Student Name Chamberlain University NR-706: Healthcare Informatics & Information Systems Prof. Name Date Simulation Experiences Discussion Purpose The purpose of this discussion is to examine the evolving role of simulation in nursing education and clinical practice. Simulation—whether low-fidelity (basic mannequins), high-fidelity (advanced manikins with real-life responses), or virtual platforms—provides a safe and controlled environment where learners can develop, refine, and evaluate their skills. Both academic institutions and healthcare organizations are increasingly integrating simulation to enhance learning outcomes, clinical competencies, and patient safety. Simulation in Healthcare The following activity highlights the importance of simulation in nursing practice:Simulation (1:30) Instructions Reflect on the role of simulation in your professional or academic environment. Address the following prompts in your response: 1. Evaluate the benefits of the integration of simulation in nursing education or clinical practice to improve nursing skill sets. Simulation offers several advantages in both educational and clinical environments. In nursing education, it allows students to practice critical thinking, teamwork, and technical procedures without putting patients at risk. High-fidelity simulations replicate real-life scenarios such as cardiac arrest or sepsis management, enabling learners to make clinical decisions in real time. Virtual simulations provide accessibility and flexibility, particularly beneficial for distance learning programs. In clinical practice, simulations are used to train nurses on new protocols, enhance interprofessional collaboration, and reduce medical errors. Overall, the integration of simulation strengthens nursing skill sets by bridging the gap between theory and practice, improving confidence, and enhancing patient-centered care. 2. Analyze your work environment for knowledge gaps where the use of simulation would be a viable option to improve competencies. In my work environment, one notable gap exists in the area of emergency response training. Many staff members lack consistent exposure to high-stakes situations such as rapid response codes or disaster preparedness. Simulation can provide opportunities to rehearse these events in a controlled setting, promoting readiness and competence. The following table highlights possible areas of knowledge gaps and the type of simulation suitable for improvement: Knowledge Gap Proposed Simulation Type Rationale Emergency code response High-fidelity simulation Replicates real-time emergencies with lifelike patient responses. Communication in interprofessional teams Virtual simulation / role-play Enhances collaboration between nurses, physicians, and allied health members. Medication administration errors Low-fidelity simulation with task trainers Reinforces correct technique and safe medication practices. Justify the type of simulation selected, elaborating on your vision of implementation and evaluation plans for the simulation experience. For the identified gap in emergency response training, I would select high-fidelity simulation. This approach provides the closest replication of real-life emergencies, allowing participants to experience the urgency and complexity of critical care situations. Implementation would involve scheduling quarterly simulation sessions where staff rotate through code blue and rapid response scenarios. The evaluation plan would include pre- and post-simulation assessments, structured debriefings, and performance checklists measuring accuracy, communication, and teamwork. Long-term effectiveness would be tracked by evaluating improvements in real code events, reduction in errors, and staff confidence surveys. NR 706 Week 7 Simulation Experiences Discussion Program Competencies This discussion supports the achievement of the following program competencies: Course Outcomes Through this discussion, students meet the following course outcomes: References Cant, R. P., & Cooper, S. J. (2021). Simulation in nursing education: A systematic review and meta-analysis. Nurse Education Today, 104, 104983. https://doi.org/10.1016/j.nedt.2021.104983 Foronda, C., Fernandez-Burgos, M., Nadeau, C., Kelley, C. N., & Henry, M. N. (2020). Virtual simulation in nursing education: A systematic review spanning 1996 to 2018. Simulation in Healthcare, 15(1), 46–54. https://doi.org/10.1097/SIH.0000000000000411 NR 706 Week 7 Simulation Experiences Discussion Shin, H., Ma, H., Park, J., Ji, E. S., & Kim, D. H. (2019). The effect of simulation-based critical care training on nursing performance: A systematic review and meta-analysis. Clinical Simulation in Nursing, 29, 21–29. https://doi.org/10.1016/j.ecns.2019.01.005

