The key breakthrough we aim to accomplish in this project is based on specific advantages of graphene: i) its ability to physically penetrate the bacterial biofilm, and ii) its ability to serve as a loading point for large amounts of hydrophobic drugs.
The innovative cell design is set to provide essential benefits to a broad range of research areas that rely on neutron studies of complex interfaces such as biological membrane science, antibiotic research and several topics in soft matter and polymer science. Specifically, within this project, two science cases will be addressed to validate the benefits of the novel sample environment.
The RAS-TOOLS project will pave the way for the development of next generation RAS monitoring for better control of water quality and fish health issues, and thereby contribute to the development of a sustainable RAS industry.
Hur har Sverige hanterat etiska frågor under COVID-19-pandemin? Göran Collste, professor emeritus i tillämpad etik vid Linköpings universitet, presenterar här några av de teman som diskuterades vid gårdagens webinar.
Fem nordiske forskningsprojekter om COVID-19 bliver nu skudt i gang og tager afsæt i de nordiske landes unikke sundhedsdata. Forskningen bidrager dermed til at højne kundskaben om COVID-19 ikke kun til gavn for Norden, men hele verden.
The generated evidence is expected to have high significance for patients, healthcare professionals and policymakers with an impact on recommendation how to handle Covid-19 in specific patient groups, for protecting vulnerable populations, for recommendations on medication use and for follow-up of patients surviving severe Covid-19 to treat complications.