The research, led by Jiahui Yu of The First Affiliated Hospital of Guangzhou Medical University and Chao Zhong of Nanfang Hospital, Southern Medical University, evaluated a 480-hour full-time training program delivered to registered clinical nurses selected by their hospitals for advanced organ transplantation specialty training. The trainees came from six Chinese provinces and completed the program in two cohorts between 2022 and 2023. Rather than treating specialty education as an informal apprenticeship, the program was built around a clearly defined sequence of learning stages, each with its own duration, objectives, and assessment structure.

The curriculum unfolded in four phases. The first two weeks, totaling 80 hours, were devoted to advanced nursing practice leadership, giving trainees a grounding in the professional and organizational dimensions of the specialty. This was followed by three weeks — 120 hours — of specialist theoretical coursework covering the scientific and clinical foundations of transplant nursing. The third phase placed trainees in a provincial training-base hospital for four weeks of clinical placement, amounting to 140 hours of hands-on exposure to real transplant care environments. The final four weeks, another 140 hours, consisted of supervised practice in which each trainee worked one-to-one with a mentor, with logbook-guided standardization ensuring that every required competency was systematically documented and verified.

To measure whether this elaborate structure translated into genuine capability, the researchers used the Chinese version of the Nurse Competence Scale, a validated instrument that assesses self-reported nursing competence across seven dimensions, from helping and teaching functions to diagnostic work, case management, and professional development. Trainees completed the scale before the program began and again after its conclusion. The team also collected secondary outcomes, including performance on the program’s completion assessment, satisfaction with teaching measured on an 11-item questionnaire using a five-point Likert scale, and trainees’ self-reported workplace activities six months after finishing the course.

The results were striking. Across the 43 trainees included in the final analysis, mean total Nurse Competence Scale scores rose from 72.74 before training to 80.44 afterward — a mean difference of 7.70 points, with a 95 percent confidence interval of 6.87 to 8.53 and a p-value below 0.0001. The standardized effect size, Cohen’s dz, reached 2.86, an exceptionally large value indicating that virtually every trainee improved substantially. Importantly, the gains were not confined to a single domain: significant improvements appeared across all seven dimensions of the competence scale, suggesting that the program’s integrated design benefited technical, communicative, and professional capacities alike.

Satisfaction with the program was similarly emphatic. The mean overall teaching satisfaction score was 4.88 out of a possible 5, and of the 473 individual item-level responses collected across the questionnaire, 470 — or 99.37 percent — were rated as satisfied. For a program demanding nearly three months of full-time commitment from working nurses, this near-universal approval suggests that the balance of theory, clinical exposure, and mentorship resonated strongly with participants.

Perhaps the most consequential findings emerged at the six-month follow-up, which probed whether newly acquired competence translated into changed behavior back at trainees’ home institutions. Every single trainee — 100 percent — reported organizing complex case discussions after returning to work. Nearly all, 93.0 percent, reported conducting teaching rounds and quality improvement activities, while 60.5 percent reported providing nursing consultations. These figures imply that the program did not merely produce better individual practitioners; it seeded a network of nurses capable of leading education, quality initiatives, and specialist consultation across hospitals in multiple provinces.

The study also uncovered an intriguing pattern in who benefited most. Changes in Nurse Competence Scale scores were inversely correlated with both age and years of clinical experience: younger, less experienced nurses showed larger gains than their senior colleagues. The correlation coefficient was -0.427 for age (p = 0.004) and -0.493 for clinical experience (p < 0.001). The authors interpret this cautiously, but the pattern is consistent with a well-known phenomenon in education research — a ceiling effect, in which highly experienced nurses have less room to improve on a self-reported competence measure, while early-career nurses have more headroom and respond more visibly to intensive training.

The researchers are careful to frame their conclusions appropriately. Because the study used a single-group pre-post design — with no control group of nurses receiving alternative or no training — it cannot definitively attribute the observed improvements to the program itself. Self-reported competence measures also carry inherent limitations, since they reflect trainees’ perceptions rather than directly observed performance. The authors explicitly describe their findings as preliminary evidence intended to inform specialist nurse education, and they call for controlled, multicenter studies incorporating objective outcome measures, such as Objective Structured Clinical Examinations, to confirm and extend the results.

Even with those caveats, the study arrives at a moment when the demand for transplant nursing expertise is rising globally. As transplantation expands to treat more patients with end-stage organ failure, health systems face a persistent shortage of nurses equipped for the specialty’s unique demands — from perioperative management and immunosuppression monitoring to long-term follow-up and patient education. By demonstrating that a structured, theory-practice integrated model with one-to-one mentorship can produce large, multidimensional gains in self-reported competence and measurable changes in workplace behavior, the Chinese team has provided a concrete, replicable template. If future controlled studies validate these findings, the 480-hour model could become a reference point for transplant nursing education far beyond the six provinces where it was first tested.

Subject of Research: Evaluation of a structured training model for organ transplant specialist nurse trainees

Article Title: Evaluation of a structured training model for organ transplant specialist nurse trainees: a single-group pre–post study with six-month follow-up

Article References: Yu, J., Shi, L., You, L., Huang, D., Zhuo, J., Chen, E., Yang, Q., Wu, D., Li, X., & Zhong, C. (2026). Evaluation of a structured training model for organ transplant specialist nurse trainees: a single-group pre–post study with six-month follow-up. BMC Nursing. https://doi.org/10.1186/s12912-026-05285-5

Image Credits: AI Generated

DOI: 10.1186/s12912-026-05285-5

Keywords: transplant nursing, nursing education, clinical competence, Nurse Competence Scale, specialist training, mentorship, workforce development, pre-post study, organ transplantation, nursing competence, China, continuing education