orbital decompression - HEALTHIES
Orbital decompression involves careful removal or thinning of the orbital walls (and orbital fat) to expand the space in the orbit, allowing for accommodation of abnormally enlarged muscles and tissue that exceed the native volume of the orbit. What is orbital decompression surgery? Orbital decompression surgery is performed to relieve exophthalmos, a condition associated with Graves' disease, which causes the eyes to bulge and may lead to loss of vision.
Understanding the Context
Endoscopic orbital decompression is a surgery to treat Graves’ orbitopathy (thyroid eye disease). It removes the middle and bottom walls of the bone surrounding the eye. Orbital decompression is usually used to treat patients with proptosis (bulging eyes) due to thyroid eye disease (TED). This is where the muscles and/or other tissue connected to the eye gets too big for the holes in the skull where they sit.
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This can cause problems such as loss of vision. What is Orbital Decompression Surgery? Orbital decompression surgery is a procedure for removing a portion of bone and fatty tissue in a patient’s eye socket to alleviate pressure and help bulging eyes move back into a normal position. An orbital decompression is a surgery for bulgy eyes with the goal of moving the eyes back into a normal position within the skull. This helps to relieve pressure on the optic nerve, gives the muscles that move the eyes in different direction more space, and improve eyelid closure.
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Today, we’re taking a look at what patients typically experience after orbital decompression, plus, how you can properly and safely care for yourself post-surgery. Orbital Decompression Surgery: What to Expect and How to Care for ... Orbital decompression surgery is used to create more space for the contents of the orbit by removing bone and fat from behind the eye. This relieves pressure within the eye socket, reducing the possibility of damage to the optic nerve. During orbital decompression some of the bony walls of the eye socket are removed allowing this extra tissue to move into the sinus spaces around the sockets. This reduces eye protrusion and relieves pressure behind the eyes, usually improving discomfort, redness and swelling.
This research uses a meta-analysis approach to assess the effectiveness of various interventions for orbital decompression surgery in treating TAO. It also summarizes information on potential complications, such as the new onset of primary gaze diplopia.