The didactic portion of TeamSTEPPS®, which focuses on teaching teamwork and communication, coupled with interactive simulation methods provides a unique interprofessional education (IPE) learning environment. Across the literature there are a wide variety of such programs described, but there is not a consensus on the most effective methodology. A systematic review was therefore undertaken to synthesize, critically appraise, and evaluate existing literature on IPE programs that utilize didactic TeamSTEPPS in conjunction with interactive healthcare simulation. EBSCO and PubMed databases were searched from inception through March 2017 using predetermined inclusion and exclusion criteria. The initial search yielded 66 articles which was reduced to 42 peer-reviewed publications after duplicates were removed. An additional 2 articles were identified via hand search. Therefore, 44 articles were identified and reviewed and 11 studies met all inclusion criteria. Critical appraisal was performed using The Medical Education Research Study Quality Instrument and Newcastle-Ottawa Scale-Education instruments. The outcome measures associated with each program as well as specifics of the didactic portion and interactive healthcare simulation are further explored in this review. It is anticipated that the findings from this systematic review will aid in the development of future evidence-based interprofessional programs.
Context: The Y-Balance Test (YBT) is a dynamic balance assessment used as a preseason musculoskeletal screen to determine injury risk. While the YBT has demonstrated excellent test-retest reliability, it is unknown if YBT performance changes following participation in a competitive athletic season. Objective: Determine if a competitive athletic season affects YBT performance in field hockey players. Design: Pretest-posttest. Setting: Laboratory. Participants: 20 NCAA Division I women's field hockey players (age = 19.55 ± 1.30 y; height = 165.10 ± 5.277 cm; mass = 62.62 ± 4.64 kg) from a single team volunteered. Participants had to be free from injury throughout the entire study and participate in all athletic activities. Interventions: Participants completed data collection sessions prior to (preseason) and following the athletic season (postseason). Between data collections, participants competed in the fall competitive field hockey season, which was ~3 months in duration. During data collection, participants completed the YBT bilaterally. Main Outcome Measures: The independent variable was time (preseason, postseason) and the dependent variables were normalized reach distances (anterior, posteromedial, posterolateral, composite) and between-limb symmetry for each reach direction. Differences between preseason and postseason were examined using paired t tests (P ≤ .05) as well as Bland-Altman limits of agreement. Results: 4 players sustained a lower extremity injury during the season and were excluded from analysis. There were no significant differences between preseason and postseason reach distances for any reach directions on either limb (P ≥ .31) or in the between-limb symmetries (P ≥ .52). The limits of agreement analyses determined there was a low mean bias across measurements (≤1.67%); however, the 95% confidence intervals indicated there was high variability within the posterior reach directions over time (±4.75 to ± 14.83%). Conclusion: No changes in YBT performance were identified following a competitive field hockey season in Division I female athletes. However, the variability within the posterior reach directions over time may contribute to the limited use of these directions for injury risk stratification.
Context: Athletic trainers are encouraged to work collaboratively with other health care professionals to improve patient outcomes. Interprofessional education (IPE) experiences for practicing clinicians should be developed to improve interprofessional collaborative practice postcertification. An outcome measure, such as the modified Readiness for Interprofessional Learning Scale (mRIPLS), could be used to determine the clinician's attitudes toward IPE and to determine the effectiveness of the experience.Objective: To determine select psychometric properties of the mRIPLS in practicing athletic trainers.Design: Cross-sectional.Setting: Online survey. Patients or Other Participants:A survey was sent to 2000 randomly selected practicing athletic trainers. A total of 173 (8.7%) participated, and complete data were available for 145 (7.3%). Intervention(s):The survey consisted of a demographic section and the mRIPLS. The mRIPLS consists of 23 statements scored on a 5-point Likert scale divided into 3 subscales: teamwork and collaboration (TWC), patient-centeredness (PC), and sense of professional identity (PI).Main Outcome Measure(s): Cronbach a was used to examine the internal consistency. The presence of a ceiling effect (.50% respondents selected the highest score) was determined for each question by examining means and percentages.Results: The overall internal consistency of the mRIPLS was acceptable (a ¼ 0.872) along with the TWC (a ¼ 0.917) and PC (a ¼ 0.862) subscales. The PI subscale (a ¼ 0.632) was not acceptable. A ceiling effect was identified for 10 questions, and !70% of respondents selected highly agree or agree for 22 questions.Conclusions: While the mRIPLS demonstrated overall acceptable internal consistency, all 3 subscales did not. In addition, the presence of a ceiling effect makes the use of this instrument as an outcome measure trivial. Therefore, the current version of the mRIPLS may not be the best outcome to assess openness for IPE or to measure the effectiveness of IPE experiences in practicing athletic trainers.
Clinical Question:Are posterior shoulder stretching programs effective in reducing posterior shoulder tightness, or tightness to the soft tissue of the shoulder, in overhead athletes? Clinical Bottom Line:In overhead athletes, there is high quality evidence to support the use of posterior shoulder stretching to reduce a commonly used measure of posterior shoulder tightness. All three studies1–3 reported an increase in shoulder internal rotation range of motion following implementation of posterior shoulder stretching.
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