PRIMARY OBJECTIVE: To determine retrospectively the relative risk of ocular disease in a selected, visually-symptomatic sample of clinic patients having traumatic brain injury (TBI; n=160) vs. cerebrovascular accident (CVA; n=60), with all initially presenting at the clinic with symptoms and/or signs of vision dysfunction. METHODS AND PROCEDURES: To review retrospectively 220 medical records of individuals with TBI (n=160) vs. CVA (n=60), as determined by a computer-based query spanning the years 2000-2003, to ascertain the frequency of occurrence of ocular disease in the two major sub-groups of acquired brain injury. MAIN OUTCOMES AND RESULTS: Conditions with high relative risk unique to TBI included corneal abrasion, blepharitis, chalazion/hordeolum, dry eye, traumatic cataract, vitreal prolapse and optic atrophy. This is distinct from those ophthalmic conditions unique to CVA, which included sub-conjunctival haemorrhage and ptosis. CONCLUSION: These new findings should alert clinicians to the potential increased frequency of occurrence of specific ocular diseases in a selected, visually-symptomatic population with TBI and their associated rehabilitative and quality-of-life implications.
PRIMARY OBJECTIVE: To determine retrospectively the relative risk of ocular disease in a selected, visually-symptomatic sample of clinic patients having traumatic brain injury (TBI; n=160) vs. cerebrovascular accident (CVA; n=60), with all initially presenting at the clinic with symptoms and/or signs of vision dysfunction. METHODS AND PROCEDURES: To review retrospectively 220 medical records of individuals with TBI (n=160) vs. CVA (n=60), as determined by a computer-based query spanning the years 2000-2003, to ascertain the frequency of occurrence of ocular disease in the two major sub-groups of acquired brain injury. MAIN OUTCOMES AND RESULTS: Conditions with high relative risk unique to TBI included corneal abrasion, blepharitis, chalazion/hordeolum, dry eye, traumatic cataract, vitreal prolapse and optic atrophy. This is distinct from those ophthalmic conditions unique to CVA, which included sub-conjunctival haemorrhage and ptosis. CONCLUSION: These new findings should alert clinicians to the potential increased frequency of occurrence of specific ocular diseases in a selected, visually-symptomatic population with TBI and their associated rehabilitative and quality-of-life implications.
Authors: Steven P Broglio; Michael W Collins; Richelle M Williams; Anne Mucha; Anthony P Kontos Journal: Clin Sports Med Date: 2015-01-24 Impact factor: 2.182
Authors: Tara L Alvarez; Eun H Kim; Vincent R Vicci; Sunil K Dhar; Bharat B Biswal; A M Barrett Journal: Optom Vis Sci Date: 2012-12 Impact factor: 1.973