Development of the "Through the Eyes of " Program for Improving Cultural Awareness.

BACKGROUND: Understanding the role implicit bias plays in health inequities can aid students in adopting a culturally humble approach to working with diverse communities. This article describes the development of the "Through the Eyes of …" training program, aimed at improving cultural humility, empathy, and implicit bias awareness of nursing students. METHOD: A series of simulated experiences using 360-degree video capture was developed, allowing students to explore personal and societal responses to the experiences of the populations served within the community. The training materials were pilot tested with a group of prelicensure nursing students. RESULTS: Students (N = 25) reported strong agreement that the simulations provided adequate information, necessary support, problem-solving ability, time for feedback/reflection, and fidelity. The students enjoyed hearing other perspectives and the realistic nature of the simulated scenarios. CONCLUSION: The program allowed students the opportunities to explore with the goal of improving nursing practice and patient outcomes. [J Nurs Educ. 2024;63(X):XXX-XXX.].

State of Mental Health, Healthy Behaviors, and Wellness Support in Big 10 University Nursing and Health Sciences Faculty, Staff, and Students During COVID-19.

BACKGROUND: Federal and national entities urge organizations to assess healthcare professionals' mental health and well-being as the COVID-19 pandemic has compounded the issue. AIMS: This study aimed to (1) describe rates of mental health issues, healthy lifestyle behaviors, and perceptions of COVID-19's impact among Big 10 University nursing and health sciences faculty, staff, and students; (2) identify predictors of depression, anxiety, stress, and burnout; and (3) assess the relationships among perceived school wellness support, healthy lifestyle behaviors, physical/mental health, and mattering. METHODS: A cross-sectional descriptive correlational design was used. Nursing and health science deans emailed invitations to faculty, staff, and students concerning an anonymous wellness assessment survey. Correlation coefficients tested associations among mental health indicators and wellness cultures. Multiple linear regression examined factors associated with mental health indicators. RESULTS: Faculty, staff, and students responded (N = 1345). Findings indicated that most respondents were not getting adequate sleep, meeting physical activity recommendations, or eating the daily recommended number of fruits/vegetables. Fourteen to 54.9 % of participants reported depression, anxiety, and burnout. Overall, students, faculty and staff at colleges that operated under a strong wellness culture had better outcomes. CONCLUSION: Wellness cultures impact the mental and physical health of faculty, staff, and students.

Original Research: Exploring Frontline Nurses' Self-Perceived Levels of QI Engagement and QI Competence.

BACKGROUND AND PURPOSE: Nurse engagement in quality improvement (QI) is critical in the delivery of safe high-quality care, yet few studies have evaluated frontline nurses in this area. The purpose of this study was to identify and compare levels of self-reported QI engagement and QI competence among frontline nurses and nurse leaders. METHODS: This study used a cross-sectional descriptive design. A convenience sample of frontline nurses (bedside RNs and advanced practice nurses) and nurse leaders from acute and ambulatory care sites completed the Nursing Quality Improvement in Practice (NQuIP) tool, which measures engagement and competence (knowledge, skills, and attitudes) in QI. RESULTS: Data from 6,351 surveys completed by frontline nurses and nurse leaders representing 66 sites nationwide were analyzed. Only 52.5% of all respondents reported participating in QI. Knowledge scores were relatively high, while skills scores-especially those related to using QI tools-were low. Overall attitudes toward QI were positive. Nurse leaders scored significantly higher in engagement and competence than the frontline nurses they supervise. CONCLUSIONS: The study findings indicate that nurse engagement in QI is limited. Although nurses' knowledge levels appear to be high, their limited competency in QI-related skills may contribute to low QI engagement. Leaders must make efforts to increase nurse engagement in order to attain high-quality outcomes. Using the NQuIP tool will allow leaders to evaluate nurses' self-perceived QI competence and engagement, which will aid in identifying target areas and developing effective strategies for improvement.

Thinking, Feeling, Behaving: Using the MINDBODYSTRONG ® Intervention to Improve Nurse Well-being Using a Virtual Format.

OBJECTIVE: This study examined the impact of the MINDBODYSTRONG ® program on mental health and lifestyle behaviors among a sample of staff nurses, clinical nurse leaders, and faculty, when offered after the onset of the COVID-19 pandemic. BACKGROUND: Previous studies have demonstrated the MINDBODYSTRONG program decreased anxiety and depressive symptoms, improved job satisfaction, and sustained healthy lifestyle behaviors in newly licensed RNs. This program has not been studied with experienced nurses. In addition, the use of a virtual format is unique. METHODS: A pre-post design was used for this pilot study. Subjects were recruited from a large Midwestern medical center and affiliated school of nursing. Registered participants of the MINDBODYSTRONG program attended 7 weekly sessions virtually. RESULTS: The MINDBODYSTRONG intervention suggests sustained improvement in perceived stress, anxiety, depression, and use of healthy behaviors. CONCLUSION: This pilot study supports that the MINDBODYSTRONG program may be effective in addressing mental health and healthy lifestyle beliefs for staff nurses, clinical nurse leaders, and nursing faculty.

