Unlocking the potential of aquatic extremophiles

A project to harness biology’s most resilient adaptations

Biotech potential

Microorganisms from extreme environments possess unique regulatory mechanisms that make them a valuable resource for biotech.

Bottlenecks in discovery

Sampling extreme environments and identifying interesting organisms is slow, expensive and has a high environmental footprint.

New approach

We will use state of the art techniques to develop new tools for efficient and sustainable exploration and exploitation of extreme environments.

Extreme organisms for extraordinary solutions

Redefining biodiscovery

Our unique hybrid approach combines in silico computational modelling, microfluidics, and metabolic engineering to develop a targeted sampling and analysis method: faster, more efficient, and ready for real-world applications.

Boosting a biobased economy in Europe

XTREAM will fuel innovation across multiple high-value sectors

Our unique hybrid approach combines in silico computational modelling, microfluidics, and metabolic engineering to develop a targeted sampling and analysis method: faster, more efficient, and ready for real-world applications.

Pharmaceuticals

New drugs and antimicrobial compounds to tackle combat emerging health challenges.

Nutraceuticals

Natural products for health and wellness applications.

Biomedicine

Bioactive molecules for advanced therapies and diagnostics.

Green industry

Robust enzymes for more sustainable industrial processes.

Agriculture & food

Sustainable enzymes and bioprocesses for resilient crops and efficient food production.

The XTREAM consortium

Expertise from across Europe