Student Name Western Governors University D220 Information Technology in Nursing Practice Prof. Name Date Systems-Level Safety Concern in a Healthcare Setting Using SBAR Format Situation (S) Medication administration is a fundamental yet high-risk nursing responsibility across all healthcare settings. Errors in this process represent a significant systems-level safety concern because they can impact multiple patients and lead to severe harm or even death. Common medication administration mistakes include giving the wrong medication, incorrect dosages, improper timing, or administering high-risk drugs without necessary prior lab or vital sign evaluations. Adverse drug reactions or allergic responses following medication also contribute to patient safety risks. Thus, prioritizing patient safety requires a strong focus on infection control, clear interdisciplinary communication, and adherence to safe medication practices to prevent such errors. Background (B) Medication errors occur frequently in healthcare and carry both human and financial costs. In the United States, these errors result in approximately 7,000 to 9,000 deaths annually, with many more patients experiencing adverse reactions that may remain unreported (Tariq et al., 2023). Errors can arise during any phase of medication handling, including prescribing, transcription, dispensing, and administration. Causes of errors include providers’ lack of drug knowledge, illegible prescriptions, or missed allergy checks. Nurses may make errors due to confusion between medications with similar names, incorrect dosages from dispensing units, or failure to use barcode scanning for verification. The implementation of electronic barcode scanning has been shown to significantly reduce such errors. National patient safety standards, such as those from The Joint Commission (2021), mandate strict protocols to enhance medication safety. These include verifying patient identity with two identifiers (e.g., name and date of birth) before administration, and requiring a second nurse’s confirmation for high-risk or pediatric medications. Safe medication use also involves checking the correct medication, dose, timing, route, and documentation, along with immediate labeling of medications prepared in syringes or IV bags and accurate IV line documentation to prevent errors. Assessment (A) Medication errors can have serious consequences for all stakeholders involved: Stakeholder Impact Description Patient Harm or deterioration of health, loss of trust in healthcare providers, adverse drug reactions Staff (Nurses) Disciplinary actions including license suspension, emotional distress, legal consequences Organization Financial costs running into billions annually, damage to reputation, patient safety investigations Beyond immediate physical harm, medication errors can erode patients’ confidence in healthcare systems, potentially reducing their willingness to seek future care. Nurses involved may experience guilt and stress, and healthcare organizations face substantial financial burdens and reputational damage (Tariq et al., 2023). Medication safety fundamentally influences the quality and value of care patients receive. Ensuring meticulous checks of allergies, contraindications, and drug interactions is essential to maintaining patient trust and care efficacy. Recommendation (R) To mitigate medication errors, the adoption of electronic medication management systems (EMMS) is strongly recommended. These systems automate crucial tasks such as dosage calculations, infusion rates, timing, and verification, leading to better patient outcomes and cost reductions (Westbrook et al., 2020). Research, including controlled before-and-after studies, has shown that EMMS implementation can reduce serious medication errors by up to 50%. This recommendation aligns with principles from High-Reliability Organizations (HROs), which emphasize zero harm by fostering a culture of safety and continuous improvement. A core HRO characteristic is a preoccupation with failure—actively identifying risks before adverse events and refining processes accordingly. EMMS supports this approach by facilitating early error detection and ongoing monitoring for process improvement. Potential Barriers and Solutions Barrier Description Intervention to Overcome Barrier Financial Costs Initial and ongoing expenses (~$285,000 per hospital over 15 years) Phased implementation starting in high-risk departments to spread costs Staff Training Need for comprehensive training and adaptation from paper to digital systems Dedicated training sessions outside clinical hours to improve confidence and reduce resistance Importance of Shared Decision-Making Successful EMMS implementation demands collaboration among healthcare providers, IT specialists, pharmacists, and patients. Physicians and nurses contribute practical insights on usability, while patient feedback helps ensure care experience is optimized. This collective ownership encourages sustainable improvements in safety and care quality. Measuring Outcomes A dedicated quality improvement team should monitor medication error rates by department and severity before and after EMMS adoption. Key metrics include total error reduction, decreases in severe incidents, and long-term financial savings linked to fewer adverse drug events. Current Care Delivery Model and Impact of Recommendation Care delivery models vary widely; acute care often employs functional nursing with task-based delegation, whereas inpatient settings may use team nursing involving RNs, LPNs, and aides. Regardless of model, EMMS enhances safety by streamlining medication administration, facilitating patient and medication cross-checks, and alerting users to contraindications or allergies. This technology particularly supports nurses who float between units or are unfamiliar with specific patients, ultimately reducing medication errors and improving care quality. Summary Table of SBAR Analysis SBAR Component Content Situation (S) Medication administration errors pose a significant safety risk affecting multiple patients across healthcare environments. Background (B) Thousands of deaths annually linked to medication errors occurring at multiple process stages; national standards mandate patient ID verification and safe medication practices. Assessment (A) Errors cause patient harm, staff disciplinary issues, and organizational financial and reputational damage; patient trust is compromised. Recommendation (R) Implement electronic medication management systems to reduce errors, aligned with high-reliability organization principles; phased rollout and training recommended to address barriers; stakeholder engagement is vital. References Tariq, R. A., Vashisht, R., Sinha, A., et al. (2023). Medication Dispensing Errors and Prevention. In StatPearls [Internet]. Treasure Island (FL): StatPearls Publishing. Retrieved from https://www.ncbi.nlm.nih.gov/books/NBK519065/ The Joint Commission. (2021). 