Examining QI Knowledge Among Frontline Nurses and Nurse Leaders.

BACKGROUND: Frontline nurses deliver direct patient care and by participating in quality improvement (QI) can have an impact on health care quality and safety. Unfortunately, nurses are not participating in QI, which may be due to a lack of QI knowledge. PURPOSE: The purpose of this study was to evaluate nurses QI knowledge utilizing the revised Quality Improvement Knowledge Application Tool (QIKAT-R), with newly created nursing scenarios, among frontline nurses and nurse leaders. METHODS: Using a cross-sectional design, this study evaluated nurses QI knowledge utilizing the QIKAT-R. RESULTS: Overall, QI knowledge among nurses was low. The frontline nurses (n = 44) scored higher than nurse leaders (n = 11) on overall QI knowledge scores, although not significant. Frontline nurses scored higher in QI knowledge related to aim and measure, whereas nurse leaders scored higher in change. CONCLUSIONS: Understanding frontline nurses QI knowledge, such as with the QIKAT-R with newly created nursing scenarios, can assist with creating targeted strategies for improving overall engagement in QI.

Quality improvement engagement: Barriers and facilitators.

A comparison of frontline nurses, advanced practice nurses, and nurse leaders.

A qualitative study on barriers and facilitators of quality improvement engagement by frontline nurses and leaders.

AIM: This study aimed to understand the facilitators and barriers of quality improvement (QI) from the perspective of nurses and leaders at the frontline. BACKGROUND: Nurse engagement in QI has been associated with quality care and improved patient outcomes, yet nurse reported participation is low. METHODS: A descriptive qualitative design and purposive sampling was used to examine barriers and facilitators of nurse engagement. RESULTS: Facilitators (1) A leader's influence on a QI culture. Subthemes: creating buy-in, support of a just culture and working in partnership with nurses. Barriers (1) Barriers in organizational culture for nurses to lead QI. Subthemes: organizational hierarchy, absence of a just culture, nurses' role not valued, lack of accountability for QI in nursing role and resistance to change. (2) Barriers in organisational structure for nurses to lead QI. Subthemes: manager disengagement, time pressures, lack of access to timely data, lack of QI knowledge, siloed departments and lack of QI experts. CONCLUSION: Barriers to QI engagement prevent nurses from fully engaging in QI. Creating a just culture and building the infrastructure to support nurse engagement is critical for success. IMPLICATIONS FOR NURSING MANAGEMENT: Specific facilitators and barriers were identified that nurse leaders can assess in their practice setting and use relevant strategies to support engagement in QI.

An Integrative Review of the Barriers and Facilitators to Nurse Engagement in Quality Improvement in the Clinical Practice Setting.

BACKGROUND: Nurse engagement in quality improvement (QI) improves health care quality and outcomes but is typically low in clinical settings. PURPOSE: An integrative review was conducted to identify facilitators and barriers of nurse engagement in QI. METHODS: This integrative review was conducted using an electronic search of databases with search terms specific to nursing engagement in QI. The Johns Hopkins Nursing Evidence-Based Practice Evidence Level and Quality Guide was used to rate quality and level of evidence. RESULTS: Nine articles met the criteria for review. Top barriers were leadership, education and training, resource constraints, data, culture, and time. Top facilitators were leadership, education and training, culture, mentors, and champions. CONCLUSION: High-quality literature exploring barriers and facilitators of nurse engagement in QI is lacking. Research is needed to examine the degree to which these barriers and facilitators impact engagement and how they can be addressed to increase it.

Impact of TeamSTEPPS Training With Rural Hospital Staff: A Quality Improvement Project.

BACKGROUND: Teamwork and communication are critical components to patient safety and reducing clinical errors. TeamSTEPPS is a successful team-training program evaluated by many health care settings; however, there are limited data on its use in small, rural hospitals. LOCAL PROBLEM: A large health care system purchased a small, rural hospital with the goal to improve patient care by creating a team-based culture and a financially stable organization. METHODS: This quality improvement project used a pre-/postdesign to evaluate the staff's knowledge, application, and attitudes toward team skills and behaviors. INTERVENTION: The intervention was a customized TeamSTEPPS training program delivered to an interprofessional team at a small rural hospital. RESULTS: The interprofessional staff demonstrated improved attitudes toward team behaviors and incorporated the tools into their practice. CONCLUSIONS: TeamSTEPPS is an effective program for training a variety of health care disciplines.

