QUALIblood, a spin-off for the medicine of tomorrow
One of the major concerns with the disease caused by Covid-19 is its severe course, which causes many problems that can lead to hospital overload. Early detection of whether or not a person is at risk of developing a severe form of the disease is therefore crucial to optimise patient care and hospital resource management. This is one of the objectives of the study carried out by QUALIblood, a UNamur spin-off, in collaboration with the Department of Pharmacy and many other industrial and hospital partners. Exploration of a cutting-edge technology at the service of health.
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Yves Poumay, researcher on skin pathologies
As the largest and heaviest organ in the human body, the skin is the focus of Professor Yves Poumay's research. For nearly 30 years, within the Cells and Tissues laboratory (LabCeTi), he has been developing in vitro epidermal models that reproduce skin pathologies to better understand and treat them. A pioneering approach that offers alternatives to animal experimentation! On the eve of an international congress devoted to dermatology research organised at UNamur (see below), he talks about the importance of melanoma screening and details the latest advances in dermatology made in his laboratory.
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Geologists discover that pterosaurs had feathers
A pterosaur from Brazil that preserved melanosomes in its feathers provides insight into the function of primitive feathers. An international team of palaeontologists and geologists, including UNamur (Dr Aude Cincotta and Prof. Johan Yans), has demonstrated that pterosaurs, the flying cousins of dinosaurs, had feathers and were able to control their colour.
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Fluorescence: A Closer Look at Insects’ Transparent Wings
In a new study published in February 2023 in the Journal of Luminescence, an international team of scientists led by Sébastien Mouchet of UNamur has revealed previously unknown fluorescent properties of the transparent wings of certain insects. This research demonstrates that valuable information can be obtained using state-of-the-art optical characterization techniques. Here’s how it works.
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Lysosome: from protein transport to bone remodelling
The lysosome, a small intracellular organelle, is often represented as the stomach of the cell due to its acidity and the presence of numerous digestive enzymes within it. Its role? The degradation of numerous molecules and their recycling to build new molecules and fuel energy production in the cells. Since 2003, Marielle Boonen has been particularly interested in the lysosome. Together with researchers from UNamur, she has highlighted the role of a lysosomal enzyme called HYAL1 in the bone remodelling process.
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Research fields
ILEE combines a broad range of basic, applied and social science skills that focus on three key areas of study, including historical perspectives and extensive partnerships with the global South.
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Characterization and management of natural resources
The availability of natural resources for future generations can only be ensured through prudent use.
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Human-Environment Interactions
Through a variety of chemical, biological and physical factors, humans are modifying ecosystems, often with negative results. Environmental changes, in turn, affect the dynamics of human populations.
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Biodiversity and evolutionary adaptation
For four billion years, life on earth has been evolving and transforming in response to environmental change, resulting in fluctuating biological diversity. Ecosystems provide humanity with a wide range of free services that must be managed responsibly.
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Environmental history
Since arriving on Earth, man has begun to influence and modify his environment.
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