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results found for 'Resistance'.
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The emergence of antibiotic resistance is increasingly limiting treatment of bacterial infections. Bacteria can become resistant via a process called “horizontal gene transfer (HGT)” which enable bacteria to exchange DNA that may include resistance genes. AimThis project studies the ways in which resistant bacteria can evolve in complex ecosystems, in which they can acquire genetic material that…
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Read how the COMBAT-AMR project will develop a standardised toolbox specifically for designing antibiotic combination treatments.
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Read how researchers will create an implementation tool to improve compliance with infection prevention measures by physicians in hospitals.
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Read how researchers will determine if the use of biocides has a selective effect on antimicrobial resistance.
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Afbeelding
The JPIAMR celebrated 10 years of international research into antimicrobial resistance. View the JPIAMR-project results. - Urgent action is required to stem the spread of antimicrobial resistance (AMR). However, because the pace of novel drug development lags behind the evolution of novel AMR determinants, new strategies of containment are required.MethodIn this multinational project proposal, researchers have worked on a resistance-reversal strategy based on the concept of collateral sensitivity (CS). CS between a…
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Infections caused by bacteria resistant to most antibiotics (so-called multidrug resistant bacteria) remain a global problem. The lack of new antibiotics is a major social problem and threat to human and animal health.AimIn this antimicrobial discovery project, researchers focused on developing novel antibiotics for the highly virulent and antibiotic-resistant human pathogens (called the ESKAPE…
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Investigations into Aspergillus fumigatus and the treatment are underway both nationally and internationally and will lead to advisory reports. This project will organize a stakeholder meeting to further results.