Modeling and prediction of pressure injury in hospitalized patients using artificial intelligence.

BACKGROUND: Hospital-acquired pressure injuries (PIs) induce significant patient suffering, inflate healthcare costs, and increase clinical co-morbidities. PIs are mostly due to bed-immobility, sensory impairment, bed positioning, and length of hospital stay. In this study, we use electronic health records and administrative data to examine the contributing factors to PI development using artificial intelligence (AI). METHODS: We used advanced data science techniques to first preprocess the data and then train machine learning classifiers to predict the probability of developing PIs. The AI training was based on large, incongruent, incomplete, heterogeneous, and time-varying data of hospitalized patients. Both model-based statistical methods and model-free AI strategies were used to forecast PI outcomes and determine the salient features that are highly predictive of the outcomes. RESULTS: Our findings reveal that PI prediction by model-free techniques outperform model-based forecasts. The performance of all AI methods is improved by rebalancing the training data and by including the Braden in the model learning phase. Compared to neural networks and linear modeling, with and without rebalancing or using Braden scores, Random forest consistently generated the optimal PI forecasts. CONCLUSIONS: AI techniques show promise to automatically identify patients at risk for hospital acquired PIs in different surgical services. Our PI prediction model provide a first generation of AI guidance to prescreen patients at risk for developing PIs. CLINICAL IMPACT: This study provides a foundation for designing, implementing, and assessing novel interventions addressing specific healthcare needs. Specifically, this approach allows examining the impact of various dynamic, personalized, and clinical-environment effects on PI prevention for hospital patients receiving care from various surgical services.

Improving Patient\Population Health: Using 'Why' to Develop a Transformative Research Center.

INTRODUCTION: Novel approaches to address the most vexing problems facing patients and vulnerable populations are needed. The purpose of this project was to establish an innovative research Center based on the principles of transformational organizations. METHODS: A new Center formed included faculty members with expertise in cancer, serious illness, and population health. Applying Sinek's "why, how, and what" framework, members developed and refined a purpose statement and strategic objectives. The Center now includes members representing diverse disciplines. Year 1 accomplishments included a refined mission and vision statement, two funded research proposals, one submitted training grant, one administrative hire, and active recruitment of two-research faculty to support Center activities. CONCLUSIONS: The newly-formed Center for Improving Patient and Population Health has enabled scholars within a research-intensive school of nursing to forge new partnerships to compete successfully for larger, complicated grant proposals on shorter deadlines. Opportunities exist to integrate students and research staff more fully into Center operations.

Quality improvement engagement and competence: A comparison between frontline nurses and nurse leaders.

BACKGROUND: Nurses play a pivotal role in improving patient care. To maximize nurses' impact on quality, nurses must have quality improvement (QI) competence and engage fully in QI initiatives. PURPOSE: To describe QI competence (knowledge, skills, and attitudes) among frontline nurses and leaders; and compare variations in competence among nursing roles, experience, and specialty areas. METHODS: A total of 681 nurses at one heath system fully completed the Nursing Quality Improvement Practice tool electronically. FINDINGS: Half of the respondents reported QI engagement (53.6%). Mean knowledge scores were 5.08 (SD 1.16, 7 items). Skill proficiency was low (M = 2.82, SD = 1.03; range 1-6) although QI attitudes were favorable (M = 3.76, SD = 0.63; range 1-5). Significant differences in skills and attitudes were identified by role. QI competence among nurses employed in various specialty areas were similar. DISCUSSION: Strategies for increasing QI competence and engagement of nurses must be created and deployed in order to improve quality and safety.

Development of the Nursing Quality Improvement in Practice Tool: Advancing Frontline Nursing Practice.

BACKGROUND: Frontline nurse engagement in quality improvement (QI) improves nurse-sensitive outcomes; yet research suggests frontline nurses are not engaging in QI. PURPOSE: The purpose of this study was to develop, refine, and psychometrically evaluate the Nursing Quality Improvement in Practice (N-QuIP) tool to measure nurses' competency, engagement, and barriers/facilitators to QI engagement. METHODS: Item development was guided by an expert panel and literature review. Factor analysis and reliability indices were assessed through 681 surveys completed by nurses at one medical center. RESULTS: Cronbach α coefficients were 0.97 (Skill Scale) and 0.90 (Attitude Scale). Kuder-Richardson Formula 20 (KR-20) for knowledge was 0.36. Exploratory factor analysis identified 4 (Skill) and 3 (Attitude) subscales respectively, aligning well with QI competencies. CONCLUSIONS: Preliminary data suggest that the N-QuIP is a valid and reliable tool for assessing nurse QI competence and engagement. Understanding current knowledge, skills, and attitudes and identified barriers/facilitators can help the development of strategies aimed at increasing QI engagement.

