The research, published in the open-access journal Nursing Open, addresses one of the most persistent and underappreciated problems in global critical care. Although intensive care units account for a small fraction of hospital beds worldwide, they generate more than 20 percent of all hospital-acquired infections. Among these, ventilator-associated pneumonia stands apart. Defined as pneumonia that develops 48 hours or more after endotracheal intubation, it strikes between 10 and 40 percent of mechanically ventilated patients globally, and in low- and middle-income countries the incidence can climb to as high as 47.9 cases per 1,000 ventilator days. Each episode prolongs intensive care stays, multiplies resource consumption, and increases the likelihood of death. Decades of clinical research have established that a constellation of simple, evidence-based interventions, often called prevention bundles, can slash these infection rates: elevating the head of the bed, meticulous oral hygiene, appropriate suctioning technique, judicious ventilator circuit management, and the use of endotracheal tubes equipped with subglottic secretion drainage. The tragedy, as the new study makes clear, is that in many resource-limited settings these interventions are simply not delivered consistently, and the reasons why are more complex than a lack of training alone.

To disentangle the relationship between nursing knowledge and systemic constraints, the research team employed an explanatory sequential mixed-methods design, one of the more rigorous architectures available for studying implementation problems in real-world clinical environments. The quantitative strand used a single-group quasi-experimental pre-test–post-test approach involving registered nurses from two intensive care units at the hospital: a four-bed General Intensive Care Unit staffed by 37 personnel and a six-bed Maternity Intensive Care Unit staffed by 27. Fifty-seven nurses completed the baseline knowledge assessment, using an eight-item multiple-choice questionnaire adapted from an established instrument developed by Labeau and colleagues, with one question about kinetic beds removed because that equipment does not exist at the study site. After the pre-test, all participants attended a structured three-hour workshop covering four thematic modules: the definition, aetiology, and pathophysiology of ventilator-associated pneumonia; evidence-based prevention bundles including patient positioning, oral hygiene, and circuit management; airway management and suctioning techniques; and intensive care-specific infection control principles. The content was validated in advance by two independent intensivists and senior nursing leadership. A post-test was administered within two weeks, completed by 56 nurses, and eight purposively selected participants then underwent semi-structured interviews designed to explain why the quantitative results looked the way they did.

The statistical results were striking. Mean knowledge scores rose from 3.63 out of 8 (standard deviation 1.57) before the workshop to 5.29 out of 8 (standard deviation 1.57) afterward, an independent-samples t-test yielding t(111) = −5.61, p < 0.001, with a mean difference of 1.65 points and a Cohen’s d of 1.06, which is conventionally classified as a large effect. A non-parametric Mann–Whitney U test confirmed the robustness of the finding (U = 748.5, p < 0.001). Perhaps more meaningful clinically was the transformation in competence categories. Before the workshop, only 24.6 percent of nurses scored in the high-competence range, while nearly a quarter fell into the low category. Afterward, the high-competence group swelled to 64.3 percent and the low group shrank to a single nurse, a redistribution that the chi-square test confirmed as highly significant (χ²(2, N = 113) = 22.43, p < 0.001). The largest item-level gains appeared precisely where baseline knowledge was weakest: correct responses about humidifier change frequency jumped by 17, open-versus-closed suction system knowledge by 16, patient positioning by 16, and awareness of endotracheal tubes with subglottic secretion drainage by 13.

Curiously, the factors one might expect to predict post-training performance did not. A multiple linear regression examining years of registered nurse experience, duration of intensive care service, and unit type found that none of these variables significantly predicted post-test scores, and the overall model explained a negligible 5.2 percent of the variance (F(3, 52) = 0.94, p = 0.428). The study’s demographic data help explain why. The nursing workforce was young, with a mean age of 31.6 years, overwhelmingly composed of registered general nurses (84.1 percent), and almost entirely lacking postgraduate critical care credentials, only 1.8 percent held such qualifications. More than three-quarters had five or fewer years of intensive care experience. The authors interpreted the null regression result through the lens of the qualitative interviews: when supervision is sparse, protocols are absent, and supplies are inconsistent, years of experience can accumulate without ever being reinforced against evidence-based standards, so experience alone stops being a reliable proxy for competence.

