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Artificial gravity during bed rest deconditioning: A case report
William H. Paloski
, Laurence R. Young
, Maneesh Arya
, Nathaniel Newby
, L. Elisabeth Warren
, Adrian D. LeBlanc
, Scott M. Smith
, Sara Zwart
, Vincent J. Caiozzo
, Kenneth M. Baldwin
, Stuart M.C. Lee
, Janice V. Meek
, Thomas Jarchow
, Kimberly Seaton
, Walter Sipes
, Brian Crucian
, Clarence Sams
, Alan Natapoff
, Alan H. Feiveson
, Satish K. Mehta
Duane L. Pierson, Raymond Stowe, Maria E. Camacho
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Keyphrases
Bed Rest
100%
Centrifugation
100%
Deconditioning
100%
Artificial Gravity
100%
Neurocognitive
66%
Sensory-motor
66%
Physiological Changes
33%
Muscle System
33%
Immune System
33%
System Performance
33%
No Adverse Effect
33%
Mechanical Loading
33%
Cardiovascular System
33%
Rest Period
33%
Microgravity
33%
Young Males
33%
Male Subjects
33%
Negative Impact
33%
Physiological Effects
33%
Multisystem
33%
Space Traveler
33%
Ground-based Studies
33%
Bone System
33%
Short-arm Centrifuge
33%
Head-down Bed Rest
33%
First Treatment
33%
Hypogravity
33%
Space Travel
33%
Engineering
Systems Performance
100%
Negative Impact
100%
Male Subject
100%
Mechanical Loading
100%
Agricultural and Biological Sciences
Centrifugation
100%
Adverse Effects
33%
Foot
33%
Cardiovascular System
33%
Cardiovascular System
33%
Immune System
33%
Biochemistry, Genetics and Molecular Biology
Centrifugation
100%
Microgravity
66%