D220 Task 1 Template

Student Name

Western Governors University 

D220 Information Technology in Nursing Practice

Prof. Name

Date

Information Technology in Nursing Practice

A. Identify a Healthcare Setting and an Electronic Health Record System (EHRS)

1. Describe the Purpose of the EHRS Used in the Identified Healthcare Setting

Hospitals represent highly dynamic and multifaceted healthcare environments where timely access to accurate patient information is essential for safe and effective care delivery. Within this setting, Electronic Health Record Systems (EHRS) function as the backbone of clinical information management. One widely adopted EHRS in hospital environments is Epic Systems, a comprehensive digital platform designed to centralize and manage patient health data across the continuum of care.

The primary purpose of an EHRS in a hospital setting is to systematically collect, organize, store, and protect patient health information while ensuring authorized healthcare professionals can access it in real time. Epic Systems consolidates diverse clinical data—including patient demographics, medical and surgical histories, diagnostic test results, medication profiles, allergy information, immunization records, and provider documentation—into a single, integrated system. This centralized structure improves interdisciplinary communication, reduces information silos, enhances workflow efficiency, and supports evidence-based clinical decision-making. Ultimately, the EHRS promotes continuity of care and contributes to improved patient safety and clinical outcomes.

2. Using a Specific Example, Explain How This EHRS Is Used to Make Decisions Promoting High-Quality Patient Care

A practical illustration of Epic Systems supporting high-quality patient care can be seen when a provider reviews a patient’s electronic chart prior to initiating a new medication regimen. By accessing laboratory findings, current prescriptions, and documented allergies within the EHRS, the clinician gains a comprehensive view of the patient’s clinical status.

Epic’s Clinical Decision Support (CDS) tools automatically analyze this information and generate alerts for potential medication contraindications, harmful drug–drug interactions, or dosage inconsistencies. These real-time alerts guide providers toward safer treatment decisions and reduce the risk of adverse events. Through this mechanism, the EHRS enhances clinical judgment, supports personalized care planning, and reinforces patient safety as a core component of quality healthcare delivery.

3. Identify a Barrier/Challenge to Using This EHRS in This Healthcare Setting

Despite its clinical advantages, a significant challenge associated with Epic Systems is its usability complexity. The extensive functionality and layered interface can be difficult to navigate, particularly for users who lack sufficient training or experience with the system.

If usability challenges are not adequately addressed, they can contribute to incomplete or inaccurate documentation, delays in care delivery, and clinician burnout, all of which may negatively influence patient outcomes.

4. Describe the Nurse’s Role in Maintaining Data Integrity While Overcoming This Barrier/Challenge

Nurses play a pivotal role in safeguarding data accuracy and integrity within the EHRS while navigating usability challenges. As primary users of the system, nurses are responsible for entering, updating, and validating patient information throughout the care process.

To maintain data integrity, nurses must engage in ongoing education and training to remain proficient with system updates and new functionalities. Adherence to standardized documentation protocols, careful verification of patient data prior to record finalization, and prompt correction of identified errors are essential nursing responsibilities. Additionally, nurses serve as vital collaborators with information technology teams by reporting system inefficiencies and contributing to workflow optimization efforts. By mentoring peers and modeling best practices in documentation, nurses help foster a culture of accuracy, accountability, and continuous improvement.

5. Explain How Overcoming This Barrier/Challenge Will Improve Patient Outcomes

Addressing EHRS usability challenges leads to more accurate and timely documentation, improved interdisciplinary communication, and quicker access to critical patient information. Enhanced system navigation reduces cognitive burden on clinicians, minimizes documentation errors, and streamlines clinical workflows.

As a result, healthcare teams can deliver safer, more coordinated, and more efficient care. Patients benefit through reduced medical errors, faster interventions, improved continuity of care, and overall higher satisfaction with the healthcare experience.

6. Explain How Overcoming This Barrier/Challenge Will Advance Health Literacy

Improved usability of EHRS platforms also contributes to enhanced patient health literacy. When healthcare professionals can efficiently access and interpret electronic health data, they are better equipped to communicate diagnoses, treatment plans, and preventive strategies in a clear and understandable manner.

