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by
Koumantakis, Georgios A., author.
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processes affecting not only the passive inert spinal structures but also the neural control movement system
by
Cone, Brian Lawrence, author. (orcid)0000-0002-2777-5266
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(control) or a 10-minute trip-training session (intervention), and 3) a 15-minute unperturbed walking
by
Hevel, Derek J., author.
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, combination, control) ANCOVAs found that, after accounting for perceived control, the effectiveness of the
by
Schaefer, James D., author. (orcid)0000-0002-3416-1748
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during stance and gait. Design: Single-blinded, randomized control trial. Setting: Testing was completed
by
Martz, Emily, author.
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hamstring muscle of the participants' dominant leg with the same treatment protocol while the control group
by
Guerrero, Michelle D., author.
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activity participation and imagery ability, while age and gender served as control variables. Results of
by
Tolbert, Derek, author.
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weakness and poor responses to perturbations. PURPOSE: To determine if trunk stability and postural control
by
Jeon, Sunggun, author.
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. Although no difference in time to task failure was found between tasks, motor control strategies for the
by
Mackowski, Nicholas, author.
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randomized into experimental (EXP, N=9) or control (CON, N=10). Assessments included body fat percentage (BF
by
Laing, Brenton, author.
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energy balance with the ability to sense the status of many organ systems and exert control over effector
by
Wolff, Christopher Andrew, author.
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mitochondrial protein:DNA compared to control, while Met+Rap did not. We demonstrate that autophagic flux is a
by
McCabe, Susannah, author.
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lab; ABL lab only; or delayed intervention (control group). Dependent variables included fitness level

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