The pressure injury predictive model: A framework for hospital-acquired pressure injuries.

BACKGROUND: Despite decades of research, pressure injuries continue to be a source of significant pain and delayed recovery for patients and substantial quality and cost issues for hospitals. Consideration of the current thinking around pressure injury risk must be evaluated to improve risk assessments and subsequent nursing interventions aimed at reducing hospital-acquired pressure injuries. DESIGN: This is a discursive paper using Walker and Avant's (2005) theory synthesis framework to examine the relevance of existing pressure injury models as they align with the current literature. METHODS: PubMed and CINAHL indexes were searched, first for conceptual models and then for pressure injury research conducted on hospitalised patients for the years 2006-2016. A synthesis of the searches culminated into a new pressure injury risk model. CONCLUSIONS: Gaps in previous models include lack of attention to the environment, contributing episode-of-care factors and the dynamic nature of injury risk for patients. Through theory synthesis, the need for a new model representing the full risk for pressure injury was identified. The Pressure Injury Predictive Model is a representation of the complex and dynamic nature of pressure injury risk that builds on previous models and addresses new patient, contextual and episode-of-care process influences. The Pressure Injury Predictive Model (PIPM) provides a more accurate picture of the complexity of contextual and process factors associated with pressure injury development. RELEVANCE TO CLINICAL PRACTICE: Using the PIPM to determine risk can result in improved risk identification. This information can be used to implement targeted, evidence-based pressure injury prevention interventions specific to the patient risk profile, thus limiting unwarranted and unnecessary care.

Hospital-to-Homecare Videoconference Handoff: Improved Communication, Coordination of Care, and Patient/Family Engagement.

Transitions of care between settings and clinicians are a time of vulnerability for patients, and can result in fragmented care, medication errors, avoidable readmissions, and patient/nurse dissatisfaction. Through the use of technology and a structured face-to-face handoff, the patient and family can be engaged in the transition across settings. The purpose of this project was to determine the feasibility and effectiveness of videoconference handoffs between inpatient, case management, and home care nurses, and the patients/families during transitions of care from hospital to home care. Videoconferences were conducted for 2 months with patients transitioning from two pediatric inpatient units to the hospital-based home care agency. The nurses and patient/family connected through a secure cloud-based videoconferencing platform. Participants discussed the patient's status, safety concerns, ongoing plan of care, what the patient/family could expect at home, and the coordination of equipment/supply needs and postdischarge visits. Videoconference handoffs (n = 10) were found to be feasible and address gaps in communication, coordination of care, and patient/family engagement during transitions from hospital to home care. Postpilot, nurses agreed the videoconference handoffs should continue with minimal modifications.

Improving knowledge and behavior of leadership and followership among the interprofessional team.

OBJECTIVES: To examine virtual training on Crew Resource Management (CRM) principles of effective leadership and followership on participants' knowledge, applicability, and intended behaviors. METHODS: Graduate students (n=41) from four health disciplines participated in the training, which included a self-learning module (e.g., didactic content and video vignettes) and an optional virtual simulation exercise. Knowledge was examined via a 10-item pre/post knowledge test. Applicability of the training and intended behaviors was measured post-training via an 11-item survey. T-test and Analysis of variance were applied to compare knowledge scores, as well as to determine variation in discipline responses. RESULTS: Knowledge improved significantly post-training (t(40)=10.47, p<0.001). Pharmacy students scored significantly lower on the post-knowledge test than medicine and nursing students [F(2,36)=5.99, p=0.006]. On average, participants completing the module reported learning new skills and knowledge (M=4.17, SD=0.54) and intended to use skills/knowledge gained from the training in clinical practice (M=4.29, SD=0.56). No differences were noted among responses from the various disciplines. Those completing the simulation exercise (n=10) found value in the experience, again noting strong application to practice (M=4.9, SD=0.32) and intended use in practice (M=4.9, SD=0.32). CONCLUSIONS: The CRM training was valuable and applicable to practice. Use of a virtual platform may provide an avenue for minimizing current barriers to successful interprofessional education by allowing participants to connect in various geographical locations. The module is ready for widespread use in health professional education.

