Multidisciplinary Surgical Management of Orbital Tumors: A 16-Year Retrospective Analysis of Ophthalmology, ENT, and Neurosurgery Approaches

The human eye sits in a deep, bony socket called the orbit, a space that is far more crowded than it appears. This cone-shaped cavity is packed with the eyeball itself, the muscles that move it, fatty tissue for cushioning, and a dense network of nerves and blood vessels that connect the eye to the brain. Because this area is so tightly packed with critical structures, any growth or tumor that forms inside it presents a formidable challenge. Removing such a growth without damaging vision or the ability to move the eye requires a surgeon to navigate a minefield of delicate anatomy. For decades, the question of who is best suited to perform this delicate work has been a subject of debate. Should the surgeon be an eye specialist, an ear, nose, and throat doctor, or a brain surgeon? Each brings a different set of tools and perspectives to the table, but until recently, there was little large-scale data comparing how these different teams actually performed.

A team of researchers from Poland set out to settle this question by looking back at nearly two decades of surgical history. They gathered data from 144 adult patients who had tumors removed from their eye sockets between 2009 and 2025. These patients were treated at two major hospitals where three different medical departments worked side by side: ophthalmology, which focuses on the eye; otorhinolaryngology, often called ENT, which handles the head and neck; and neurosurgery, which deals with the brain and nervous system. The researchers wanted to see if the choice of surgeon or the specific surgical technique used made a difference in whether the entire tumor could be removed, and what the outcomes were for the patients.

The study revealed that the patients were a diverse group, with an average age of 55 years, and the tumors they faced were just as varied. Most of the growths were benign, meaning they were not cancerous, though a significant portion were malignant. The location of the tumor mattered immensely. The researchers found that the most common spot for these tumors was the upper outer corner of the eye socket, an area that houses the tear gland. In contrast, tumors found deep inside the socket, near the optic nerve, were much harder to reach. When the team analyzed the results, they discovered a clear pattern: the ability to remove a tumor completely depended almost entirely on where the tumor was sitting and how big it had grown, rather than on which type of surgeon performed the operation.

The surgeons approached the problem in different ways, tailored to their specific expertise. The eye specialists most often used approaches from the front of the eye, making incisions either through the eyelid or just behind the eyelashes to reach tumors that were closer to the surface. The ENT surgeons, who are experts in the sinuses and the sides of the face, tended to use external incisions on the skin to reach tumors on the sides or bottom of the socket. The neurosurgeons, who are trained to open the skull, were brought in for the most complex cases, using techniques that involved lifting a flap of bone from the forehead to access deep or difficult-to-reach growths. Despite these different methods, the rate at which tumors were completely removed was the same across all three groups. The data showed that the surgical approach itself did not predict success; instead, success was determined by the tumor's position. Tumors in the upper outer and side sections of the orbit were removed completely more often, while large tumors that filled the entire socket were much harder to remove entirely.

The researchers also looked at what happened to the patients after the surgery. The most common complication was a temporary or permanent issue with the muscles that move the eye, which could cause double vision. In one notable case, a patient with a deep-seated tumor required a complex procedure where the surgeon had to carefully separate the growth from the optic nerve to avoid blindness, a task that required extreme precision. In another case, a patient with a recurring tumor had to undergo a second, more extensive surgery where the surgeon left a tiny fragment of the tumor behind to protect the optic nerve, prioritizing the preservation of sight over total removal. These stories highlighted the difficult trade-offs surgeons often face: the goal is always to remove the entire growth, but sometimes the risk of damaging the eye or the brain is too high, and a partial removal is the safer choice.

Ultimately, the study suggests that the best way to manage these difficult tumors is not to rely on a single specialist, but to integrate the skills of all three. The location of the tumor is the most important factor in deciding how to operate and what outcome to expect. If a tumor is small and in an accessible spot, it can likely be removed completely regardless of who performs the surgery. However, if a tumor is large or tucked away in a dangerous corner, the chances of a complete removal drop significantly. The findings emphasize that early detection is crucial, as smaller tumors are much easier to treat safely. By bringing together the expertise of eye doctors, head and neck surgeons, and brain surgeons, medical teams can tailor their approach to the specific anatomy of each patient, ensuring that the complex geometry of the eye socket is navigated with the highest possible care.