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Nurs FPX 4045 Assessment 3 Annotated Bibliography on Technology in Nursing

Evidence-Based Proposal and Annotated Bibliography

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on Technology in Nursing

Maria Zavaleta 

Capella University

Nurs FPX 4045 Assessment 3

Instructor Name

Due Date

Evidence-Based Proposal and Annotated Bibliography on Technology in Nursing

I determined smartwatches for this study by virtue of their developing feature in healthcare, especially in ways flung tracking and persistent disease management. The gain related to that is that they are capable of spotting imperative signs and symptoms, discovering early health troubles, and combining them with digital health data (EHRs) to assist in beautifying affected person outcomes and streamlining the healthcare workflow. The growing adoption of wearable generation in scientific settings highlights the need to assess its effectiveness, demanding situations, and lengthy-time period impact on healthcare shipping. Moreover, the study tool blanketed an overview of peer-reviewed magazine articles to understand the benefits and barriers of the use of smartwatches in fitness care. Applicable literature was once gathered from PubMed, CINAHL, Google Scholar, and so on. seeking terms had been “smartwatches in healthcare,” “wearable health technology,” “affected character monitoring devices,” and “scientific applications of smartwatches.” Nurs FPX 4045 Assessment 3 research analyzes diverse assets and goals to broaden a whole perception of the technique smartwatches make a contribution to affected individual care and interdisciplinary collaboration.

This text categorizes smartwatch features inside the context of fitness care – monitoring, nudging, and prediction. Smartwatches beautify affected character safety and care by permitting continuous fitness tracking, early sickness detection, and custom-designed interventions. Despite the fact that, to be accompanied in the clinical setting, some problems concerning their records safety and tool reliability continue to be. The real-time information made available through smartwatches offers nurses and interdisciplinary agencies valuable information for affected men or women to cope with far-flung monitoring and preventive health techniques. Integrating smartwatch statistics with EHRs enhances collaborative desire-making and care coordination. For health care specialists, that is a necessary supply for the purpose that it offers an extensive evaluation of the use of smartwatch technology for every advantage it brings, similarly to some of its limitations, which may be imperative to apprehend in advance than the implementation of the era in a medical workout.

Nurs FPX 4045 Assessment 3 Annotated Bibliography on Technology in Nursing

This assessment article discusses using wearable health devices (at the side of smartwatches) in persistent infection control in specific clinical disciplines. It emphasizes their functionality to provide actual-time affected man or woman monitoring, facilitate better-affected character outcomes, and decorate affected man or woman engagement in care. The check underscores the remarkable impact of wearable devices on affected men’s or women’s protection and fantastic care via permitting non-stop monitoring, early detection of complications, and custom-designed interventions. But it also notes annoying situations, together with information accuracy problems, privacy dangers, integration issues, and affected person adherence. The effects of this text, in particular for nursing and interdisciplinary groups, are that wearables permit scientific desire-making similar to affected individual-centered care. This supply was as quickly selected as it’s far the correct preference for the complete evaluation. It offers approximately the advantages and disadvantages of wearable technology in the workout of present-day affected character care.

This article examines the characteristics of huge language models (LLMs) in studying statistics from wearable sensors, particularly clever watches, for health tracking, human hobby reputation, and behavioral modeling. It discusses the blessings and drawbacks of integrating LLMs with sensor information evaluation, introducing advances in real-time monitoring and personalized healthcare. Affected man or woman protection is promoted with the useful resource of smartwatches ready with sensors to tune the affected character’s coronary heart rate, movement, and physiological statistics, giving us better strategies to show and warn about health problems early on. It offers continual disease manipulation, emergency reaction, and ordinary high-quality care. The object stresses that LLMs can refine fitness information interpretation accuracy and assist nurses and interdisciplinary groups in making better-informed selections. This delivery was once as soon as selected because it bridges wearable technology with AI-driven evaluation to offer valuable insight into healthcare enhancements of the future. Healthcare experts need to understand how smartwatches and AI can help optimize outcomes for affected men or women and streamline care splendidly.