Student Name Chamberlain University NR-706: Healthcare Informatics & Information Systems Prof. Name Date PICOT Question Does frequent rounding and close monitoring of newly admitted patients to post-acute care setting as compared to current guideline recommendations decrease hospital readmission rate over a period of 8 weeks? The PICOT framework helps define clinical problems and guide evidence-based solutions: Element Description P (Population) Older patients in post-acute care I (Intervention) Frequent rounding and clinicians’ encounters/assessments C (Comparison) Current practice guidelines O (Outcome) Reduced hospital readmission rates T (Timeframe) 8-week period This structured approach allows clinicians to evaluate whether closer observation and proactive interventions can decrease avoidable rehospitalizations. Post-Acute Rehospitalization Rate Reduction Hospital readmission rates among post-acute care patients remain a significant issue, with substantial clinical and financial consequences. Studies estimate that all-cause rehospitalizations cost approximately $40 billion annually, and between 5–79% of these readmissions are preventable (Harris et al., 2018). Even a modest 10% reduction could translate into savings of over $1 billion each year. Beyond financial costs, frequent readmissions raise infection risks, extend recovery times, and diminish quality of life. Patients often suffer from prolonged pain, loss of independence, deconditioning, and reduced productivity, making preventive measures crucial (Harris et al., 2018). Restated PICOT Application Does frequent rounding and oversight by clinicians reduce hospital readmission rates compared to current practice guidelines over an 8-week period for newly discharged patients to post-acute care? Key strategies include: Discharge to Community–Post-Acute Care (DTC-PAC) Measures To better evaluate outcomes, the Centers for Medicare & Medicaid Services (CMS, 2019) introduced measures addressing rehospitalization rates post-discharge. These include: Measure Key Focus Unplanned rehospitalization (31 days) Identifying unnecessary readmissions within a month of discharge. Medical necessity vs. 30-day rounding Evaluating whether monthly rounding is adequate compared to frequent monitoring. National average rehospitalization (27%) Establishing baseline benchmarks. Patient-centered care Encouraging individualized treatment approaches. Insurance coverage inclusion Ensuring equitable care access across patient groups. These measures emphasize balancing cost-effectiveness with patient safety and well-being. Hospital Readmission Reduction Program (HRRP) The HRRP identifies six major conditions and procedures for 30-day readmission risk standardization (Hatipoğlu et al., 2018): By focusing on these conditions, the HRRP aligns financial incentives with improved patient outcomes, aiming to lower unnecessary hospital returns. A New Approach: Meaningful Outcomes Reducing rehospitalizations requires a patient-centered, collaborative model that: NR 706 Week 6 Practice Problem Analysis PowerPoint Failure Modes & Effects Analysis (FMEA) FMEA identifies potential risks contributing to readmissions. Failure Mode Failure Cause Potential Effect Missed handoff reports Missed care opportunities Delayed treatment Delayed assessment post-admission Provider unaware of admissions Higher hospitalization risk Low rounding frequency Delayed recognition of complications Increased readmission rates Such risks highlight the importance of structured communication and consistent provider presence (Harris et al., 2018). Ishikawa (Fishbone) Diagram Factors Contributors to higher readmission rates in post-acute care include (LUCA, 2016; March & Mennella, 2018): Conclusion Frequent provider rounding, thorough assessments, and closer patient monitoring have the potential to: Evidence supports that proactive post-acute monitoring is a cost-effective, patient-centered strategy that benefits both individuals and healthcare systems (UpToDate, 2019; Agarwal & Werner, 2018). References UpToDate. (2019). Hospital discharge and readmission. https://www.uptodate.com/contents/hospital-discharge-and-readmission Agarwal, D., & Werner, R. M. (2018). Effect of hospital and post-acute care provider participation in accountable care organizations on patient outcomes and Medicare spending. Health Services Research, 53(6), 5035–5056. https://doi.org/10.1111/1475-6773.13023 Center for Medicare & Medicaid Services. (2019). Skilled Nursing Facility 30-Day Potential Preventable Readmission Measure (SNFPPR). https://cmit.cms.gov/CMIT_public/ViewMeasure?MeasureId=2801 Harris, C., Garrubba, M., Melder, A., Voutier, C., Waller, C., King, R., & Ramsey, W. (2018). Sustainability in health care by allocating resources effectively (SHARE) 8: Developing, implementing and evaluating an evidence dissemination service in a local healthcare setting. BMC Health Services Research, 18(1), 151. Hatipoğlu, U., Wells, B. J., Chagin, K., Joshi, D., Milinovich, A., & Rothberg, M. B. (2018). Predicting 30-day all-cause readmission risk for subjects admitted with pneumonia at the point of care. Respiratory Care, 63(1), 43–49. https://doi.org/10.4187/respcare.05719 NR 706 Week 6 Practice Problem Analysis PowerPoint LUCA, L. (2016). A study on quality analysis measuring process. Fiability & Durability, 2, 68–72. March, P. P., & Mennella, H. D. A.-B. (2018). Quality improvement in long-term care. CINAHL Nursing Guide.