That interpretation was powerfully supported by the interview data. Nurses described a practice culture built on experiential learning and pragmatic task selection rather than standardized bundles. “What has helped is my experience in the ICU,” one participant explained. Another described a ward habit of routine mouth care for every ventilated patient, prioritized because it was feasible and perceived as effective. But the interviews also revealed the harsh material realities that constrain even the best-informed clinician. Nurses reported reusing suction catheters on multiple patients after washing them, hunting for scarce consumables, and losing power mid-suction. “You can even try to suction a patient then all of a sudden there’s no light,” one nurse recounted. Others described the absence of any written protocol for pneumonia prevention, with practice resting entirely on individual knowledge, and the weak standing of in-service training in the unit’s culture, where colleagues sometimes viewed education sessions as a waste of time. Supervisors, participants said, rarely came to observe practice, leaving “the system open for anyone to do what he or she thinks is the best.” Delayed laboratory feedback and families’ financial struggles to secure medications after the first week of hospitalization added further layers of difficulty.

The study was theoretically anchored in two influential frameworks from nursing and behavioral science: Patricia Benner’s Novice-to-Expert Model, which frames clinical competence as a developmental construct acquired primarily through experience rather than didactic instruction, and Bandura’s Self-Efficacy Theory, which holds that knowledge and confidence together drive the performance of specific behaviors. The findings map onto both frameworks in instructive ways. The overwhelmingly experiential nature of the nurses’ knowledge acquisition is consistent with Benner’s account of how competence develops, but it also explains why a single structured workshop could produce such large gains, because it filled gaps that years of unstructured bedside experience had never addressed. Meanwhile, the supervisory and accountability gaps described in the interviews illustrate why self-efficacy, however boosted by a mastery-oriented learning experience, cannot sustain consistent preventive behavior without institutional reinforcement.

The authors are appropriately candid about the study’s limitations. Because participant responses were not linked across assessment points, the improvement represents a group-level change rather than demonstrated within-individual gain, and the single-group design without a concurrent control group precludes strong causal inference. The single-site setting, convenience sampling, the two-week interval between training and post-test, and the low internal consistency of the adapted questionnaire (KR-20 of 0.32 pre-test and 0.42 post-test, reflecting a broad knowledge index rather than a unidimensional psychometric scale) all warrant caution. The study also measured knowledge rather than observed bedside performance or actual pneumonia incidence, leaving open the crucial question of whether the educational gains translate into fewer infections.

Nevertheless, the practical implications are difficult to ignore, and the authors frame them with unusual clarity. Education, they conclude, is necessary but insufficient. The most actionable levers for nursing leaders in similar settings are the introduction of locally feasible written prevention protocols and bedside checklists, routine audit-and-feedback cycles, structured supportive supervision, and, perhaps most fundamentally, dependable procurement of basic consumables such as suction catheters, closed-system circuits, and personal protective equipment. At the health-system level, reliable electricity and functional laboratory services emerge as prerequisites for infection prevention rather than optional luxuries. From an implementation science perspective, the study illustrates how individual capability, organizational readiness, available resources, and implementation climate interact to determine whether evidence-based practice takes hold, a dynamic well captured by frameworks such as the Consolidated Framework for Implementation Research.

In an era when global health attention has rightly focused on pandemic preparedness and antimicrobial resistance, this study is a reminder that some of the most consequential advances in patient safety may come from modest, low-cost interventions targeted at the frontline workforce, provided they are embedded within broader quality improvement efforts. A three-hour workshop, materials prepared from peer-reviewed literature and delivered with a projector, moved the majority of nurses from low or moderate competence to high competence in a setting where virtually none had formal critical care training. The next challenge, the authors argue, is to pair such education with the protocols, supervision, supplies, and infrastructure that allow knowledge to become practice, and to evaluate with paired, longitudinal designs whether combined training-plus-system-support strategies can ultimately reduce ventilator-associated pneumonia rates, shorten ventilator days, and save lives in the intensive care units that need it most.

