This pilot study indicates that a customized print-based intervention shows promise in improving physical activity levels and health and function in women with multiple sclerosis.

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We investigated the kinetic features of manual dexterity and fine motor control during a task that resembles an activity of daily living in 30 persons with relapsing-remitting multiple sclerosis (PwMS). Specifically, a novel two-transducer system was used to measure time and grip-load forces during a bimanual task that is similar to opening and closing a jar. We hypothesized that PwMS would have increased grip force production, deteriorations in kinetic timing, and preserved grip-load coupling indices compared to healthy controls (i.e., young and older adults). Increased grip force production and deterioration in timing indices were confirmed in PwMS. Abnormal grip-load coupling was exhibited by PwMS, in contrast to healthy participants. The correlation between task time and self-reported disability scores suggests that objective measurement of impaired upper-extremity movements relates to perception of overall function.

Date Presented 4/8/2016 This systematic mapping review comprehensively mapped national, international, and refereed literature on hippotherapy between 1980 and 2014 as a guide for future occupational therapy practice, research, and education. Primary Author and Speaker: Beth Hoesly Additional Author and Speaker: Wendy Wood Contributing Authors: E. Osmann, C. McDaniel, M. Rose, R. Finkstrom