Publications by authors named "S Shasby"

We identified factors associated with occupational therapists' involvement as children receiving early intervention services transition into preschool. A survey was sent to members of the American Occupational Therapy Association's School System Special Interest Section. The highest ranked factor for respondents in early intervention was understanding their role (mean [M]= 4.

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Purpose: To examine whether participation in sensorimotor groups and individual intervention resulted in greater improvements in motor skill acquisition than solely individual intervention for young children with Down syndrome.

Methods: Ten children with Down syndrome, 13 to 29 months of age, participated. Children in both groups received individual intervention, and children in the intervention group participated in 10 weekly sensorimotor groups.

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Activation of the type 1 histamine (H1) or the type 2 protease-activated (PAR-2) G protein-coupled receptors interrupts E-cadherin adhesion and decreases the transepithelial resistance (TER) of epithelium. Several reports suggest that cadherin adhesive function depends on the association of cadherin with beta-catenin and that this association is regulated by phosphorylation of tyrosines in beta-catenin. We tested the hypothesis that loss of cadherin adhesion and compromise of TER on activation of the H1 or PAR-2 receptor is due to phosphorylation of tyrosines in beta-catenin.

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The demands upon faculty's time use within the three missions of universities have always created shared tensions in many academic settings. However, the move to post-baccalaureate entry in occupational therapy education has added complexity to this mix, with increasing expectations of graduate education and scholarship both for faculty and students. This article will present the development of the EKU-OT Faculty Work Profile, a model for categorizing faculty's time use during an academic year.

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The airway epithelium is an important barrier between the environment and subepithelial tissues. The epithelium is also divided into functionally restricted apical and basolateral domains, and this restriction is dependent on the elements of the barrier. The protease-activated receptor-2 (PAR2) receptor is expressed in airway epithelium, and its activation initiates multiple effects including enhanced airway inflammation and reactivity.

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