NURS FPX 4045 Assessment 3 Evidence-Based Proposal and Annotated Bibliography on Technology in Nursing

Evidence-Based Proposal and Annotated Bibliography on Technology in Nursing

Student Name

Capella University

NURS FPX4045

Professor’s Name

Submission Date

The use of telehealth remote monitoring technologies has transformed the management of chronic respiratory diseases such as chronic obstructive pulmonary disease (COPD) and asthma by using technology-driven devices such as mobile spirometers (Dunn et al., 2024). Such systems can capture regular physiologic data, which cannot be captured by periodic measurements, that allow the clinician and the patient to appreciate slight changes in respiration at an earlier age and intervene proactively instead of reactively to deterioration.

They have been applied to improve surveillance of symptoms, adherence to treatment, and more responsible clinical decision-making in telehealth environments. The nurses will be able to study real-time notifications and trend analysis, which will notify them of timely actions and modify individual care planning to deal with more complicated respiratory conditions. Besides, the simulation of the remotely received physiologic data into clinical activity will help to coordinate the management of geographically dispersed populations and minimize disparities in access to respiratory care services provided by specialists.

The contemporary research findings were identified in the databases (PubMed, CINAHL, and ScienceDirect) through a thorough appraisal of the existing scholarly evidence on the telehealth respiratory monitoring systems and their application in clinical practice. The literature search also relied on peer-reviewed research publications that were published in the past five years, so as to maintain the relevance and the methodology.

Others included Remote COPD Monitoring, Telehealth Spirometry, and Wearable Respiratory Monitoring. The found publications were narrowed down to those that are pertinent to nursing practice, collaborative efforts at an interdisciplinary level, introducing the use of technology, and patient safety indicators. Articles were also considered that concentrated on the patient-centered outcomes and organizational barriers to health system integration, as they fit the inclusion and evaluation criteria.

Rationale for Selecting This Technology Topic

It was chosen due to the fact that technologies of telehealth respiratory monitoring are increasingly becoming the key to managing COPD and asthma on a long-term basis. During the COVID-19 pandemic and even after it, the active development of virtual care has demonstrated the need for effective remote assessment tools, which will support the process of continuous monitoring beyond the regular clinical environment.

Such systems generate dynamic respiratory data and trend data that replace the specific office measurements and improve clinical decision-making. They also make sure that there is constant interaction of multidisciplinary teams and patients to facilitate personalized, preventive care plans. Further, effective transmission of data will aid in timely modifications that will be used to mitigate deterioration.

Early diagnostics of respiratory impairment and preventing acute exacerbation are of paramount importance in patients with COPD and asthma, and remote monitoring technologies are especially effective. They tend to be long-term illnesses, and these needs require continuous observation and regulation, which entails therapeutic modifications over long periods in life, in which associated devices would help in the long-term maintenance. Telehealth respiratory systems are an important breakthrough in pulmonary care as they feature real-time physiologic monitoring, mobile connectivity, and automatic clinical notifications (Althobiani et al., 2025).

Thus, the technologies will complement the existing respiratory care, and it will be addressed with the help of nurse-based education and observation in different urban and rural care environments. In addition, remote patient data access would allow patients to be involved in self-management, and such effective involvement would reinforce the confidence and adherence to individualized ways of treating and managing patients.

Evidence of the Impact on Patient Safety, Quality of Care, and the Interdisciplinary Team

The paper examined telehealth intervention topics, including remote monitoring and teleconsultations of patients with COPD, and provided comprehensive evidence on the employed digital monitoring technologies in long-term respiratory management. The findings show that remote monitoring improves patient safety and quality of care by preventing the development of symptoms early, contributing to timely clinical intervention, and preventing unnecessary hospitalizations.

The study is highly applicable to the nursing practice and interdisciplinary collaboration because the mobile spirometers always provide data, and nurses, respiratory therapists, and physicians can organize care using standard and real-time clinical data. Organizational factors that influence the implementation of telehealth involve the availability of proper infrastructure, staff education, computer literacy services, and integration of monitoring data in existing clinical methods so as to facilitate successful and long-term implementation.

