Vulvar cancer is not among the most common malignancies, but its impact on those diagnosed is profound. In the Netherlands, approximately 450 women receive the diagnosis each year, and in roughly one quarter of those cases the tumor involves the clitoris or the tissue immediately surrounding it. Because the disease is located in an area of dense nerve supply and intimate significance, surgery that saves a life can simultaneously alter a patient’s sexual function, body image, and overall quality of life in ways that standard oncological follow-up has historically done little to address. Gynecologic oncologist Mieke ten Eikelder of Radboudumc, who co-developed the new technique, describes the previous standard bluntly: when the tumor sits in or around the clitoris, surgeons sometimes have to remove part of it, and until now the wound was simply closed afterward, with little attention paid to whether orgasm would still be possible.

The new operation, described in the journal Gynecologic Oncology in a paper titled Clitoral reconstructive surgery for patients with vulvar carcinoma, was developed jointly by ten Eikelder and plastic surgeon Tim Nijhuis. Its central insight is that even after a tumor has been removed from the clitoral region, the underlying nerve bundles that carry sensory information can often be preserved and redirected. Rather than accepting the loss of the visible clitoral tip and the sensation that depends on it, the surgical team releases those nerve bundles and repositions them so that they converge to create a new clitoral tip. In effect, the sensory apparatus of the clitoris is gathered and rebuilt rather than discarded, giving the nerve fibers a physical structure through which they can once again generate sensation.

The second key element of the technique is the material used to cover and shape the reconstructed tip. The surgeons use a small graft of buccal mucosa, the moist tissue lining the inside of the cheek. This choice is deliberate and technically elegant. Buccal mucosa closely resembles the tissue found naturally around the vulva in both texture and behavior, making it far better suited to the genital environment than skin taken from elsewhere on the body. Grafts of this type integrate well, remain supple and moist, and provide a covering that mimics the original anatomy closely enough to support rather than blunt sensation. The combination of repositioned nerve bundles and a mucosal graft is what allows the reconstruction to preserve clitoral feeling rather than merely restoring a cosmetic contour.

From the patient’s perspective, one of the most remarkable aspects of the procedure is how little it adds to the existing cancer operation. The reconstruction extends the surgery by only about fifteen minutes. That is a strikingly small increment given what the procedure returns: for women whose tumors would otherwise have cost them clitoral sensation permanently, a quarter of an hour of additional operating time now stands between losing sexual function and keeping a realistic chance of regaining it. Because the reconstruction is performed in the same anesthetic episode as the tumor removal, patients do not face a second major operation, a second hospital stay, or a second period of recovery from surgery.

The early clinical results justify the enthusiasm. Among the first 23 women with vulvar cancer who underwent the reconstruction, ninety percent were able to achieve a clitoral orgasm again after surgery. Sensation typically returned between three and six months after the operation, a timeline that reflects the slow but reliable process of nerve recovery and tissue healing. The surgeons note that the recovery curve is not linear in its early phase. Initially, the reconstructed clitoris may be overly sensitive, or conversely less sensitive than before, but recovery is generally optimal after one year. In most women, sensation ultimately returns to a level comparable to what it was before the cancer surgery, an outcome that would have been considered unattainable only a few years ago.

The forty-year lag between penile and clitoral reconstruction is itself a point the Dutch team makes explicitly, and it speaks to a broader pattern in surgical history. Procedures that restore urinary and sexual function in men were developed, standardized, and taught in training programs long before equivalent attention was paid to female genital reconstruction beyond purely cosmetic or urinary aims. Part of the explanation lies in surgical anatomy: the penis offers a longer structure with accessible nerve and vessel pedicles that lend themselves to tubed flaps, while the clitoris is small, densely innervated, and technically demanding to rebuild in miniature. Part of the explanation, however, lies in how seriously medicine has historically taken female sexual function as an outcome worth measuring and treating. The Radboudumc work signals a shift in that regard, treating orgasm and genital sensation as legitimate reconstructive goals on par with continence or limb function.

The implications extend beyond cancer care. The researchers point out that the same reconstructive principle, repositioning preserved nerve bundles to create a functional clitoral tip and covering it with buccal mucosa, may also help women who have suffered genital mutilation. In those cases, as in cancer surgery, the sensory nerves often remain even when the external anatomy has been removed or altered, and a technique designed to gather those nerves into a new structure could offer a path to restored sensation for a population that has almost never been offered surgical options. While the published experience so far concerns women treated for vulvar carcinoma, the potential application to female genital mutilation gives the technique a reach that could eventually touch millions of women worldwide.

The procedure is now being introduced across the Netherlands as part of a structured scientific research program rather than as an uncontrolled spread of a new operation. Alongside Radboudumc, eight other Dutch hospitals treat vulvar cancer, and all of them are participating in a follow-up project in which gynecologic oncologists and plastic surgeons will be trained in the new technique. Nijhuis and ten Eikelder are also currently training specialists from other countries, an early sign that the developers intend the method to become an international standard rather than the specialty of a single center. This training-first approach reflects a growing consensus in surgical innovation that a new operation is only as good as its dissemination, and that early standardization protects patients from poorly executed imitations.

