Diabetes mellitus (DM) is a detrimental disease that afflicts approximately 23.6 million Americans and costs $176 billion dollars annually in direct medical expenses (American Diabetes Association [ADA], 2015). Approximately 208,000 children and adolescents with diabetes are under the age of 20 years (ADA, 105; CDC, 2014). Currently, the standard of medical practice in school-aged children and adolescents with type 1 diabetes is to administer insulin after the child or teen has eaten. The most current evidence has demonstrated a decrease hemoglobin A1C (HbA1c) and preference for pre-prandial insulin administration (Cobry et al., 2010; Danne et al., 2003; DePalma et al., 2011; Enander et al., 2012; Luijf et al., 2010; Scaramuzza et al., 2010).

This Doctor of Nursing Practice (DNP) project delivered an educational program for parents of school age children and adolescents with type 1 diabetes and instituted pre-prandial insulin administration as the standard of care in an outpatient pediatric endocrine clinic. Education was delivered in both verbal and written formats. Data collection included weekly blood glucose reports and HbA1c at initial and follow-up sessions. Descriptive statistics were utilized to analyze the data. No post intervention data was able to be collected due to participant drop out. Future directions to promote this practice change are discussed.

Aim: The purpose of this project was to determine if educating elementary school personnel would improve their knowledge and self-efficacy in caring for students with Cystic Fibrosis (CF) and improve the health and educational outcomes of students with this disease.

Background: Evidence suggests that teachers play a big role in the management of students with chronic illnesses. However, current literature indicates that teachers lack basic knowledge about childhood chronic illnesses and how to manage students with chronic illnesses. Synthesis of evidence indicated that an online CF educational intervention would improve knowledge and self-efficacy among school personnel, thereby improving the health and educational outcomes of students with CF.

Methods: Elementary school personnel in Southern Arizona were asked to do an online pre-survey to evaluate knowledge and self-efficacy, view a short presentation on cystic fibrosis, and complete a post-survey. Parents of students with CF were asked to track 504 plan use and CF related absences. Frequencies were used to evaluate participant demographic data and survey data. The McNemar and Wilcoxon Signed Test were used to analyze survey data.

Results: Analysis showed a statistically significant improvement in perceived knowledge (p = .024) and self-efficacy scores (p = .034). Although survey scores showed an average score improvement between pre-survey and post-survey total scores (p = .212), it was not statistically significant.

Conclusion: Results showed an overall improvement in CF knowledge and self-efficacy among elementary school personnel. These results may provide an opportunity for CF healthcare providers and schools to promote the health and education of students with CF.

Introduction and Background: Drowning is the leading cause of preventable injury death in Arizona for children under five years old. Tailored education has demonstrated efficacy in behavior change and knowledge retention. The purpose of this evidence-based project was to evaluate if tailored education improved knowledge and self-reported behaviors related to pediatric drowning. The Elaboration Likelihood Model provided the framework for this project.

Methods/Experimental Approach: The prospective pilot project was conducted using the Iowa Model of Evidence Based Practice. Parents with children under five years, presenting with low acuity complaints in a pediatric emergency department were approached. A baseline assessment identified high-risk behaviors and a custom education plan was delivered to parents. Outcome variables were measured at baseline and three weeks after initial assessment.

Results: The average parent age was 29 (M = 28.5; SD = 6.35) years. Participant (n=29) responses were analyzed using descriptive statistics. Participants (n = 27, 93%) reported likelihood to change behaviors and 29 (100%) perceived the tailored intervention as relevant. Secondary outcome variables were not measured at three weeks due to a lack of survey response.

Conclusions: Parents reported a high likelihood of behavior change when water safety education was tailored and relevant to their child. The tailored intervention evoked positive interaction and receptivity from parents and suggested a high motivation to make a behavior change. The effect of the intervention could not be tested due to the lack of follow-up and post data collection. The design of this evidence-based project is quantifiable and replicable in a low-acuity setting, which allows for future evaluations of self-reported behavior change and knowledge improvement.

Funding: No sponsorship or financial conflict of interest.