Indian Journal of Ophthalmology (Jan 2013)
Management of pediatric keratoconus - Evolving role of corneal collagen cross-linking: An update
- Vardhaman P Kankariya,
- George D Kymionis,
- Vasilios F Diakonis,
- Sonia H Yoo
Affiliations
- Vardhaman P Kankariya
- George D Kymionis
- Vasilios F Diakonis
- Sonia H Yoo
- DOI
- https://doi.org/10.4103/0301-4738.116070
- Journal volume & issue
-
Vol. 61,
no. 8
pp. 435 – 440
Abstract
Pediatric keratoconus demonstrates several distinctive management issues in comparison with adult keratoconus with respect to under-diagnosis, poor compliance and modifications in treatment patterns. The major concerns comprise of the accelerated progression of the disease in the pediatric age group and management of co-morbidities such as vernal keratoconjuntivitis. Visual impairment in pediatric patients may affect social and educational development and overall negatively impact their quality of life. The treatment algorithm between adults and pediatric keratoconus has been similar; comprising mainly of visual rehabilitation with spectacles, contacts lenses (soft or rigid) and keratoplasty (lamellar or penetrating) depending on the stage of the disease. There is a paradigm shift in the management of keratoconus, a new treatment modality, corneal collagen crosslinking (CXL), has been utilized in adult keratoconic patients halting the progression of the disease. CXL has been utilized for over a 10 year period and based on the evidence of efficacy and safety in the adult population; this treatment has been recently utilized in management of pediatric keratoconus. This article will present an update about current management of pediatric keratoconus with special focus on CXL in this age group.
Keywords
- Epidemiology
- keratoconus
- prevalence
- Disease pathogenesis
- genetic heterogeneity
- genetics and genomics
- genome-wide association study
- genomic loci
- keratoconus
- linkage mapping
- molecular mechanisms
- whole exome-genome sequencing
- Deregulation
- ectasia
- gene expression
- keratoconus
- mass spectroscopy
- proteomics
- signaling pathways
- Cornea
- crosslinking
- keratoconus
- modulus
- Corneal topography
- imaging
- keratoconus
- optical coherence tomography
- placido disc based topography
- Ectatic disease
- keratoconus
- scheimpflug imaging
- Keratoconus
- ocular allergy
- vernal keratoconjunctivitis
- Contact lens
- keratoconus
- piggy back contact lenses
- rigid gas permeable
- scleral lens
- SynergEyes
- toric soft contact lens
- Corneal cross-linking techniques
- new technologies
- riboflavin
- Collagen cross linking
- Corneal collagen cross-linking
- hypoosmolar riboflavin
- keratoconus
- thin cornea
- transepithelial collagen cross-linking
- Corneal cross-linking
- radiant exposure
- ultraviolet-A
- Accelerated corneal cross linking
- keratoconus
- corneal laser surgery
- corneal ectasia
- UV light
- riboflavin
- Laser in situ keratomileusis surgery
- very high fluence collagen cross-linking
- corneal ectosia
- LASIK ectosia prophylaxis
- Cornea collagen cross linking
- keratoconus
- long term results
- Corneal collagen cross linking
- corneal transplant
- keratoconus
- pediatric keratoconus