Student Name Chamberlain University NR-706: Healthcare Informatics & Information Systems Prof. Name Date Week 5: Information System Contributions to Advanced Nursing Practice Information technology (IT) has become a cornerstone of modern nursing practice. The introduction of electronic medical records (EMRs), telehealth, barcode scanning systems, and advanced documentation tools has transformed the way nurse practitioners deliver patient care. These technologies not only improve safety but also enhance the quality and efficiency of healthcare delivery. Evidence suggests that the use of IT in nursing promotes improved healthcare outcomes, reduces costs, and enhances patient safety (Bowles, Dykes, & Demiris, 2015). Technology has also streamlined communication between healthcare providers and patients, allowing for better data sharing and care coordination through EMRs. However, while the advantages of IT are significant, concerns remain regarding its potential impact on the nurse–patient relationship (Shih & Rosenblum, 2017). Nursing is fundamentally a caring profession, where physical presence, touch, and empathy are critical components of patient interactions (Watson, 2006). Balancing technological efficiency with human connection continues to be a challenge in advanced nursing practice. The Role of Caring in Nursing Practice Historically, nursing has been grounded in human connection and compassion. Nurses enter the profession with a strong desire to help others and foster meaningful relationships. Caring behaviors, such as offering a comforting touch or maintaining eye contact, play a vital role in establishing trust and reducing patient anxiety. However, the rise of EMR documentation and reliance on computers has, at times, shifted the nurse’s focus away from direct patient interaction. For example, I have observed clinicians entering patient rooms and immediately logging into computers to input data, often bypassing personal greetings or physical gestures such as a handshake. These subtle acts of caring, though small, are essential for building rapport and showing empathy. Without them, patients may perceive healthcare as impersonal and transactional. Case Example: The Impact of Technology on Clinical Decision-Making A personal experience further highlights the dual role of technology in nursing practice. When my son’s pediatric nurse practitioner reviewed his bilirubin results, the lab values indicated an elevated level of greater than 2.5 mg/dL. Despite my son showing no visible symptoms of jaundice—no yellowing of the skin or sclera—the practitioner initially recommended hospital admission for further evaluation. I encouraged her to conduct a physical assessment before proceeding. After reassessing, she realized the child’s clinical presentation did not align with the lab results. A repeat test later confirmed normal levels. This situation demonstrated how reliance solely on technological data, without incorporating clinical judgment, can lead to unnecessary interventions and increased healthcare costs. Benefits and Challenges of Information Technology in Nursing The integration of IT into nursing has transformed care delivery, but it also presents challenges. NR 706 Week 5 Information System Contributions to Advanced Nursing Practice Benefits of Information Technology Challenges of Information Technology Enhances patient safety by reducing errors through barcode scanning and EMRs Risk of depersonalizing care if technology overshadows nurse–patient interaction Improves efficiency in communication and data sharing Can create over-reliance on lab values and technology over clinical assessment Reduces healthcare costs through streamlined processes Increases screen time, reducing face-to-face interaction Supports evidence-based decision-making with real-time data access May cause frustration among nurses unfamiliar with advanced systems Facilitates telehealth and remote patient monitoring Raises privacy and ethical concerns regarding patient data security Balancing Technology and Caring in Advanced Nursing Technology is now deeply embedded in nursing practice, but it is critical to strike a balance between efficiency and compassionate care. Nurse practitioners must ensure that while using EMRs and telehealth systems, they do not lose sight of the interpersonal aspects of nursing. Simple gestures such as greeting patients warmly, maintaining eye contact, and offering reassurance can complement technology, ensuring holistic care delivery. Advanced nursing practice should therefore emphasize integration, not substitution—using technology to support decision-making while retaining the human touch that defines nursing. References Bowles, K. H., Dykes, P., & Demiris, G. (2015). The use of health information technology to improve care and outcomes for older adults. Research in Gerontological Nursing, 8(1), 5–10. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4431690/ Shih, D., & Rosenblum, R. (2017). Attitudes and perceptions of advanced practice nurses towards health information technology and its effects on caring. Online Journal of Nursing Informatics, 21(3). https://www.himss.org/library/attitudes-and-perceptions-advanced-practice-nurses-towards-health-information-technology-and-its NR 706 Week 5 Information System Contributions to Advanced Nursing Practice Watson, J. (2006). Nursing caring and sharing. American Nurse Today, 1(3). https://www.americannursetoday.com/nurses-caring-and-sharing/

Student Name Chamberlain University NR-706: Healthcare Informatics & Information Systems Prof. Name Date Introduction Hospital readmissions in post-acute care settings remain a persistent challenge that negatively affects patient outcomes. These outcomes may include malnutrition, cognitive decline, frequent falls, delayed rehabilitation, and in some cases, death. In the United States, over 16,000 skilled nursing facilities (SNFs) provide care to approximately 1.35 million individuals annually, delivering services ranging from skilled nursing and rehabilitation to support with activities of daily living (ADLs) and instrumental activities of daily living (IADLs) (Centers for Medicare & Medicaid Services [CMS], 2019). Although many patients transition into long-term care, a significant portion receives short-term rehabilitation before returning home, often with continued support through home health services. A major obstacle for these facilities is the high rate of hospital readmissions, which exposes patients to avoidable complications, worsens health outcomes, and delays their recovery and return to baseline functioning (CMS, 2019). Some common issues leading to readmission after discharge to post-acute care facilities include: Contributing Factors Impact on Patient Outcomes Cognitive impairments Confusion, reduced self-care ability, safety risks Sepsis Life-threatening infection, prolonged recovery Increased falls Injuries, fractures, loss of independence Feeding difficulties/decreased appetite Malnutrition, delayed healing Death Fatal outcomes from preventable conditions These issues highlight the urgent need for evidence-based strategies to prevent readmissions and safeguard patient well-being. Practice Problem and Question Data show that patients discharged to SNFs experience a 17.8% readmission rate, compared to 15.8% among those discharged home (UpToDate, 2019). With more than 35 million hospital discharges annually in the U.S., unplanned readmissions contribute an estimated $15–20 billion in healthcare costs each year (UpToDate, 2019). While Medicare initiatives and penalties have driven improvements, readmission rates remain concerning. For example, between 2003 and 2007, nearly 20% of Medicare patients were readmitted within 30 days of discharge (UpToDate, 2019). These figures emphasize the urgent need to bridge the gap between research evidence and clinical practice. As a Doctor of Nursing Practice (DNP) scholar, my responsibility lies in: Practice Question:In post-acute care, how does frequent rounding and oversight by clinical providers on newly admitted patients, compared to the current guideline recommendations, influence hospital readmission rates over an 8-week period? Current CMS guidelines recommend provider visits every 30 days or as medically necessary. By contrast, acute care settings ensure daily multidisciplinary rounds, enabling timely identification of complications. However, patients in SNFs often deteriorate rapidly under less frequent monitoring, leading to late detection of health decline and unnecessary hospital transfers (CMS, 2019). Increasing provider rounds to several times per week may enhance early recognition of clinical changes, support timely interventions, and ultimately reduce preventable rehospitalizations. Evidence Synthesis of Literature to Address the Selected Practice Problem A literature review was conducted to examine strategies aimed at reducing hospital readmissions in post-acute care. Four key studies were identified: Author/Year Focus of Study Key Findings Implications