Search Results - "Debenham, Mathew I. B."

Normobaric hypoxia does not influence the sural nerve cutaneous reflex during standing by Debenham, Mathew I. B., Bruce, Christina D., Rancier, Juliana M., McNeil, Chris J., Dalton, Brian H.

“…Hypoxia increases postural sway compared to normoxia, but the underlying sensorimotor factors remain unclear. An important contributor to balance control is…”
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The influence of reduced foot dorsum cutaneous sensitivity on the vestibular control of balance by Debenham, Mathew I. B., Kang, Hogun J., Cheung, Stephen S., Dalton, Brian H.

“…Purpose Foot sole cooling increases vestibular-evoked balance responses, but less is known about foot dorsum temperature alterations. The purpose was to…”
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The relationship between single muscle fibre and voluntary rate of force development in young and old males by Dalton, Benjamin E., Mazara, Nicole, Debenham, Mathew I. B., Zwambag, Derek P., Noonan, Alex M., Weersink, Erin, Brown, Stephen H. M., Power, Geoffrey A.

“…Purpose It is suggested that the early phase (< 50 ms) of force development during a muscle contraction is associated with intrinsic contractile properties,…”
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Hypoxia and standing balance by Debenham, Mathew I. B., Smuin, Janelle N., Grantham, Tess D. A., Ainslie, Philip N., Dalton, Brian H.

“…Purpose Standing balance control is important for everyday function and often goes unnoticed until impairments appear. Presently, more than 200 million people…”
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The torque-frequency relationship is impaired similarly following two bouts of eccentric exercise: No evidence of a protective repeated bout effect by Hinks, Avery, Hess, Adam, Debenham, Mathew I.B., Chen, Jackey, Mazara, Nicole, Inkol, Keaton A., Cervone, Daniel T., Spriet, Lawrence L., Dalton, Brian H., Power, Geoffrey A.

“…High-intensity eccentric exercise can lead to muscle damage and weakness. The ‘repeated bout effect’ (RBE) can attenuate these impairments when performing a…”
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Acute normobaric hypoxia causes a rightward shift in the torque-frequency relationship but has no effect on postactivation potentiation by Bruce, Christina D., Debenham, Mathew I. B., Dalton, Brian H., McNeil, Chris J.

“…Postactivation potentiation of the knee extensors was unaffected by 4 h of normobaric hypoxia exposure but may be confounded by hypoxia-related impairments to…”
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Neuromuscular consequences of spinal cord injury: New mechanistic insights and clinical considerations by Debenham, Mathew I. B., Franz, Colin K., Berger, Michael J.

“…The spinal cord facilitates communication between the brain and the body, containing intrinsic systems that work with lower motor neurons (LMNs) to manage…”
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Four hours of normobaric hypoxia reduces Achilles tendon reflex inhibition by Debenham, Mathew I B, Bruce, Christina B, McNeil, Chris J, Dalton, Brian H

“…Acute exposure to hypoxia increases postural sway, but the underlying neurophysiological factors are unclear. Golgi tendon organs (GTOs), located within the…”
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The strength of associations between ultrasound measures of upper limb muscle morphology and isometric muscle strength: An exploratory study by Whang, Christina Q. Y., Debenham, Mathew I. B., Ogalo, Emmanuel, Ro, Hannah J., Wu, Harvey, Berger, Michael J.

“…Abstract Introduction/Aims Assessing upper limb muscle strength is important for understanding health outcomes, such as daily function and mortality…”
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The Effect of Shortening-induced Torque Depression on Fatigue-related Sex Differences by GABEL, HALEY V., DEBENHAM, MATHEW I. B., POWER, GEOFFREY A.

“…Residual torque depression (rTD) is the decrease in isometric (ISO) torque after active shortening of skeletal muscle compared with a purely ISO contraction…”
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Effects of sleep deprivation on perceived and performance fatigability in females: An exploratory study by Magnuson, Justine R., Kang, Hogun J., Debenham, Mathew I. B., McNeil, Chris J., Dalton, Brian H.

“…Sleep deprivation (SD) is prevalent and impairs motor function; however, little is known about its effect on perceived and performance fatigability, especially…”
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Acute normobaric hypoxia causes a rightward shift in the torque-frequency relationship, but has no effect on post-activation potentiation by Bruce, Christina D, Debenham, Mathew I B, Dalton, Brian H, McNeil, Chris J

“…Low fractions of inspired oxygen (FI ; i.e., hypoxia) affect aspects of skeletal muscle contractility in humans, but it remains unclear if post-activation…”
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