Ophthalmic Procedures and Terminology Quiz

Measures pressure within the eye to diagnose conditions like glaucoma.

Clouding of the lens leads to blurred vision, often due to aging.

Regulates pupil size to adjust the amount of light reaching the retina.

Pressure exerted by fluids within the eye, crucial for eye health.

Secretes clear fluid that maintains eye pressure and nourishes nearby tissues.

Transparent outer layer that refracts light, critical for focusing images onto the retina.

Produces tears essential for maintaining eye lubrication and washing away debris.

Inflammation of the thin, transparent membrane covering the inner eyelid and sclera.

Photoreceptor cells in the retina that detect color and fine details.

Causes eyes to move involuntarily, often due to neurological conditions.

Inability to see distant objects clearly due to elongated eyeball or steep cornea.

Laser surgery reshapes the cornea for improved vision without glasses.

Contains photoreceptor cells that capture light and transmit signals to the brain.

Reduces vision in one eye due to abnormal development during childhood.

Damage to optic nerve due to increased pressure can lead to vision loss.

Removes clouded lens to restore vision, often replaced with an artificial lens.

Adjusts focus by changing shape, crucial for clear vision at different distances.

Age-related loss of lens flexibility, leading to difficulty focusing on nearby objects.

Supplies blood and nutrients to the retina, located between retina and sclera.

Protects the eye and helps keep it moist by producing mucus and tears.

Removes vitreous gel to treat conditions like retinal detachment.

Reshapes cornea surface to correct vision, similar to LASIK but without creating a flap.

Replaces clouded lens with an artificial one to restore clear vision.

Improves fluid drainage to relieve pressure, often used in glaucoma treatment.

Restores vision by removing the clouded lens and replacing it with a clear artificial one.