Projects

COVID-19 Research

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  COVID-19 Research

  A great deal of research is necessary to understand how the SARS-CoV-2 virus works and to find an effective treatment for COVID-19. We need your help! There is no small amount.

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  Stem4COVID, innovative and hopeful project for discovering new therapies

  To create a platform of lung organoids from COVID-19 patients to analyse disease response and find new therapeutic targets

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  Project MIND/COVID To protect healthcare workers

  Study of the mental health of healthcare workers and other key groups.

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  Applying artificial intelligence to improve COVID-19 diagnosis and treatment

  The idea behind the project is to find an affordable, fast and reliable method for the diagnosis and prognosis of COVID-19 using artificial intelligence. 

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  Discovering the immunity footprint of the virus

  Controlling the SARS-CoV -2 infection requires an effective immune response to the virus, as well as the appearance and maintenance of memory T lymphocytes that can be activated if the virus re-emerges, and which are necessary to ensure the efficiency of vaccination strategies.

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  Improving pandemic control with remote monitoring

  We want to remotely monitor the population with COVID-19 symptoms by means of a low-cost wearable device that captures and analyses physiological data.

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  Immunotherapy for COVID-19 patients and as a preventive treatment for at-risk individuals

  This project examines the antibodies generated in response to infection by SARS-CoV-2 and the production of specific antibodies to provide therapy for COVID-19 patients and as a preventive treatment for at-risk individuals.

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  Looking for already available and effective therapeutic solutions

  The aim of this study is to identify antiviral drugs that interfere with the SARS-CoV2 infection cycle by blocking two different phases of viral entry into human cells.

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  Tool for preventing respiratory complications in COVID-19 patients

  We will obtain a biomarker that can predict the appearance of respiratory complications in patients with COVID-19 and thus offer them better treatments.

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  Reducing mortality in COVID-19 patients with prior cardiovascular risk

  The project will study a set of 50 genetic variants in samples from more than 3,000 patients who have suffered COVID-19. 

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  Effects of immunodepressive contaminants on COVID-19 patients

  This project studies the possible effects of contaminants on the body's immune response to the infection and its clinical manifestations

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