NURS FPX 6085 Assessment 2 Problem Statement (PICOT)

Problem Statement (PICOT)

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Capella University

NURS FPX6085

Professor Name

Submission Date

Problem Statement (PICOT)

Well-constructed PICOT (Population, Intervention, Comparison, Outcome, and Time) questions are the basic components of evidence-based clinical practice as they assist in formulating clinical inquiries and make informed decisions regarding practice. The hierarchical model allows clinicians to integrate clinical issues and explore the evidence-based solutions to them based on systematic research and analysis (Hosseini et al., 2024). The methodical process will help keep clinical questions specific and measurable and, therefore, facilitate more effective evidence-based means of enhancing patient care delivery. The main PICOT question that guides the application is:

Among patients who are at risk of pressure injury in the ICU (P), how does an intervention of implementing a specific turn team that performs repositioning within every two hours (I), as compared to the current practices (C), impact pressure injury incidence rates and severity (O) after 6 months (T)?

The PICOT question addresses:

Population: ICU patients at risk for pressure injuries (or all ICU patients requiring frequent repositioning)

Intervention: Implementation of a dedicated turn team that repositions each patient every 2 hours

Comparison: Standard care with nurse-performed patient repositioning

Outcome: Pressure injury incidence rates and severity (could also include secondary outcomes such as compliance with turning schedules, nurse satisfaction, or hospital-acquired pressure injury stages)

Time: Six-month period

Development of a PICOT problem statement forms an important part of the requirements for NURS FPX 6085 Assessment 2. This is a sample of how one can identify a clinical problem, frame a PICOT question, and provide current evidence based on research. It should be used for academic guidance and APA format references.

Problem Statement

Need Statement

Pressure injuries continue to be a critical quality improvement and prevention requirement in ICU units. The financial burden of the healthcare system of the United States amounts to $9.1-11.6 billion annually, due to pressure ulcers (Agency for Healthcare Research and Quality, 2024). The cost of treating individual patients with pressure ulcers differs significantly, but it is between 20,900 and 151,700 per pressure ulcer (Agency for Healthcare Research and Quality, 2024). The urgency is supported by the fact that as many as 95 percent of pressure injuries could be avoided with the regular repositioning procedures, although even the adherence to standard two-hour turning schedules is unevenly followed as long as the bedside nurses have to deal with a variety of conflicting priorities (Awoke et al., 2022). The introduction of a dedicated turn team is a systematized solution to the aspects of ensuring stable compliance with evidence-based repositioning practice, which will eventually decrease avoidable harm and enhance patient outcomes in the ICU setting.

Assumptions

The assumptions of the analysis include that ICU patients will not become hemodynamically unstable regularly when repositioned every two hours, that a special turn team can be sufficiently trained and staffed with the available resources, and that the current rate of pressure injuries is appropriately documented. Bedside nurses are also assumed to work in harmony with the turn team, and the benefits of implementation of the intervention will be worth the implementation costs.

Population and Setting

The population of interest will be the critically ill and sedated adult ICU patients (18 years and above) who are under mechanical ventilation or those with limited mobility, which puts them at a high risk of developing pressure injuries. It is essential to address that need among the population as the patients are not able to reposition themselves and are at risk due to several factors, among them being hemodynamic instability, when the tissue receives insufficient blood supply, and long-term immobility (Noie et al., 2024). The environment is a medical-surgical ICU at an acute care hospital, in which patient acuity is the greatest, and to nurse-to-patient ratio frequently restricts consistency in repositioning policies. The environment is also the best as the ICUs are the units with the highest pressure injury rates in the entire hospital, and a turn team in this setting can prove that a significant change in patient outcomes can be achieved and that an example may be set to extend the initiative to other units at a high risk across the facility (Fulbrook et al., 2023).

Potential Challenges

The challenges that might occur are securing sufficient staffing and funding to ensure the availability of a dedicated turn team in all shifts, and especially on weekends and nights. Collaboration is possible only if the bedside nurses are not resistant to the workflow changes and view the team as an intrusion into their duties of patient care (Cheraghi et al., 2023). The process of repositioning and the scheduling of the process to coordinate with other patient care activities, treatments, and procedures can be logistically complicated. Also, special turning protocols might be needed by patients who are hemodynamically unstable, which involves a clear communication protocol (Vyas et al., 2024). To maintain compliance in the long term and avoid fatigue in the initiative after the initial implementation, further education, monitoring, and administrative resources will be needed to guarantee the further effectiveness of the program and its further integration into the unit culture.

