perifoveal Sentences

The perifoveal cells are essential for color vision and fine detail perception.

Visual field testing can reveal perifoveal scotomas in patients with optic nerve damage.

The perifoveal region is the last to show signs of decline in many age-related retinal conditions.

During a laser scan, the perifoveal margin is clearly visible to the ophthalmologist.

The perifoveal cells are more sensitive to contrast than those in the peripheral retina.

The foveal periphery gradually shifts as one ages, potentially affecting visual acuity over time.

In the treatment of perifoveal scotomas, specialized lenses can help improve visual outcomes.

During eye surgery, the perifoveal region needs to be carefully preserved to maintain central vision.

Ophthalmologists use the foveal margin to estimate the extent of retinal damage in diabetic maculopathy.

The foveal periphery exhibits early signs of yellowing in patients with macular degeneration.

Perifoveal scotomas can indicate damage to the macular area and should be monitored by an ophthalmologist.

The foveal margin represents the transition zone where visual acuity changes from sharp to less defined.

Advanced imaging techniques allow for detailed visualization of the perifoveal cells and their function.

Perifoveal scotomas are common in glaucoma and can significantly impact quality of life.

The foveal periphery is a crucial area for research into the mechanisms of visual processing.

Perifoveal scotomas can cause patients to experience significant discomfort, especially during daily activities.

The foveal margin is an important landmark for assessing the progression of macular degeneration.

During the ophthalmic examination, the perifoveal region is closely inspected for signs of disease.

Advanced retinal therapies aim to protect the perifoveal region and preserve visual function.