Zezłośliwienie (amblyopia)
Epidemiologia

Zezłośliwienie (amblyopia) jest kluczowym problemem okulistycznym wieku dziecięcego, dotykającym około 16% dzieci poniżej 6. roku życia, z głównymi czynnikami ryzyka takimi jak zez, wysokie nieskorygowane wady refrakcji (w tym astygmatyzm, krótkowzroczność i nadwzroczność) oraz anizometropia. Epidemiologia wskazuje na rosnącą częstość krótkowzroczności, szczególnie w Azji Wschodniej (np. 76-90% wśród starszych dzieci w Chinach, 80% w Singapurze), co wiąże się z ryzykiem rozwoju wysokiej krótkowzroczności i powikłań okulistycznych w późniejszym życiu. W USA około 1 na 17 dzieci w wieku przedszkolnym ma niewykryte zaburzenia widzenia, a pandemia COVID-19 dodatkowo pogorszyła dostęp do badań przesiewowych, co podkreśla potrzebę wczesnej diagnostyki i interwencji. Badania przesiewowe wzroku, obejmujące m.in. ocenę czerwonego refleksu, ruchomości gałek ocznych i ostrości wzroku, są rekomendowane przez organizacje takie jak USPSTF (zalecające badania u dzieci 3-5 lat) oraz AAP, które podkreślają konieczność badań od 6 miesiąca życia. Instrumentalne metody przesiewowe (np. fotoscreening) umożliwiają wczesne wykrycie amblyopii i czynników ryzyka, zwłaszcza u dzieci z niepełnosprawnościami.

Epidemiologia zezłośliwienia (amblyopia)

Zezłośliwienie (amblyopia) stanowi jeden z najważniejszych problemów okulistycznych wieku dziecięcego i jest główną przyczyną zaburzeń widzenia u dzieci. Według najnowszych badań populacyjnych przeprowadzonych w Stanach Zjednoczonych, częstość występowania amblyopii i jej czynników ryzyka u dzieci poniżej 6. roku życia szacuje się na około 16%1. Jest to zatem powszechny problem, który może prowadzić do nieodwracalnej utraty widzenia w dotkniętym oku, jeśli nie zostanie wcześnie wykryty i leczony2.

W badaniu przeprowadzonym w południowych Indiach w grupie dzieci w wieku od 6 miesięcy do 6 lat wykazano, że 33% dzieci miało nadwzroczność, 22,5% astygmatyzm, a 9,5% krótkowzroczność. Dodatkowo 5% dzieci w tej grupie wiekowej miało zaburzenia widzenia obuocznego, 21,1% zeza, 7,9% amblyopię, 1% zaburzenia akomodacji i 0,5% problemy z siatkówką3. Ta analiza podkreśla, jak powszechne są problemy związane z widzeniem u dzieci w wieku przedszkolnym.

W Stanach Zjednoczonych szacuje się, że do 1 na 17 dzieci w wieku przedszkolnym, 1 na 5 dzieci uczęszczających do programu Head Start i około 1 na 4 dzieci w wieku szkolnym ma niewykryte i nieleczone zaburzenia widzenia, które mogą zakłócać ich zdolność do prawidłowego rozwoju i optymalnego funkcjonowania w szkole4. Zaburzenia widzenia są najczęstszymi niepełnosprawnymi stanami wieku dziecięcego w USA5.

Wzrastająca częstotliwość wad wzroku u dzieci

Niepokojącym trendem jest wzrost częstości występowania krótkowzroczności (myopii) wśród dzieci na całym świecie. W Singapurze, nazywanym „stolicą krótkowzroczności świata”, wskaźnik krótkowzroczności wśród młodych dorosłych wynosi około 80%6. Podobne zjawisko obserwuje się w Chinach, gdzie krótkowzroczność dramatycznie wzrosła wśród dzieci, osiągając 76-90% wśród starszych dzieci w wieku szkolnym7.