2021 Hospital National Patient Safety Goals. Retrieved from https://www.jointcommission.org/-/media/tjc/documents/standards/national-patient-safety-goals/2021/simplified-2021-hap-npsg-goals-final-11420.pdf D221 – PA: Addressing Medication Errors in Healthcare Settings Westbrook, J. I., Sunderland, N. S., Woods, A., Raban, M. Z., Gates, P., & Li, L. (2020). Changes in medication administration error rates associated with the introduction of Electronic Medication Systems in hospitals: A multisite controlled before and after study. BMJ Health & Care Informatics, 27(3). https://doi.org/10.1136/bmjhci-2020-100170 Westbrook, J. I., Gospodarevskaya, E., Li, L., Richardson, K. L., Roffe, D., Heywood, M., Day, R. O., & Graves, N. (2017). Cost-effectiveness analysis of a hospital electronic medication management system. Journal of the

Student Name Western Governors University D220 Information Technology in Nursing Practice Prof. Name Date Study Questions Competency 1: Information Management What is the role of nurses as knowledge workers? Nurses serve as knowledge workers by applying information gained through their education and clinical practice to collect and interpret patient data. They make critical decisions that affect patient outcomes on a daily basis. For example, when a nurse detects a respiratory rate of 40 breaths per minute—a sign of respiratory distress—they promptly notify physicians or respiratory therapists to intervene, thus preventing complications. Additionally, nurses commit to ongoing education, incorporating the latest evidence-based practices to continually improve the quality of patient care (McGonigle & Mastrian, 2018). How are the concepts of Data, Information, Knowledge, and Wisdom (DIKW) defined in nursing, and what are examples of each? The DIKW model represents a hierarchy crucial in nursing informatics to transform raw data into meaningful decisions: Term Definition Example Data Raw, unprocessed facts or figures without context or interpretation. Vital signs such as blood pressure or lab results. Information Data organized and contextualized to provide meaning. A chart displaying trends in patient falls over six months. Knowledge Integration of information from multiple sources to inform practice. Evidence-based nursing protocols guiding clinical care. Wisdom The skillful application of knowledge and experience to make ethical and effective decisions. Identifying early patient deterioration and initiating timely intervention. This framework helps nurses convert simple measurements into meaningful clinical decisions that enhance patient outcomes. What informatics competencies are expected at various nursing levels? Nursing informatics competencies evolve with experience and responsibility, as shown below: Level Expected Competencies Beginning Nurse Basic computer operation, structured documentation, understanding data privacy, and accurate data entry. Experienced Nurse Advanced data analysis, proficient use of clinical information systems, and collaboration with informatics teams. Informatics Specialist Critical thinking in system development, data management, and educating clinical staff on informatics tools. Informatics Innovator Leading informatics research, theory development, advanced system design, and managing project funding. This progression supports nurses in effectively using technology to improve patient care and healthcare delivery. How do information literacy and computer literacy relate to evidence-based practice? Computer literacy encompasses fundamental skills to operate computers, software applications, and digital tools, building upon foundational literacy skills such as reading and writing. Information literacy extends this by enabling healthcare professionals to critically assess, locate, and interpret relevant scientific and clinical information. Together, these literacies empower nurses to access and apply current research, which is the cornerstone of evidence-based practice, ultimately improving patient outcomes through informed clinical decisions (Lau & Woods, 2017). What are the advantages and disadvantages of using Electronic Health Record Systems (EHRS) in patient-centered care? Advantages of EHRS: Disadvantages of EHRS: These factors must be balanced to optimize the benefits of EHRS in improving patient care (HIMSS, 2020). How do clinical information systems (CIS) differ from administrative information systems (AIS)? Clinical Information Systems (CIS) are designed to manage direct patient care tasks, including order entry, diagnostic results retrieval, documentation, and clinical decision support. They operate across multiple care locations to support the clinical workflow. Administrative Information Systems (AIS), in contrast, focus on the business aspects of healthcare, such as financial management, patient registration, payroll, human resources, and quality reporting, supporting organizational operations rather than clinical care. Competency 1 Continued: Legislative Acts and IT Development What is the significance of key legislative acts in advancing health information technology? Legislative Act Significance American Recovery and Reinvestment Act (ARRA) Funded EHR adoption nationwide, promoting data sharing and improved coordination to enhance patient outcomes. Health Information Technology for Economic and Clinical Health Act (HITECH) Provided incentives for meaningful EHR use, facilitating data collection for policy and quality improvements. Technology Informatics Guiding Education Reform (TIGER) Initiative Developed nursing competencies in informatics to prepare healthcare workers to effectively use health IT. These acts collectively