The research employs latent profile analysis, a sophisticated statistical method that uncovers hidden patterns within the data. In this study, researchers categorized nursing interns into different profiles based on their ethical behaviors. This approach provides a nuanced understanding of how various factors—such as background, education, and personal beliefs—play a significant role in shaping the ethical decision-making of future healthcare professionals. The implications of these findings extend beyond mere academic interest; they hold the potential to impact clinical practices and patient care in profound ways.

As the healthcare sector grapples with complex moral issues, understanding the ethical behavior of nursing interns is more crucial than ever. These interns are often on the front lines of patient care, directly influencing patient outcomes. By dissecting their ethical profiles, this study aims to identify not only the strengths but also the gaps in the ethical training provided in nursing education. It underscores the necessity for a robust curriculum that addresses these moral challenges head-on and equips future nurses with the tools needed to navigate them effectively.

The study details various engagement tactics among nursing interns that can either promote ethical behavior or contribute to ethical lapses. Certain profiles demonstrated a proclivity for ethical behavior, prompted by strong mentorship and a supportive educational environment. Conversely, interns who felt isolated or lacked guidance were more likely to exhibit questionable ethical practices. These findings call attention to the urgent need for mentorship programs within nursing schools. By fostering a collaborative learning environment, educational institutions can better prepare students to face ethical dilemmas in their professional lives.

Furthermore, the study outlines an array of demographic factors influencing ethical behaviors. Personal backgrounds, such as socioeconomic status, cultural influences, and previous exposure to healthcare settings, were found to variably impact ethical decision-making among interns. These insights emphasize the importance of diversity in nursing education, suggesting that colleges should consider students’ backgrounds while developing curriculums that engage with ethical issues from multiple perspectives. A diverse learning environment not only enriches discussions but also prepares students for the multifaceted realities of patient care.

The psychological aspects of ethical behavior were also meticulously examined. The researchers analyzed how personality traits, such as conscientiousness and empathy, influenced the interns’ ethical decision-making. A higher degree of empathy correlated positively with ethical sensitivity, allowing interns to recognize the complexities of ethical dilemmas more effectively. This highlights the significance of soft skills within nursing education. Integrating emotional intelligence training into the curriculum could empower future nurses to approach ethical challenges with both compassion and rationale.

The findings offer critical insights that resonate with the broader healthcare community. Hospitals and healthcare providers should consider these profiles while hiring new nursing staff, ensuring that candidates not only excel academically but also possess the ethical acumen necessary for high-stakes healthcare environments. Organizations may benefit from developing tailored orientation and training programs to address identified ethical gaps and reinforce positive ethical behavior from the outset of an intern’s career.

Moreover, the ethical training of nursing interns has implications for patient trust and healthcare delivery. Ethical behavior among healthcare providers is integral in establishing rapport with patients, fostering an environment of trust. When interns are equipped with a solid foundation in ethical practices, the likelihood of positive patient outcomes increases. Therefore, investing in robust educational frameworks is not merely an administrative concern; it is a moral obligation to ensure that tomorrow’s nurses are prepared for the ethical complexities they will inevitably face.

The interplay between ethical behavior and health policy further enriches the discourse raised by this study. Policymakers may need to reconsider current regulations and standards in nursing education, ensuring alignment with the ethical demands of modern healthcare. Collaboration between educational institutions and healthcare facilities may lead to a revival of programs designed specifically to enhance ethical training. These joint efforts could pave the way for innovative approaches in developing curricula and training modules that respond to the changing landscape of healthcare ethics.

