SOURCE-LINKED INTELLIGENCE

ThermaCORE: Thermus thermophilus Accelerated Co-evolution of Robust Enzymes for industrial applications

CORDIS · observation · Publication date unknown

es detailed sequence-function relationship insights by revealing effects of thousands of amino-acid substitutions on stability and activity. Experimental deep mutational scanning data integrates with machine learning models to approximate protein fitness landscapes and design ""smart libraries"" for subsequent evolution rounds. This fellowship will develop my expertise across biotechnology, computational biology, and biocatalyst engineering, fostering interdisciplinary skills essential for modern R&I careers. The project benefits the host organization by strenghting its capacity in emerging biotechnologies, and biocatalyst discovery that contributes to European leadership in sustainable bioeconomy solutions, and delivers robust biocatalysts that accelerate plastic recycling, reducing environmental impact while creating economic value in the circular economy sector. " Directed evolution, Biocatalysis, Plastic degradation, Microfluidics, Enzyme discovery, Thermophiles

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recordType

award

status

SIGNED

region

EU

value

261854.1

unit

EUR