TAMARA.STARR. Wk 2 Summative Assessment Accountability Annotated Bibliography
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465
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Medicine
Date
Feb 20, 2024
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docx
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Uploaded by ColonelTrout2058
Accountability Annotated Bibliography
Tamara Starr
University of Phoenix
HCS/465
Dr. Yvette Mallory
June 12, 2023
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Accountability Annotated Bibliography
Bargmann, A. L., & Brundrett, S. M. (2020). Implementation of a Multicomponent Fall Prevention Program: Contracting With Patients for Fall Safety. Military Medicine
, 185
(Supplement_2), 28–34. https://doi.org/10.1093/milmed/usz411
The introduction and efficacy of a multicomponent fall prevention program in a 26-bed medical-surgical telemetry unit are described in this research article. A patient fall safety agreement, in conjunction with an existing evidence-based fall prevention bundle, patient
education, compliance with already existing fall prevention measures, and staff education
are all part of the program. The study discovered that in the first four months of implementation, the fall rate reduced by 55%, while staff compliance with interventions for high fall risk patients climbed to 89%. To promote adherence to fall risk interventions,
an incentive program was created. The unit had 87 and 88 consecutive fall-free days, the longest streak since May 2015. The article suggests patient-staff safety agreements as a way to improve patient safety by fostering communication between staff and patients. This study looked at the impact of a performance improvement project with incentives on
fall prevention in a medical-surgical unit. The project includes the introduction of a fall prevention package, patient education, and staff training, as well as an incentive scheme known as "Catch 'em Doing Good." The inclusion of the fall bundle and safety agreement
considerably boosted patients' awareness of fall prevention measures, resulting in a drop in the fall rate and the number of falls with mild injury, according to the study. With the addition of the incentive scheme, adherence to bed alarms and fall safety agreements increased from 71% to 89% in three months. The study found that effective fall prevention education and adherence in both nursing staff and patient populations were critical components of fall prevention and increased patient safety.
This research study appears to have no important legal or regulatory implications. The study's sample size and geographical location are not specified. A retrospective study of audits and questionnaires was employed as the research approach. The study's findings demonstrate a decrease in the number of falls with minor injuries, which has no immediate legal or regulatory implications. The findings, however, can be used to guide future fall prevention measures in similar medical-surgical centers.
Esmaeilzadeh, P. (2020). Use of AI-based tools for healthcare purposes: a survey study from consumers’ perspectives. BMC Medical Informatics and Decision Making
, 20
(1). https://doi.org/10.1186/s12911-020-01191-1
A study of the perceived benefits and hazards of using AI-based medical devices with clinical decision support capabilities is the topic of discussion in this article. The analysis was conducted from the consumer's point of view. The findings of the study, which was 2
conducted in the United States and collected data from a total of 307 persons through the use of an online survey, revealed that technological, ethical, and regulatory concerns greatly contribute to the perception of risk associated with the deployment of AI in healthcare settings. Concerns regarding technology aspects, particularly performance and communication characteristics, were discovered to be the most significant predictors of risk attitudes among the three groups. The study suggests that normative standards and evaluation guidelines be established by regulatory agencies and healthcare institutions for the implementation and use of AI in healthcare, along with regular audits and ongoing monitoring and reporting systems to continuously evaluate the safety, quality, transparency, and ethical factors of AI-based services. These recommendations were made in light of the findings of the study. It is essential to emphasize the fact that the research did not directly influence any laws or regulations in any way. Nevertheless, the findings of the study could be taken into consideration by policymakers and regulatory authorities in the process of drafting legislation and recommendations around the use of medical devices and clinical decision support features that are based on AI.
Stucky, C. H., De Jong, M. J., & Kabo, F. W. (2019). Military Surgical Team Communication: Implications for Safety. Military Medicine
, 185
(3–4), e448–e456. https://doi.org/10.1093/milmed/usz330
Researchers at the United States Army Medical Research and Materiel Command's Telemedicine & Advanced Technology Research Center (TATRC) conducted a study that looked at communication among surgical members in the military. They found that informal relationships and team familiarity have a strong impact on communication and interpersonal effectiveness, and that these are fundamental to providing safe, high-quality
healthcare. The study was titled "Communication Among Surgical Members in the Military." According to the findings of the study, long-standing teams tended to perform better than those that were built ad hoc. Additionally, the researchers discovered that higher levels of interaction frequency within and outside of the work environment as well as increased familiarity improved communication effectiveness and optimized their position as an agent of a safety culture. The findings of the study have substantial repercussions for any healthcare institution that is working to cultivate a culture of safety. The construction of consistent teams based on performance measurements and familiarity will be the focus of
future research. In the meanwhile, team training exercises that strengthen cohesion and increase socialization, guidance, and interaction should assist create operational preparedness, team performance, and safety.
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Reference List: Alzu’bi, A., Watzlaf, V. J., & Sheridan, P. T. (2021). Electronic Health Record (EHR) Abstraction. Perspectives in Health Information Management
, 18
. https://europepmc.org/article/MED/34035788
Bargmann, A. L., & Brundrett, S. M. (2020). Implementation of a Multicomponent Fall Prevention Program: Contracting With Patients for Fall Safety. Military Medicine
, 185
(Supplement_2), 28–34. https://doi.org/10.1093/milmed/usz411
Stucky, C. H., De Jong, M. J., & Kabo, F. W. (2019). Military Surgical Team Communication: Implications for Safety. Military Medicine
, 185
(3–4), e448–e456. https://doi.org/10.1093/milmed/usz330
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