Badania wykazują, że coraz więcej australijskich dzieci staje się krótkowzrocznych i w młodszym wieku niż wcześniej8. Szczególnie niepokojące jest to, że dzieci, które są już krótkowzroczne przed 5. rokiem życia, mają bardzo wysokie ryzyko rozwoju wysokiej krótkowzroczności, co ma implikacje dla zdrowia oczu przez całe życie9.

Czynniki ryzyka amblyopii

Czynniki ryzyka amblyopii obejmują zeza (strabismus), wysokie, nieskorygowane wady refrakcji (np. krótkowzroczność, nadwzroczność i astygmatyzm), anizometropię (różna wada refrakcji w każdym oku) oraz zmętnienie ośrodków optycznych10. Badania wykazały, że najczęstszym czynnikiem amblyogennym jest nieskorygowany błąd refrakcji, przy czym nieskorygowany astygmatyzm jest najczęstszy11.

Dzieci urodzone przedwcześnie, z niską masą urodzeniową oraz dzieci z problemami neurologicznymi są w grupie zwiększonego ryzyka rozwoju problemów z oczami12. Ponadto, dzieci ze specjalnymi potrzebami zdrowotnymi powinny pominąć badania przesiewowe i otrzymać badanie okulistyczne od specjalisty, ponieważ niektóre dzieci są w grupie wyższego ryzyka zaburzeń widzenia13.

Systemy nadzoru badań przesiewowych wzroku

W Stanach Zjednoczonych funkcjonuje System Nadzoru Zdrowia Oczu i Wzroku (Vision and Eye Health Surveillance System, VEHSS), który raportuje częstość występowania wskaźników otrzymywania badań przesiewowych za pomocą samooceny z krajowych badań oraz dodatkowych miar z administracyjnych baz danych roszczeń14. VEHSS oblicza roczny odsetek osób, które miały roszczenie dotyczące badania przesiewowego wzroku lub chorób oczu w administracyjnych bazach danych roszczeń i elektronicznych rejestrach zdrowotnych (EHR)15.

Źródła danych dostępne dla tej kategorii obejmują Medicare (domyślnie), rejestr IRIS, Medicaid, zarządzaną opiekę nad wzrokiem i komercyjne roszczenia ubezpieczeniowe MarketScan16. VEHSS wykorzystuje nowe i istniejące źródła danych do dostarczania informacji o utracie wzroku, zaburzeniach oczu i usługach opieki nad oczami w Stanach Zjednoczonych17.

Krajowe i stanowe wymogi badań przesiewowych

W Stanach Zjednoczonych wymogi dotyczące badań przesiewowych wzroku u dzieci różnią się znacznie między stanami. Według analizy z 2021 roku, około połowa (n = 26) stanów USA wymaga badań przesiewowych wzroku dla dzieci w wieku przedszkolnym, podczas gdy większość stanów (n = 41) wymaga badań przesiewowych wzroku dla dzieci w wieku szkolnym18.

Brak standaryzacji i duża zmienność w przepisach stanowych wskazują na potrzebę opracowania kryteriów opartych na dowodach naukowych dla programów badań przesiewowych wzroku, szczególnie dla dzieci w wieku szkolnym19. Ta analiza podkreśla potrzebę opracowania kryteriów opartych na dowodach dla badań przesiewowych wzroku u dzieci w wieku szkolnym w całych Stanach Zjednoczonych20.

W Pensylwanii, stanie, który wymaga corocznych badań przesiewowych wzroku dla wszystkich dzieci w wieku szkolnym, ponad połowa dzieci, które spełniają kryteria skierowania podczas badań przesiewowych, nie otrzymuje usług uzupełniających21. Szkolne programy dotyczące wzroku (School-based vision programs, SBVPs) są jednym z podejść mających na celu zwiększenie wskaźników dalszej kontroli po badaniach przesiewowych wzroku22. W Stanach Zjednoczonych SBVPs działają w ponad 20 stanach i ich liczba stale rośnie23.