drive the adoption, use, and advancement of health information technology to improve healthcare quality and efficiency (McBride & Tietze, 2017). Competency 2: Leadership in IT How is an informatics culture created within healthcare organizations? Establishing an informatics culture requires assessing organizational readiness, identifying gaps in policies, knowledge, and technology infrastructure. Leadership must secure funding, develop educational initiatives, and formulate clear policies and guidelines. Engaging healthcare providers in decision-making fosters ownership and acceptance. Emphasizing patient-centered care alongside improving computer, information, and health literacy is vital to cultivating a sustainable informatics environment that supports continuous learning and quality improvement (Saba & McCormick, 2015). What roles do nurses play in selecting and implementing patient information systems? Nurses contribute throughout the lifecycle of patient information systems. In formal leadership roles such as Chief Nursing Informatics Officers and Informatics Specialists, they lead system selection, customization, and implementation. At the bedside, nurses act as data collectors and knowledge workers, providing critical feedback on system usability, workflow integration, and defining essential competencies for effective use. Their frontline insights ensure systems align with clinical needs and improve patient care delivery. How do strategic plans, missions, and visions differ in healthcare organizations? Term Description Strategic Plan A detailed roadmap that guides organizational goals, incorporating the mission, vision, objectives, and actions. Mission Defines the organization’s fundamental purpose and scope, clarifying what it does and whom it serves. Vision A future-oriented statement describing what the organization aspires to become, guiding strategic planning. Together, these elements ensure cohesive direction and alignment across the organization’s initiatives. What are the phases and activities of the Project Management Life Cycle (PMLC)? Phase Key Activities Design/Plan Define project scope, develop project charter, establish timeline, select team, and plan change management. Implementation Execute project tasks, initiate go-live events like EHR deployment. Monitoring/Control Track progress using metrics, ensure system functionality and data integrity. Evaluation Analyze outcomes, assess project success, identify improvement opportunities. Lessons Learned Document experiences, resolve issues, and share knowledge to improve future projects. Effective management through these phases increases the likelihood of project success. What are classification systems and reference terminologies in healthcare informatics? Classification systems categorize clinical data into exclusive groups for specific purposes. For example, NANDA standardizes nursing diagnoses,

Student Name Western Governors University D220 Information Technology in Nursing Practice Prof. Name Date Book Quizzes/Tests 1. What is a use in maximizing the value of healthcare data? Healthcare data represents a crucial asset in enhancing healthcare delivery. One of the most effective ways to maximize its potential is through the development and implementation of clinical decision support (CDS) tools. These tools leverage healthcare data to assist clinicians by providing evidence-based recommendations at the point of care. By doing so, CDS tools enhance clinical decision-making, improve patient safety, and ultimately lead to better health outcomes. 2. What is one example of a standardized data language that nurses are familiar with? While electronic health records (EHRs) have transformed how healthcare data is collected and shared, the absence of uniform data standards poses challenges for data interoperability. To address this, standardized terminologies have been established. Nurses commonly use NANDA (North American Nursing Diagnosis Association) terminology, which standardizes nursing diagnoses, facilitating consistent documentation and clear communication within healthcare teams. 3. In the DIKW framework, what describes information and knowledge? (True or False) The DIKW model describes the transformation of raw data into wisdom through stages: Data, Information, Knowledge, and Wisdom. A frequent misunderstanding is the belief that information consists of data processed to reveal relationships. However, it is actually knowledge that involves organizing and interpreting information to recognize these relationships and interactions. Therefore, the statement that “information is processed and organized data so that relations and interactions may be identified” is false. 4. What is data scrubbing, and is it a mechanism that prompts users during data entry? (True or False) Data scrubbing is an essential process to maintain the accuracy and integrity of healthcare data. Unlike validation checks or user prompts that assist during data entry, data scrubbing refers to the post-entry cleaning of datasets by identifying and removing incorrect, incomplete, or duplicate records through specialized software tools. Hence, the claim that data scrubbing prompts users during data entry is false. 5. What are different healthcare data sources and their purposes? Data Source Purpose Medical Records Document events and interactions between patients and providers, including history, labs, procedures, and medications. Surveillance Monitor disease outbreaks and trends at a population level. Surveys Collect direct health and social data from individuals, relying on their memory and interpretation. Vital Records Maintain standardized birth and death data at state and national levels. Each data source serves a unique function in healthcare delivery, population health monitoring, and research. 6. What advice should be given to patients regarding evaluating the reliability of health information found on the internet? Given the abundance of health information online, patients often face challenges in discerning credible sources. The recommended professional advice is to critically assess information quality by verifying the qualifications of the source, checking for detailed and dated content, and using trusted tools. Resources such as tutorials from the U.S. National Library of Medicine can empower patients to evaluate health information effectively and avoid misinformation. 