Kettunen, O, Leppävuori, A, Mikkonen, R, Peltonen, J, Nummela, A, Perätalo, M, Wikström, B & Linnamo, V. (2022). Four-week "live high, train high and low" period at simulated altitude increased hemoglobin mass but not maximal oxygen uptake in Cross-Country skiers. In Mid Sweden University (Hrsg.), Book of Abstracts. 4th Nordic Winter Sports Conference "Performance in snow sports: Translating science into practice" 3rd-4th October, 2022, Mid Sweden University, Campus Östersund, Sweden (, S. 5). Östersund: Swedish Winter Sports Research Centre at Mid Sweden University.
APA-Zitierstil (7. Ausg.)Kettunen, O., Leppävuori, A., Mikkonen, R., Peltonen, J., Nummela, A., Perätalo, M., . . . Linnamo, V. (2022). Four-week "live high, train high and low" period at simulated altitude increased hemoglobin mass but not maximal oxygen uptake in Cross-Country skiers. Book of Abstracts. 4th Nordic Winter Sports Conference "Performance in snow sports: Translating science into practice" 3rd-4th October, 2022, Mid Sweden University, Campus Östersund, Sweden, 5.
Chicago-Zitierstil (17. Ausg.)Kettunen, O., A. Leppävuori, R. Mikkonen, J. Peltonen, A. Nummela, M. Perätalo, B. Wikström, und V. Linnamo. "Four-week "Live High, Train High and Low" Period at Simulated Altitude Increased Hemoglobin Mass but Not Maximal Oxygen Uptake in Cross-Country Skiers." Book of Abstracts. 4th Nordic Winter Sports Conference "Performance in Snow Sports: Translating Science into Practice" 3rd-4th October, 2022, Mid Sweden University, Campus Östersund, Sweden 2022: 5.
MLA-Zitierstil (9. Ausg.)Kettunen, O., et al. "Four-week "Live High, Train High and Low" Period at Simulated Altitude Increased Hemoglobin Mass but Not Maximal Oxygen Uptake in Cross-Country Skiers." Book of Abstracts. 4th Nordic Winter Sports Conference "Performance in Snow Sports: Translating Science into Practice" 3rd-4th October, 2022, Mid Sweden University, Campus Östersund, Sweden, 2022, p. 5.