Relationship between specific force and duration of mechanical ventilation.

<p>In non-stimulated (NON-STIM) slow diaphragm fibers, mechanical ventilation (MV) duration was inversely correlated to the maximal specific force. The relationship between specific force and the duration of mechanical ventilation was not significant for fast diaphragm fibers or stimulated slo...

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Bibliographic Details
Main Author:	Guilherme Bresciani (284856) (author)
Other Authors:	Thomas Beaver (20978260) (author), A. Daniel Martin (20978263) (author), Robbert van der Pijl (8460057) (author), Robert Mankowski (20978266) (author), Christiaan Leeuwenburgh (94611) (author), Coen A. C. Ottenheijm (8909486) (author), Tomas Martin (20978269) (author), George Arnaoutakis (9615571) (author), Shakeel Ahmed (3176139) (author), Vinicius M. Mariani (20978272) (author), Wei Xue (219900) (author), Barbara K. Smith (16712553) (author), Leonardo F. Ferreira (20691737) (author)
Published:	2025
Subjects:	Biochemistry Medicine Cell Biology Neuroscience Physiology Developmental Biology normal inspiratory strength lt ;&# 8201 linear mixed model either fiber type alter contractile function 2 hemidiaphragm stimulations thirty minutes following every 30 minutes 5 &# 8201 twitch duration 1 last stimulation bout fast fiber loss 0001 ), cross myofilament protein abundance human diaphragm fibers diaphragm fiber force twitch fibers human diaphragm 68 minutes myofilament proteins duration surgeries diaphragm activity 5 hz surgical procedures spirometry consented progressive decline one minute nineteen adults motor threshold max 25 current 2x combined effects brief bouts 9 females 12 years 001 ). 0005 ).
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Relationship between specific force and duration of mechanical ventilation.

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