Karl, J Philip and Teien, Hilde Kristin > 2017-01-01T00:00:00Z
2 results

  • Articles Military training elicits marked increases in plasmametabolomic signatures of energy metabolism, lipolysis,fatty acid oxidation, and ketogenesis

    Karl, J Philip, Margolis, Lee M., Murphy, Nancy E., Carrigan, Christopher T, Castellani, John W., Madslien, Elisabeth Henie, Teien, Hilde Kristin, Martini, Svein, Montain, Scott J., Pasiakos, Stefan M

    Karl, J Philip; Margolis, Lee M.; Murphy, Nancy E.; Carrigan, Christopher T; Castellani, John W.; Madslien, Elisabeth Henie; Teien, Hilde Kristin; Martini, Svein; Montain, Scott J.; Pasiakos, Stefan M. Military training elicits marked increases in plasma metabolomic signatures of energy metabolism, lipolysis, fatty acid oxidation, and ketogenesis. Physiological Reports 2017 ;Volum 5.(17)

  • Articles Cardiovascular and thermal strain during 3–4 days of a metabolically demanding cold‑weather military operation

    Castellani, John W., Spitz, Marissa G, Karis, Anthony J., Martini, Svein, Young, Andrew J, Margolis, Lee M, Karl, J Philip, Murphy, Nancy E, Xu, Xiaojiang, Montain, Scott J, Bohn, Jamie A, Teien, Hilde Kristin, Stenberg, Pål H., Gundersen, Yngvar, Pasiakos, Stefan M

    Castellani, John W.; Spitz, Marissa G; Karis, Anthony J.; Martini, Svein; Young, Andrew J; Margolis, Lee M; Karl, J Philip; Murphy, Nancy E; Xu, Xiaojiang; Montain, Scott J; Bohn, Jamie A; Teien, Hilde Kristin; Stenberg, Pål H.; Gundersen, Yngvar; Pasiakos, Stefan M. Cardiovascular and thermal strain during 3–4 days of a metabolically demanding cold‑weather military operation. Extreme Physiology and Medicine 2017 ;Volum 6.(2)