Updated 11/2019 The purpose of this assignment is to demonstrate the skills of the professional nurse as an educator. You are to prepare a patient scenario based on the You will choose mHealth app to use in the education of your patient. Based on your accepted Milestone 1 assignment, use the information to identify three teaching areas to improve patient outcomes. You will also determine three ways to evaluate the success of the patient’s use of the mHealth app. You will include both the mHealth application and a scholarly journal reference in APA format. The Course Project enables the student to meet the following course outcomes: CO1: Describe patient-care technologies as appropriate to address the needs of a diverse patient population. (PO1) CO5: Identify patient care technologies, information systems, and communication devices that support safe nursing practice. (PO5) The entire project is worth 600 points. Milestone 2 is worth 225 points of this total. Required Assigned Topic for the focus of your paper. • Person with Asthma OR breathing issues. Purchase the answer to view it

Title: The Role of mHealth Apps in Educating Patients with Asthma

Introduction

In recent years, the use of mobile health applications (mHealth apps) has gained significant popularity, offering innovative ways to deliver healthcare and enhance patient outcomes. Asthma, a chronic respiratory disease affecting millions worldwide, provides an ideal target for mHealth interventions due to its prevalence and the need for continuous self-management. This paper aims to examine the role of mHealth apps in educating patients with asthma, specifically focusing on three teaching areas to improve patient outcomes and three methods to evaluate the app’s effectiveness.

Teaching Areas to Improve Patient Outcomes

1. Understanding Asthma Pathophysiology and Triggers

Enhancing patients’ knowledge about asthma pathophysiology and triggers is crucial for effective self-management. An mHealth app can provide interactive tutorials, videos, and educational materials explaining the mechanisms of asthma and common triggers, such as allergens, exercise, and respiratory infections. The app can also offer personalized tips and reminders to help patients identify and avoid triggers in their daily lives.

2. Inhaler Techniques and Medication Adherence

Proper inhaler techniques and medication adherence are critical for asthma control. However, studies have shown that many asthma patients struggle with correctly using their inhalers, leading to suboptimal outcomes. An mHealth app can include demonstration videos, step-by-step instructions, and virtual simulations to teach patients correct inhaler techniques. Additionally, the app can offer medication reminders, track adherence, and provide alerts when refills are needed.

3. Asthma Action Plans and Emergency Preparedness

Asthma action plans outline individualized strategies for asthma management, including the use of medication, recognizing worsening symptoms, and seeking medical help when necessary. An mHealth app can provide patients with personalized asthma action plans, including symptom tracking, peak flow measurements, and instructions for adjusting medication use based on symptoms. Furthermore, the app can offer emergency preparedness information, such as recognizing signs of an asthma attack and when to seek immediate medical attention.

Methods to Evaluate the Success of the mHealth App

1. Patient Surveys and Feedback

Collecting patient surveys and feedback is an essential method to assess the effectiveness of an mHealth app. Surveys can inquire about the app’s usability, usefulness of educational materials, and overall patient satisfaction. Feedback can be obtained through questionnaires, interviews, or online discussion forums. Analyzing and synthesizing this data will provide valuable insights into the app’s strengths and areas of improvement.

2. Objective Measures of Asthma Control

Objective measures, such as asthma symptom scores, peak flow measurements, and medication adherence rates, can provide quantifiable data to evaluate the impact of the mHealth app on patient outcomes. By comparing these measures before and after app usage, healthcare providers can gauge the effectiveness of the app in improving asthma control. Additionally, electronic health records can be utilized to track emergency room visits or hospitalizations related to asthma exacerbations.

3. Long-term Follow-Up and Health Outcomes

Long-term follow-up is crucial to determine the sustainability of the app’s impact on patient outcomes. Tracking patients’ asthma control, medication adherence, and quality of life over an extended period can reveal the app’s long-term benefits. This can be achieved through electronic surveys, periodic check-ins, or integration with healthcare systems to monitor outcomes remotely. It will also be essential to compare health outcomes between app users and non-users to establish the app’s added value.

Conclusion

In conclusion, mHealth apps have the potential to revolutionize patient education and improve outcomes for individuals with asthma. By addressing key teaching areas, such as asthma pathophysiology and triggers, inhaler techniques and medication adherence, and asthma action plans and emergency preparedness, these apps can empower patients to take control of their own health. Furthermore, evaluation methods, such as patient surveys and feedback, objective outcome measures, and long-term follow-up, can provide valuable insights into the app’s effectiveness. By harnessing the power of mHealth technology, healthcare providers can enhance patient education and ultimately improve the lives of individuals with asthma.