Associations among unit leadership and unit climates for implementation in acute care: a cross-sectional study.

BACKGROUND: Nurse managers have a pivotal role in fostering unit climates supportive of implementing evidence-based practices (EBPs) in care delivery. EBP leadership behaviors and competencies of nurse managers and their impact on practice climates are widely overlooked in implementation science. The purpose of this study was to examine the contributions of nurse manager EBP leadership behaviors and nurse manager EBP competencies in explaining unit climates for EBP implementation in adult medical-surgical units. METHODS: A multi-site, multi-unit cross-sectional research design was used to recruit the sample of 24 nurse managers and 553 randomly selected staff nurses from 24 adult medical-surgical units from 7 acute care hospitals in the Northeast and Midwestern USA. Staff nurse perceptions of nurse manager EBP leadership behaviors and unit climates for EBP implementation were measured using the Implementation Leadership Scale and Implementation Climate Scale, respectively. EBP competencies of nurse managers were measured using the Nurse Manager EBP Competency Scale. Participants were emailed a link to an electronic questionnaire and asked to respond within 1 month. The contributions of nurse manager EBP leadership behaviors and competencies in explaining unit climates for EBP implementation were estimated using mixed-effects models controlling for nurse education and years of experience on current unit and accounting for the variability across hospitals and units. Significance level was set at α < .05. RESULTS: Two hundred sixty-four staff nurses and 22 nurse managers were included in the final sample, representing 22 units in 7 hospitals. Nurse manager EBP leadership behaviors (p < .001) and EBP competency (p = .008) explained 52.4% of marginal variance in unit climate for EBP implementation. Leadership behaviors uniquely explained 45.2% variance. The variance accounted for by the random intercepts for hospitals and units (p < .001) and years of nursing experience in current unit (p < .05) were significant but level of nursing education was not. CONCLUSION: Nurse managers are significantly related to unit climates for EBP implementation primarily through their leadership behaviors. Future implementation studies should consider the leadership of nurse managers in creating climates supportive of EBP implementation.

Advanced Practice Registered Nurses on Therapeutic Hypothermia Response Teams.

BACKGROUND: Therapeutic hypothermia can improve neurological recovery after cardiac arrest when implemented quickly. OBJECTIVE: To determine whether outcomes are improved among patients undergoing therapeutic hypothermia by adding advanced practice registered nurses to a therapeutic hypothermia response team. METHODS: A pilot quality improvement project was conducted in a Midwest community teaching hospital using a retrospective chart review of all adult patients undergoing therapeutic hypothermia before and after the addition of advanced practice registered nurses to the therapeutic hypothermia response team. Outcomes evaluated included time to target core body temperature, therapeutic hypothermia protocol initiation, discharge status, and hospital length of stay. RESULTS: A total of 14 adult patients (preintervention n = 8, postintervention n = 6) comprised the sample. Length of stay decreased in the postintervention group (median 2.5 vs 6 days for the preintervention group; P = .05), but other outcomes did not differ. CONCLUSIONS: This quality improvement project provides foundational data to evaluate advanced practice registered nurses specific metrics and to compare with future data using a larger longitudinal sample.

Specialty Linens and Pressure Injuries in High-Risk Patients in the Intensive Care Unit.

BACKGROUND: The cardiovascular and surgical intensive care units had the highest unit-acquired pressure injury rates at an institution. Patients in these units had multiple risk factors for pressure injuries. Various interventions had been used to minimize pressure injuries, with limited results. OBJECTIVES: To evaluate the effect of specialty linens on the rate of pressure injuries in high-risk patients. The specialty linen was a synthetic silklike fabric that addressed the microclimate surrounding the patient, with the purpose of minimizing friction, shear, moisture, and heat. METHODS: The specialty linen was tried on 24 beds in the cardiovascular intensive care unit and 20 beds in the surgical intensive care unit, including sheets, underpads, gowns, and pillow cases. Data obtained from a retrospective review of electronic health records were compared for 9 months before and 10 months after specialty linens were implemented. RESULTS: Total unit-acquired pressure injury rates for both units combined declined from 7.7% (n = 166) before to 5.3% (n = 95) after the intervention. The intervention was associated with a significant reduction in posterior (coccyx, sacrum, back, buttock, heel, and spine) pressure injury rates, from 5.2% (n = 113) before to 2.8% (n = 51) after specialty linens were implemented (P < .001). CONCLUSION: Addressing the microclimate, friction, and shear by using specialty linens reduces the number of posterior pressure injuries. The use of specialty linens in addition to standard techniques for preventing pressure injuries can help prevent pressure injuries from developing in high-risk patients in intensive care units.