Bridging the Implementation Gap: Why Operating Room Nurses Struggle to Prevent Intraoperative Pressure Injuries

Executive Overview

Intraoperative acquired pressure injuries (IAPIs) represent one of the most persistent and critical quality indicators in modern surgical nursing. Ranging globally from 5.8% to 66.0% depending on patient vulnerability and surgical complexity, these injuries cause significant physical pain, emotional distress, and prolonged hospital stays. While a wealth of international evidence-based guidelines exists to combat IAPIs, translating these protocols into everyday operating room (OR) practice remains a profound challenge.

A landmark qualitative study utilizing the updated Consolidated Framework for Implementation Research (CFIR 2.0) has shed new light on this systemic disconnect. Conducted by researchers at a major tertiary general hospital in Qinghai Province, China, the study explored the complex matrix of barriers and facilitators operating room nurses face when trying to implement evidence-based prevention measures. The findings reveal that the primary bottleneck is not a lack of nursing willingness or awareness, but a structural mismatch between general clinical guidelines and the specialized, high-pressure realities of the surgical suite, compounded by a distinct absence of institutional incentives.

Detailed Chronology: Unpacking the Implementation Research

To dissect the micro-dynamics of IAPI prevention, the research team adopted a descriptive qualitative methodology, adhering strictly to the Consolidated Criteria for Reporting Qualitative Research (COREQ) guidelines.

Between January and February 2026, researchers conducted face-to-face, semi-structured interviews with 12 seasoned operating room nurses representing diverse surgical specialties, including general surgery, cardiothoracic operations, orthopedics, and organ transplantation. Selected via purposive sampling, the participants possessed an average of nearly 15 years of clinical experience, providing a rich, frontline perspective on perioperative care.

Interviews were mapped directly to the five core domains of the CFIR 2.0 framework: innovation characteristics, outer setting, inner setting, individual characteristics, and the implementation process. Through iterative qualitative content analysis and independent coding validation (achieving an initial Cohen’s kappa of 0.82), the team extracted 14 key constructs, neatly dividing them into 6 distinct barriers and 8 powerful facilitators.

The investigation confirmed thematic saturation by the tenth interview, with subsequent discussions reinforcing stability across the data set. The resulting conceptual model illustrates how systemic mismatches and resource limitations filter down to individual behaviors, forcing nurses to rely on experiential adaptations rather than standardized pathways.

Supporting Context & Metrics: Barriers vs. Facilitators

The study’s granular breakdown of the CFIR 2.0 domains highlights a delicate tug-of-war between institutional hurdles and intrinsic professional dedication.

The Barriers: Where Evidence Meets Resistance

1. Guideline-Reality Mismatch: Standard international guidelines emphasize frequent repositioning—such as turning patients every two hours—a protocol entirely unsuited for lengthy, immobilized surgical procedures like liver transplants or spinal surgeries.
2. Resource Constraints: Shortages of specialized protective supplies, such as pressure-relieving cushions and specialized dressings, routinely force nurses to improvise or make do during peak surgical schedules.
3. Absence of Positive Incentives: While punitive measures or strict reporting mechanisms exist for adverse events, there is a systemic lack of reward systems or positive reinforcements recognizing meticulous, proactive prevention work.
4. Siloed Communication: Interdepartmental handovers between the operating room, post-anesthesia care units, and inpatient wards remain fragmented, leading to misunderstandings regarding skin status and pressure injury origins.
5. Competency Disparities: Variations in individual skill levels and risk assessment capabilities mean that well-meaning nurses sometimes deploy incorrect protective methods, inadvertently elevating patient risk.
6. Empiricism and Complacency: Long-term exposure to high-pressure environments fosters a reliance on past personal experience over evolving evidence-based protocols.

The Facilitators: Drivers of Excellence

1. Diversified Knowledge Channels: Nurses actively access up-to-date evidence through hospital training, departmental seminars, and digital platforms.
2. Robust Policy Support: National industry policies and hospital-level quality control mandates provide strong top-down institutional backing.
3. Shared Professional Goals: A unified collective desire among nursing staff to safeguard patient safety and eliminate surgical complications.
4. Accessible Training Programs: Regular drills, case discussions, and readily available specialist guidance enhance operational capacity.
5. Active Leadership Engagement: Proactive department managers who track monthly incidence rates and prioritize perioperative safety.
6. Patient Empathy & Role-Taking: Exceptional intrinsic motivation driven by nurses physically simulating surgical positions to test and optimize patient comfort.
7. Flexible Strategy Adaptation: Tailoring preventative interventions dynamically based on operative duration, patient body habitus, and surgeon-specific techniques.
8. Reflective Practice: A strong culture of self-evaluation where nurses continuously review past cases to refine future care protocols.

Official Statements and Framework Analysis

The integration of the CFIR 2.0 framework elevated the study from a localized nursing audit to a systemic implementation science analysis. The core conclusion drawn by the research team centers on the acute friction between generalized ward-based guidelines and the specialized mechanics of the clean operating room.

"The core challenge does not lie in nurses’ unwillingness to protect patients, but in the glaring absence of specialized operational pathways tailored to the operating room environment," noted the lead researchers. "When general guidelines demand actions that physical and anesthetic constraints render impossible, nurses are forced into a gray zone of experiential adaptation."

Furthermore, the research underscores that nursing quality management cannot rely solely on negative accountability. Without positive reinforcement structures, the invisible labor of proactive pressure injury prevention goes unrewarded, dulling the edge of institutional safety initiatives.

Future Outlook: Transforming Clinical Practice

The findings charted in this study offer a clear roadmap for healthcare administrators, nursing directors, and public health policy planners aiming to redefine perioperative safety standards.

To bridge the implementation gap, future interventions must move beyond generic, one-size-fits-all guidelines. Hospital systems should collaborate with frontline practitioners to co-create localized, highly adaptable IAPI prevention protocols that account for surgical duration, patient positioning demands, and resource availability.

Additionally, healthcare institutions must overhaul internal incentive structures. Moving past purely punitive error-reporting models by introducing positive recognition mechanisms will validate the exhaustive efforts of operating room nurses. By addressing resource shortages, streamlining interdepartmental communication channels, and embedding structured reflective practices into daily routines, hospitals can transform theoretical evidence into seamless clinical reality—ultimately safeguarding vulnerable surgical patients from preventable harm.