The implications of this research extend into a broader societal context, demanding a collective reflection on the expectations placed upon healthcare providers. Society ultimately benefits when nursing interns emerge from their educational experiences with a robust ethical framework that will allow them to effectively address patient-centered dilemmas throughout their careers. Furthermore, as ethical expectations continue to evolve across cultures and communities, ongoing research is necessary to adapt nursing education curricula to reflect these dynamic changes.

In conclusion, Qu et al.’s groundbreaking research illuminates the intricate nature of ethical behavior among nursing interns. By unveiling various ethical profiles and their determinants, this study serves as a clarion call for nursing schools to reassess their educational strategies, promote mentorship, and embed a richer understanding of ethics into nursing practice. The future of healthcare relies on the ethical fortitude of its providers, making this research not only relevant but crucial in shaping the healthcare landscape of tomorrow.

As we contemplate the future of nursing education, the insights gathered from this study stand as a testament to the vital role that ethics plays in the personal and professional development of healthcare providers. The call for more nuanced ethical training in nursing is an imperative that cannot be overlooked, ensuring that the next generation of nurses is not only skilled practitioners but also ethical leaders in health care.

Subject of Research: Ethical behavior profiles among nursing interns

Article Title: Ethical behavior profiles among nursing interns and their determinants: a latent profile analysis

Article References:

Qu, J., Lin, P., Liu, L. et al. Ethical behavior profiles among nursing interns and their determinants: a latent profile analysis. BMC Med Educ (2026). https://doi.org/10.1186/s12909-026-08689-8

Image Credits: AI Generated

DOI: 10.1186/s12909-026-08689-8

Keywords: nursing interns, ethical behavior, latent profile analysis, nursing education, ethical decision-making, mentorship, healthcare ethics.

The rise of simulation-based education in health disciplines cannot be overstated. As healthcare becomes more complex and multidisciplinary, the ability for practitioners to work cohesively with diverse teams is not just beneficial, but a necessity. Through their research, the authors aim to explore whether merely observing a simulation is sufficient to develop the nuanced soft skills required for successful practice or if active participation grants a superior educational advantage. The question lies at the forefront of nursing and medical education—the effectiveness of passive versus engaged learning in enhancing competencies.

In the study, participants were divided into two arms: the observer group, who watched the simulation without direct involvement, and the active participant group, who engaged with the scenarios directly. By employing a randomized-controlled trial design, the authors meticulously ensured that the comparison between these two methods was robust, accounting for variables that might skew results. This methodological rigor enhances the credibility of findings, and such trials are imperative in medical education to establish evidence-based practices.

Affective skills—including empathy, communication, and teamwork—form the backbone of effective healthcare. They allow professionals to connect with patients, understand emotional cues, and foster collaborative relationships among peers. This study not only tracks the development of these skills but also seeks to understand how different participatory roles in simulations can enhance or hinder their acquisition. The focus on affective domain development underscores the authors’ commitment to holistic education in health sciences.

The results are poised to inform curricula worldwide. If active participation is shown to be significantly more beneficial than observation, educational institutions may need to reevaluate how they train future healthcare workers. The implications extend beyond simple skill acquisition—they tap into how future practitioners will engage with patients and colleagues in high-stakes, high-pressure environments. It suggests that integrating active learning opportunities may be essential for cultivating the soft skills deemed necessary in contemporary healthcare.

Another vital component of this research is the way it assesses the training outcomes. Utilizing a combination of quantitative measures—like performance assessments—and qualitative feedback—including participant reflections—provides a comprehensive view of the impact of each role on learning experiences and outcomes. This dual approach enriches the findings and adds layers of insight, capturing the complexity of learning dynamics in simulation scenarios.

Furthermore, the study’s implications resonate within the broader context of educational theory. Constructivist approaches, which emphasize active participation in learning processes, echo throughout the findings. It aligns with the belief that knowledge construction occurs most effectively through engagement and interaction, rather than through passive receipt of information. The recognition of this paradigm within medical education would be transformative, advocating for practices that prioritize experiential learning.