Examines Internal and Outside Elements

This test examines internal and outside elements influencing the non-forestall use of healthcare wearable devices, especially smartwatches, amongst clinical personnel and most people. It explores how character conduct, fitness improvement expectancies, and social influences impact sustained device usage. The studies highlight that every internal (statistics, attitudes, beliefs) and out-of-door (era, social factors) element drastically has an impact on real-use conduct. Scientific employees confirmed more potent relationships among those elements and utilization motives in evaluation for most people. Social effects emerged as a quintessential reason for stress for non-prevent use. Smartwatches decorate affected men’s or women’s safety with the aid of allowing real-time fitness tracking, early sickness detection, and far-flung care, as an end result improving the remarkably of care. For nurses and healthcare companies, the devices streamline affected person monitoring and sell proactive health control. This test is valuable as it gives empirical insights into elements riding adoption and non-prevent use, which is necessary for healthcare specialists and policymakers aiming to combine wearable technology into affected individual care.

The purpose of this example report is to speak about the use of AI and smartwatches in detecting cardiomyopathy-introduced approximately idiopathic ventricular tachycardia (VT). The studies highlight how AI-driven wearable technology, coupled with coronary heart charge sensors, can experience a bizarre cardiac rhythm and start off on-the-spot hospital remedy. A fifty-five-365 days-antique man went to a systematic medical doctor’s workplace after his smartwatch alerted him to a dangerously immoderate coronary heart rate is the task of the report. VT used to be as soon as possible in the end, which was as soon as it showed and was taken about a fulfillment remedy and ongoing manipulation. AI era-pushed smartwatches can help encounter cardiac issues which may be underway in advance, so too many complications may be averted. Within the area of medicine, the devices are large machines utilized by clinical agencies to help with early assessment and intervention in coronary heart health. Moreover, AI generation is far off track, which includes precautionary care for nurses and pass-disciplinary entities. Substantially to healthcare experts, this newsletter factors out how AI is turning into a central issue of a wearable generation and further shows that there may be extra to be finished to expose its validity and medical validity to the installation of its functionality to end up privy to cardiac situations.

Artificial Intelligence (AI)

AI covered in smartwatches augments impacted individual care, nursing method, and healthcare-everyday overall performance with the useful asset of being capable of displaying indispensable signs and symptoms and signs and symptoms and signs and symptoms and signs and signs continuously, at the side of coronary coronary heart charge, blood pressure, and oxygen levels. That is executed in real-time with the use of the analysis of the truth with the useful resource of AI-powered algorithms that stumble on anomalies, which include arrhythmias, and call the alert to sufferers, much like the healthcare organizations for fast motion. With AI, the smartwatch features optimize workflows for nurses, reduce guide quintessential sign tests, and allow you to show sufferers remotely. This permits for nicely timed identification of fitness problems, maximizing effective, useful aid usage, and improving modern impacted individual care. Furthermore, AI-derived smartwatch statistics are documented in EHRs to allow knowledgeable clinical selection-making and inspire interdisciplinary collaboration. A case look, in addition, showed an AI-powered smartwatch’s capacity to experience VT, which precipitated a medical hobby currently (Kumar & Banerjee, 2023). that is a trademark of the capability of the synthetic intelligence-wearable era in enhancing individual outcomes for their splendor, even as they are selling more research to beautify the beauty of precision and reliability in medical packages.

Summary of Recommendations

Smartwatches make a big contribution to beautifying the care of the affected character, imparting notable care, and permitting interdisciplinary strolling. ampleöhler et al. (2024) classify their role into monitoring, nudging, and predicting and spotlight benefits as well as early sickness detection and tailored interventions at the same time as recognizing tough situations, which include statistics accuracy and privacy issues. Jafleh et al. (2024) spotlight their efficacy in dealing with persistent conditions finally in more than one clinical domain, enhancing the effect on affected guys or females through continuous monitoring and early fault detection.

Ferrara (2024) explains how physiological data are sung via smartwatch sensors, improving non-stop sickness control and disaster rescue in addition to helping scientific want-making. Lee and Lee (2020) comment on factors impacting the lengthy time period of usage of smartwatches and figuring out the role of behavior via a man or woman, as well as societal consequences in selling adoption via sufferers and healthcare experts. Kumar and Banerjee (2023) provided a case to have a look at an assessment reporting the gadget for coronary heart charge monitoring using smartwatches and permitting them to perceive a significant lifestyle circumstance amongst preference for using their opposition owing to early movement. Integrating, protective, and profitable will maximize smartwatch gains in health.