7. What is the goal of Outcomes Research (OCR) in healthcare? Outcomes Research (OCR) focuses on measuring and improving healthcare quality by analyzing the effectiveness of clinical interventions. Its primary objective is to reduce variability in clinical practice by identifying evidence-based strategies that consistently lead to better patient outcomes. These outcomes include improved survival rates, enhanced quality of life, functional status, cost-efficiency, and patient satisfaction. OCR is not simply about gathering data but about applying it to standardize best practices. 8. What are the key components of Clinical Decision Support (CDS) systems? Clinical Decision Support systems deliver timely, patient-specific information to clinicians to optimize care delivery. The key components in a CDS workflow include: Component Description Trigger Event initiating the CDS (e.g., medication order) Input Data Relevant clinical data such as lab results Intervention Info Suggested alternatives or alerts related to the trigger Action Step The clinician’s decision or intervention This sequence ensures that clinical decisions are based on current evidence and patient context. 9. How does data relate to quality improvement initiatives in healthcare? Data forms the foundation for quality improvement (QI) initiatives by enabling healthcare organizations to systematically measure performance and outcomes. Through rigorous data collection and analysis, providers can assess whether implemented interventions lead to desired improvements in patient care and safety, thereby guiding continuous enhancement efforts. 10. What is big data, and why is technology necessary for its management? Big data in healthcare refers to the massive and complex datasets generated from various clinical, administrative, and operational sources. These datasets provide invaluable insights by revealing patterns and associations invisible in smaller samples. Managing big data requires advanced technological solutions, including high-powered computing and sophisticated algorithms, due to its sheer volume, speed (velocity), and diversity (variety), which exceed the capabilities of traditional data processing methods. 11. What healthcare policy reform introduced in 2008 incentivizes quality over quantity in care? The 2008 healthcare policy reform introduced the value-based care model, which incentivizes healthcare providers to prioritize quality rather than quantity of services. Under this model, financial rewards are tied to performance on quality metrics, encouraging providers to deliver care that improves patient outcomes, reduces unnecessary procedures, and promotes cost-effectiveness. References Agency for Healthcare Research and Quality. (n.d.). Clinical decision support systems. https://www.ahrq.gov/cds/index.html North American Nursing Diagnosis Association (NANDA). (2024). Nursing diagnoses. https://nanda.org/ U.S. National Library of Medicine. (n.d.). Evaluating health information. https://medlineplus.gov/evaluatinghealthinformation.html D220 Quiz Notes: Maximizing Healthcare Data Value and Integrity

Student Name Western Governors University D220 Information Technology in Nursing Practice Prof. Name Date D220 CPT Questions and Answers Review Guide How did the data in the electronic medical record (EMR) inform the decision to place a patient with a history of methicillin-resistant Staphylococcus aureus (MRSA) on contact precautions? The decision to implement contact precautions for a patient with a history of MRSA primarily relies on specific, confirmatory data found in the EMR. The most crucial piece of information is the laboratory report from the patient’s previous hospitalization showing a positive culture for MRSA. This result provides direct evidence of MRSA colonization or infection, justifying the use of contact precautions to prevent the spread of this resistant organism. Other documentation, such as history and physical notes mentioning wet-to-dry dressing changes, does not specifically relate to MRSA management. Similarly, medication administration records indicating antibiotic use do not clarify whether the antibiotics were for MRSA or another infection. Nursing flowsheets documenting a swollen elbow with drainage could indicate other issues unrelated to MRSA. Option Source of EMR Data Relevance to MRSA Contact Precautions Explanation A History and physical notes Not relevant Wet-to-dry dressings are nonspecific to MRSA. B History and physical notes (repeat) Not relevant Duplicate of A with no impact. C Medication administration record Indirect relevance Antibiotics may be for other infections. D Laboratory report Highly relevant Confirms MRSA presence; supports precautions. E Nursing flowsheets Not relevant Symptoms may be unrelated to MRSA. Which EMR data would prompt a nurse to implement droplet precautions for a patient reporting shortness of breath, productive cough, and fatigue? The radiology impression revealing lung consolidation is the most significant finding prompting droplet precautions. Lung consolidation typically indicates pneumonia, an infection that can spread via respiratory droplets, thereby necessitating droplet precautions to protect healthcare workers and other patients. While other findings such as a history of asthma, elevated white blood cell count, or wheezing support the presence of respiratory issues, they do not directly indicate the need for droplet precautions. Asthma is a chronic, non-infectious condition; elevated white blood cells are a general marker of infection; and wheezing alone does not confirm a contagious illness. Option EMR Data Source Indicator for Droplet Precautions Explanation A Complete health history (asthma) No Asthma is non-contagious. B Radiology impression Yes Consolidation suggests infectious pneumonia. C Complete blood count No Infection marker, not specific for droplet spread. D Nursing flowsheet (wheezing) No Wheezing is nonspecific for infectious spread. What EMR data supports an influenza diagnosis in a patient with fever, chills, and muscle aches? Laboratory specimen collection results within the EMR provide definitive confirmation of influenza. Rapid antigen or polymerase chain reaction (PCR) testing can detect the