Skip to main navigation Skip to search Skip to main content
Morten Hostrup

Morten Hostrup

MSc, MD, PhD

    • Universitetsparken 13

      2100 København Ø

    Personal profile

    Short presentation

    Morten Hostrup is Professor, MD, PhD, and human physiologist studying the adaptability and limits of the human body — from physical performance and pharmacology to metabolic health, muscle function, and anti-doping.

    He leads a research group at the Department of Clinical Physiology and Nuclear Medicine, Bispebjerg-Frederiksberg Hospital, and is affiliated Professor at Stockholm University. The group combines advanced human experimental physiology with molecular and pharmacological approaches to study how exercise, pharmacological agents, and metabolic stress shape human physiology, metabolism, and performance.

    Current projects explore new-generation therapeutics relevant to obesity, metabolic health, and muscle function — sometimes referred to as “exercise mimetics”.

    Hostrup is author of more than 150 scientific articles and several popular science books on medicine, exercise, and nutrition. He is internationally recognized for his research in human performance, pharmacology, and anti-doping, and regularly communicates science to professional and public audiences.

    Research profile on ResearchGate and Google Scholar

    Social Media profile on LinkedIn

    ResearcherID: D-9053-2015

    Scopus Author ID: 55303297500

    External activities

    • Consultancy work as independent expert (anti-doping inquiries, medicine authorities, Danish Football Association 'DBU', Atrogi AB, 21st Bio)
    • Author, external speaker and teacher within human physiology, nutrition and medicine
    • Assessor and examinator within human physiology, nutrition and medicine

    Education/Academic qualification

    Medicine, MD (Doctor of Medicine)

    Human Physiology, MSc.

    Respiratory Medicine & Physiology, PhD

    Keywords

    • Faculty of Science
    • Metabolism
    • Physical Activity
    • Health
    • Training
    • Performance
    • Asthma
    • Athletes
    • Muscle
    • Physiology
    • Pharmacology
    • Asthma medication
    • Beta2-agonists
    • Adrenergic receptor
    • Hypertrophy
    • Atrophy
    • Insulin resistance
    • Insulin sensitivity
    • Diabetes
    • Doping