The reason why the publication was selected is that it has strong evidence of systematic review and that telehealth remote monitoring can improve the outcomes of respiratory care and care coordination, thus it would act as a valuable tool to care providers who wish to adopt technology-based-monitored strategies in order to improve patient safety, quality of care, and interdisciplinary collaboration.

Integrating Telehealth Remote Monitoring Devices to Enhance Patient Safety, Quality of Care, and Team Collaboration

The paper has presented the current usage of digital home monitoring technology in long-term respiratory disease treatment. Also, it has brought into the limelight structured telehealth systems where remote monitoring information is factored into the daily clinical decision-making. The article refers to the use of constant monitoring of the symptoms, physiologic monitoring, and remote interaction as the mechanism that allows clinicians to recognize the first signs of a decrease, change treatment as swiftly as possible, and assist the patients to monitor themselves in real time.

It is a proactive model of care, which will enhance patient safety by minimizing clinical responsiveness delays, possible severe exacerbations, and the likelihood of increased control of the disease outside the hospital. The other argument presented by the authors is that generic digital information platforms will foster collaboration across the board, as nurses, respiratory therapists, and physicians will be in a position to plan the care based on the available patient information, and this will facilitate communication and continuity within the care environment.

The requirements of the organization, including the inter-relationship with the working process, staff training, web infrastructure, and streamlined processes represent another example of the needs of the organization outlined in the publication and demonstrate that the successful implementation cannot be built on the technology used in particular, but, also, on the quality of the systems preparations and integration of the teams.

The source has been chosen due to its being a practice-based study on the effect of the introduction of digital respiratory monitoring into the real health care system, which is described and offers a clear understanding of the effect it has on patient safety, quality of care, and team-based disease control. It is especially relevant to the medical workers as it is not only theoretically founded with the advantages but also provides a framework of responses to how the telehealth monitoring can be employed in such a way that it might be applied to organize the treatment of the chronic respiratory diseases in a systematic, participatory, and patient-oriented form.

Influence of Organizational Factors on Telehealth Remote Monitoring Implementation

The article presented a qualitative analysis of the application of technology-based remote monitoring systems in treating chronic respiratory disease. Furthermore, it also has concerns such as organizational preparedness, workflow integration, and employee engagement. According to the publication, remote monitoring can help to improve patient safety and quality of care because it allows constant monitoring of patients’ symptoms, clinical worsening, and early detection, as well as more timely delivery of interventions.

The authors, however, observe that the benefits are very dependent on the organizational parameters, including the support of leadership, infrastructure capability, digital interoperability, training of the employees, and well defined clinical guidelines. It is possible that the potential safety benefits of remote monitoring are hindered by the disruption of the workflow, the irrelevance of utilizing data, or a deficiency in trust in the usage of the technology by the staff in the absence of having the arrangement of the implementation procedures. Based on these results, interdisciplinary cooperation cannot be purely theoretical; nurses, physicians, technical and administrative teams, and administrators must work together to process monitoring data, redefine treatment strategies, and provide continuity of treatment.

The study also suggests that the nursing practice becomes the center of attention, in tracking the way the data have been interpreted, educating the patients, and in-service communication of patients and the rest of the healthcare staff. The choice of the publication has been made because it critically examines what system-level conditions must be fulfilled in order to effectively implement remote monitoring technologies and may supply valuable information about how the organization’s structure may influence the effect that its introduction will produce on patient safety and the quality of care.

It may also matter to healthcare professionals specifically because it goes beyond the functionality of the technology to expound on the institutional processes that are required to maintain the telehealth monitoring and ensure safe and effective incorporation in interdisciplinary clinical practice.

