Rhinectomy is the partial or complete surgical removal of the nose, most often performed to treat cancer that has invaded the nasal structures. The word itself comes from the Greek “rhino” (nose) and “ektomÄ“” (excision), and the procedure ranges from removing a portion of nasal cartilage and skin to taking the entire external nose down to the bony aperture of the skull. Cancer is by far the leading reason surgeons perform it, though trauma, severe infection, and radiation damage to tissue can also make rhinectomy necessary.1PubMed Central. Outcomes Associated with Nasal Reconstruction Post-Rhinectomy: A Narrative Review What follows the surgery, whether reconstruction with the patient’s own tissue or fitting with a prosthetic nose, is often as complex as the removal itself.
Why Rhinectomy Is Performed
The nose sits in the center of the face, and cancers that arise in its skin, vestibule (the inside of the nostrils), or nasal cavity can spread into cartilage, bone, and surrounding soft tissue in ways that make lesser operations insufficient. Squamous cell carcinoma is the most common culprit in the nasal vestibule, while basal cell carcinoma and melanoma account for many cancers on the external nasal skin. When the tumor is large or has grown through multiple tissue layers, removing it completely with clear surgical margins sometimes means taking most or all of the nose.
A narrative review of rhinectomy outcomes confirmed that malignancy is the most common reason for the procedure, followed by trauma, complications from prior surgery, tissue death caused by radiation therapy, and, rarely, congenital nasal malformations.2PubMed Central. Outcomes Associated with Nasal Reconstruction Post-Rhinectomy: A Narrative Review A separate systematic review of nasal reconstruction techniques similarly identified malignancy and trauma as the two principal causes.3Annals of Plastic Surgery. Microsurgical Techniques and Postoperative Outcomes After Total and Subtotal Nasal Reconstruction: A Systematic Review
Non-cancer causes are far less common but worth knowing about. A severe dog bite, an industrial accident, or a gunshot wound can destroy enough nasal tissue that reconstruction alone is not feasible without first cleaning up what remains, which amounts to a rhinectomy of sorts. Rhinocerebral mucormycosis, a fungal infection that can advance rapidly in immunocompromised patients, occasionally necessitates removal of infected nasal and sinus tissue. And in rare cases, a nose previously rebuilt after cancer surgery may fail due to tissue necrosis, requiring the reconstructed nose to be taken down entirely before a second attempt.
What the Surgery Involves
Partial rhinectomy removes a defined portion of the nose, perhaps one ala (nostril wing), a segment of the dorsum (bridge), or the nasal tip, while preserving enough underlying structure that the remaining nose still functions. Total rhinectomy removes the entire external nose: skin, cartilage, and sometimes portions of the nasal bones. What is left is a flat, open aperture into the nasal cavity, roughly the size of a small plum, sitting in the middle of the face. The surgical team usually knows in advance whether the procedure will be partial or total, based on imaging and the tumor’s extent, but the final decision sometimes changes in the operating room once frozen-section pathology results come back from tissue margins.
Margin analysis during surgery is critical. The surgeon sends thin slices of tissue from the edges of the wound to a pathologist, who checks under a microscope for any remaining cancer cells. If a margin is positive, more tissue comes out. Newer techniques are being explored to improve this process, including augmented-reality tools that let the surgeon and pathologist jointly visualize the three-dimensional resection specimen and precisely annotate where margin samples were taken.4Surgical Oncology Clinics. Surgical Oncology Clinics Getting clear margins matters enormously for long-term outcomes, as we will see.