influenza virus, enabling appropriate treatment decisions and isolation precautions. Although radiology reports, nursing notes, and history can document symptoms and support clinical suspicion, they do not confirm influenza diagnosis. What is the purpose of a clinical decision support (CDS) alert in the EMR warning of high risk for obstructive sleep apnea before surgery? The clinical decision support tool aims primarily to enhance patient safety by identifying risk factors such as obstructive sleep apnea before surgery. This condition increases perioperative risks like airway obstruction and complications with anesthesia. The alert encourages clinicians to take preventive measures, such as modifying anesthesia plans and increasing monitoring. While compliance with regulations and reducing reportable incidents are beneficial outcomes, the immediate and foremost goal is to prevent patient harm. What should a nurse assess to evaluate a newly diagnosed heart failure patient’s ability to engage in care and education? The nurse should evaluate barriers that may hinder the patient’s engagement. These include cognitive impairments, language barriers, health literacy levels, and socioeconomic challenges that affect understanding and adherence to treatment plans. Although willingness to engage and family support contribute to overall engagement, they do not fully determine the patient’s ability. Simply having access to education is insufficient without addressing these barriers. Which low-cost marketing method should a rural hospital use to educate its community and promote patient engagement? Social media platforms are the most cost-effective and efficient way to disseminate information in rural areas. They allow rapid communication with a wide audience and encourage interactive engagement. Traditional media like radio, newspapers, and billboards are typically more expensive and less targeted, often yielding lower impact in rural communities. What is the first action an informatics nurse should take when staff use printed information from a new electronic health record (EHR) as a “worklist,” creating unsafe practice? The nurse should initially conduct interviews with staff to understand why they rely on printed reports. This approach helps identify underlying workflow challenges or usability issues within the EHR system that lead to this behavior. Addressing root causes through collaboration and education is more effective than immediately restricting printing or escalating the issue. Who should be included in a committee tasked with reviewing and updating hospital order sets? A multidisciplinary team is ideal for this responsibility to ensure comprehensive review and evidence-based updates. Recommended members include: Staff Role Contribution Informatics staff Technical support and database management Healthcare providers Clinical expertise and evidence-based input Nurses Practical insights on patient care and workflow Leadership (e.g., CNO) Oversight, guidance, and resource allocation How should an informatics nurse determine the best mobile workstation device for nursing staff? The nurse should observe end users directly to understand their workflow, preferences, and technical needs. This ensures that the selected devices align with clinical tasks, enhance efficiency, and support patient care. While factors like device disinfectability, budget, and security are important, these come after assessing user requirements. Which nurse comment about hospital information systems (HIS) indicates a misunderstanding needing correction? The comment, “With automated machines and computers, the number of nurses who encounter errors has increased,” is inaccurate. HIS are designed to reduce errors by automating routine tasks, standardizing documentation, and supporting clinical decision-making. Other comments correctly recognize HIS benefits such as improved inventory management, real-time data access, and enhanced community care coordination. What is the top priority security concern

Student Name Western Governors University D220 Information Technology in Nursing Practice Prof. Name Date D220 Task 1 Exploring EHRS in Home Health Care Settings A. Identify a healthcare setting and an electronic health record system (EHRS) that could be used in this setting What is a suitable healthcare setting and EHRS system for home healthcare? Home healthcare, often overlooked in discussions about Electronic Health Record Systems (EHRS), is an essential sector where digital documentation is gaining traction. Data from 2017 shows that approximately 78% of home healthcare agencies had integrated some form of EHRS. A prominent system specifically tailored for home health operations is Homecare Homebase (HCHB). HCHB operates similarly to other EHRS platforms by promoting continuity of care through real-time documentation at patients’ homes and enhancing clinical record accessibility for field clinicians. The platform is designed to optimize patient safety, streamline care delivery, improve operational efficiency, and support chronic disease management (Hobensack et al., 2021). One of HCHB’s standout features is its capacity to capture Outcome and Assessment Information Set (OASIS) data. This feature enables the system to recommend the number of patient visits based on acuity, allowing for data-driven, personalized care decisions. Despite its benefits, challenges such as limited internet connectivity in rural areas can hinder timely data upload or download, leading to documentation gaps. Additionally, incomplete referral records may cause missing information like medication lists or allergies. Strategies to overcome these challenges include: Challenge Recommended Solution Unstable internet in rural areas Maintain paper charting materials as backup Missing referral documentation Collect primary source data (e.g., medication bottles) Incomplete medical histories Obtain medical records from referring providers Accurate data entry allows for medication interaction checks and supports precise diagnoses, ultimately improving patient outcomes, clinical assessments, and personalized patient education. B. Identify one health information system and one technology to use in the healthcare setting identified in part A Which health information system and technology can be applied in home health care? Within home health care, the Epic system is an invaluable health information system. It allows clinical team leaders to import electronic documents securely into patient charts via mobile tablets, ensuring clinicians have access to updated, accurate patient information from primary sources. Additionally, the WorldView application is a critical healthcare technology used in this setting. It enables clinicians to upload wound photographs, scan signed documents like service agreements or HIPAA forms, and integrate them directly into the patient’s electronic record. This improves documentation speed and care team communication. 