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Orbital surgery is a complex and delicate surgical field that involves the eye socket and surrounding structures. The eye socket is an important anatomical structure that houses our eyes, tear glands, eye muscles, nerves, and various vessels. In this article, we will focus on what orbital surgery is, in which cases it is necessary, and how it is performed.
Orbital surgery covers surgical procedures performed to treat diseases, anomalies or injuries affecting the eye socket and surrounding tissues. Such surgeries are performed to provide both aesthetic and functional improvements.
Orbital surgery is often necessary for the following conditions:
Orbital surgery is a highly technical procedure, usually performed using microsurgical techniques. Before starting the surgery, a detailed eye examination and a detailed examination of the problem with various imaging techniques (MRI, CT scan) are required. During the surgery, surgeons take great care to protect the eye, while trying to reduce abnormal tissue as much as possible and not to damage surrounding healthy tissue. The procedure can be performed under local or general anesthesia, and the duration of the procedure can vary depending on the complexity of the condition being treated.
The recovery process after orbital surgery varies depending on the patient's general health, the extent of the surgery, and other accompanying health problems. Patients can usually return to normal activities within a few days after surgery, but full recovery may take several weeks. Risks associated with surgery include infection, bleeding, vision loss, and nerve damage, but an experienced surgeon can minimize these risks.
Orbital surgery is critical to maintaining eye health and improving visual function. If this type of surgery is recommended, it is important for patients to thoroughly discuss the potential benefits and risks with an eye care professional.
Orbital surgery is a surgical procedure that involves the structures surrounding the eye socket, such as the bones, muscles, optic nerves, vessels, and connective tissues. These procedures are performed for a variety of reasons, including removing tumors, repairing fractures, treating infections, or correcting congenital anomalies.
Orbital surgery is commonly performed for a variety of conditions, including orbital tumors, orbital fractures, infections, inflammatory diseases, and congenital deformities. It also plays a role in the treatment of some specific diseases, such as thyroid eye disease.
Orbital surgery is usually performed under local or general anesthesia. During the procedure, the surgeon removes the necessary tissue and repairs or replaces damaged structures. The duration and complexity of the surgery vary depending on the severity of the problem being treated.
Patients usually do not feel pain during the procedure because it is performed under local anesthesia or sedation. During the recovery process, there may be swelling and mild pain in the surgical area, but these can be controlled with appropriate painkillers.
The recovery process varies depending on the procedure performed and the patient's general health. Patients can usually return to normal activities within a few days after the procedure. However, it may take several weeks for a full recovery. If signs of infection, excessive pain, or vision changes are observed during the recovery process, it is important to seek medical attention immediately.
After orbital surgery, most patients can expect a significant improvement and improved quality of life. However, surgical outcomes can vary depending on the patient's initial condition and the complexity of the surgery.