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  1. 1
    Exogenous ketosis attenuates acute mountain sickness and mitigates normobaric high-altitude hypoxemia

    Exogenous ketosis attenuates acute mountain sickness and mitigates normobaric high-altitude hypoxemia von Stalmans, Myrthe, Tominec, Domen, Lauriks, Wout, Robberechts, Ruben, Debevec, Tadej, Poffe, Chiel

    Veröffentlicht in JOURNAL OF APPLIED PHYSIOLOGY

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  2. 2
    A Single Night in Hypoxia Either with or without Ketone Ester Ingestion Reduces Sleep Quality Without Impacting Next Day Exercise Performance

    A Single Night in Hypoxia Either with or without Ketone Ester Ingestion Reduces Sleep Quality Without Impacting Next Day Exercise Performance von Stalmans, Myrthe, Tominec, Domen, Robberechts, Ruben, Lauriks, Wout, Ramaekers, Monique, Debevec, Tadej, Poffé, Chiel


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  3. 3
    Exogenous ketosis attenuates acute mountain sickness and mitigates normobaric high-altitude hypoxemia

    Exogenous ketosis attenuates acute mountain sickness and mitigates normobaric high-altitude hypoxemia von Stalmans, Myrthe, Tominec, Domen, Lauriks, Wout, Robberechts, Ruben, Debevec, Tadej, Poffé, Chiel


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  4. 4
    A single night in hypoxia either with or without ketone ester ingestion reduces sleep quality without impacting next day exercise performance

    A single night in hypoxia either with or without ketone ester ingestion reduces sleep quality without impacting next day exercise performance von Stalmans, Myrthe, Tominec, Domen, Robberechts, Ruben, Lauriks, Wout, Ramaekers, Monique, Debevec, Tadej, Poffé, Chiel

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  5. 5
    Exogenous ketosis attenuates acute mountain sickness and mitigates high-altitude hypoxemia

    Exogenous ketosis attenuates acute mountain sickness and mitigates high-altitude hypoxemia von Stalmans, Myrthe, Tominec, Domen, Lauriks, Wout, Robberechts, Ruben, Debevec, Tadej, Poffé, Chiel

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