An EU-funded researcher has helped define the core set of genes a cell needs to survive, advancing novel bioengineering approaches for bacteria and other microorganisms with applications in healthcare, food and nutrition.
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The EU-funded ABIOMATER project is developing new metamaterials with properties that can be changed remotely using a magnetic field. This could revolutionise biomedicine and biotechnology, particularly in the fields of optical devices, tissue engineering and regenerative medicine, to name but a few.
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How are cell identities created and maintained? How do cells develop? How do they respond to disease? EU-funded scientists are piecing together the puzzle tying certain proteins to DNA in an effort to stamp out cancer and other diseases.
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Shellfish are a significant source of food, yet we know very little about how they make their shells and how environmental factors affect them. The EU-funded CACHE project is finding out how shellfish produce their shells, how this production varies according to their environment, and what this means for the future of shellfish farming.
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Scientists are delving into the core machinery of cellular life, in search of the mechanisms driving bacterial evolution and adaptation. Their findings promise biosynthetic factories able to convert biomass into fuels and valuable chemicals.