1. How does the health information system support decision-making in patient care? Epic supports clinical decision-making by providing a comprehensive, real-time view of patients’ medical histories, laboratory results, and care plans. This centralized information helps clinicians assess referral reasons, identify clinical trends, and make evidence-based decisions. Furthermore, Epic enables multidisciplinary data sharing, promoting better care coordination. Feature Contribution to Decision-Making Patient history access Identifies underlying conditions and patient risks Real-time updates Minimizes clinical errors and redundant procedures Interdisciplinary access Enhances collaboration among healthcare providers Integrated alerts Sends reminders for follow-up care and medication safety 2. How does the technology support decision-making in patient care? WorldView enhances clinical decision-making through visual documentation. Clinicians can upload wound images to monitor patient progress, comparing current and previous images to detect subtle changes like infections or tissue deterioration that might not be clear through narrative notes. Remote specialists can review these images and provide timely recommendations, improving care accuracy and response times. 3. Why is evaluating data from health information systems important? Evaluating the reliability, quality, consistency, and security of data from health information systems is vital for patient safety and care quality. Reliable data ensures clinicians make informed decisions. Regular audits help maintain data accuracy and compliance with regulations, while robust security measures protect sensitive patient information. For example, discrepancies in medication lists or outdated records can lead to medication errors or misdiagnoses. Implementing data validation and encryption protocols safeguards data integrity and confidentiality. C. Describe how relevant laws and policies guide the use of health information systems and safeguard healthcare information 1. What is the nurse’s ethical responsibility regarding protected healthcare information according to the AHIMA Code of Ethics? The American Health Information Management Association (AHIMA) Code of Ethics mandates that healthcare professionals “ensure all data and resulting information accessed and derived from healthcare technology resources are not used outside of the scope of the job” (AHIMA, 2019). This highlights the nurse’s ethical duty to protect Protected Health Information (PHI). For example, a nurse who recognizes patient data outside the workplace must not disclose or discuss this information. Upholding confidentiality promotes patient trust and maintains professional integrity. 2. What is the nurse’s legal responsibility regarding protected healthcare information under HIPAA? Under the Health Insurance Portability and Accountability Act (HIPAA) of 1996, nurses have a legal obligation to protect PHI and prevent unauthorized disclosures, whether intentional or accidental (CDC, 2024). For instance, leaving a patient chart open on a shared device or discussing patient information in public areas violates HIPAA privacy rules. Nurses must ensure patient data is accessed only by authorized personnel and used solely for treatment, payment, or healthcare operations. Non-compliance can lead to disciplinary actions, fines, or loss of licensure. References AHIMA. (2019, April 29). Code of ethics. AHIMA Body of Knowledge. https://bok.ahima.org/topics/industry-resources/code-of-ethics/ D220 Task 1 Exploring EHRS in Home Health Care Settings Centers for Disease Control and Prevention. (2024, September 10). Health Insurance Portability and Accountability Act of 1996 (HIPAA). https://www.cdc.gov/phlp/php/resources/health-insurance-portability-and-accountabilityact-of-1996-hipaa.html Hobensack, M., Ojo, M., Bowles, K., McDonald, M., Song, J., & Topaz, M. (2021). Home healthcare clinicians’ perspectives on electronic health records: A qualitative study. Studies in Health Technology and Informatics. https://doi.org/10.3233/shti210763

Student Name Western Governors University D220 Information Technology in Nursing Practice Prof. Name Date A. Identifying a Healthcare Setting and an Electronic Health Record System (EHRS) 1. What is the purpose of the EHRS used in the identified healthcare setting? Hospice care is a specialized healthcare environment dedicated to providing compassionate support to patients facing terminal illnesses. This type of care can take place in various locations, including patients’ homes, hospitals, and long-term care facilities such as assisted living or skilled nursing centers. In such settings, it is crucial to maintain thorough, accessible documentation to ensure consistent and high-quality care. The Homecare Homebase (HCHB) system functions as the primary Electronic Health Record System (EHRS) utilized in hospice care. Its core purpose is to support coordinated, patient-centered care by enabling real-time documentation and seamless communication among the interdisciplinary healthcare team. HCHB enhances continuity of care by allowing professionals to access, update, and share patient records, care plans, and physician orders remotely. The system’s mobile documentation capabilities streamline clinical decision-making, reduce documentation errors, and help ensure that care plans remain aligned with the evolving needs of patients. 