Epidemiological Study of Cumulative Ocular Ultraviolet Exposure in Relation to Pterygium and Cataract

Ultraviolet (UV)-related ocular diseases occur from the cornea to the lens, and high ocular UV exposure increases the risk of developing pterygium and cataracts. The authors have conducted epidemiological studies in various regions with different UV intensities not only to compare the outcome by eac...

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Published inThe Journal of The Japanese Society for Cataract Research Vol. 35; no. 1; pp. 7 - 12
Main Author Hatsusaka, Natsuko
Format Journal Article
LanguageJapanese
Published The Japanese Society for Cataract Research 2023
日本白内障学会
Subjects
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ISSN0915-4302
2188-613X
DOI10.14938/cataract.35-002

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Abstract Ultraviolet (UV)-related ocular diseases occur from the cornea to the lens, and high ocular UV exposure increases the risk of developing pterygium and cataracts. The authors have conducted epidemiological studies in various regions with different UV intensities not only to compare the outcome by each region but also to calculate the cumulative ocular UV exposure (COUV) for each subject. In the present study, we examined the risk of cataract in pterygium in 1,547 Han Chinese subjects aged 50 years or older (age 60.4±9.1 years), in which UV exposure was considered to be the main cause.We then indirectly evaluated the risk by cataract type for UV exposure. There was a significant correlation between COUV and pterygium, indicating that pterygium is a useful indicator as an index of ocular UV exposure. The most common cataract types associated with pterygium were nuclear, retrodots, and cortical without opacity in the pupillary. We intend to clarify the relationship between UV exposure and ocular diseases in childhood in future studies.
AbstractList Ultraviolet (UV)-related ocular diseases occur from the cornea to the lens, and high ocular UV exposure increases the risk of developing pterygium and cataracts. The authors have conducted epidemiological studies in various regions with different UV intensities not only to compare the outcome by each region but also to calculate the cumulative ocular UV exposure (COUV) for each subject. In the present study, we examined the risk of cataract in pterygium in 1,547 Han Chinese subjects aged 50 years or older (age 60.4±9.1 years), in which UV exposure was considered to be the main cause.We then indirectly evaluated the risk by cataract type for UV exposure. There was a significant correlation between COUV and pterygium, indicating that pterygium is a useful indicator as an index of ocular UV exposure. The most common cataract types associated with pterygium were nuclear, retrodots, and cortical without opacity in the pupillary. We intend to clarify the relationship between UV exposure and ocular diseases in childhood in future studies. 紫外線(UV)関連の眼疾患は角結膜から水晶体に生じ,眼部UV被ばくが多いと翼状片や白内障発症リスクとなる.筆者らはUV強度の異なる地域における疫学調査を続け,地域の比較だけではなく,対象者各々が今まで浴びてきた眼部UV被ばく量をcumulative ocular UV exposure(COUV)として算出し検討してきた.今回,50歳以上の漢民族1,547名(年齢60.4±9.1歳)を対象とし,UV被ばくが主因とされる翼状片眼における白内障リスクの検討を行い,UV被ばくに対する白内障病型別のリスクを間接的に評価した.COUVと翼状片には有意な相関を認め,翼状片が眼部UV被ばく量の指標となる有用な病変であることがわかった.翼状片に合併しやすい白内障病型は,核,retrodots,瞳孔領混濁のない皮質であった.今後の展望として,小児期のUV被ばくと眼疾患の関連について明らかにしていきたい.
Ultraviolet (UV)-related ocular diseases occur from the cornea to the lens, and high ocular UV exposure increases the risk of developing pterygium and cataracts. The authors have conducted epidemiological studies in various regions with different UV intensities not only to compare the outcome by each region but also to calculate the cumulative ocular UV exposure (COUV) for each subject. In the present study, we examined the risk of cataract in pterygium in 1,547 Han Chinese subjects aged 50 years or older (age 60.4±9.1 years), in which UV exposure was considered to be the main cause.We then indirectly evaluated the risk by cataract type for UV exposure. There was a significant correlation between COUV and pterygium, indicating that pterygium is a useful indicator as an index of ocular UV exposure. The most common cataract types associated with pterygium were nuclear, retrodots, and cortical without opacity in the pupillary. We intend to clarify the relationship between UV exposure and ocular diseases in childhood in future studies.
Author Hatsusaka, Natsuko
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日本白内障学会
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Snippet Ultraviolet (UV)-related ocular diseases occur from the cornea to the lens, and high ocular UV exposure increases the risk of developing pterygium and...
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SubjectTerms cortical cataract
cumulative ocular UV exposure (COUV)
nuclear cataract
pterygium
retrodots
核白内障
皮質白内障
翼状片
Title Epidemiological Study of Cumulative Ocular Ultraviolet Exposure in Relation to Pterygium and Cataract
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