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Faster testing for deadly Ebola

EU and industry-funded researchers have developed a portable device to test in the field whether a person has caught the deadly Ebola disease. It gives reliable results in 75 minutes, which can help contain outbreaks and save lives.

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Focusing on the next major advance in medical imaging

Medical-imaging technologies have revolutionised healthcare, enabling doctors to safely peer deep inside the human body to diagnose disease. The EU-funded BE-OPTICAL project is helping to train the next generation of researchers in the field, contributing to the development of even more advanced life-saving imaging systems.

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Disease-resistant cereals to strengthen food security

Cereals such as maize, wheat and rice account for almost half of all food calories consumed worldwide, but millions of tonnes of these essential crops are lost to disease each year before they reach our plates. An EU-funded project is waging war on cereal diseases to increase yields, strengthen food security and support a growing world population.

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Investigating Earth and fluid dynamics

Understanding how fluids and other materials flow in response to applied forces is critical to many industrial applications, energy production processes and even determining the stability of the ground beneath our feet. The field of study, known as rheology, is being advanced by an EU-funded research network combining expertise in geodynamics, mineral physics, seismology, fluid mechanics and materials science.

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Security tools to fight online predators and fake news

An EU-funded project is analysing malicious cyber activity and developing parental control tools to protect minors and to help fight fake news, other malicious content and online sexual predators. The project’s recommendations for policymakers will also help combat harmful online behaviour – protecting Europeans.

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Metamaterials: revolutionising modern medicine

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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