Survival and Recurrence After Rhinectomy for Cancer
Because rhinectomy is typically reserved for advanced or deeply invasive nasal cancers, the oncologic picture is more guarded than for smaller skin cancers treated with simpler excisions. Still, the results are better than many patients expect. A single-center study of 23 patients who underwent total rhinectomy for squamous cell carcinoma of the nasal vestibule reported an estimated five-year overall survival of about 68%, a disease-free survival of roughly 66%, and a disease-specific survival of about 81%. Around one in four patients experienced tumor recurrence at a median follow-up of 32 months. Critically, having a positive excision margin was a statistically significant predictor of recurrence.5PubMed. A single centre’s experience of 23 cases of total rhinectomy for the treatment of squamous cell carcinoma involving the nasal vestibule
A Brazilian series looking at nasal carcinomas treated with total rhinectomy reported somewhat different figures: an overall mortality of 50% and a disease-specific mortality of 30% at a median follow-up of about 46 months. Regional metastases appeared in six cases, typically within the first 15 months.6PubMed Central. Total rhinectomy for nasal carcinomas The differences between these two series likely reflect variation in tumor types, stages at presentation, and patient populations rather than contradictory science. Taken together, the data suggest that total rhinectomy can achieve long-term disease control for a meaningful proportion of patients, but the first few years after surgery are the highest-risk window for recurrence, and close follow-up is essential.
Adjuvant radiation therapy is often recommended after rhinectomy, particularly when margins are close or positive, or when perineural or lymphovascular invasion is found on pathology. Radiation can reduce the risk of local recurrence, though it also complicates wound healing and can affect the timing and success of reconstruction.
Reconstructive Options After Rhinectomy
Once the nose is gone, the patient and surgical team face a decision that involves trade-offs between aesthetics, function, durability, and the number of additional surgeries required. There are broadly two paths: autologous reconstruction, meaning the patient’s own tissues are used to build a new nose, or prosthetic rehabilitation, meaning a removable silicone nose is custom-made to cover the defect. Some patients end up with a combination of both.
Surgical Reconstruction With Flaps
Rebuilding a nose from scratch is one of the most technically demanding operations in plastic surgery. The nose has three distinct layers: an inner lining (mucosa), a structural framework (cartilage and bone), and an outer skin covering. A successful reconstruction has to address all three. Surgeons commonly use a paramedian forehead flap, a strip of forehead skin and its blood supply that is rotated down to form the outer cover. For inner lining, a free tissue flap taken from the forearm (radial forearm flap) or thigh can be used, connected to blood vessels in the face using microsurgical techniques. Structural support comes from cartilage grafted from the patient’s ribs, ear, or the nasal septum if any remains, and sometimes from titanium mesh.7JAMA Otolaryngology–Head & Neck Surgery. Total Nasal Reconstruction Using a Forearm Free Flap, Titanium Mesh, and a Paramedian Forehead Flap
This type of reconstruction typically requires multiple stages. A forehead flap stays attached to its blood supply by a pedicle (a narrow bridge of tissue running between the forehead and the new nose) for about three weeks before the pedicle is divided in a second operation. Some teams have developed protocols that attempt to do the major work in a single stage. One approach described combining a composite radial forearm free flap with a forehead flap in a single operation, followed by only a minor revision later.8PubMed. Total nasal reconstruction using composite radial forearm free flap and forehead flap as a one-stage procedure with minor revision Another series documented ten patients who received simultaneous free flap and forehead flap reconstruction for total or subtotal nasal defects, using a variety of donor sites for the free tissue.9PubMed. Simultaneous free flap and forehead flap for nasal reconstruction
Even in ideal cases, a reconstructed nose looks different from a natural one. Revisions to thin the skin, refine the nostrils, or improve symmetry are standard rather than exceptional. Still, the reconstructed nose is a permanent part of the face, requires no daily removal, and gradually becomes part of the patient’s self-image in a way that can be psychologically beneficial.
Prosthetic Noses
A nasal prosthesis, sometimes called an epithesis, is a custom-made silicone replica of the patient’s original nose. It is designed by a maxillofacial prosthetist, who sculpts the prosthesis to match the patient’s skin tone, contour, and features as closely as possible. The prosthesis can be held in place by medical adhesive applied daily, by a clip system attached to spectacles, or by small titanium implants (osseointegrated implants) anchored in the surrounding facial bone, which provide the most secure retention.
