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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
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
McCabe, Susannah, author.
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lab; ABL lab only; or delayed intervention (control group). Dependent variables included fitness level
by
Linck, Donna Teresa, author.
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differences (p = .678) were found between the experimental (Fitbit-E) and control groups (Fitbit-C) on average
by
Moss, Omotayo M., author.
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-task conditions (i.e., where the group's performance depends on the weaker member): white partner (WP; control
by
Wood, Aaron P., author.
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relationships were observed between weight status and locomotor, object control, or gross motor quotient (p>.05
by
Schaller, Megan Lynn, author.
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, respectively, when compared to HFL (p = 0.002). In control condition, BAMBI mRNA expression was 1.8-fold higher
by
Whitworth, James W., author.
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hyperarousal symptoms for the resistance training group (d = --1.84) relative to the control (d = --1.13). The
by
Kline, Paul W., author.
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impaired compared to matched control subjects. Furthermore, muscle strength and RTD and FTSTS performance
by
Doherty, Patrick Joseph, author.
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exercise. Generalisations beyond this pilot study are limited and a multi-centred control trial is needed

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