Microbiome sectors

Explore our microbiome sectors.

Human health

Microbiomes play an essential role in human health and disease. Among other areas the human microbiome is crucial for immune regulation, digestion, metabolic and mental health. The field of human microbiome research has grown exponentially over the last 20 years, driven by high-throughput sequencing and the launch of the Human Microbiome Project (HMP).

Lifestyle

Beauty, wellbeing, and personal care microbiomes represent a rapidly evolving frontier at the intersection of biology, chemistry and consumer science, grounded in fundamental research on microbial contributions to human health. This field explores how complex communities of microorganisms inhabiting the skin, hair, and oral cavity shape physiological function, influence disease and wellness outcomes, and inform product efficacy. The aim is to drive innovation in microbiome-friendly formulations, precision skincare, and next-generation therapeutics for both academic and industry applications.

Natural environment

Natural environment and soil microbiomes lie at the heart of terrestrial ecosystems, shaping the health and productivity of plants and the resilience of natural systems. Advancing this field requires a detailed understanding of the underlying science through cutting-edge research into microbial communities, their interactions with soil and plant biology, and the translation of these insights into microbiome-driven innovations for sustainable agriculture, environmental stewardship, and nature-based solutions.

Marine

Marine microbiomes underpin the vast diversity of ocean ecosystems, playing essential roles in maintaining marine health, biogeochemical cycles, and ecosystem resilience in the face of environmental change. Advancing this field depends on a detailed understanding of the fundamental mechanisms through interdisciplinary research into microbial diversity, function, and interactions. The translation of these insights into microbiome-driven innovations that support sustainable ocean management and industry applications could have major impact in marine protection.

Built environment

Microbiomes in the built environment, including homecare, hospital, and industrial settings, play a critical role in shaping hygiene, human health, and operational performance. Progress in this field relies on deep insight into the biological processes governing microbial communities, enabled by advanced research into their composition, function, and interactions, and translated into microbiome-informed innovations for safer, more sustainable, and high-performing environments.

Agriculture

Agricultural microbiomes play a central role in the health and productivity of both crops and livestock, influencing nutrient cycling, disease resistance, and overall system performance. Advancing this area depends on a sophisticated understanding of microbial ecosystems and their functional dynamics, driven by rigorous research and translated into microbiome-enabled innovations that support sustainable, efficient, and resilient agricultural practices.

Veterinary

Microbiomes in the veterinary setting are integral to animal health, supporting disease prevention, microbiome protection, and targeted interventions across diverse sectors, including feed and nutrition. Progress in this field is driven by in-depth insight into microbial ecosystems and host interactions, enabled by advanced research and translated into innovative microbiome-based strategies that enhance animal wellbeing, and sustainable practices.