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Be4OneW

The purpose of the Be4OneW project is to provide access to biopharmaceutical care (monoclonal antibodies, vaccines, etc.) to the greatest number of patients, whether in emerging countries or in our European countries, particularly in the event of a shortage or pandemic. To achieve this goal, the present project proposes a...
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Monitosed

The MONITOSED project aims to develop the first non-pharmacological sedation monitoring system for use in daily clinical practice. Currently, the standard for sedation of patients during medical procedures is pharmacological sedation. Several monitoring tools to assess the depth of anesthesia of the patient under pharmacological sedation are available on the...
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Theramir

Development of a unique platform of specific exosomes: Proof of concept for the solid tumor treatment For many forms of solid tumors (e.g. brain tumors, osteosarcoma, mammary tumors, melanoma), resection of the tumor and treatment for cancer can lead to damage to the function or appearance of part of the...
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Frite@home

Development of a tele-rehabilitation device for Functional neuro Rehabilitation using Intensive Therapy and Evaluation at home for patients with brain lesions The objective of the FRITE@Home project, which brings together the partners Axinesis, Arsalis, UCLouvain and HELHa, is to develop a tele-rehabilitation device, the REAtouch Lite, helping children with cerebral...
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NeuroPV

Project co-led by the MecaTech and BioWin clusters The project deals with the subject of neurostimulation, one of the rapidly developing fields of medicine. The goal is to develop an implant where wires have been replaced by optical fibers and which also uses photovoltaic cells to convert monochromatic optical energy...
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JOIN T-AIC

Development of new therapeutic approaches for the treatment of inflammatory mono-arthritis combining “novel” anti-TNF-α and viscoelastic scaffold Mono-arthritis is generally treated by intra-articular injections of corticosteroids or of hyaluronic acid. However, due to their limited efficacy, or due to their toxicity, injectable corticosteroids are only administered a few times, which...
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Deep

Drug-releasing electrode with enhanced properties This project is about the development of an implantable electrode with quantitative drug eluting capacity. Polypyrrole coating of platinum nanostructuresformsthe basis of thisinnovative technology. Two lines of application are foreseen: one is to exploit the release of an anti-inflammatory drug in order to limit the...
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Brainµ

Bacteria and Resistance to Antibiotics. Identification using Nanotechnology and Microfluidics The goal of this project is to develop an in vitro test to identify the pathogenic bacteria and resistance parameters to antibiotics commonly encountered in human bacteremia. Doctors need a quick test to define the rapidly the most adequate therapy....
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