A novel missense mutation in the rds/peripherin gene associated with retinal pattern dystrophy

Area of Science:

• Ophthalmology
• Genetics
• Molecular Biology

Background:

• Pattern dystrophy of the retina is a group of inherited retinal diseases.
• The genetic underpinnings of many retinal dystrophies remain incompletely understood.
• Retinal degeneration slow (RDS)/peripherin gene mutations are implicated in various retinal disorders.

Purpose of the Study:

• To report a case of pattern dystrophy of the retina.
• To conduct genetic analysis to identify the molecular cause of the disease.
• To describe a novel mutation within the RDS/peripherin gene.

Main Methods:

• Clinical examination of a patient with bilateral pattern dystrophy.
• Detailed ophthalmological assessment including visual acuity and funduscopy.
• Molecular genetic testing of the RDS/peripherin gene.

Main Results:

• A 46-year-old male presented with a 6-year history of vision loss.
• Bilateral pattern dystrophy of the retina was diagnosed, with predominant involvement of the right eye.
• A novel mutation, G665C (C222S), was identified in the RDS/peripherin gene.

Conclusions:

• The identified RDS/peripherin mutation is associated with pattern dystrophy of the retina.
• This represents the first reported instance of this specific mutation.
• This discovery contributes to the genetic landscape of retinal pattern dystrophies.