for Practice Hatipoğlu et al., 2018 Prediction of 30-day readmission in pneumonia patients 330/628 patients aged ≥65 were readmitted within 30 days. Better discharge planning and transition processes reduced readmissions. Highlights the importance of individualized discharge planning and risk assessment tools. March & Mennella, 2018 Quality improvement in long-term care Poor staffing ratios and inadequate resources linked to higher readmissions. Advocates for improved staffing, work environment, and education to enhance outcomes. Dadosky et al., 2018 Telemanagement of heart failure patients Telemonitoring reduced rehospitalizations by 29%, with an absolute risk reduction of 6.51%. Telehealth is cost-effective long-term and supports early detection of complications. Agarwal & Werner, 2018 Accountable Care Organizations (ACOs) and readmissions Participation in ACOs led to a -1.7% readmission reduction, $940 lower Medicare costs, and 3.1 fewer hospital days. Demonstrates financial and clinical benefits of value-based care models. Summary of Evidence:All four studies emphasize the importance of enhanced monitoring, improved staffing support, telehealth integration, and structured discharge planning. Collectively, these interventions reduce readmissions and improve patient outcomes in post-acute settings. Appraisal of the Evidence The selected studies were rated at Level III evidence (good strength/quality), with findings relevant and applicable to clinical practice. While limitations existed—such as small sample sizes and varying study designs—the evidence strongly suggests that multifaceted interventions (clinical rounding, telehealth, staffing improvements, and care coordination) can significantly decrease readmission rates. Translation Path Implementation of interventions in post-acute care requires addressing both internal and external barriers. Challenges include staffing shortages, financial restrictions, patient non-compliance, and limited regulatory flexibility. To address these, a multidisciplinary approach—involving providers, nurses, pharmacists, therapists, and social workers—is essential. Application of Lewin’s Change Model: Stage Action Steps Unfreezing Identify the need for change, engage stakeholders, build awareness of high readmission costs and poor outcomes. Changing (Moving) Implement frequent provider rounds (2–3 times weekly), strengthen nurse education, and encourage team-based huddles. Refreezing Sustain changes through policy updates, continuous monitoring, and reinforcing the new culture of proactive care. Anticipated Outcomes: Conclusion Post-acute care facilities are vital in supporting patient recovery after hospitalization, yet frequent readmissions undermine patient safety and increase healthcare costs. Evidence indicates that more frequent provider rounding, enhanced staffing support, telehealth integration, and value-based care models are effective in reducing rehospitalizations. As a DNP-prepared nurse, my role is to champion these evidence-based interventions, collaborate with interdisciplinary teams, and ensure their sustainable integration into practice. Ultimately, these efforts will lead to improved patient outcomes, reduced healthcare costs, and higher quality of care in post-acute care settings. References Agarwal, D., & Werner, R. M. (2018). Effect of hospital and post-acute care provider participation in accountable care organizations on patient outcomes and Medicare spending. Health Services Research, 53(6), 5035–5056. https://doi.org/10.1111/1475-6773.13023 Centers for Medicare & Medicaid Services (CMS). (2019). Skilled Nursing Facility 30-Day Potentially Preventable Readmission Measure (SNFPPR). https://cmit.cms.gov/CMIT_public/ViewMeasure?MeasureId=2801 NR 706 Week 4 Information Systems Translation Science Project Guidelines. Dadosky, A., Overbeck, H., Barbetta, L., Bertke, K., Corl, M., Daly, K., … Menon, S. (2018). Telemanagement of heart failure patients across the post-acute care continuum. Telemedicine and e-Health, 24(5), 360–366. https://doi.org/10.1089/tmj.2017.0058 Harris, C., Garrubba, M., Melder, A., Voutier, C., Waller, C., King, R., & Ramsey, W. (2018). Sustainability in health care by allocating resources effectively (SHARE) 8: Developing, implementing and evaluating an evidence dissemination service in a local healthcare setting. BMC Health Services Research, 18(1), 151. https://doi.org/10.1186/s12913-018-2958-3 Hatipoğlu, U., Wells, B. J., Chagin, K., Joshi, D., Milinovich, A., & Rothberg, M.

