Welcome at the Associate Professorship of Exercise Biology!
Our aim to discover mechanisms by which exercise improves our performance, fitness and health!
Our aim to discover mechanisms by which exercise improves our performance, fitness and health!
Our aim to discover mechanisms by which exercise improves our performance, fitness and health!
Our aim to discover mechanisms by which exercise improves our performance, fitness and health!
Our aim to discover mechanisms by which exercise improves our performance, fitness and health!
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Our strategy: Many athletic performances are critically dependent on metabolic function, and physical training is effective in preventing and treating metabolic diseases such as diabetes mellitus and obesity. The Exercise Biology group at the TU Munich therefore aims to investigate topics related to sports and metabolism often with disease relevance. We often use state-of-the-art methods of metabolic research such as arteriovenous metabolomics analyses and metabolic flux analyses as well as methods of molecular sports physiology. Our main goal with this strategy is to mechanistically answer important unanswered questions in the field. We want to discover new phenomena that help athletes optimize their performance, help patients recover, and ultimately help all people who want to stay fit and healthy for a long time.
Ice bathing is associated positive health effects. For this reason, our PhD student Alexander Braunsperger investigated the effects of ice bathing as part of our SFB-project ExBAT.
Time-of-day effects on metabolism have mainly been studied in relation to meals and exercise. So far, no studies have…
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In his recent study (Havers et al., 2024), our PhD Tim Havers investigated the potential and limitations of artificial intelligence (AI), in particular large language models (LLMs), for the creation of strength training plans for muscle hypertrophy. With the increasing popularity of AI applications…
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The group of Jonathan Long, Stanford, has identified several amino acid-carboxylic acid conjugates that are modulated by exercise and that have an effect on metabolism. Recent examples are lactoyl-phenylalanine (Li, He et al. 2022) and N-acetyltaurine (Wei, Lyu et al. 2024). We propose to use the…
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2024 was an eventful and successful year at the Exercise Biology. A significant milestone is and was the DFG funding application for the HyperMet research group, for which we received approval from the DFG in September 2024. It will be a project that will accompany us for the next four to eight…
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We are happy to announce our new paper which results from our collaboration with the Institute of Fluid Mechanics and Aerodynamics (Universität der Bundeswehr) and the Institute and Outpatient Clinic for Occupational, Social and Environmental Medicine (LMU Hospital). In this paper, we can show the…
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