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Your search keyword '"Scott J. Montain"' showing total 10 results
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10 results on '"Scott J. Montain"'

1. High Energy Expenditure and Negative Energy Balance Modulate Composition and Metabolism of the Gut Microbiota

Author

Christopher T. Carrigan, Yngvar Gundersen, Hilde Kristin Teien, Rasha Hammamieh, Stefan M. Pasiakos, John W. Castellani, Allison Hoke, Svein Martini, Nancy E. Murphy, Raina Kumar, Nabarun Chakraborty, Elisabeth H. Madsilen, Lee M. Margolis, Aarti Gautam, Scott J. Montain, and J. Philip Karl

Subjects
High energy, biology, Chemistry, Metabolism, Gut flora, biology.organism_classification, Biochemistry, Balance (accounting), Genetics, Composition (visual arts), Negative energy, Food science, Molecular Biology, Biotechnology
Published
2017
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3. Increased Gastrointestinal Permeability During Prolonged Physical Stress Is Associated with Lower Energy Intakes but Not Dietary Macronutrient Composition

Author

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

Subjects
Physical stress, Chemistry, Permeability (electromagnetism), Genetics, Macronutrient composition, Food science, Molecular Biology, Biochemistry, Lower energy, Biotechnology
Published
2016
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9. Effects of a 7‐day military training exercise on whole‐body protein turnover: an observation of military‐specific protein requirements (820.9)

Author

Lee M. Margolis, Yngvar Gundersen, Andrew J. Young, Svein Martini, Stefan M. Pasiakos, Scott J. Montain, and Nancy E. Murphy

Subjects
Specific protein, medicine.medical_specialty, business.industry, Training (meteorology), Protein turnover, Doubly labeled water, Biochemistry, Dietary protein, Energy expenditure, Genetics, Physical therapy, Medicine, Protein retention, business, Whole body, Molecular Biology, Biotechnology
Abstract

Physically intense military training may diminish whole-body protein retention and increase dietary protein requirements. This study characterized the effects of military training on whole-body protein turnover in 21 Soldiers participating in a 7-day winter training exercise that culminated in a 3-day, 54 km ski march. Energy expenditure was assessed during training using doubly labeled water (D218O), and protein turnover, synthesis, breakdown, and net balance were measured at baseline (BL), day 4 (PRE, prior to the ski march), and day 7 (POST, following the ski march) using 15N-glycine. Energy (kcal·d-1) intake increased (P 0.0...

Published
2014
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