Doctor of Nursing Practice (DNP) Final Projects
The Doctor of Nursing Practice Final Projects collection contains the completed works of students from the DNP Program at Arizona State University's College of Nursing and Health Innovation. These projects are the culminating product of the curricula and demonstrate clinical scholarship.
Filtering by
- All Subjects: Patient Portals
- All Subjects: Lifestyle Intervention
Methods: At an urban primary care pediatric office located in the southwestern US, an educational quality improvement project for healthcare practice providers and front office staff was conducted to increase the utilization of the existing EMR-linked patient portal. The healthcare providers were asked to complete a pre- and post- survey evaluation of their knowledge and usage of the patient portal. Provider and patient portal data usage was collected over a five-month period, September 2019 to January 2020.
Results: Data was analyzed using the Intellectus Statistics softwareTM. Significant results were found at the conclusion of the project in the number of active patient portal users, web-enabled, portal logins, labs published/viewed, messages sent, appointment reminders and Santovia utilization. At the end of the project no significance was found with messages received by the healthcare providers or staff through the patient portal. Survey results found significant differences between pre- and post- portal usage. No significance was found on providers’ knowledge on how to web-enable patients. Providers’ also demonstrated no significant change in their perceptions of the benefit in utilizing the portal in patient care after the educational intervention. Survey results allowed for additional analysis of commonly utilized portal functionalities, disease or health topics utilized in Santovia, and suggestions on how to make the use of the patient portal easier for providers.
Implications for Health Care Providers: This quality improvement project found that implementation an EMR-linked patient portal requires a comprehensive practice approach with structured education sessions. Including all employees can improve patient portal utilization. This educational project resulted in significant increases in most portal functionalities within 5 months. Further practice change evaluations are needed to evaluate how to improve patient portal utilization with a larger group of participants in a variety of outpatient settings.
Obesity is a significant national public health crisis, affecting one-third of American adults. It is a complex and multifactorial disease that increases the risk of multiple chronic medical conditions including coronary heart disease, diabetes, and even leading to potential premature mortality. Moreover, increased health care utilization and escalating medical costs associated with obesity treatment are overwhelming an already burdened health care system. Obesity is nondiscriminatory, affecting individuals from various demographic and socioeconomic backgrounds, even extending to our unique population of active duty military service members and veterans.
Despite mandatory physical fitness and body composition requirements, active duty service members continue to experience an increasing prevalence of obesity. The obesity epidemic has considerable implications for military readiness, accession, and retention. Limited studies have examined weight-loss interventions including self-paced and provider-led interventions among active duty military service members with varying degrees of success. The purpose of this evidence based doctoral project was to examine the effectiveness of a twelve-week group lifestyle intervention involving education regarding healthy diet, physical activity and behavior change recommendations on weight and body mass index (BMI). The study demonstrated no significant differences in initial and post intervention weight and BMI.
Purpose: The purpose of this project was to assess provider readiness for patient portals and provide an educational intervention to address perceived barriers.
Method: Ten providers at a large family practice clinic in the southwest United States were surveyed using The Provider Readiness Questionnaire prior to and after an educational intervention addressing common concerns.
Results: Improved response to patient portal use after the provider viewed the learning module. A paired-samples t-test was conducted to compare pre-and post-intervention responses. There was a statistically significant difference in the scores for the question “increase my workload” Pretest (M= 3.78, SD=1.201) and; Posttest (M=2.67, SD=1.225) ;(t (8) =5.547, p = .001). There was also a statistically significant difference for the question “increased provider professional satisfaction” Pretest (M=3.89, SD= .333) and Posttest (M= 4.44, SD=.527); t (8) = -2.294, p=.051).
Implications: Providing education addressing perceived barriers to portal use can assist the provider in understanding the value of the portals to improve patient outcomes and address common concerns about the impact of portal use on provider productivity.
Methods: This project was guided by a The Rosswurm and Larrabee Model for Change to Evidence- Based Practice and Pender’s health promotion framework. IRB Approved by ASU. The instruction was implemented at an urban clinic in downtown phoenix that serves uninsured and underserved individuals. Uninsured participants were recruited (n=50). A survey pre and post registration was conducted to assess knowledge and medical portal participation in addition a random pre and post chart review was performed.
Results: Descriptive statistics was used to describe sample and outcome variables. A chi-square test of independence was calculated comparing pre and post intervention significant change was found (χ2 (1) = .002, P<0.05.), a paired sample t test was calculated to compare knowledge pre and post registration instruction the mean pre-10.187(SD = 4.422), post mean was 16.958(SD=.856). A significant increase of knowledge was found (t (47) =-9.573, p (<.001).
