Annotated Bibliography on Technology in Nursing
Technological advancements in the field of NURS FPX 4040 Assessment 3 Annotated Bibliography on Technology in Nursing have led to several innovations that enhance patient care. As a nurse aide in long-term care, I’m constantly seeking methods to enhance the quality of care for patients. Falls and pressure ulcers are the two areas that I focus on the most since they’re the most significant issues with the quality of life I see. I used the Capella library to access databases such as PUB med and OVID and to select academic papers that were peer-reviewed and released in the past 5 years. I utilized words such as “patient sensor falls prevention technology” in addition to “technology to reduce pressure ulcers” during my research. Then, I picked the study that concentrated particularly on sensors for monitoring patients, which can be used to reduce the chance of developing fall-related pressure ulcers as well as falls within longer-term health care.
The authors of this piece examine strategies for preventing falls that are currently being used in nursing facilities. The article also examines the shortcomings of the existing strategies and suggests ways that technology can help reduce these concerns. The article discusses the pros and cons of modern equipment such as bed/chair sensors that clip alarms, chairs/bed sensors, and the light system for calls. A thorough study of the literature was conducted and found that these systems don’t work well in keeping accidents from happening.
NURS FPX 4040 Assessment 3 Nursing Staff Administrators
A thorough study was conducted that involved interviews with nursing staff and administrators, field observations, and analysis of activities. The staff were interviewed about their routines in the day, how they manage call systems, and the way they deal with falls that occur. They observed for 120 hours across various shifts of four nursing centers located in New York. The issues that were discovered by those system users were the difficulty in finding the reason for alarms, the lack of visible clues, the difficulty of showing multiple alarms all simultaneously, and false alarms.
On the basis of the information that was collected, the authors proposed a method of fall prevention that utilizes technology that can anticipate fall hazards and warn employees. Electromyography is utilized to determine the likelihood of a person falling and then transmits the results to smartwatches carried by workers. The wearable device gives employees visible signals and a number that indicates the kind of alarm and the day the alarm has been ringing. The presence of an auditory system, together with a visual alarm system, which is available to employees, can increase the speed at which employees respond.
Related Assessment: Nurs FPX 4040 Assessment 2 HIPAA and Appropriate Social Media Use in Health Care
This assessment explores the adverse effects that falls can have on residents as well as nursing facilities. The risk of falling is among the leading causes of death among seniors. Patients who reside in nursing facilities are at a greater risk of risk of injury. That’s why falling prevention is an essential aspect of quality improvement. The technology could increase the efficacy of existing fall prevention programs and decrease the number of falls occurring at nursing homes.Genovese, V., Mannini, A., Guaitolini, M. and Sabatini, A. (2018). An inertial wearable sensor is used to assist in ICT monitoring of falls, detection, prevention of falls, and evaluation of elderly persons.
NURS FPX 4040 Assessment 3 Annotated Bibliography on Technology in Nursing is focused on the health of a person using a device referred to as”the wearable inertial measurement unit (WIMU) and ways it can be used to identify if a patient has the potential for falling and to increase the time it takes to react for falling. The WIMU falls detector is a device that can be affixed to an individual’s waist during exercises, as well as when performing the SIX Minutes walking Test to evaluate the danger that they will fall. The device employs algorithms, as well as sensors, to measure the pressure of air, in addition to data collected about the gait pattern of patients as well as their sturdiness. In the case of a fall, the sensor alerts the system and the Android smartphone to detect a fall.
Data Transmitted Health Professionals
These data are transmitted through a call center, and various individuals, such as health professionals, are notified. This study was done to assess the gait of 50 people who are at risk of falling in addition to those who are at moderate risk of falling to determine a link between patterns of gait and fall risk, making use of the WIMU. WIMU device. The results showed a correlation between the length of walk along with the duration of stride as well as the gait pattern with respect to the risk of falling. That means WIMU is a useful device to use. WIMU devices are effective not only in alerting staff when patients are injured but also in assessing fall risk.
This report highlights how the use of the latest technologies in information and communications is making a difference in the quality of life for the older as well as enabling them to exercise their freedom. Technology is also linked to the reduction of costs associated with taking care of older adults. WIMU is a WIMU device that illustrates the ways that technology used for information and communication can be applied to improve security for elderly individuals. The particular piece was selected because it’s more than just a tool to monitor the health of patients but also as an instrument for risk assessment. An accurate assessment of risk factors for falling is a crucial aspect of fall prevention. Being able to identify and adapt interventions to those who are identified as more at risk could reduce the risk of falling.
