PubMed · 2007 · 39 citations · 29 references
Life SciencesAnimal SciencesZoologyAnimal AnatomyAnimal PhysiologyAnimal WelfareAnimal StudiesHuman-animal RelationsAnimal TestsMusculoskeletal FunctionMusculoskeletal MechanicsOrbital Fracture Repair
Animals have been a critical component of the spaceflight program since its inception. The Russians orbited a dog one month after the Sputnik satellite was launched. The dog mission spurred U.S. interest in animal flights. The animal missions proved that individuals aboard a spacecraft not only could survive, but also could carry out tasks during launch, near-weightlessness, and re-entry; humans were launched into space only after the early animal flights demonstrated that spaceflight was safe and survivable. After these humble beginnings when animals preceded humans in space as pioneers, a dynamic research program was begun using animals as human surrogates aboard manned and unmanned space platforms to understand how the unique environment of space alters life. In this review article, the following questions have been addressed: How did animal research in space evolve? What happened to animal development when gravity decreased? How have animal experiments in space contributed to our understanding of musculoskeletal changes and fracture repair during exposure to reduced gravity?
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Muscle sarcomere lesions and thrombosis after spaceflight and suspension unloading
Danny A. Riley, S. Ellis, Carol S. Giometti et al. · Journal of Applied Physiology · 1992 · 126 citations
Life Sciences, Anatomy, Physiology +17
Skeletal muscle adaptations to microgravity exposure in the mouse
Brooke C. Harrison, David L. Allen, B. Girten et al. · Journal of Applied Physiology · 2003 · 101 citations