Intervention Overview

The intended intervention will presuppose the implementation of a specific team comprised of trained nursing aides or patient care technicians to reposition each ICU patient regularly (at least every two hours) based on a pre-planned schedule (Asiri, 2023). The intervention is suitable for the target population since the critically ill patients need frequent and consistent repositioning, which can be safely administered by a specialized team, despite the competing needs of bedside nurses. The intervention is absolutely compatible with the ICU environment, where high patient acuity and complicated care requirements often do not allow nurses to follow the regular turning guidelines. The systematic solution to the identified need directly concerns the need to make sure that the evidence-based pressure injury prevention guidelines are duly followed. To optimize skin integrity and reduce tissue breakdown, the team will use standardized documentation, engage bedside nurses on patient-specific considerations, and use appropriate repositioning approaches, such as pressure-redistribution surfaces and positioning aids (Gillespie et al., 2020).

Weaknesses of the Intervention

The major weakness of the intervention is that it relies on a steady staffing level and, therefore, it is susceptible to budget, staff turnover, and scheduling issues, which may affect the sustainability of the program. Loss of contraindications or improper repositioning of hemodynamically unstable patients may occur because of communication gaps between the turn team and bedside nurses (Gillespie et al., 2020). It also needs major initial investment in training, equipment, and staff that cannot be ensured to save costs in the short term. Besides, the dedicated team model has the potential of unintentionally decreasing the involvement of bedside nurses in holistic skin evaluation and pressure injury prevention, which can result in disjointed care.

Comparison of Approaches

The other interprofessional option is to use an integrated technology-enhanced repositioning system that includes smart bed sensors, automated alert systems, and a shared interprofessional dashboard that is available to nurses, physicians, wound care specialists, and rehabilitation therapists (Choi et al., 2025). The strategy facilitates interprofessional care delivery through real-time interprofessional data sharing regarding patient position, pressure mapping, and turning adherence that the entire team can enact and discuss during the interdisciplinary round. The technology is suitable for the target population because it objectively follows high-risk patients and tailors the schedule of repositioning according to the individual redistribution of the pressure. The alternative will fit well into the ICU environment, where sophisticated monitoring devices are already common, and personnel are used to working with technology-based processes (Ghosh et al., 2024). As the approach would aid in meeting the identified need by improving accountability and information-based decision-making, it might be constrained by the high implementation costs, technical failures, and fatigue (as a result of constant alerts), and the possibility that the staff might over-rely on technology and fail to use clinical judgment and practical evaluation.

Potential Interprofessional Communication and Collaboration Strategies

Among these interprofessional measures, it is possible to create daily interdisciplinary huddles about the discussion of high-risk patients with team members, bedside nurses, physical therapists, and wound care professionals (Lin et al., 2022). Installing a single electronic clinical office system will guarantee real-time communication between all disciplines on turning schedules, skin assessment, and contraindications (Ghosh et al., 2024). Frequent interprofessional education will help the team members understand each other in terms of the role they play in the prevention of pressure injuries. A unit-based pressure injury prevention champion can help to coordinate the activities of disciplines and respond to blocking factors promptly.

Weakness in Alternatives

The main flaw of the technology-based repositioning system is the high initial expenses of buying smart beds, sensors, and software infrastructure, which is restrictive to a great number of healthcare facilities. The safety of a patient may be undercut by technical failure, software bugs, or sensor malfunction, and might provide a false confidence among personnel (Rahman, 2024). A frequent issue is alert fatigue because too many notifications can make clinicians deafen or turn alarms off, which cancels the point of the system (Michels et al., 2025). The intervention will demand comprehensive training of the staff in diverse fields to facilitate the appropriate use and interpretation of information. Also, excessive dependence on technology can decrease practical skills in assessing the patient and clinical judgment.

Initial Outcome

The major deliverable of the turn team implementation is that the hospital-acquired pressure injury incidence rates among the ICU patients will significantly decrease from the baseline rates and be lower than the national rates. Reduced levels of pressure injuries, which include Stage III and Stage IV injuries, would indicate a positive change in the effectiveness of prevention and safety of the patient. Better compliance with the two-hour repositioning protocol, which has been recorded at close to total compliance, would reflect a successful implementation procedure. Complications of pressure injuries would decrease the length of stay in the ICU, which would verify the cost-effectiveness and optimization of resources (Asiri et al., 2025). Improved nurse satisfaction levels on workload management and patient safety culture would facilitate long-term practice change and interprofessional collaboration.

