expectancy. Our science-backed approach combines prebiotics, probiotics, and postbiotics to restore microbial balance and strengthen gut resilience—ensuring our later years are not lost years, but some of our best.

The science of gut dysbiosis

Did you know that your gut microbiome changes dramatically as you age? Discover how an aging gut ecosystem weakens barrier function, allowing harmful pathogens to trigger inflammation throughout the body. 2 Then, learn how targeting gut dysbiosis through nutritional intervention is opening new possibilities for healthy longevity.

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Discover the science of healthy longevity

Explore our comprehensive whitepaper examining the science, nutrition, and innovation driving the future of health expectancy. From cutting-edge research on aging mechanisms to dsm-firmenich's pioneering approach to targeting cellular aging hallmarks, this resource provides the scientific foundation behind our Healthy Longevity platform.

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Your end-to-end innovation partner

Ready to tackle Gut Dysbiosis through targeted nutrition? dsm-firmenich combines cutting-edge ingredients with a complete suite of expert services to help you develop effective health expectancy solutions. From formulation expertise to regulatory support, we're here to guide your innovation journey.

Connect with an expert

  1. Hrncir, Thomas. "Gut Microbiota Dysbiosis: Triggers, Consequences, Diagnostic and Therapeutic Options." Microorganisms 10, no. 3 (2022): 578.
  2. Gupta, N., El-Gawaad, N., Mallasiy, L., Gupta, H. et al. "Microbial Dysbiosis and The Aging Process: A Review on The Potential Age-Deceleration Role of Lactiplantibacillus Plantarum." Front. Microbiol. 15 (2024): 1260793.

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