1
von Hackney, Kyle J. (Autor),
Erschienen in Journal of strength and conditioning research, 29 (2015), 12, S. 3531-3545, Lit.
“... effective countermeasure available to astronauts. Currently, 2.5 h•d−1, 6–7 d•wk−1 is allotted in crew...”Erschienen in Journal of strength and conditioning research, 29 (2015), 12, S. 3531-3545, Lit.
Verfügbarkeit
2
von Harrison, M.H. (Autor),
Erschienen in European journal of applied physiology, 55 (1986), 2, S. 187-194, Lit.
Verfügbarkeit
Erschienen in European journal of applied physiology, 55 (1986), 2, S. 187-194, Lit.
3
von Greenleaf, J.E. (Autor)
Erschienen in Journal of applied physiology, 60 (1986), 1, S. 60-62, Lit.
“...The mechanism for the apparent decrease in body fluid volume in astronauts during spaceflight...”Erschienen in Journal of applied physiology, 60 (1986), 1, S. 60-62, Lit.
Verfügbarkeit
4
von Greenleaf, J.E. (Autor),
Erschienen in Sports medicine, training and rehabilitation, 5 (1994), 3, S. 223-241, Lit.
“.... Leukocytosis, accompanied by lymphopenia and a depressed lymphocyte response, occurs in astronauts on return...”Erschienen in Sports medicine, training and rehabilitation, 5 (1994), 3, S. 223-241, Lit.
Verfügbarkeit
5
von Barger, L.K. (Autor),
Erschienen in Sports medicine, training and rehabilitation, 5 (1994), 4, S. 293-310, Lit.
“... immunological functions are decreased significantly following spaceflight. More data are needed on astronauts...”Erschienen in Sports medicine, training and rehabilitation, 5 (1994), 4, S. 293-310, Lit.
Verfügbarkeit
6
von English, Kirk L. (Autor),
Erschienen in European journal of applied physiology, 114 (2014), 11, S. 2263-2280, Lit.
“... patients, individuals recovering from injury or illness, and astronauts during spaceflight. Verf.-Referat...”Erschienen in European journal of applied physiology, 114 (2014), 11, S. 2263-2280, Lit.
Verfügbarkeit