Implementation and Use of Telehealth Remote Monitoring in Health Care Settings

The article studied how the clinical providers feel about remote spirometry and mobile health (mHealth) in the management of patients with COPD and the role of the technologies in patient care safety and quality, as it offers a chance to constantly monitor patients, assessing the loss of respiratory health, and intervene in time. The researchers found out that interconnected devices such as digital spirometers are helpful in more effective symptom management and adherence to medications, and reduce attacks and hospitalization.

Nurse interpretation of data, patient education, and care organization are the primary functions of nurses. Joint decisions and use of common data are made by interdisciplinary teams such as pulmonologists, respiratory therapists, and IT specialists who use common data to simplify the treatment plans. The publication was selected as a useful one because it is practical in the real implementation of the telehealth monitoring tools, as it also concentrates on the clinical and organizational factors that contribute to implementing the telehealth technology-enabled and team-based strategies efficiently.

Artificial Intelligence in Telehealth COPD and Asthma Management

The paper has found the application of artificial intelligence (AI) in the management of asthma and, in particular, how AI-based telehealth monitoring can be used to improve patient safety and quality of care by predicting exacerbation, optimizing the plan of action, and tailoring the interventions based on the continuous data of patients in devices, such as mobile spirometers and wearables. This technology can generate evidence-based and timely decisions, as well as organize care more effectively by giving real-time analysis of symptoms and environmental triggers, which should be applied by nurses, pulmonologists, respiratory therapists, and data specialists of the interdisciplinary team.

The purpose of why this publication has been selected is that it shows how AI can revolutionize the process of respiratory disease management and how the integration of predictive analytics and telehealth devices may enhance proactive patient-centered care, clinical decision-making, and collaborative workflow among healthcare teams, which makes it highly applicable to practitioners willing to use innovative technologies that tools can be used to implement new care strategies.

Summary of Recommendations

The evaluated sources confirm the concept that telehealth remote monitoring equipment, including mobile spirometers, improves COPD and asthma management as it enables people to identify the worsening of the symptoms in a timely manner (Janjua et al., 2021). The monitoring in the form of the visualization will be applied to give the actionable data to the nurses and interdisciplinary teams to take immediate action (McCabe et al., 2025). This is a timely intervention, which enhances coordination of care and maximization of the treatment plans, resulting in safer and higher-quality care.

It is also demonstrated that the implemented success will demand such organizational support as the participation of the leadership, the integration of the workflow, staff training, and the readiness of digital infrastructure (Newhouse et al., 2025). The application of AI analysis to telehealth surveillance systems will enable them to anticipate the start of exacerbations and tailor the intervention (Tan et al., 2025). Such systems help to decrease the clinical workload of clinicians, and enable them to make clinical decisions and collaborate in the care in a timely manner.

The telehealth respiratory monitoring systems are the evidence-based technologies that may be used in the treatment of chronic respiratory disorders at home and in the clinic (Pinnock et al., 2023). The equipment can support the safety of the patients since it decreases the risks of exacerbation. The interpretation and management of data is made easier to enhance the efficiency of nursing. The interdisciplinary work is also enhanced through the presentation of common and real-time information.

With such systems, organisations will only be likely to witness an increase in patient engagement, a reduction in hospital readmission rates, and the empowerment of more care units (McCabe et al., 2025). The further development of these technologies, specifically, the use of AI, will create predictive analytics and personal monitoring, which will further streamline the processes of managing chronic diseases and offer greater patient-centered care.

Conclusion

Telehealth remote monitoring devices, such as mobile spirometers, among others, are new procedures for managing chronic respiratory illnesses. These technologies can be utilized to improve patient safety since they allow detecting the changes in the symptoms early and make proactive interventions, and the quality of care is also improved due to the continuous control and decision-making with the help of the data. They enable the patients to participate in active self-care, and they enable the nurses and other interdisciplinary teams to communicate the care to the patients in a more effective manner. The key to a successful implementation is the preparation of the organization, integration of workflow, and preparation of the staff.

For the 4th assessment of this class, visit: NURS FPX 4045 Assessment 4