For all the promise, the researchers themselves are careful about the limits of the current evidence. The initial series of 23 patients is small, and the ninety percent figure, while remarkable, comes from early follow-up rather than long-term study. With financial support from the Dutch Cancer Society, the team will work together with other Dutch hospitals to determine whether the reconstruction truly improves sexual function and quality of life in a rigorous, multicenter evaluation, and how the technique can be safely integrated into everyday clinical care. Those studies will need to confirm that the sensory gains persist over years, that the reconstructed tissue remains healthy over the long term, and that the procedure can be reproduced reliably by surgeons trained outside the originating center. Even with those caveats, the direction of travel is clear. An operation that did not exist a few years ago has given the first group of patients back a dimension of their lives that cancer surgery had taken away, and it has done so with a fifteen-minute addition to the procedure they needed anyway. Forty years after the first penile reconstruction, the surgical playbook has finally caught up, and the women who come after these first 23 patients will enter vulvar cancer treatment knowing that survival and sexual function no longer have to be an either-or choice.

Subject of Research: Clitoral reconstructive surgery for patients with vulvar carcinoma

Article Title: New surgical technique restores the clitoris after treatment for vulvar cancer

Article References: New surgical technique restores the clitoris after treatment for vulvar cancer. (n.d.). Original publication

Image Credits: AI Generated

DOI: Not provided

Keywords: vulvar cancer, clitoral reconstruction, gynecologic oncology, plastic surgery, sexual function, nerve repositioning, buccal mucosa graft, Radboudumc, organ preservation, reconstructive surgery, quality of life, surgical

The observation that synchronous remote and face-to-face theoretical instruction produced comparable knowledge acquisition is consistent with a substantial body of literature from medical and health professions education. The so-called no significant difference phenomenon, first documented decades ago in distance education research, has repeatedly shown that when content, pacing, instructor quality, and learner engagement are held constant, the delivery medium itself rarely determines learning outcomes for declarative knowledge. What this study adds is a veterinary-specific and surgically contextualized confirmation of that pattern, using a standardized one-hour lesson on bovine tenotomy of the deep digital flexor tendon delivered to novice learners with no prior surgical experience. The randomization, the use of identical slides, images, and instructional guidance across groups, and the controlled classroom environment all strengthen the internal validity of this comparison and address common confounders in modality research, such as instructor variability and content drift between formats.

Equally important is what the study reveals about the limits of theoretical preparation alone. In both groups, initial practical performance was strikingly limited, with few students able to complete the procedure correctly on a first attempt. This result should not be read as a failure of the students or of the instruction, but rather as evidence about the nature of surgical skill itself. Procedural competence depends on the integration of conceptual understanding with visuospatial perception, instrument handling, tissue interaction, and real-time corrective feedback, capacities that cannot be fully encoded through verbal and visual description alone. Cognitive load theory offers a useful framework here: novices confronted with a complex novel motor task experience intrinsic load that overwhelms working memory, and textual or pictorial prelearning, while necessary, is insufficient to scaffold execution without live modeling and guided practice. The significant improvement observed on the second attempt, following an in-person instructor-led demonstration, illustrates the well-established pedagogical principle that observation of expert modeling followed by deliberate, repeated practice with feedback is a far more potent driver of early skill acquisition than preprocedural instruction by itself.

The design of the study deserves attention because it isolates a specific and practically relevant question. Rather than comparing entire curricula or long-term outcomes, the investigators examined a single instructional sequence: theoretical lesson, first attempt, demonstration, second attempt. This granularity matters for curriculum planners because regulatory frameworks operate at the level of workload distribution, while learning happens at the level of sequenced instructional events. The evidence suggests that remote delivery can occupy a legitimate place in that sequence as the vehicle for conceptual preparation, provided that it is followed by supervised in-person experiences that include demonstration, repetition, and feedback. The comparable improvement between groups during the second attempt further suggests that the benefits of in-person demonstration were not modulated by how the preceding theoretical content had been delivered, reinforcing the idea that remote and in-person elements can be complementary rather than competing.

It is worth situating these results within the broader literature on simulation and skills training in surgical education across species and professions. Research in human surgical training has repeatedly demonstrated that theoretical knowledge and technical skill are only weakly correlated, and that structured skills laboratories, model-based simulation, and progressive mastery learning outperform knowledge-focused preparation for the development of manual competence. Veterinary education faces additional challenges, including the heterogeneity of patient size and anatomy, the ethical and economic constraints on animal use for teaching, and the limited availability of cadaveric and clinical material. In this context, the tenotomy model used in the study is instructive: it is a fundamental procedure that integrates core elements of surgical technique, including aseptic preparation, tissue handling, hemostasis, and closure, while being feasible to teach in a controlled laboratory setting. Findings from such standardized procedures can plausibly generalize to other basic surgical skills, though extrapolation to more complex procedures, live animal surgery, or clinical decision-making under uncertainty should be made cautiously.

