Operative documentation in rhinology is entering a period of necessary evolution, as expectations for transparency, accountability, and demonstrable surgical detail continue to expand across modern healthcare. Endoscopic sinus surgery (ESS) encompasses a wide range of indications, surgical philosophies, and extents of intervention, yet these distinctions are often compressed into narrative operative reports that lack sufficient granularity. Many surgeons use templates with rote language geared toward ensuring adequate insurance reimbursement that are not appropriately tailored to include case-specific details when documented in the medical record 1. As a result, critical details regarding surgical extent, boundaries of dissection, and intraoperative decision-making may be inadequately conveyed, limiting continuity of care and complicating subsequent clinical decision-making. Improving the fidelity of operative documentation is important, and surgical navigation represents a well-suited technology in rhinology to complement traditional operative reports with objective, case-specific information. Navigation-enabled tracking of intraoperative instruments provides rhinologists with an opportunity to move beyond purely narrative operative reporting. Certain contemporary navigation platforms allow surgeons to track instrument position throughout a procedure, creating a visual record of the sinuses addressed and the extent of dissection achieved. A visual or photographic summary generated at the conclusion of surgery can succinctly capture this information and be uploaded to the electronic health record or incorporated directly into the operative report. Figure 1 demonstrates an example of such a navigation-based summary, illustrating how the extent of sinus dissection can be documented in a clear and durable manner. This approach preserves the individualized nature of ESS while providing downstream clarity for revision surgery planning, multidisciplinary coordination, and longitudinal patient care. This technology supports accurate representation of what was performed without implying a singular definition of adequacy. In addition to its obvious role in patient safety, surgical navigation also offers the secondary benefit of intraoperative confirmation of procedural goals. By visualizing the boundaries of dissection in real time, surgeons may confirm completion of intended surgical objectives prior to case conclusion 2. Looking ahead, developers of future iterations of navigation software should further reduce documentation burden by automatically generating summary reports that reflect the specific details of each operation and integrate seamlessly into the electronic health record. Such summaries should contain both a visual summary and an editable narrative review. The visual recap should demonstrate the anatomic areas dissected in the axial, coronal, and sagittal planes. If feasible, it should also include the registration error distance and a disclaimer that navigation is frequently inaccurate. This technology carries relevance beyond inflammatory sinus disease. In neoplastic or oncologic cases, objective confirmation of resection boundaries may aid multidisciplinary communication and inform adjuvant radiation planning. As rhinology continues to evolve toward greater transparency and accountability, leveraging surgeon-directed technologies to accurately document operative detail represents a practical, clinically grounded approach. Surgical navigation thus offers a natural extension of the operative report that enhances specificity, supports continuity of care, and reflects the individualized surgical care delivered to each patient. Nevertheless, we must acknowledge the foreseeable limitations or downstream effects of such technologic advancements. It is not uncommon for navigation systems to be considerably inaccurate, thus a visual summary may show inaccuracies in terms of the anatomic areas dissected or the boundaries violated. For example, if the navigation demonstrates an inaccurate violation of the lamina or skull base, it would be misleading to incorporate this into the medical record. Such technology could also result in repercussions regarding billing and coding. It carries the potential to improve transparency, but could also be deployed in a way that is harmful for both providers and patients. As these innovations are developed, it will be critical to ensure that they are implemented to enhance patient care. Daniel B. Spielman (consultant fees—Sanofi, Aerin Medical, Integra). The author has no other funding. The author declares no conflicts of interest.
Daniel B. Spielman (Tue,) studied this question.