In confronting the traditional modes of education, this research also invites further investigation into the barriers that may prevent active participation in simulation-based settings. Institutional constraints, resource limitations, and curriculum design all pose challenges that could hinder the full implementation of active learning strategies. Understanding these barriers is paramount in facilitating widespread adoption of evidence-based pedagogical practices.

Moreover, the diverse backgrounds of participants in the study enrich the external validity of the findings. Success in interprofessional education hinges on the ability to collaborate across disciplines, and this research captures a cross-section of healthcare roles. Insights gleaned from variances in roles, experiences, and expectations among these participants illuminate the multifaceted nature of simulation-based education and its propensity to impart essential skills.

In summary, this groundbreaking research led by Inam, Tariq, and Durrani significantly contributes to the ongoing discourse around interprofessional education and simulation training in healthcare. By comparing the observer role with active participation, it not only assesses the efficacy of training techniques but also emphasizes the fundamental need for affective skills development in medical education. The results of this study are anticipated to radiate across classrooms and clinical settings, influencing how future healthcare professionals are trained to work collaboratively and effectively in their field.

As we move deeper into the 21st century, the methodologies and findings from this trial highlight the evolving landscape of healthcare education. They align with a global recognition of the importance of soft skills alongside technical knowledge, paving the way for more nuanced and effective training regimens. The findings will no doubt spur further research aimed at optimizing educational outcomes, highlighting the essential intersection of theory, practice, and the human experience in medicine.

Subject of Research: Comparison of roles in interprofessional simulation-based education for affective skills.

Article Title: Comparison of the observer role vs. active participant role in interprofessional simulation-based education for affective skills: a randomized-controlled trial.

Article References: Inam, M., Tariq, U., Durrani, R. et al. Comparison of the observer role vs. active participant role in interprofessional simulation-based education for affective skills: a randomized-controlled trial. BMC Med Educ (2025). https://doi.org/10.1186/s12909-025-08490-z

Image Credits: AI Generated

DOI:

Keywords: Interprofessional education, simulation-based training, affective skills, healthcare, medical education, randomized controlled trial.

The Jennings disaster management model serves as a foundational framework in emergency response training. Its structured methodology not only emphasizes theoretical knowledge but also prioritizes practical self-efficacy, ensuring that students not only understand the principles behind disaster management but also feel confident in executing these principles in practice. The study explored how effectively this model could be implemented within nursing curricula, paving the way for future educational strategies that incorporate more comprehensive disaster response training.

One significant aspect of this study was how it evaluated the effectiveness of the Jennings model through a methodical approach using a mixed-methods design. Students were assessed both quantitatively and qualitatively, allowing for a more holistic understanding of their learning experience. The results highlighted that students who participated in the Jennings model training exhibited a marked increase in both knowledge and self-efficacy regarding disaster management. This finding is pivotal, considering that nursing students who feel prepared are more likely to respond effectively when real disasters occur.

Furthermore, the interventions designed following the Jennings model were assessed for their impact on the students’ practical skills. The study collected data involving simulation exercises that mimicked real-world disaster scenarios, which enabled students to apply the knowledge they gained in a controlled environment. By participating in these simulations, nursing students reported a significant boost in their confidence levels when faced with potential disaster situations in clinical practice.

In addition to assessing knowledge and practical skills, the study presented a compelling case for incorporating psychological preparedness into nursing education. The Jennings model emphasizes the importance of mental resilience, encouraging nursing students to adopt a proactive mindset towards future challenges. This aspect of training is crucial, as psychological preparedness can substantially affect a nurse’s performance during actual emergencies. The study’s findings indicate that educators should pay closer attention to the emotional and psychological dimensions of disaster management training.

