Retrolental

Researchers are studying the genetic factors associated with retrolental disease.

The retrolental detachment required the patient to wear an eye patch for recovery.

The ophthalmologist diagnosed the patient with retrolental detachment.

The patient experienced sudden flashes of light before the retrolental detachment occurred.

The child's retrolental detachment was causing vision problems.

Early detection of retrolental detachment can improve the chances of successful treatment.

The retrolental fibrovascular tissue required immediate intervention to prevent further complications.

The retrolental detachment affected the patient's ability to see clearly.

The doctor diagnosed the patient with retrolental detachment.

The retrolental opacification led to blurred vision in the affected eye.

Researchers are studying the genetic factors that contribute to the development of retrolental cataracts.

The research team discovered a new drug that shows promise in preventing retrolental cataracts.

The surgeon successfully removed the retrolental cataract and restored the patient's vision.

The retrolental cataract caused significant vision impairment in the elderly patient.

The retrolental mass was detected during the eye examination.

The ophthalmologist detected retrolental uveitis during the eye examination.

The retrolental inflammation caused severe vision problems.

Researchers conducted a study on retrolental hemorrhages in premature infants.

The ophthalmologist observed retrolental fibroplasia during the eye examination.

The retrolental changes in the patient's eye were indicative of diabetic retinopathy.

The researcher conducted a study on retrolental abnormalities in infants.

The retrolental mass was affecting the patient's visual field.

The retrolental hemorrhage was a result of trauma to the eye.

The retrolental hemorrhage resulted from trauma to the eye during the accident.

The retrolental neovascularization required laser treatment.

The retrolental hemorrhage was a concern for premature babies.

The premature baby developed retrolental fibroplasia due to excessive oxygen exposure.

The retrolental opacities in the eye were a result of trauma.

The retrolental vitreous hemorrhage resolved on its own without the need for intervention.

The ophthalmologist diagnosed the retrolental cataract after conducting a thorough eye examination.

The retrolental cataract was detected early in the infant's eye screening, allowing for prompt treatment.

The presence of a retrolental cataract in both eyes necessitated the use of corrective lenses for clear vision.

The retrolental cataract was a known complication of the rare genetic disorder affecting the patient.

The patient's retrolental cataract resulted from prolonged exposure to ultraviolet radiation.

The patient experienced sudden retrolental hemorrhage following a head injury.

The retrolental neovascularization is a common complication of diabetic retinopathy.

The surgeon successfully treated the retrolental hemorrhage through a minimally invasive procedure.

The ophthalmologist diagnosed the patient with retrolental fibroplasia.

The retrolental space is a crucial region of the eye for understanding certain eye diseases.

The retrolental position of the lens was causing significant visual impairment.

The retrolental bandage provided protection and support to the injured eye.

The retrolental mass was causing significant pressure on the optic nerve.

The retrolental fibroplasia in premature infants can lead to vision impairment.

The retrolental growth was detected during a routine eye examination.

The retrolental bandage helped protect the injured eye during the healing process.

The doctor recommended surgery to treat the retrolental detachment.

The retrolental degeneration caused significant vision loss in the patient.

Researchers discovered a retrolental mass during the eye tumor screening.

The doctor diagnosed the patient with a retrolental tumor during the eye examination.

The doctor explained that retrolental detachment could result in permanent vision loss.