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on the development of alternatives to traditional antibiotics, through the use of new material technology. DARTBAC will: From a material perspective, develop new antimicrobial technologies that are not based
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, Medicine and Life Sciences (FHML) of the Maastricht University Medical Center, in Maastricht, the Netherlands at MUMC+ has a long-standing expertise in translational (pre)clinical research. The Laboratory
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PhD researcher in regenerative medicine investigating antimicrobial technology based on bioactive...
on the development of alternatives to traditional antibiotics, through the use of new material technology. DARTBAC will: From a material perspective, develop new antimicrobial technologies that are not based
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, Medicine and Life Sciences (FHML) of the Maastricht University Medical Center, in Maastricht, the Netherlands at MUMC+ has a long-standing expertise in translational (pre)clinical research. The Laboratory
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opportunities. You will be trained and supervised in cutting edge technologies (e.g., fluorescent bacterial sorting, whole metagenome sequencing, metaproteomics, single-cell RNA-Seq, computational biology and
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In the past two years UM has gained a multitude of experiences leading to the conclusion that the use of technology can strengthen and enrich our problem-based-learning concept, if well designed
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The successful candidate is a talented early-career researcher with proven interest in European affairs. They will be part of the core research team of Studio Europa Maastricht (SEM) of Maastricht University (UM) for a two-year appointment. They will work closely with the broader SEM team and...
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computer science, circular engineering, and biotechnology. We are looking for a content creator who can help prospective students discover these programmes through effectively written recruitment materials, such as
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tissue integrity, utilising patient imaging, diseased tissue materials, and blood samples. This PhD project is particularly focused on the phenotyping as well as modulation of the biological and
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tissue integrity, utilising patient imaging, diseased tissue materials, and blood samples. This PhD project is particularly focused on the phenotyping as well as modulation of the biological and