2. How does the EHRS promote high-quality patient care? HCHB plays a pivotal role in delivering high-quality hospice care by systematically capturing and analyzing key patient data, including functional status, nutrition, and cognitive health. For example, when a hospice nurse records changes in a patient’s mobility or appetite using HCHB, this information becomes instantly accessible to the interdisciplinary team. Physicians can then adjust pain management strategies or nutritional interventions accordingly. This immediate sharing of data facilitates timely clinical interventions, ultimately improving patient comfort and overall quality of life. 3. What barriers or challenges exist when using HCHB in hospice care? A significant challenge in using HCHB effectively is the issue of limited or unreliable internet connectivity, particularly in rural or remote areas. Because HCHB depends on synchronization with a central database, healthcare providers may encounter difficulties uploading or downloading patient information while offline. This connectivity problem can delay updates to care plans and increase the risk of clinicians working with outdated or incomplete records, which may jeopardize clinical decisions for patients whose conditions change rapidly. Challenge Impact on Care Potential Risks Limited or no internet access Delays in data synchronization Outdated medical records, unsafe medication changes Inability to sync real-time visits Reduced care coordination Risk of duplicated or missed interventions 4. What is the nurse’s role in maintaining data integrity and overcoming this barrier? Nurses hold a vital responsibility in preserving the accuracy and integrity of health data, especially when technical challenges arise. To counteract connectivity issues, nurses should download all necessary patient visit data before leaving the care center and carry paper backups. Conducting weekly selective refreshes ensures that patient files stay updated and synchronized across the system. Additionally, nurses should communicate regularly with other members of the care team, verifying medication reconciliations and sharing critical updates about patient conditions. These proactive measures help maintain data reliability and contribute to safer, more informed clinical decisions. 5. How does overcoming this barrier improve patient outcomes? Addressing connectivity problems enables hospice teams to maintain continuous access to accurate and current patient records. Reliable data supports timely adjustments in medication and care plans tailored to individual needs. Consequently, patients benefit from better symptom control, reduced medication errors, and an enhanced quality of life during their end-of-life journey. 6. How does overcoming this barrier advance health literacy? Reliable access to comprehensive patient data improves health literacy among nurses and caregivers. When healthcare providers have up-to-date information, they can make more informed clinical decisions, enhancing their professional judgment. Moreover, this transparency empowers families by helping them understand care plans and actively participate in decision-making, fostering a more collaborative care environment. B. Health Information System and Technology in Hospice Care What health information system and technology are used in hospice care? Hospice care integrates multiple digital tools to facilitate smooth information flow and clinical management. One key system is Cerner, an Electronic Health Record (EHR) system used primarily in community hospitals that refer patients to hospice care. Cerner allows hospice managers to access patient histories, medications, and diagnostic results prior to hospice admission. The clinical manager and director then transfer this relevant data into HCHB, ensuring a seamless and comprehensive health record transition. Complementing Cerner is Focura, a technology application designed to securely integrate protected health information into HCHB. Focura is HIPAA-compliant and digitizes wound images and other patient documents, directly uploading them into the EHR. This reduces paperwork and enhances the accuracy and security of patient records. D220 Task: EHRS in Hospice Care Analysis System/Technology Purpose Function in Hospice Care Cerner Health Information System Transfers hospital patient data to hospice EHR Focura Health Technology Digitizes wound images and paper records 1. How does the health information system support decision-making? Cerner supports clinical decisions by providing hospice clinicians with access to a patient’s complete medical history at the time of hospice admission. Since family members may not always be able to provide detailed information, Cerner’s diagnostic reports, lab results, and treatment histories enable clinicians to create more accurate assessments and tailored care plans. This reduces data redundancy and promotes continuity of care. 2. How does technology support decision-making? Focura enhances evidence-based decisions by allowing nurses to upload and review high-resolution wound photographs over time. Wound care nurses can track healing progress or detect any deterioration visually. This enables timely adjustments to treatment protocols, improving wound management outcomes and patient comfort. 3. Why is evaluating data from health information systems important? Regular evaluation of data from systems like Cerner and HCHB is crucial to maintain accuracy, consistency, and security. Routine audits help identify and correct errors that could compromise patient safety. Additionally, because these systems handle sensitive health data, maintaining cybersecurity measures and strict access controls is essential to protect patient confidentiality. C. Laws and Policies Governing Health Information Systems 1. What is the nurse’s ethical responsibility under the AHIMA Code of Ethics? According to the American Health Information Management Association (AHIMA,

