Muscle stiffness indicating mission crew health in space
Muscle stiffness indicating mission crew health in space
Muscle function is compromised by gravitational unloading in space affecting overall musculoskeletal health. Astronauts perform daily exercise programmes to mitigate these effects but knowing which muscles to target would optimise effectiveness. Accurate inflight assessment to inform exercise programmes is critical due to lack of technologies suitable for spaceflight. Changes in mechanical properties indicate muscle health status and can be measured rapidly and non-invasively using novel technology. A hand-held MyotonPRO device enabled monitoring of muscle health for the first time in spaceflight (> 180 days). Greater/maintained stiffness indicated countermeasures were effective. Tissue stiffness was preserved in the majority of muscles (neck, shoulder, back, thigh) but Tibialis Anterior (foot lever muscle) stiffness decreased inflight vs. preflight (p
Schoenrock, Britt
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Muckelt, Paul E.
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Hastermann, Maria
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Albracht, Kirsten
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MacGregor, Robert
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Martin, David
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Gunga, Hans-Christian
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Salanova, Michele
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Stokes, Maria J.
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Warner, Martin B.
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Blottner, Dieter
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December 2024
Schoenrock, Britt
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Muckelt, Paul E.
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Hastermann, Maria
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Albracht, Kirsten
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MacGregor, Robert
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Martin, David
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Gunga, Hans-Christian
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Salanova, Michele
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Stokes, Maria J.
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Warner, Martin B.
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Blottner, Dieter
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Schoenrock, Britt, Muckelt, Paul E., Hastermann, Maria, Albracht, Kirsten, MacGregor, Robert, Martin, David, Gunga, Hans-Christian, Salanova, Michele, Stokes, Maria J., Warner, Martin B. and Blottner, Dieter
(2024)
Muscle stiffness indicating mission crew health in space.
Scientific Reports, 14 (1), [4196].
(doi:10.1038/s41598-024-54759-6).
Abstract
Muscle function is compromised by gravitational unloading in space affecting overall musculoskeletal health. Astronauts perform daily exercise programmes to mitigate these effects but knowing which muscles to target would optimise effectiveness. Accurate inflight assessment to inform exercise programmes is critical due to lack of technologies suitable for spaceflight. Changes in mechanical properties indicate muscle health status and can be measured rapidly and non-invasively using novel technology. A hand-held MyotonPRO device enabled monitoring of muscle health for the first time in spaceflight (> 180 days). Greater/maintained stiffness indicated countermeasures were effective. Tissue stiffness was preserved in the majority of muscles (neck, shoulder, back, thigh) but Tibialis Anterior (foot lever muscle) stiffness decreased inflight vs. preflight (p
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Schoenrock et al 2024_SciRep_Accepted 16 Feb 2024_for EPrints
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Accepted/In Press date: 16 February 2024
e-pub ahead of print date: 20 February 2024
Published date: December 2024
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Local EPrints ID: 487771
URI: http://eprints.soton.ac.uk/id/eprint/487771
ISSN: 2045-2322
PURE UUID: 46934d36-2e96-4fb9-a370-1719b1bdb651
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Date deposited: 05 Mar 2024 17:49
Last modified: 01 Jun 2024 01:54
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Author:
Britt Schoenrock
Author:
Maria Hastermann
Author:
Kirsten Albracht
Author:
Robert MacGregor
Author:
David Martin
Author:
Hans-Christian Gunga
Author:
Michele Salanova
Author:
Dieter Blottner
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