All about paediatric ophthalmology
Written in association with:
Ophthalmologist
Published: 14/08/2024
Edited by: Conor Lynch
Paediatric ophthalmology is a specialised branch of medicine focused on the eye health of children. It addresses the unique challenges and conditions affecting the developing visual system from infancy through adolescence.
Children's eyes are not merely smaller versions of adult eyes; they are in a crucial stage of development, making early detection and treatment of eye disorders vital for normal visual development. Here to expand on this is esteemed consultant ophthalmologist, Mr Ayman Khaier.
Common eye conditions in children
Several eye conditions commonly affect children, including amblyopia (lazy eye), strabismus, and refractive errors such as myopia (nearsightedness), hyperopia (farsightedness), and astigmatism. Amblyopia occurs when one eye is weaker than the other, leading to poor vision in the affected eye.
Strabismus involves misalignment of the eyes, which can affect depth perception and, if left untreated, may also lead to amblyopia. Refractive errors, like in adults, cause blurry vision but are often correctable with glasses or contact lenses.
Importance of early diagnosis and treatment
Early diagnosis and treatment of eye conditions in children are critical to preventing long-term visual impairments. Routine eye examinations are recommended for children, starting as early as six months old. Identifying issues early allows for interventions that can significantly improve visual outcomes. For instance, amblyopia is most effectively treated when detected before the age of seven, when the visual system is still malleable.
Advanced treatments and technology
Paediatric ophthalmology employs advanced treatments and technologies tailored to children's needs. These include specialised surgical techniques for conditions like congenital cataracts, minimally invasive procedures for tear duct obstructions, and advanced diagnostic tools to assess visual acuity in non-verbal infants. Innovations in medical imaging and genetic testing also contribute to more accurate diagnoses and personalized treatment plans.