Search Results

You are looking at 1-10 of 467

Layperson Physiological Tolerance and Operational Performance in Centrifuge-Simulated Spaceflight
Rebecca S. Blue,
Karen M. Ong,
Kristi Ray,
Anil Menon,
Jaime Mateus,
Serena Auñón-Chancellor,
Ronak Shah, and
William Powers
Article Category: Research Article
Volume/Issue: Volume 94: Issue 8
Online Publication Date: Aug 01, 2023
DOI: 10.3357/AMHP.6237.2023
Page Range: 584 – 595

toward motion sickness and the prevalence of anxiety responses during centrifuge spaceflight simulation, 14 or the finding that higher-fidelity training, even when abbreviated, appears to be as effective in ensuring physiological tolerance of nominal flight as longer, stepwise training experiences. 2 However, previous literature has lacked tangible evidence regarding operational performance of laypersons in such environments, particularly when under stress or in off-nominal circumstances. Efforts to simulate emergencies or operational inputs in prior studies

Download PDF
Marcin P. Biernacki,
Konrad S. Jankowski,
Krzysztof Kowalczuk,
Rafał Lewkowicz, and
Mirosław Dereń
Article Category: Other
Volume/Issue: Volume 83: Issue 2
Online Publication Date: Feb 01, 2012
Page Range: 136 – 139
D. LauM.S. and
J. M. SteinleitnerM.S.
Article Category: Research Article
Volume/Issue: Volume 65: Issue 12
Online Publication Date: Dec 01, 1994
DOI:
Page Range: 1134 – 1139
William L. Fernandez,
Rebecca S. Blue,
Michael F. Harrison,
William Powers,
Ronak Shah, and
Serena Auñón-Chancellor
Article Category: Case Report
Volume/Issue: Volume 95: Issue 2
Online Publication Date: Feb 01, 2024
Page Range: 123 – 131

successfully participate in human centrifugation simulating suborbital spaceflight. 2 Even so, this unique case report provides limited data by which to evaluate other individuals of varied cardiovascular health or structural defects. Further, suborbital spaceflight is, by nature, limited in duration, thus incurring relatively brief hypergravity exposures and a similarly limited timeframe in which an SFP would be unable to receive medical support. 5 , 27 In contrast, the longer-duration acceleration profiles of orbital spaceflight may pose increased risk to an abnormal

Joseph Britton,
Desmond M. Connolly,
Danielle E. Hawarden,
Alec T. Stevenson,
Stephen D. R. Harridge,
Nicholas D. C. Green, and
Ross D. Pollock
Article Category: Research Article
Volume/Issue: Volume 94: Issue 12
Online Publication Date: Dec 01, 2023
Page Range: 894 – 901

high G outside of centrifuge research. All subjects undertook between three and five familiarization sessions to achieve confidence and competence using both old and new endpoints and, if required, G-suit inflation. The final familiarization session took place less than 24 h before the first trial run. To minimize any potential remaining effects of a G layoff, a G warm-up (see below) preceded each trial run. The study protocol was approved by the UK Ministry of Defense Research Ethics Committee (MODREC 2002/MODREC/20). Written informed consent was obtained from all

R. Pelligra,
S. Stein,
J. Markham,
P. Lippe,
J. Noyes,
J. Dickson, and
K. Skrettingland
Article Category: Research Article
Volume/Issue: Volume 41: Issue 4
Online Publication Date: Apr 01, 1970
DOI:
Page Range: 451 – 455
Kevin R. Duda,
Thomas Jarchow, and
Laurence R. Young
Article Category: Research Article
Volume/Issue: Volume 83: Issue 2
Online Publication Date: Feb 01, 2012
Page Range: 102 – 110
Charles E. WadeM.A., PH.D.,
Ruby M. OrtizB.A., M.S., and
Lisa A. BaerB.S.
Article Category: Research Article
Volume/Issue: Volume 71: Issue 11
Online Publication Date: Nov 01, 2000
DOI:
Page Range: 1126 – 1130
Keisho Katayama,
Kohei Sato,
Hiroshi Akima,
Koji Ishida,
Hiroki Takada,
Yoriko Watanabe,
Mitsunori Iwase,
Miharu Miyamura, and
Satoshi Iwase
Article Category: Research Article
Volume/Issue: Volume 75: Issue 12
Online Publication Date: Dec 01, 2004
DOI:
Page Range: 1029 – 1035
Michael C. Newman,
Geoffrey W. McCarthy,
Scott T. Glaser,
Frederick Bonato, and
Andrea Bubka
Article Category: Research Article
Volume/Issue: Volume 84: Issue 2
Online Publication Date: Feb 01, 2013
Page Range: 104 – 109
ASMA Logo
SubscribeAuthors InstructionsReviewer InstructionsSubmission Information
Powered by PubFactory