NURS FPX 4040 Assessment 3 Annotated Bibliography on Technology in Nursing
The paper provides an extensive outline of various fall detection and prevention strategies. These systematic studies were sourced from databases such as PubMed and PubMed Central. The selection of more than 1000 documents was vast, and 150 papers were chosen to be evaluated. Four systems for fall prevention and detection were assessed. They were evaluated for their fall detection and
The categories include vision-based smartphones and multisensory fusion technology. The different fall detection methods that make use of accelerometers were tested. They employed the method that incorporated the factors of force, speed, and posture as the most effective with regard to accuracy. They also provided the best fall detection system employing an accelerometer method. Smartphones that are built on smartphones come with sensors and sensors. The fact they have to be positioned onto the body of a person, as well as the battery’s shorter time span, makes it not a suitable alternative. The devices that use vision employ the feature of shape, can detect the absence of activity, and use depth analysis to establish if an individual is at risk of falling. Falls. In this case, the camera could measure the distance of an individual’s head to the floor to establish what caused the fall. Multisensory devices that use technology employ accelerometers, as well as audiovisuals, for the detection of falling.
The research found that between 28-35 percent of people who are 65 or older are falling each calendar year. As we get older, our risk of falling is higher. The researchers cite research conducted by the World Health Organization, which estimates that by 2050, the over-60 population make up 22 % of the population. As people are living longer and their risk of falling increases as they age, it’s an issue that is likely to grow. NURS FPX 4040 Assessment 3 Annotated Bibliography on Technology in Nursing comprehensive overview is a good choice because it offers the most effective ways to detect and prevent falling. By understanding how different methods can be used to detect falls and prevention, businesses are able to choose which can increase the security of the patients they employ within their organization.
Yap, T. L., Kennerly, S. M., & Ly, K. (2019). Prevention of pressure injuries: Results and challenges in the use of residents’ monitoring technologies within a nursing facility. Journal of Wound, Ostomy, and Continence Nursing: Official Publication of the Wound, Ostomy and Continence Nurses Society, 46(3), 207-213. Retrieved from https://oce-ovid- com.library.capella.edu/ article/00152192-201905000-00008/HTML
The research employed the post-test and ad-hoc methods to assess the benefits in addition to the difficulties related to the use of technology to monitor pressure levels, thereby reducing the risk of developing pressure ulcers inside nursing homes. This study assessed the effectiveness of monitoring technology within the workplace, as well as opinions of the staff and their levels of satisfaction with the technology. The research employed the well-tested nursing Culture Assessment Tool in search of changes in nursing practice that were caused by the introduction of sensors.
Patients were fitted with sensors in their chests. The data collected from the sensors was sent wirelessly to a central monitoring station in order to improve the changing and repositioning capabilities of residents. The monitor on the LCD screen in the nursing station will display all the information about repositioning residents in a color-coded way. The green color indicates that the patient has been last turned around within 100 minutes. Yellow indicates that the patient had last been rotated between 120 and 105 minutes ago, and the red shade means it’s been longer than 2 hours since a patient was last turned. The patient’s location, the conformity of the staff, and the unattached sensors can be seen in the monitor’s display.
Notification System Help Staff
The individuals who were questioned during the research found the monitoring system was useful. Staff didn’t have to rely on their memories to determine the time when residents should be watched. The notification system helped staff avoid slipping in their understanding of timing. To improve the quality of care provided by the standards of care regarding rotating and repositioning, organizational culture was noticed to be evolving. Staff members worked in concert to accomplish the same objective: to make sure that rotation was performed quickly and using a repositioning system. They reminded each other to turn the residents in their homes and turn those they did not assign their responsibility to.
NURS FPX 4040 Assessment 3 Annotated Bibliography on Technology in Nursing study has revealed the prevalence of injuries caused by pressure in health facilities that are long-term. The complications caused by pressure ulcers can lead to fatalities, sepsis, and detrimental consequences on your quality of life. Costs for the treatment of pressure ulcers have been shown to be more costly than the costs to prevent the development of them.
It is an obvious reason why preventing pressure ulcers is the primary concern for all long-term health establishments. The study was chosen because it has an instrument for monitoring that can be used in a simple manner and has been proven to increase the level of compliance with rotating and repositioning residents. Repositioning and rotating are essential methods to prevent pressure ulcers. This technology utilized by the residents is an effective instrument that could help prevent the development of pressure ulcers in institutions for long-term health.
Conclusion
The books chosen are an excellent source for understanding techniques that technology used for patients may be applied in order to increase the medical quality of care in the setting of long-term care. Prevention of falls and pressure ulcers is a regular issue for long-term treatments that can have devastating consequences for patients. Pressure injuries and falls in long-term facilities could also be linked to the steep price of the facilities. Therefore, businesses must think about taking advantage of the tools built on technology to prevent falls. The culture of nursing in companies should be taken into consideration in addition to dedication to education and involvement in the process of deciding upon and implementing technology in the medical setting. It is crucial to hear from employees regarding access to the technology (Ali Li and Ali Li, 2015). Utilizing a range of methods for communication and training can help to increase satisfaction among employees with regard to the use of innovative technology to improve patients (Yap and Co. 2019). The nursing culture assessment tool can be used to evaluate changes in the cultural environment of nurses in relation to the use of innovative technology for patients’ health care (Yap and Co. 2019).
The technology could be an effective technology for healthcare that can be used to offer clinical proof quicker and cost-effectively. However, technology could improve the lives of patients and increase their security. In particular, it could reduce the chance of developing fall-related pressure ulcers and falling injuries that impact residents in long-term healthcare.