Student Name Chamberlain University NR-706: Healthcare Informatics & Information Systems Prof. Name Date Week 3: Consumer Informatics/Telehealth Case Study Case Overview Mr. Kasich, a 77-year-old male, was admitted to the emergency department after experiencing a fall while getting out of bed. His blood glucose level was critically low at 35 mg/dL, leading to a diagnosis of uncontrolled type 2 diabetes mellitus with hypoglycemia, despite a history of stable blood sugar management. Additional health concerns include advanced congestive heart failure and lung cancer. He is covered by Medicare Parts A and B, lives with his wife in a remote area approximately 40 miles from the nearest healthcare provider, and is skilled in using his personal computer. In contrast, Mr. Lane, a 42-year-old long-haul truck driver, was hospitalized for an exacerbation of heart failure. His medical background also includes type 2 diabetes mellitus. He has private insurance, is single, and primarily resides in his truck while on the road. Both patients will be discharged with telehealth services, which include a remote monitoring system tracking weight, blood pressure, blood glucose, and oxygen saturation. This data is transmitted to a telehealth nurse for review. While telehealth lacks direct physical interaction, its purpose is to prevent hospital readmissions, enhance patient experience, and support positive health outcomes. It also encourages self-care and empowers patients, aligning with the foundational principles of nursing practice. How Can Telehealth Assist in Equality of Health Care Resource Distribution? Telehealth plays a critical role in addressing healthcare disparities by extending access to medical services for patients living in underserved or remote communities. It enables healthcare providers to reach populations who would otherwise face geographic, financial, or logistical barriers to care. For example, patients like Mr. Kasich, who lives far from medical facilities, can receive consistent monitoring without the burden of travel. To ensure equitable distribution of healthcare resources, barriers such as lack of broadband connectivity, limited access to technology, financial constraints, and inadequate digital literacy must be addressed. Overcoming these challenges can improve well-being, promote sufficiency of resources, and foster equitable access for all individuals, regardless of socioeconomic or geographic status (Edirippulige & Armfield, 2017). Barriers to Achieving Health Equity in Telehealth Several obstacles hinder the equitable adoption of telehealth services: NR 706 Week 3 Consumer Informatics/Telehealth Case Study Patient Comparison: Benefits of Telehealth and Ethical Considerations Comparison Table Aspect Mr. Kasich (77 years old) Mr. Lane (42 years old) Health Conditions Type 2 diabetes, hypoglycemia, congestive heart failure, lung cancer Type 2 diabetes, heart failure Insurance Coverage Medicare Parts A and B Private insurance Living Situation Lives in a remote rural area with wife Primarily resides in his truck, single Technology Proficiency Proficient in using home computer Likely limited use due to occupation and lifestyle Telehealth Benefit Eliminates need for frequent travel to healthcare facilities Enables continuous monitoring despite a mobile lifestyle Challenges Internet connectivity in rural setting; multiple comorbidities Access while on the road; irregular lifestyle Ethical Considerations Ensuring respect for autonomy and avoiding age-related bias Maintaining privacy in a nontraditional living arrangement Ethical Considerations from the Nurse’s Perspective From a nursing standpoint, ethical principles must guide telehealth implementation. Nurses should respect patient autonomy by ensuring both individuals understand how to use telehealth devices and make informed decisions about their care. Equity must be prioritized so that both rural patients like Mr. Kasich and mobile workers like Mr. Lane can access the same quality of care. Confidentiality is another ethical concern, particularly for Mr. Lane, who may transmit sensitive health data from public or unsecured locations. Nurses must ensure data security and provide education to build patient trust. Additionally, cultural sensitivity and respect are essential, particularly when engaging patients from diverse backgrounds with different expectations about healthcare delivery (Beauchamp & Childress, 2019). Conclusion Telehealth is a transformative tool that promotes equitable healthcare access, supports self-care, and prevents unnecessary hospitalizations. Both Mr. Kasich and Mr. Lane stand to benefit from telemonitoring tailored to their unique living conditions and health challenges. However, overcoming barriers such as digital literacy, connectivity issues, and ethical concerns is essential to ensure fairness and patient-centered care. By addressing these issues, nurses can foster improved health outcomes, respect patient autonomy, and contribute to reducing healthcare disparities. References Beauchamp, T. L., & Childress, J. F. (2019). Principles of biomedical ethics (8th ed.). Oxford University Press. Edirippulige, S., & Armfield, N. R. (2017). Education and training to support the use of clinical telehealth: A review of the literature. Journal of Telemedicine and Telecare, 23(2), 273–282. https://doi.org/10.1177/1357633X16632968 NR 706 Week 3 Consumer Informatics/Telehealth Case Study Nouri, S., Khoong, E. C., Lyles, C. R., & Karliner, L. (2020). Addressing equity in telemedicine for chronic disease management during the COVID-19 pandemic. NEJM Catalyst Innovations in Care Delivery, 1(3). https://doi.org/10.1056/CAT.20.0123