The SMART objective of the project is as follows.

• Specific: Implement a dedicated turn team in the medical-surgical ICU to perform systematic patient repositioning every two hours for all at-risk patients.
• Measurable: Reduce hospital-acquired pressure injury incidence rates by 50% from baseline and achieve 95% compliance with two-hour turning protocols as documented in the electronic health record.
• Achievable: Recruit and train four full-time equivalent staff members to provide 24/7 coverage, develop standardized repositioning protocols and documentation tools, and establish collaboration agreements with bedside nursing staff.
• Relevant: Address the critical quality improvement need for consistent pressure injury prevention by ensuring reliable adherence to evidence-based repositioning practices, ultimately reducing preventable patient harm and healthcare costs.
• Time-bound: Complete team recruitment, training, and protocol implementation within two months, with outcome measurement and data collection conducted over the subsequent six-month period.

Evaluation Criteria

The success of the intervention will be measured by the hospital-acquired pressure injury incidence rates at the end of each month, represented with the help of standardized staging classification, and the rate of compliance with two-hour repositioning guidelines, followed by the electronic documentation audit, and length of stay rates before and after the intervention. Other measures are the satisfaction survey among nurses on workload and cooperation, cost-benefit analysis of intervention costs and treatment savings, and measuring it against the national quality standards (Ditlopo et al., 2024). To achieve outcomes of trends and sustainable improvement over the six months of implementation, the data will be analyzed quarterly with the use of the statistical process control charts.

Time Estimate

The preparation stage of the targeted turn team intervention will take about two months to accomplish the necessary preparatory work, such as budget authorization, staffing, work on the competency-based training curriculum, protocol development, and equipment procurement. The time frame is realistic considering normal hospital approval procedures, but an extended delay in administration or budget may increase development by some weeks. The implementation stage will take six months to give time to integrate the workflow, data collection, and outcome measurement. The implementation period is reasonable and meets the standards of quality improvement, which allows observing lasting changes in practice and significant patterns of pressure injuries (Roderman et al., 2024). The potential obstacles that may affect the timeframes are shortages in staffing to slow down the hiring process, opposition to the change in the workflow that will need more stakeholder interaction, or conflicting organizational needs that will redistribute resources or postpone approvals (Coombs et al., 2022).

Areas of Uncertainty in Implementation Timeline

The major gaps are the fact that staffing during nursing shortages is still uncertain, approval processes at various hospital administrative committees can be unreliable, and finally, the delays that might occur in acquiring the necessary equipment or technology for the already existing electronic health records. Sudden changes in patient acuity can necessitate a change in protocols, which increases the learning curve. It might also require more consensus-building to overcome the resistance or turnover among stakeholders in leadership in nursing.

Literature Review

Several studies have analyzed the optimal rate of patient repositioning that is optimal to prevent pressure injuries in the intensive care sector. As shown by Chen et al. (2024), the incidence of pressure injuries in patients with head cancer and neck cancer was significantly lower than the baseline rates in patients who received cluster process control in the SSKIN framework. Asiri (2023) performed a systematic review of ten studies and found that the frequency of repositioning differed greatly across settings (2-hourly, 3-hourly, 4-hourly, and 6-hourly), and there was no consensus on the best intervals despite most clinical guidelines recommending 2-hourly repositioning. The incidence rate of zero pressure injuries among viable high-density foam mattresses and cueing systems with a combination of zero pressure injury-reduction strategies (2-hour, 3-hour, and 4-hour intervals) was also reported by Yap et al. (2022), with 4-hour intervals showing the highest level of compliance (95 vs. 80) among the 2-hour ones. According to Avsar et al. (2020), the likelihood of pressure injuries was lowered by a quarter in cases where repositioning was done more frequently (2-3 times per hour) than when it was less frequent. Daigné et al. (2022) applied personalized repositioning schedules depending on Braden in one of the French ICUs, where the number of daily repositioning increased to 4.3 times without raising adverse event rates, although the pressure injury incidence did not decrease (around 26-28).