Moreover, the study examined demographic factors that may influence learning outcomes, such as age, prior experience, and educational background. By analyzing these variables, the authors identified trends that can inform tailored training approaches for diverse student populations. This nuanced understanding could lead to the development of bespoke training programs that cater specifically to the unique needs of various student groups, thereby maximizing the educational impact.

The implications of implementing the Jennings disaster management model in nursing education extend beyond the classroom. As healthcare systems worldwide face increasing pressure due to natural disasters, pandemics, and other emergencies, the need for competent and confident healthcare professionals has never been greater. The results of this study could potentially inspire a paradigm shift in how nursing programs across the globe prioritize disaster management training.

Beyond immediate educational benefits, equipping nursing students with robust disaster management skills can lead to improved patient outcomes during crises. By instilling confidence and competence in future healthcare providers, the hope is that these professionals will play a critical role in navigating chaotic situations, ultimately reducing morbidity and mortality rates in disaster-stricken areas.

Additionally, the authors stress the importance of continuous evaluation and refinement of disaster management training programs. As new challenges emerge in the field of healthcare, educational frameworks must adapt accordingly. This study underscores the necessity of ongoing research to ensure that instructional methods remain relevant and effective in preparing nursing students for future uncertainties.

In conclusion, the study by Ramadan, S.M., Mohamed, M., and Abo-Elmaty, G. offers a robust reflection on the effectiveness of the Jennings disaster management model in enhancing nursing students’ knowledge and self-efficacy. By bridging the gap between theoretical knowledge and practical application, the researchers have paved the way for a more resilient future generation of nurses who are not only equipped to handle disasters but are also inspired to lead and innovate within their profession. As nursing educators consider the findings of this pioneering research, the future of nurse education looks promising, with the potential to significantly impact healthcare delivery during emergencies.

Investing in the training of nursing students under models like Jennings could redefine nursing education standards, creating a ripple effect of better-prepared healthcare professionals serving communities globally. The study ultimately serves as a call to action for nursing programs to embrace such transformative educational practices, which could prove essential in a rapidly changing and unpredictable world.

Strong evidence is emerging that points to the necessity of implementing comprehensive disaster management training in nursing curricula. As this study illustrates, equipping future nurses with the necessary skills not only enhances their educational experience but also ultimately contributes to better health outcomes for the populations they serve.

To sum up, evaluating the Jennings disaster management model within nursing education opens up new avenues for impactful research and practice, setting a benchmark for future studies in emergency preparedness training.

Subject of Research: Evaluation of the effectiveness of the Jennings disaster management model on nursing students’ knowledge and self-efficacy.

Article Title: Evaluating the effectiveness of the Jennings disaster management model on nursing students’ knowledge and self-efficacy.

Article References:

Ramadan, S.M., Mohamed, M. & Abo –Elmaty, G. Evaluating the effectiveness of the Jennings disaster management model on nursing students’ knowledge and self-efficacy.
BMC Nurs 24, 1476 (2025). https://doi.org/10.1186/s12912-025-04098-2

Image Credits: AI Generated

DOI: https://doi.org/10.1186/s12912-025-04098-2

Keywords: Disaster management, nursing education, self-efficacy, emergency preparedness, Jennings model.

The situation-background-assessment-recommendation (SBAR) model is a communication framework utilized in healthcare to facilitate concise and effective exchanges of information. Initialized to improve patient safety and care quality, SBAR encourages practitioners to communicate essential information systematically. It teaches nurses how to deliver a brief yet comprehensive summary, which is crucial during critical clinical handovers. The integration of SBAR principles into nursing education potentially accelerates the learning curve for nursing interns by equipping them with a structured method of communication.

In this study, the researchers implemented the SBAR model alongside the mini-CEX, a well-established tool for assessing clinical skills in a real-world context. The mini-CEX involves direct observation and feedback, typically focusing on a clinician’s performance in clinical encounters. This combination promotes not just the acquisition of technical skills but enhances the overall competence in real-life healthcare settings, encouraging an environment where nursing interns can develop their skills with confidence and clarity.

