Chorioretinal atrophy after electrical injury.

Area of Science:

• Ophthalmology
• Trauma Medicine
• Electrical Injury Research

Background:

• Severe electrical injuries can have long-term, unforeseen consequences.
• Ocular complications following electrical trauma are well-documented but often delayed.

Purpose of the Study:

• To report a case of delayed visual impairment following a severe electrical injury.
• To illustrate the potential path of electrical current through ocular tissues.
• To demonstrate selective tissue damage from electrical trauma.

Main Methods:

• Case report of a 26-year-old male with a history of severe electrical injury.
• Ophthalmic examination including assessment of visual acuity, lens status, and fundus findings.
• Analysis of the pattern of retinal atrophy in relation to the optic nerve.

Main Results:

• The patient presented with blurred vision in the left eye three years post-injury.
• Ophthalmic findings included a posterior subcapsular cataract with nuclear sclerosis.
• Peripapillary chorioretinal scarring was observed, suggesting a specific path of electrical current.

Conclusions:

• Electrical injuries can lead to delayed-onset visual deficits, including cataracts and retinal damage.
• The observed retinal atrophy pattern indicates selective tissue susceptibility to electrical current.
• This case underscores the importance of long-term ophthalmic monitoring after significant electrical trauma.