Organizational Factors

Organizational regulations, useful resource availability, organizational culture, manipulated dedication, educational packages, and worker involvement are poised to influence the choice of smartwatches in healthcare. Accuracy, reliability, and adoption issues are all key problems, as records protection, privacy policies, and integration with devices are all worries (enoughöhler et al., 2024). Therefore, there can be a demand for open tips in the vicinity of direct compliance and impervious execution. Monetary attributes and IT infrastructure were additionally uploaded to feasibility (Lee & Lee, 2020). additionally, the business enterprise’s ability to manage real-time fitness monitoring and statistics strategies effectively determines the usage of smartwatches. Adoption is brought about with the beneficial resource of place of work tradition, wherein personnel mindset and social norms direct continued use. In step with oköhler et al. (2024), control energy of will is the $64000 component to a fulfillment implementation, and enough education for the body of employees to approve them to take efficient advantage of the technology. Over a long time, smartwatches have been carried out to directly impact individual care via monitoring and properly timed intervention, improving their application in healthcare settings, despite the fact that integration of this period in scientific education necessitates ensuring scientific providers’ empowerment to allow its use.

Justifying the Implementation

The usage of smartwatches inside the healthcare quarter is warranted by virtue of their lovely impact on character care, organizational effectiveness, and interdisciplinary verbal exchange. Studies spotlight their role in non-save-you health tracking that permits the early identity of conditions, which includes unusual coronary heart rhythms and allows properly-timed interventions (Kumar & Banerjee, 2023). These complements impacted character influences and regular safety. Moreover, smartwatches embellish persistent disorder management with the useful, beneficial resource of offering actual-time facts that aid personalized treatment plans and prevention care techniques (Jafleh et al., 2024).

Nurs FPX 4045 Assessment 3 Evidence-Based Proposal in Nursing

Applying smartwatches in medicine is warranted on the basis of their blessings in the direction of impacted character care, organizational performance, and multidisciplinary collaboration. It is very confusing that they possess an intrinsic characteristic in non-save-you health tracking and will allow for early indication of situations consisting of anomalous coronary cardiovascular rhythms and initiate coping (Kumar & Banerjee, 2023). It augments the influence of patients and protects them in state-of-the-art ways. Smartwatches also aid in the management of persistent situations through the usage of actual-time facts to aid personalized treatment plans and preventive care measures (Jafleh et al., 2024).

Verbal exchange among healthcare businesses is supported through integration into EHRs, which is crucial to higher workflow, traditional overall performance, and collective choice-making (sufficient ampleöhler et al., 2024). right training programs and control strength will further affect adoption as the body of people can utilize the generation as it should be (Lee & Lee, 2020). affected character tracking is likewise achieved extra except problems as a result of smartwatches, considering that they reduce manual artwork and boost the productivity of personnel (Ferrara, 2024). In the end, their adoption allows enhanced character satisfaction, a team of workers retention, and healthcare excellence, and as an end result, they’re a treasured addition to scientific workouts.

Conclusion

Healthcare is extra first-rate through the smartwatch deployment, which complements impacted individual tracking, early disorder detection, and inter-disciplinary collaboration. The mixing with EHRs makes it less complex to simplify workflow and preference-making. Statistics safety and worth, on the other hand, are hard. However, the right regulations and education facilitate adoption. Smartwatches, in the end, guide affected men’s or women’s safety, people’s frame of productivity, and excellent care and are notable devices in contemporary healthcare.

References

Ferrara, E. (2024). large language models for wearable sensor-based human interest reputation, health monitoring, and behavioral modeling: A survey of early inclinations, datasets, and demanding situations. Sensors (Basel, Switzerland), 24(15). https://doi.org/10.3390/s24155045

Jafleh, E. A., Alnaqbi, F. A., Almaeeni, H. A., Faqeeh, S., Alzaabi, M. A., & Zaman, okay. A. (2024). The function of wearable gadgets in persistent ailment monitoring and affected individual care: A whole evaluation. Cureus, sixteen(nine). https://doi.org/10.7759/cureus.68921. Nurs FPX 4045 Assessment 3 Evidence-Based Proposal and Annotated Bibliography on Technology in Nursing

oköhler, C., Bartschke, A., Fürstenau, D., Schaaf, T., & Salgado-Baez, E. (2024). The rate of smartwatches inside the health care place for monitoring, nudging, and predicting: angle on 25 years of studies. Mag of Scientific Net studies, 26(1). https://doi.org/10.2196/58936

Kumar, S., & Banerjee, A. (2023). synthetic intelligence-enabled smartwatch used for the detection of idiopathic ventricular tachycardia: A case record. Cureus, 15(7). https://doi.org/10.7759/cureus.42054

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