User-friendly systems support shared decision-making by enabling providers to visually demonstrate health trends, laboratory results, and medication instructions. This transparency empowers patients to better understand their health conditions, actively participate in care decisions, and adhere more effectively to treatment recommendations, ultimately fostering improved long-term health outcomes.

B. Identify One Health Information System and One Technology to Use in the Healthcare Setting Identified in Part A

1. Discuss How the Health Information System Supports Decision-Making in Patient Care

Within the hospital setting, Computerized Physician Order Entry (CPOE) serves as a critical Health Information System that supports clinical decision-making. CPOE allows healthcare providers to electronically enter orders for medications, diagnostic tests, and treatments directly into the EHRS.

This system enhances patient safety by generating automatic alerts related to medication allergies, dosing errors, therapeutic duplications, and potential interactions. By eliminating illegible handwriting and reducing transcription errors, CPOE improves accuracy, efficiency, and timeliness in care delivery, thereby strengthening clinical decision-making processes.

2. Discuss How the Technology Supports Decision-Making in Patient Care

Telemedicine technology functions as an essential adjunct to hospital-based care by facilitating remote consultations, follow-up visits, and virtual patient monitoring. Through secure telehealth platforms, clinicians can assess patient symptoms, review EHRS data, and make timely clinical decisions without requiring physical presence.

Telemedicine is particularly valuable for patients in rural or underserved areas and during situations that limit in-person access to care. This technology enhances care continuity, accelerates clinical decision-making, and supports efficient use of healthcare resources while maintaining quality standards.

3. Explain the Importance of Evaluating Data from Health Information Systems

Ongoing evaluation of data generated by Health Information Systems is essential to ensure clinical decisions are based on accurate, secure, and consistent information. Regular data assessment supports patient safety, regulatory compliance, and organizational accountability.

Effective data evaluation strengthens trust in health information systems and reinforces evidence-based clinical practice.

C. Describe How Relevant Laws and Policies Guide the Use of Health Information Systems and Safeguard Healthcare Information

1. Using a Specific Example from the AHIMA Code of Ethics

The American Health Information Management Association (AHIMA) Code of Ethics establishes professional standards for the ethical handling of health information. One core principle emphasizes the obligation to protect patient confidentiality by limiting access and disclosure of health information to authorized and necessary purposes only (AHIMA, n.d.).

Nurses apply this ethical mandate by accessing electronic records strictly for patient care responsibilities and ensuring that sensitive information is not disclosed improperly. Adherence to the AHIMA Code of Ethics promotes trust, professionalism, and responsible data stewardship within healthcare organizations.

2. Using a Specific Example from the Health Insurance Portability and Accountability Act (HIPAA)

The Health Insurance Portability and Accountability Act (HIPAA) provides federal regulations governing the privacy and security of Protected Health Information (PHI). Under HIPAA, nurses are legally obligated to safeguard patient data by ensuring secure access, proper information sharing, and confidentiality at all times.

For example, nurses must verify authorization before releasing patient information and use secure systems when transmitting electronic data. Failure to comply with HIPAA requirements can result in severe civil and criminal penalties, highlighting the importance of strict adherence to privacy and security protocols (Centers for Disease Control and Prevention [CDC], n.d.).

References

American Health Information Management Association. (n.d.). AHIMA code of ethics. AHIMA Body of Knowledge. https://bok.ahima.org/topics/industry-resources/code-of-ethics/

Centers for Disease Control and Prevention. (n.d.). Health Insurance Portability and Accountability Act of 1996 (HIPAA). https://www.cdc.gov/phlp/php/resources/health-insurance-portability-and-accountability-act-of-1996-hipaa.html

Ehrenstein, V. (n.d.). Obtaining data from electronic health records. In Tools and technologies for registry interoperability, registries for evaluating patient outcomes: A user’s guide (3rd ed., Addendum 2). https://www.ncbi.nlm.nih.gov/books/NBK551878/

D220 Task 1 Template

Last, N., & First, I. (2021). Title in italics without caps. Town, ST: Lippincott.

Hope-this-helps, I. (2023). Use this document to create your own template: Fill in your own information. Mentoring Advice Times, 7(1), 1–3.