In 2021 PROMICON set out to support the bioeconomy by harnessing the power of microbiomes. Bringing together researchers from 10 institutions across 7 European countries, the consortium studied microbial communities in diverse ecosystems and translated this knowledge into real-world applications, developing new biotechnological solutions for the production of bioplastics, butanol, hydrogen, and other bio-based products.

Four years later, PROMICON delivered over 30 scientific publications, five targeted policy briefs, and a range of educational videos and tools designed to inform researchers, industry representatives and policymakers. Explore the project’s legacy in the newly released booklet and video.

New technology that allows a University of Virginia-developed artificial pancreas system to adapt to users’ changing bodies – and lets users test changes to how the system operates – improved control of their type 1 diabetes, a study has found.

In a paper published in SCIENCE CHINA Earth Sciences, a team of researchers performed comparative analyses of the microbial ectoenzyme activities under atmospheric and in situ pressure conditions in the water column of the Mariana Trench, by conducting pressure-retaining sampling, isobaric transfer, and enzymatic assays in the Challenger Deep. It highlights the importance of pressure-retaining sampling and isobaric enzymatic assays and provides valuable insights into microbial ectoenzymatic activities in the deep ocean.

Researchers comprehensively summarize existing multi-modal fusion technologies, detailing their technical specifics and applications in several key fields. Through in-depth analysis, the study highlights current technical bottlenecks and offers guiding recommendations for the future development of multi-modal research.