Student Name Chamberlain University NR-706: Healthcare Informatics & Information Systems Prof. Name Date NR 706 Week 2 – Clinical Information Systems Clinical Information Systems (CIS) are technology-driven platforms designed to collect, organize, and modify patient-related clinical data. They play a critical role in improving healthcare delivery by ensuring accuracy, accessibility, and interoperability of medical records across different facilities. CIS can be implemented within a single healthcare setting or integrated throughout an entire health system to support continuity of care. This paper provides a detailed comparison of two widely used Electronic Health Record (EHR) systems—AthenaHealth and eClinicalWorks—and presents a recommendation for the most suitable system for a practice setting that includes body aesthetics, IV therapy, and medical services. 1. AthenaHealth AthenaHealth is a cloud-based EHR system that emphasizes workflow efficiency, patient engagement, and revenue cycle optimization. It is particularly useful for healthcare organizations that prioritize integrated communication and streamlined billing processes. Key Features of AthenaHealth 2. eClinicalWorks eClinicalWorks is another robust, cloud-based EHR system known for its versatility and advanced patient-centered features. It provides both clinical and financial management support while also accommodating the growing demand for virtual care services. Key Features of eClinicalWorks Comparison of AthenaHealth and eClinicalWorks Feature AthenaHealth eClinicalWorks Deployment Type Cloud-based Cloud-based Patient Engagement Patient portal for scheduling, record access, direct communication Healow app with portal and telehealth integration Revenue Cycle Management (RCM) Automated claims, payment tracking, efficient billing Billing, claims, and payment management Interoperability Strong data-sharing across platforms Data integration supported; enhanced by PRISMA Unique Features Emphasis on workflow optimization and interoperability PRISMA health search engine, telehealth, CPOE Best Use Case Practices with high transaction volumes needing efficient billing Practices with complex patient needs, telemedicine, and holistic data access Comparison and Recommendation Both AthenaHealth and eClinicalWorks provide strong support in patient engagement, financial management, and interoperability. However, eClinicalWorks stands out due to its telehealth integration and the PRISMA search engine, which consolidates patient information into a single, comprehensive view. For a practice setting focused on body aesthetics, IV therapy, and medical services, the ability to engage patients remotely is particularly valuable. Telehealth allows providers to conduct follow-ups, consultations, and patient monitoring without requiring in-person visits. Additionally, the PRISMA engine ensures a holistic understanding of patient health, which is beneficial when offering multiple types of medical services that require integrated decision-making. Therefore, eClinicalWorks is the recommended EHR system, as it not only supports administrative efficiency but also enhances patient engagement and ensures better clinical outcomes through advanced data management tools. References Baysari, M. T., Hardie, R. A., Lake, R., Richardson, L., McCullagh, C., Gardo, A., & Westbrook, J. (2018). Longitudinal study of user experiences of a CPOE system in a pediatric hospital. International Journal of Medical Informatics, 109, 5–14. https://doi.org/10.1016/j.ijmedinf.2017.10.018 EMRSystems. (2023). eClinicalWorks EHR Software Review 2023. Retrieved from https://www.emrsystems.net/blog/eclinicalworks-ehr-software-review-2023 NR 706 Week 2 Clinical Information systems Joshi, K., & Lee, K. (2019). Making impact in the healthcare sector with outsourced information technology services: An interview with Day Veerlapati, president and CEO, Seven Seas Technologies Inc, Chesterfield, USA. Journal of Global Information Technology Management, 22(1), 71–74. https://doi.org/10.1080/1097198X.2019.1567666 Software Advice. (2023). AthenaHealth EHR Software. Retrieved from https://www.softwareadvice.com