Prosthetic rehabilitation avoids additional major surgeries and can begin relatively quickly after the rhinectomy wound has healed. This is particularly valuable for patients who need postoperative radiation, since radiation should not be delayed by a lengthy reconstructive sequence, and radiated tissue has poorer healing capacity anyway. The prosthesis can be removed for wound inspection and cleaning, which matters during surveillance for recurrence.
The trade-offs are real, though. The prosthesis must be removed daily for cleaning and reapplied, adhesive can irritate the surrounding skin, and the color match degrades over time with sun exposure and wear. Most silicone prostheses need replacing every one to three years. And there is a psychological dimension: some patients find living with a removable body part distressing, while others adapt well and appreciate the simplicity.
How Patients Feel About Reconstruction Versus Prosthetics
One of the more interesting findings in this area is that professionals and patients sometimes disagree about which approach looks better. A study comparing autologous and prosthetic reconstructions of nasal and auricular defects found that professionals, especially oral and maxillofacial surgeons, tended to rate prosthetic results as aesthetically superior. Patients, however, judged both techniques to be equally effective in terms of appearance.10PubMed. Autologous versus prosthetic nasal and auricular reconstruction – patient, professional and layperson perceptions This disconnect probably reflects the fact that professionals are trained to scrutinize surgical outcomes at close range, while patients weigh the result against everything else in their lives: comfort, convenience, emotional adjustment, and the relationship they have with their own face.
Quality-of-life research on patients wearing nasal prostheses paints a nuanced picture. In one study, patients reported satisfaction with the appearance of the prosthesis itself, but a worse assessment of their overall facial appearance and measurable long-term effects on psychological well-being.11PubMed. Epithetic nasal reconstruction after total rhinectomy: Oncologic outcomes, immediate and long-term adverse effects, and quality of life Another study of 43 patients with partial or total nasal prostheses found that the quality-of-life domains most affected were activity, mood, and appearance. The study also noted gender-specific differences in how recreation was affected and age-specific differences in concerns about appearance.12PubMed. Health-related quality of life in patients with nasal prosthesis
These findings underscore something clinicians increasingly recognize: fitting a patient with a well-made prosthesis is only part of the job. Psychological support, peer connection with others who have been through the same experience, and honest conversations about expectations matter at least as much as the technical quality of the prosthesis.
Living Without a Nose Day to Day
Whether reconstructed surgically or fitted with a prosthesis, the loss of nasal architecture changes several aspects of daily life that you might not immediately think of. Breathing is the most obvious. The natural nose warms, humidifies, and filters incoming air. After total rhinectomy, inhaled air passes directly into the open nasal cavity and pharynx without that conditioning. Patients often report a persistent dryness and crusting inside the nasal cavity, and cold air can feel harsh. Saline rinses and humidifiers become part of the daily routine. A prosthesis that covers the opening helps somewhat, though it does not replicate the mucosa’s warming and filtering function.
Smell is reduced or abolished in many total rhinectomy patients, since airflow no longer follows the normal path past the olfactory epithelium high in the nasal cavity. Taste, which relies heavily on smell, is affected in turn. Speech can also change, particularly for nasal consonants. Research on large midfacial defects has shown that prosthetic appliances can restore speech function to near-normal levels when fitted properly, which is encouraging for patients worried about being understood.13Laryngoscope. Prosthetic rehabilitation of large midfacial defects
Then there are the social realities. The nose is the most prominent feature of the face, and its absence is impossible to disguise entirely. Patients describe staring, double takes, and children’s questions. Even with an excellent prosthesis, the fear of it shifting or detaching in public can create anxiety. Support groups and counseling, both in person and online, have become an important part of post-rhinectomy care, and many patients say that connecting with someone further along in the process was the single most helpful thing after surgery.
3D Printing and Digital Prosthetics
Traditional prosthetic fabrication is a handcraft. A prosthetist sculpts the nose in wax, creates a mold, and pours silicone into it, matching skin color by hand. The process is skillful but time-consuming and expensive, and it means the patient often waits weeks or months after surgery before receiving a prosthesis. Digital workflows are starting to change this.
