Domen Tominec

8PUBLICATIONS
11CO-AUTHORS
Climate change impacts and adaptation not elsewhere classifiedExercise physiologyHuman impacts of climate change and human adaptation
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Publications (8)

|Sep 08, 2026
Intermittent exogenous ketosis does not reduce acute mountain sickness during early terrestrial high-altitude acclimatization.

|Apr 04, 2026
Exogenous ketosis does not alter oxygenation, oxygen uptake kinetics, or whole-body efficiency during submaximal exercise in early high-altitude acclimatization.

Domen Tominec, Myrthe Stalmans, Benjamin J Narang

|Mar 04, 2026
Exogenous ketosis mitigates hypoxia-induced neural signaling alterations and cerebral oxygenation decline at rest in healthy males.

Nathan Vermaerke, Siemon Vermeiren, Domen Tominec

|Jul 11, 2025
The effects of 2 days of intermittent exogenous ketosis at high altitude on baroreflex sensitivity and ventilation under hypoxic and hypercapnic conditions.

Benjamin J Narang, Domen Tominec, Myrthe Stalmans

|Jun 16, 2025
Exogenous Ketosis during Early Acclimatization at High Altitude: Ventilatory, Cardiovascular and Muscular Responses to Maximal Exercise.

Domen Tominec, Myrthe Stalmans, Benjamin J Narang

|May 02, 2025
Ketone ester ingestion impairs exercise performance without impacting cognitive function or circulating EPO during acute hypoxic exposure.

Myrthe Stalmans, Domen Tominec, Wout Lauriks

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Frequent Collaborators

8 joint publications

Tadej Debevec

7 joint publications

Myrthe Stalmans

7 joint publications

Chiel Poffé

4 joint publications

Wout Lauriks