Student Name Chamberlain University NR-706: Healthcare Informatics & Information Systems Prof. Name Date NR 706 Week 1: Nursing Informatics and Advanced Nursing Practice Derived from your healthcare experience, describe the relationships among computer science, information science, and nursing science from an advanced nursing practice perspective. Nursing informatics serves as an essential link between nursing science, computer science, and information science. From an advanced nursing practice perspective, these three fields intersect to enhance the delivery of high-quality, evidence-based care. Computer science provides the technological foundation through hardware, software, and algorithms, which allows for processing and storage of health-related data. Information science then organizes, manages, and interprets this data to create actionable insights. Finally, nursing science applies these insights to improve patient care, ensure safety, and foster clinical decision-making. The integration of informatics in nursing has transformed healthcare by ensuring accuracy, accessibility, and timeliness of patient information. Through the use of systems such as Electronic Health Records (EHRs), providers gain a comprehensive view of patient data that supports continuity of care and interprofessional collaboration (HIMSS, 2019). Informatics also supports advanced practice nurses (APNs) in synthesizing large amounts of data for evidence-based decisions, thereby promoting improved patient outcomes. The Role of Informatics in Patient Care One of the most critical benefits of incorporating informatics in practice is the facilitation of real-time access to patient records. This ensures seamless communication across healthcare teams, reduces duplication of services, and enhances the safety of interventions. Moreover, EHRs not only improve efficiency but also empower patients and families to actively engage in their care planning and decision-making (Prasad, 2014). At my clinic, the use of Epic EMR has significantly streamlined urgent care services. Since most patients are new to the clinic, having instant access to their history, lab results, allergies, and medication lists improves both speed and accuracy in care delivery. In urgent care, where patient satisfaction is often measured by wait times and outcomes, EMRs help eliminate barriers by ensuring that providers have immediate access to vital information. Clinical Decision Support Systems (CDSS) in Advanced Practice In addition to EMRs, Clinical Decision Support Systems (CDSS) are becoming increasingly valuable in practice. CDSS tools use evidence-based algorithms to assist providers in making informed choices, ensuring that decisions are consistent with best practices (Courtney, Alexander, & Demiris, 2008). For example, within my Doctor of Nursing Practice (DNP) project, I plan to integrate a CDSS pop-up alert into the EMR system. This alert will notify providers if a patient’s Body Mass Index (BMI) exceeds 30, prompting further assessment and appropriate interventions such as patient education on weight management. This targeted alert exemplifies how CDSS enhances clinical decision-making by drawing providers’ attention to critical health indicators. NR 706 Week 1 Nursing Informatics and Advanced Nursing Practice The table below highlights the relationship among computer science, information science, and nursing science in the context of advanced nursing practice: Table 1 Integration of Sciences in Nursing Informatics Domain Focus Area Contribution to Nursing Informatics Computer Science Hardware, software, algorithms, data processing Provides technological tools for data collection, storage, and analysis Information Science Data organization, retrieval, and management Transforms raw data into meaningful information for clinical application Nursing Science Evidence-based care, patient-centered practice, professional judgment Applies processed data to enhance care quality, safety, and decision-making Implications for Advanced Nursing Practice For advanced practice nurses, the integration of informatics allows for improved efficiency, streamlined workflows, and more effective interprofessional collaboration. Informatics-driven systems such as EMRs and CDSS not only save time but also reduce errors and support preventive care through alerts and reminders. As healthcare becomes increasingly digital, APNs must remain competent in leveraging informatics tools to provide holistic, patient-centered care that aligns with evolving healthcare demands. References Courtney, K., Alexander, G., & Demiris, G. (2008). Information technology from novice to expert: Implementation implications. Journal of Nursing Management, 16(6), 692–699. https://doi.org/10.1111/j.1365-2834.2007.00829.x Healthcare Information and Management Systems Society (HIMSS). (2019). What is nursing informatics? Retrieved from https://www.himss.org/what-nursing-informatics NR 706 Week 1 Nursing Informatics and Advanced Nursing Practice Prasad, A. (2014). EMR & The American Recovery and Reinvestment Act 2009. Retrieved from https://medcitynews.com/2014/03/emr-ehr-arra-2009/