Outcomes: In this population both patients and providers have seen significant benefits such as increased communication and patient participation, from the implementation of evidence based educational tools such as instruction with teach back, and the usage of brochures. Potential Implication for sustainability includes the lack of a designated individual that is bilingual to register patients, making patients aware of the existence of a medical patient portal, patient’s fear of sharing immigration status.
Purpose: The purpose of the project was to improve physical activity (PA), eating habits (EH) and self-efficacy (SE) by implementing short lifestyle modification education in a rural primary care setting.
Background: Although prediabetes awareness has slightly improved, the nationwide unawareness remains high. General knowledge about the disease and its risk factors and prevention are significant variables to adopt health-promoting behaviors. Lifestyle change intervention has been shown to be effective with the risk reduction behaviors in prediabetic population. However, it can be a daunting task to translate during short office visits.
Methods: Sixteen participants with risk for prediabetes or diagnosed prediabetes enrolled into a 5-minute education session in a rural health clinic. They received follow-up phone calls weekly for 4 weeks. Demographics, PA, EH and SE levels were measured before the education session. During the fourth week, PA, EH and SE were measured again. Frequency, descriptive analysis, and paired t-test were used for data analysis.
Outcomes: The mean age of participants was 56.6 13.0 years. Approximately 81% were female, and 62.5% identified as Caucasian. Over 80% reported married, and 56.3% described their health condition as good. The three quarters (75%) noted they have heard of the term prediabetes. The intervention had a significant effect on PA, EH and SE from the baseline to post intervention, p = .005, p = .008, and p = .003, respectively.
Conclusion: This DNP project illustrated that one time brief lifestyle change education could positively impact PA, EH and SE in people with high risk for prediabetes in a primary care clinic.
Background:
Approximately 1 in 5 U.S. school-aged children are obese. There are many known health complications associated with obesity including premature death. Family-based obesity interventions that promote healthy lifestyle habits are effective at enabling children to make changes needed to avoid long-term health complications associated with obesity. The purpose of this evidence-based practice intervention was to evaluate the effectiveness of a family-based obesity intervention on familial lifestyle behaviors related to nutrition, physical activity, and screen time.
Methods:
Two overweight-obese children (according to CDC criteria) ages 8-12 years old visiting a pediatric primary care clinic in a suburban neighborhood located in the southwest region were recruited to participate in this evidence-based practice intervention based on inclusion and exclusion criteria. Familial lifestyle behaviors were assessed using the Family Health Behavior Scale (FHBS) prior to receiving an educational intervention addressing nutritional, physical activity, and screen time recommendations and again after following these recommendation for 6-weeks. Additionally, scheduled follow-up phone calls were made every 3 or 6-weeks addressing any parental questions that surfaced. Data was insufficient for statistical analysis, however, anecdotal recommendations for future implementation of this intervention resulted.
Results:
Of the two patients who participated, pre- and post-intervention data was only attainable from one patient. That patient did have improved scores within each of the 4 FHBS subscales (parent behaviors, physical activity, mealtime routines, and child behaviors). Overall, 11 of the 27 behaviors assessed improved, 12 behaviors resulted in no change, and 4 behaviors worsened. Recommendations related to a more successful implementation of this intervention in the future include improved provider participation (buy-in), utilization of broader inclusion criteria, consideration of the implementation time-frame, and application of the Health Belief Model for addressing existing barriers for each patient prior to implementing the intervention.
Conclusions:
In order to determine the effectiveness of this intervention a larger sample size and completed post-intervention data are needed. The small sample size and lack of post-intervention data inhibits proper data analyzation and significance from being determined.
Background: Influenza presents burdens for children with chronic respiratory conditions including increased mortality, morbidity, hospitalizations, and decreased quality of life for children and caregivers. Influenza vaccinations may reduce these complications yet approximately half of children remain unprotected annually. Synthesized evidence supports integration of text messaging into a multi-component strategy to increase the influenza vaccination rate in many populations of interest.
Methods: The intervention was a single text message and electronic mail message sent to all families in a private pediatric pulmonology practice who enabled text and/or electronic mail messages in the patient portal. A follow-up survey assessed various aspects of message receipt. Surveys were completed without collection of demographic information.
Results: Electronic mail messages were sent to 3140 addresses available in the patient portal. The number of text messages sent out via the patient portal was 75 with 66 (88%) delivered successfully. Follow-up surveys were initiated by 107 recipients. Frequency analysis showed that participants preferred text and electronic mail messages over other forms of communication. A statistically significant positive relationship was found utilizing Chi Square between those who received a message and those whose child received an influenza vaccination (p= .027).
Conclusions: Text and electronic mail messaging are cost-effective and well-received forms of communication that can be easily integrated into existing systems. These delivery routes are translatable to many populations and can convey various types of messages.