Chemist Biljana Mojsoska and molecular biologist Håvard Jenssen from Roskilde University have in collaboration with international research colleagues developed and tested new antimicrobial drugs that can be used as an alternative to antibiotics in the fight against the infectious disease tuberculosis. The mycobacteria that triggers tuberculosis develops resistance to more and more known antibiotics.
Many years of senior management experience from the business world and a great deal of insight into the university sector are among the competencies that the new chairman of the board of Roskilde University will use to strengthen the university's position. Carsten Toft Boesen will replace Erik Jacobsen as Chairman on December 1, 2020.
Professor Henrik Hauggaard-Nielsen from Roskilde University and colleagues from the Swedish Agricultural University have jointly published research results that demonstrate that the agroecological practice of intercropping cereals and legumes can reduce the global need for nitrogen fertilizers by up to 26% and considerably reduce the amount of land used.
Since January 2020 the ongoing Corona pandemic has thrown the world into a deep health crisis. The Carlsberg Foundation therefore grants DKK 10 million to a new Semper Ardens project for the development of mathematical models to predict the potential development of future epidemics. Professor Lone Simonsen at Roskilde University will lead this Semper Ardens project.
The former social science programmes in Virksomhedsledelse (Business Management) and Economics and Business Administration have now become Master of Science programmes in Economics and Business Administration (cand.merc.).
The research programme ’CASH-IN: Privately managed cash transfers in Africa’, which is led by Associate Professor Lars Buur from Roskilde University, has received the grant from Danida.
The research programme ’Decent Work and GVC-based Industrialization in Ethiopia’, which is led by professor (MSO) Lindsay Whitfield from Roskilde University, has received the grant from Danida.
Mathematicians at Roskilde University, in collaboration with hematologists at Zealand University Hospital, have developed mathematical models for how normal blood production, development of blood cancer and inflammation mutually affect each other. In synergy with blood samples from the individual patient, the models can provide a guide for more effective, individualised cancer treatment.
