Physiology of a microgravity environment. Invited review: what do we know about the effects of spaceflight on bone?

von Turner, R.T. (Autor) ...
Erschienen in Journal of applied physiology, 89 (2000), 2, S. 840-847, Lit.

Spaceflight has compartment- and gene-specific effects on mRNA levels for bone matrix proteins in rat femur

von Evans, G.L. (Autor), ... Morey-Holton, E. (Autor), Turner, R.T. (Autor)
Erschienen in Journal of applied physiology, 84 (1998), 6, S. 2132-2137, Lit.

Cumulative effects of repetitive mild traumatic brain injury

von Bailes, J.E. (Autor), ... Dashnaw, M.L. (Autor), Petraglia, A.L. (Autor), Turner, R.C. (Autor)
Erschienen in Concussion, Basel, Freiburg i. Br.: Karger (Verlag), 2014, S. 50-62, Lit.

Alterations in skeletal perfusion with simulated microgravity: a possible mechanism for bone remodeling

von Colleran, P.N. (Autor), ... Wilkerson, M.K. (Autor), Bloomfield, S.A. (Autor), Suva, L.J. (Autor), Turner, R.T. (Autor), Delp, M.D. (Autor)
Erschienen in Journal of applied physiology, 89 (2000), 3, S. 1046-1054, Lit.

Effect of resistance exercise training on cortical and cancellous bone in mature male rats

von Westerlind, K.C. (Autor), ... Fluckey, J.D. (Autor), Gordon, S.E. (Autor), Kraemer, W.J. (Autor), Farrell, P.A. (Autor), Turner, R.T. (Autor)
Erschienen in Journal of applied physiology, 84 (1998), 2, S. 459-464, Lit.