A recent study developed a streamlined process using preoperative and postoperative facial scans, dedicated software, and direct 3D printing in elastic resin. The average design time was under three hours, and printing took about five hours. The mean production cost was roughly $750 per prosthesis. Patients scored the prostheses a median of 8 out of 10 for aesthetics, comfort, and retention security when surveyed four months after fitting.14Journal of Craniofacial Surgery. Three-Dimensional Printed Nasal Prostheses After Oncologic Rhinectomies: Workflow and Patients’ Satisfaction These 3D-printed prostheses were designed as temporary solutions to bridge the gap before definitive reconstruction or a traditionally fabricated silicone prosthesis, but the patient satisfaction scores suggest the gap between “temporary” and “good enough” is narrowing.
Separately, researchers have been developing semi-automated algorithms that use statistical shape modeling, a kind of averaged three-dimensional face template, combined with optical scanning or CT data of the patient. The software automatically generates a patient-specific prosthesis shape that fits the defect and looks natural, and the mold for the prosthesis is then 3D-printed and filled with conventional silicone.15PubMed Central. Computer-aided design and fabrication of nasal prostheses: a semi-automated algorithm using statistical shape modeling This approach addresses one of the bottlenecks in traditional fabrication: the reliance on a single expert sculptor whose availability and subjective judgment govern the outcome. It could eventually make high-quality prostheses accessible at centers that lack a specialized prosthetist on staff.
A Very Old Problem With a Long Surgical History
Rhinectomy and nasal reconstruction have a history that stretches back thousands of years, though for most of that history the loss of a nose was inflicted as punishment rather than performed as medical treatment. In ancient India, amputation of the nose was a penalty for crimes including adultery, and the disfigurement it caused created demand for skilled “nosemakers” as early as 1500 BC. Around 600 BC, the Indian surgeon Sushruta described using a leaf as a template of the wound and rotating a flap of cheek tissue to cover it. Italian surgeons in the fifteenth and sixteenth centuries adapted similar flap concepts but preferred a pedicled arm flap, in which the patient’s forearm skin was attached to the face and kept connected to the arm for weeks while blood vessels grew into the graft. The forehead flap, often called the “Indian method,” eventually traveled to Europe in the 1800s and remains the workhorse of nasal reconstruction today.16PubMed Central. The history of nasal reconstruction
What has changed dramatically in the modern era is not just surgical technique but the context surrounding the surgery. Microsurgical free tissue transfer, titanium implant technology, digital planning, psychosocial support, and multidisciplinary teams that include surgeons, prosthetists, speech therapists, and psychologists have turned what was once a single brutal act of cutting and stitching into a coordinated care pathway. The nose is still impossibly difficult to recreate perfectly, but for patients facing rhinectomy today, the range of options and the support available afterward are broader than at any point in history.
When the Decision Is Not Straightforward
For some patients, the choice between surgical reconstruction and a prosthesis is clear. Younger patients with no need for radiation, good overall health, and a willingness to undergo multiple operations often lean toward autologous reconstruction. Older patients, those with significant medical comorbidities, or those requiring adjuvant radiation tend to be better served by a prosthesis, at least initially. But many patients fall in between, and the decision involves weighing priorities that are deeply personal.
Surgeons generally recommend delaying definitive reconstruction until cancer surveillance is well underway, because recurrence in the first couple of years is not uncommon, and detecting it early in a reconstructed nose is harder than in an open defect or under a removable prosthesis. Some patients start with a prosthesis during the high-risk period and later convert to surgical reconstruction once their oncologic status looks stable. Others grow comfortable with their prosthesis and decide they do not want to go through the prolonged surgical process after all.
There is no universally right answer. The evidence suggests that both approaches can produce functional and aesthetically acceptable results, and that patient satisfaction correlates less with which method was chosen than with how well expectations were managed, how good the support team was, and whether the patient felt genuinely involved in the decision. The best outcome is one where the patient feels like themselves again, whether that self is wearing a prosthesis, recovering from a flap surgery, or somewhere in between.