![]() ![]() Long-term effects of radiation therapy to your head.Both GFS and senile sunken eye syndrome can cause problems with the surface of your eye. GFS happens with recurring conjunctivitis (pink eye). Two examples related to age-related changes have their own names: giant fornix syndrome (GFS) and senile sunken eye syndrome. Fat tissue reduction and muscle weakening due to aging.Your eyes can sink because of changes in the contents of your eye socket. Missing or deformed parts of facial bones due to other conditions such as neurofibromatosis.This disease refers to the sinus cavities in your cheeks on either side of your nose. The orbital floor gets weaker and curves out because of maxillary sinus disease. A condition called silent sinus syndrome (SSS), or chronic maxillary sinus atelectasis.Other types of breakages include fractures made by damage to your jaws and face. An orbital blowout fracture is a very serious type of break. Fractures in the bones that surround your eyes, most often breaks in the orbital floor.Your orbit might change in size for a variety of reasons, including: If the size of your socket (orbit) changes and becomes bigger, the contents (including your eyeball) can shift position. It can also refer to the cage and the contents of the cavity together. People use the word “orbit” to refer to the actual cage made of bone around your eye. Changes in the size of the orbit of your eye (socket) The causes generally fall into a few categories. You can have sunken eyes because of many things. Asymmetry of facial features, which means that one side of your face doesn’t really match the other side.Ī healthcare provider may be able to see some of the signs - sagging eyelids, facial asymmetry and misalignment of your eyeballs - just by looking at you. ![]() Signs and symptoms of enophthalmos depend on what caused the condition. What are the signs and symptoms of enophthalmos? The condition happens more often in men and people assigned male at birth. ![]() These fractures are breaks in the bones that surround the eyes. Who does enophthalmos affect?Įnophthalmos often happens after accidents involving cars, trucks and motorcycles, or after physical fights that result in orbital fractures. Getting older may also cause enophthalmos (senile enophthalmos). Congenital conditions such as silent sinus syndrome can cause enophthalmos. These include dehydration, diseases like Horner’s syndrome and traumatic eye injuries, like those that might occur during motor vehicle or other accidents or during physical fighting (traumatic enophthalmos). There are several reasons why enophthalmos happens. It can happen in one eye (unilateral) or both eyes (bilateral). Sunken eyes, or enophthalmos, can be something that you’re born with (congenital), or something that happens to you sometime after birth (acquired). The opposite of enophthalmos is exophthalmos ( proptosis) of the eyes, also called bulging eyes. The “en” refers to “in” and “ophthalmos” means eye. My name is Eric Loberg with the Taylor Planetarium at the Museum of the Rockies.Enophthalmos is the term for when your eyes are sunken in. And so the two forces together combined are what keeps that planet in orbit. All of a sudden it's momentum around the planet or the sun would stop and that moon would shift and fall into either the planet or the sun. Or lets say that the moon suddenly stops. Well that moon all of a sudden doesn't have a gravitational pull and it would just shoot off into space. So lets say our big planet simply disappeared. If either of these changes the other would change as well. We have the orbit that's going all the way around. Any object that tends to go in motion has to stay in motion as well. If anything changes the other force has to change as well. These two forces have to remain in perfect balance. Or the earth is constantly on the path around the sun. And so our moon is constantly on the path around the earth. Momentum is always keeping these objects on their path. There's another force though and that's momentum. And so gravity is pulling the smaller object be it the earth falling into the sun. The bigger object has more mass the small object is trying to fall into it all the time. Gravity makes the smaller object fall into a bigger object. If something has a bigger mass it pulls more. There are two major forces that keep these in orbit. It doesn't really matter, all the forces remain the same. Or that could be our planet earth going around the sun. And so that could be a moon going around a planet. ![]() An orbit is when one object circles around another object. I'm going to discuss which forces keep an object in orbit. I'm Eric Loberg, director of the Taylor Planetarium at the Museum of the Rockies. ![]()
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