The choice of a bovine model also carries practical significance for the Brazilian context, where large animal practice represents a substantial share of professional activity and where curricular reforms affect a large and diverse student population. Third-semester students represent the earliest stage at which surgical exposure typically occurs, making them an appropriate population for studying initial performance rather than refined competence. The restricted sample size, justified by a power analysis based on a large anticipated effect size, is adequate for detecting major differences between groups but limits the precision of estimates and the ability to detect smaller effects or interactions. Readers should therefore interpret the absence of significant differences as an absence of evidence for a modality effect under these conditions, not as definitive proof of equivalence. Replication with larger cohorts, multiple institutions, additional procedures, and longer follow-up would strengthen the evidentiary basis for curricular policy.

The Brazilian regulatory developments that motivated this study reflect a global trend toward flexibility in professional education, driven in part by expanded digital infrastructure, pandemic-era experience with emergency remote teaching, and economic pressures on higher education. However, the study’s conclusions offer a measured counterweight to purely administrative interpretations of that flexibility. If semipresential formats allow theoretical coursework to move online, the implication is not that practical training can be proportionally reduced, but rather that in-person time should be concentrated and protected for the activities that demonstrably require it: demonstration, supervised practice, feedback, and progressive refinement. This reframing could actually improve curricula by making explicit the distinction between knowledge transmission, which digital tools handle well, and skill formation, which depends on physical supervision and repeated deliberate practice. The danger identified in the study’s conclusions, that curricular expansion of non-presential components might erode the quantity and quality of hands-on training, is a real one, and the empirical finding that novices perform poorly without live demonstration provides concrete support for maintaining robust practical components.

The study also highlights the importance of instructional design quality in remote delivery. The theoretical lesson was not a passive lecture but a structured session with standardized visual and verbal guidance, delivered synchronously so that students could interact in real time. Synchronous formats preserve many of the pedagogical affordances of the classroom, including immediate clarification of doubts and instructor awareness of student comprehension, which may explain why remote delivery performed comparably to in-person teaching for knowledge outcomes. This distinction between synchronous and asynchronous digital learning is often blurred in public debate, yet it is likely to be critical in professional programs. Asynchronous content may serve well for review, preparation, and reinforcement, but the real-time guidance examined here more closely mirrors traditional teaching and may be the more appropriate substitute within a blended sequence.

From a methodological standpoint, the use of a standardized assessment before and after demonstration provides a within-subject dimension that strengthens the study beyond a simple between-group comparison. The significant within-group improvement from first to second attempt demonstrates the sensitivity of the practical scoring instrument to genuine performance change, which supports the validity of the between-group null result. Future work could extend this design by adding further practice trials, delayed retention testing, and transfer tasks, which would reveal whether the demonstrated gains persist and generalize. Incorporating validated measures of technical skill, such as structured checklists and global rating scales completed by blinded assessors, as well as objective motion analysis where feasible, would further enrich the evidence base.

Ultimately, the contribution of this study lies less in resolving the debate about remote education than in sharpening its terms. It suggests that the productive question for veterinary curricula is not whether digital delivery is superior or inferior to face-to-face teaching in the abstract, but which learning objectives, at which stages of training, and within which instructional sequences, each modality should carry. For theoretical foundations, the evidence supports the legitimacy of synchronous remote instruction under structured conditions. For initial technical execution among novices, the evidence affirms the indispensability of live modeling and supervised practice. As Brazilian veterinary programs adapt to the new regulatory landscape, studies of this kind, conducted with randomized designs, standardized procedures, and transparent reporting, provide the empirical scaffolding needed to design blended curricula that expand access and flexibility without compromising the practical competence that the profession, and the animals under its care, fundamentally require.

Subject of Research: Initial surgical performance in veterinary training: theoretical instruction modality and practical outcomes before and after instructor-led demonstration

Article Title: Initial surgical performance in veterinary training: theoretical instruction modality and practical outcomes before and after instructor-led demonstration

Article References: Paredes, S. L., Callegarette, N. C., Mendes, R. P., Rocha, P. S., Vallejo, K. A. G., & Correa, R. R. (2026). Initial surgical performance in veterinary training: theoretical instruction modality and practical outcomes before and after instructor-led demonstration. Global Surgical Education – Journal of the Association for Surgical Education, 5(1), Article 175. https://doi.org/10.1007/s44186-026-00582-8

Image Credits: AI Generated

DOI: 10.1007/s44186-026-00582-8

Keywords: Initial, surgical, performance, veterinary, training, theoretical, instruction, modality, practical, outcomes, instructor-led, demonstration