It was also found that outcomes and compliance were enhanced with the help of dedicated repositioning teams, which proved to be in direct support of the suggested ICU turn team intervention. Riley et al. (2023) found that, based on the views of the stakeholders that sustainable programs in preventing pressure injuries required specialized health professionals and equipment standards. According to Berihu et al. (2020), 82.2 per cent of Ethiopian nurses practised poorly in terms of preventing pressure ulcers, and heavy workload, insufficient training, and absence of universal guidelines became the critical issues to be addressed as soon as possible. The implementation of a standardized prevention bundle that included certified wound care nurse leadership in a hospital in California resulted in a sustained 90 percent reduction in pressure injuries in four years (Singh et al., 2023). The study by Cortes et al. (2021) was a cluster randomized trial protocol in which the researchers compared the frequency of repositioning, which would be 2-hour repositioning or 4-hour repositioning, focusing on the Colombian ICUs, assuming that the more frequent repositioning would be more effective in pressure ulcer development prevention. Minteer et al. (2020) confirmed the use of patient repositioning monitoring devices with 85 percent accuracy in recording movements of repositioning, which indicates the possibility of the objective observation of compliance with pressure injury prevention measures among hospitalized patients.

Relevance, Currency, Sufficiency, and Trustworthiness of the Evidence

The presented evidence proves a high level of relevance to the PICOT question because all ten articles concern the prevention of pressure injuries due to repositioning interventions in the ICU or hospital. The currency is sufficient, and 2020-2024 publications are used, and the recent clinical practices are considered. A total of seven articles were randomized controlled trials or systematic reviews, which indicate high credibility and rigor of the methods. The materials are from various environments in different nations (the United States, Ethiopia, Belgium, Spain, France, Colombia, and China), making them more generalizable. Other studies that will specifically examine dedicated turn team effectiveness in the ICU setting would add to the body of evidence regarding the intervention.

Healthcare Policy that Impacts the Approach to Address an Identified Need

There are various health policies that directly influence the practice of deploying a specific team to prevent the occurrence of pressure injuries in the ICU. CMS Hospital-Acquired Condition Reduction Program applies financial sanctions to hospitals that have preventable conditions, such as stage III and IV pressure injuries, forming financial incentives for the effective prevention strategies (CMS, 2024). The Joint Commission regards severe hospital-acquired pressure injuries as sentinel events that need root cause analysis, which entails organizational accountability and documentation protocol, which should be included in the design of the intervention (Singh et al., 2023). Also, the possibility of state nurse staffing laws and nurse-to-patient ratio requirements can affect the practicality of assigning personnel to the repositioning process without affecting other care delivery normalities. The policies require one to pay close attention to staffing models, documentation systems, and compliance monitoring mechanisms when designing the turn team intervention. More to the point, the policies adopted by hospitals in terms of delegation of activities to unlicensed assistant personnel will dictate whether the patient care assistants will be allowed to make decisions regarding repositioning independently or under the direct nursing supervision, which may influence the efficiency and sustainability of operations of the intervention.

Missing Information

There are serious loopholes in the form of certain implementation requirements when it comes to the policies. The CMS Hospital-Acquired Condition Reduction Program does not specify what prevention interventions should be accepted, which causes doubts about whether or not dedicated turn teams can comply with the standards of prevention strategies compared to other prevention methods. Sentinel Event Policy of the Joint Commission states that stage III and IV pressure injuries should be analyzed by the root cause, yet definite preventive measures to meet the regulatory requirements are lacking.

Conclusion

Applying a specialized turn team that conducts regular two-hour repositioning in ICU units is an evidence-based measure that can be undertaken to ensure the decreased incidence and severity of pressure injuries among the critically ill patients. Nevertheless, to be successfully implemented, it is necessary to cope with staffing issues, interprofessional relationships, and elaborate health care policies, such as CMS penalties and Joint Commission criteria. Although current literature confirms the use of repositioning frequency and prevention bundles, further studies that directly assess dedicated turn teams in the ICU setting are required to develop clear guidelines and allocate resources optimally in ensuring sustainable pressure injury prevention programs.

Related assessments for this class:
NURS FPX 6085 Assessment 1
NURS FPX 6085 Assessment 3
NURS FPX 6085 Assessment 4
NURS FPX 6085 Assessment 5
NURS FPX 6085 Assessment 6