Graduate School

School of Nutrition and Translational Research in Metabolism

NUTRIM School of Nutrition and Translational Research in Metabolism aims to contribute to excellence in health maintenance and personalized medicine by unraveling lifestyle and disease induced derangements in metabolism and by developing targeted nutritional, exercise and drug interventions. This is facilitated by a state of the art research infrastructure and close interaction between scientists, clinicians, master and PhD students.


NUTRIM research focuses on chronic diseases, including diabetes, COPD, inflammatory bowel disease, liver disease and renal disease, and contributes to improving cancer care. Biomedical research is directly linked to clinical trials and research focusing on behavioural interventions and health promotion. A primary goal is to accelerate the translation of science to patient and population. This distinct profile has placed NUTRIM at the cutting-edge of various related domains. NUTRIM's research lines are:

  • Metabolic Syndrome
  • Gut-Liver Homeostasis
  • Chronic Inflammatory Disease & Wasting
  • Gene-Environment Interactions


NUTRIM offers a PhD training programme for students who aspire a broad understanding of human nutrition, metabolism and toxicology, next to outstanding research capabilities. NUTRIM researchers also teach in several master’s programmes, such as ‘Biomedical Sciences’, ‘Physician Clinical Scientist’ and ‘Health Food Innovation Management’.

Learn more about NUTRIM PhD opportunities

Diseases that have our
special attention:

  • obesity, NASH and diabetes
  • COPD, IBD and renal disease
  • cancer
  • Walking better than high-intensity exercise for diabetics

    Monday, December 5, 2016

    Walking, strolling and standing more during the day is better for sugar regulation in diabetics than an hour of high-intensity exercise. 

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  • World diabetes day

    Preventing diabetes

    Monday, November 14, 2016

    On this day exactly 125 years ago, physician Sir Fredrick Grant Banting was born. Together with Charles Best and John Macleod, Banting discovered that insulin could be used to treat diabetes.

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  • eiwittoediening

    Effective muscle building by administering protein during sleep

    Friday, November 4, 2016

    The administration of proteins during sleep is an effective way to promote muscle building (PhD conferral Bart de Groen).

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  • Aalt Bast new dean Campus Venlo

    Monday, August 29, 2016

    Following consultations with the deans of the faculties participating in the development of UM’s activities in Venlo, the Executive Board has appointed Aalt Bast as the new dean of Campus Venlo.

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  • Iron(wo)man Andrea Scharmga

    Wednesday, August 3, 2016

    Andrea: Swimming went smoothly. During biking I had to be cautious because of the rain. The first two rounds of the mrathon I was okay, but during rounds three and four I had a hard time. Then, finally, the very last kilometers through the city centre, it was like I was growing wings, and all went well again.
    Now I have to recover and then I am going to focuss on a new challenge!

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  • Gerard & Anton Award 2016 for Ferry Schoenmakers, Tom Mulken and René van der Hulst

    Tuesday, August 2, 2016

    Source: E52, 29 July 2016
    The curation of lymphedema:in the medical world it sounds like a desirable goal. But start-up Microsure (Eindhoven - Maastricht) is showing that this is possible with the help of an assistant robot. The developers are Ferry Schoenmakers, Tom Mulken and René van der Hulst.

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  • snackgedrag kinderen

    How to curb children's snacking habits

    Tuesday, July 26, 2016

    Research from Maastricht UMC+ on the influence that parents can have on children's snacking habits (MUMC+ news).

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  • Six Vidi scholarships for UM researchers

    Three Veni grants for UM

    Friday, July 15, 2016

    Three young UM researchers have each been awarded a NWO research grant.

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  • Intestinal bacteria have little effect on human metabolism

    Friday, July 15, 2016

    Drastic changes to the bacterial make-up of the gastrointestinal system caused by the administration of antibiotics have no clear-cut effect on the metabolism of the human body (MUMC+ News).

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  • Easy Integrating of Biological Knowledge Improves Understanding of Diseases

    Friday, June 24, 2016

    New technology provides potential to spur new connections and foster new collaborations.

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NUTRIM School of Nutrition and Translational Research in Metabolism