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 A hospital is a complex healthcare environment that relies extensively on advanced digital technologies to improve patient care delivery. One of the primary digital tools used in this setting is the Electronic Health Record System (EHRS). For instance, Epic Systems is a widely implemented EHRS that serves as a secure, patient-centered, and real-time digital platform designed to store and manage extensive patient health information efficiently. The fundamental purpose of the EHRS in a hospital is to gather, organize, and securely store patient medical data while allowing authorized healthcare providers seamless access. Epic Systems integrates diverse clinical information, including medical histories, diagnostic results, medication lists, immunization records, and physician notes, into a unified platform. This integration enhances clinical workflows, facilitates communication among healthcare professionals, supports evidence-based decision-making, and promotes coordinated care across various hospital departments. 2. Using a Specific Example, Explain How This EHRS Is Used to Make Decisions Promoting High-Quality Patient Care Consider a scenario where a physician consults Epic Systems to review a patient’s laboratory test outcomes and current medications before initiating a new treatment plan. The EHRS’s Clinical Decision Support (CDS) module evaluates this data and provides alerts about possible adverse drug interactions, allergies, or redundant prescriptions. This proactive alert mechanism enables healthcare providers to make safer, well-informed clinical decisions, thus improving patient safety and quality of care. By minimizing medication errors and ensuring treatment plans reflect the patient’s individual medical history, the EHRS fosters continuity of care and supports personalized, patient-centered interventions. 3. Identify a Barrier/Challenge to Using This EHRS in This Healthcare Setting One prominent challenge faced by hospitals using Epic Systems is the system’s usability. The complexity of its interface and the breadth of its features can be overwhelming for staff members who have not received adequate training. Challenge Description Impact Usability The interface is complex and requires advanced training to navigate effectively. Can lead to documentation errors, decreased workflow efficiency, and user frustration. This complexity may result in inaccurate data entry, reduced productivity, and interruptions to clinical workflows, ultimately affecting patient care quality. 4. Describe the Nurse’s Role in Maintaining Data Integrity While Overcoming This Barrier/Challenge Nurses play a vital role in maintaining the accuracy and integrity of data within the EHRS despite usability challenges. Strategies they can adopt include: Through these efforts, nurses ensure that patient information remains reliable and up-to-date, enabling sound clinical decision-making. 5. Explain How Overcoming This Barrier/Challenge Will Improve Patient Outcomes Improving the usability of the EHRS enhances the precision of patient records, facilitates better communication among multidisciplinary teams, and allows faster access to critical clinical information. This reduces the likelihood of medical errors and streamlines clinical workflows. Consequently, patients benefit from safer care, quicker recoveries, and higher satisfaction due to more coordinated and evidence-based interventions. 6. Explain How Overcoming This Barrier/Challenge Will Advance Health Literacy When EHRS platforms become more intuitive, healthcare providers can more effectively interpret and explain health data to patients. This clarity fosters greater patient engagement and understanding of their health conditions. Enhanced communication supported by user-friendly systems empowers patients to make informed healthcare decisions and adhere to treatment regimens, thereby promoting improved health literacy. 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 In the hospital setting, the Computerized Physician Order Entry (CPOE) system serves as a critical Health Information System (HIS). This system enables clinicians to electronically enter medical orders, including prescriptions, laboratory tests, and imaging requests. CPOE improves clinical decision-making by generating real-time alerts for drug interactions, inappropriate dosages, or unnecessary duplicate orders. It eliminates handwriting-related errors and transcription mistakes, thereby enhancing the safety, accuracy, and timeliness of patient care. 2. Discuss How the Technology Supports Decision-Making in Patient Care Telemedicine technology complements hospital care by allowing providers to conduct remote consultations and monitor patients virtually. Through telehealth platforms, clinicians can assess symptoms, review EHRS data, and make swift, evidence-based decisions, especially beneficial for patients in rural or underserved locations. Telemedicine expands access to healthcare services, accelerates decision-making, and ensures continuity of care without the need for in-person visits, optimizing resource allocation in hospitals. 3. Explain the Importance of Evaluating Data from Health Information Systems Regular assessment of data quality from HIS is essential to uphold data reliability, security, and consistency. Accurate evaluation prevents medical errors and ensures that healthcare providers base their decisions on trustworthy information. Evaluation Parameter Importance Data Reliability Ensures decisions rely on consistent, validated information. Data Quality Avoids errors caused by incomplete or inaccurate data. Data Security Protects patient information from unauthorized access or breaches. Data Consistency Maintains standardized documentation practices across departments. Thorough data evaluation builds trust and accountability within healthcare organizations and directly supports patient safety and regulatory compliance. 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 mandates healthcare professionals to uphold the confidentiality and integrity of patient information. Specifically, it emphasizes that patient data should be accessed and disclosed only when absolutely necessary (AHIMA, n.d.). Nurses embody this principle by responsibly using EHRS to ensure patient data is accessed exclusively for clinical purposes, thereby preventing unauthorized disclosures and fostering an ethical culture of information stewardship within healthcare settings. 2. Using a Specific Example from the Health Insurance Portability and Accountability Act (HIPAA) HIPAA establishes federal guidelines for protecting Protected Health Information (PHI). Nurses are legally required to maintain the confidentiality, integrity, and security of patient records. For example, they must ensure that PHI is shared only with authorized individuals and transmitted via secure channels. Violations of HIPAA can lead to serious