The study sample comprised nursing interns from various healthcare institutions, allowing the researchers to assess the model’s effectiveness across diverse clinical settings. By employing a robust mixed-methods approach, the researchers collected both quantitative and qualitative data to provide a comprehensive analysis of the SBAR and mini-CEX integration on interns’ clinical performances. Such dual mechanisms of evaluation ensure a thorough understanding of interns’ improvements in skills and confidence levels throughout the training period.

Results indicated a marked improvement in participants’ clinical communication abilities. Nursing interns who underwent training using the SBAR model exhibited significantly better organizational skills in presenting cases and comprehensively addressing patient issues during clinical discussions. This enhancement is particularly relevant in today’s fast-paced healthcare environments, where effective communication is paramount for patient safety and quality of care.

Furthermore, the study revealed a substantial increase in the interns’ clinical thinking abilities. Participants demonstrated enhanced analytical thinking and problem-solving skills when managing clinical scenarios. The SBAR model empowered interns to assess situations critically and make well-informed decisions based on an organized approach to clinical information. This crucial skill is increasingly needed in nursing practice, where outcomes depend significantly on swift and accurate decision-making amidst complex circumstances.

The combination of SBAR with the mini-CEX provided a holistic framework for clinical education, focusing not only on hard skills but also on soft skills critical for nursing practice. By blending interpersonal communication training with rigorous clinical assessments, the research methodology set a new standard for nursing education frameworks. The practical and theoretical balance might become invaluable in shaping the next generation of healthcare providers.

Another compelling aspect of the study was the researchers’ emphasis on the importance of real-time feedback during the assessments. The integration of immediate feedback cycles into the mini-CEX allowed nursing interns to recognize their strengths and areas for improvement almost instantaneously. This feature is essential in educational settings, as timely feedback is known to accelerate learning and skill acquisition.

While this research highlighted positive outcomes, it also opened avenues for future investigations. As nursing programs evolve, understanding how to implement such integrative educational models sustainably is crucial. The need for longitudinal studies that assess the long-term impact of SBAR and mini-CEX integrations on clinical outcomes remains a priority for future research. Additionally, exploring the applicability of these models across disciplines within healthcare can offer insights into how other professional training programs might adapt similar integration strategies.

The implications of this study extend beyond classroom walls, affecting patient care directly. By fostering a new generation of nurses equipped with refined communication and clinical reasoning skills, healthcare systems can enhance patient outcomes significantly. Effective communication is linked to better patient satisfaction, fewer errors, and overall improved healthcare delivery. Therefore, investing in such integrated training models could yield significant returns on improving healthcare quality worldwide.

In conclusion, this research consolidates the urgent need for advanced educational strategies in nursing, advocating for an approach that prioritizes clinical competency through the SBAR model and mini-CEX assessments. As the healthcare landscape continues to evolve, nurturing capable, communicative, and critical-thinking nursing interns is paramount to ensuring safe and effective patient care. The study represents an essential step towards bridging the gap between academic learning and real-world clinical practice, creating more resilient and prepared healthcare providers for tomorrow.

Subject of Research: The effect of an integrated SBAR model and mini-CEX on nursing interns’ clinical skills.

Article Title: Effect of the situation-background-assessment-recommendation model combined with the mini-CEX assessment on the clinical communication, clinical thinking and comprehensive clinical abilities of nursing interns.

Article References:

Xu, B., Xing, X., Zhang, G. et al. Effect of the situation-background-assessment-recommendation model combined with the mini-CEX assessment on the clinical communication, clinical thinking and comprehensive clinical abilities of nursing interns.
BMC Med Educ 25, 1596 (2025). https://doi.org/10.1186/s12909-025-08022-9

Image Credits: AI Generated

DOI: https://doi.org/10.1186/s12909-025-08022-9

Keywords: Nursing education, SBAR model, Mini-CEX, clinical skills, nursing interns, healthcare communication.