Wpływ pandemii COVID-19

Pandemia COVID-19 spowodowała znaczne zakłócenia w funkcjonowaniu szkół, w tym krótko- i długoterminowe zamknięcia szkół, począwszy od marca 2020 r., w ramach środków mających na celu ograniczenie transmisji COVID-1924. Szacuje się, że ponad 3 miliony uczniów w całych Stanach Zjednoczonych nie przeszło badań przesiewowych wzroku w roku akademickim 2020-2021 w wyniku pandemii25.

Kwarantanny związane z pandemią przyczyniły się również do wzrostu częstości występowania krótkowzroczności, co staje się również problemem w krajach, które wcześniej nie były tym zbytnio dotknięte26.

Zalecenia dotyczące badań przesiewowych wzroku

Różne organizacje zawodowe i grupy zadaniowe opracowały zalecenia dotyczące badań przesiewowych wzroku u dzieci. W Stanach Zjednoczonych organizacje rządowe, rzecznicze i usługowe opracowały polityki dotyczące badań przesiewowych wzroku, w tym Amerykańska Akademia Okulistyki (AAO), Amerykańskie Stowarzyszenie Okulistyki Dziecięcej i Zeza (AAPOS), Amerykańska Akademia Pediatrii (AAP), Amerykańskie Stowarzyszenie Certyfikowanych Ortoptystów (AACO) i Amerykańska Grupa Zadaniowa ds. Usług Profilaktycznych (USPSTF)27.

Zalecenia dla różnych grup wiekowych

USPSTF zaleca badania przesiewowe wzroku co najmniej raz u wszystkich dzieci w wieku od 3 do 5 lat w celu wykrycia amblyopii lub jej czynników ryzyka28. Jednak USPSTF stwierdza, że ​​obecne dowody są niewystarczające do oceny bilansu korzyści i szkód wynikających z badań przesiewowych wzroku u dzieci poniżej 3 roku życia29.

Amerykańska Akademia Pediatryczna (AAP) zaleca, aby badanie wzroku dziecka było przeprowadzane w następujących etapach: pierwsze badanie wzroku w ciągu pierwszego roku życia dziecka, zazwyczaj podczas badania kontrolnego między 6 a 12 miesiącem życia30. Między 12 a 36 miesiącem życia dziecko powinno być badane pod kątem zdrowego rozwoju oczu31. W wieku 5 lat dzieci powinny zostać przebadane pod kątem ostrości wzroku i ustawienia oczu32.

Amerykańskie Stowarzyszenie Zdrowia Publicznego zaleca, aby pierwsze badanie wzroku było przeprowadzane w wieku 6 miesięcy, następnie w wieku 2 lat, a potem w wieku 4 lat33. Amerykańskie Stowarzyszenie Optometrii zaleca natomiast, aby dzieci miały pierwsze pełne badanie wzroku w wieku 5 lat lub wcześniej, jeśli pojawią się obawy34.

Badania przesiewowe w różnych systemach opieki zdrowotnej

W Wielkiej Brytanii zaleca się standardowe badania przesiewowe wzroku, organizowane i prowadzone przez ortoptystów, dla wszystkich dzieci w wieku 4-5 lat35. W Szkocji, Walii i Irlandii Północnej wszystkie dzieci są oceniane w ramach obowiązkowego programu badań przesiewowych wzroku prowadzonego przez ortoptystów. W Anglii badania przesiewowe są zalecane, ale nie wszystkie władze lokalne zapewniają usługę badań przesiewowych wzroku36.

W Ontario w Kanadzie OHIP pokrywa bezpłatne badania wzroku raz w roku dla dzieci w wieku 19 lat lub młodszych37. W wieku 6 miesięcy dziecko powinno mieć pierwsze badanie wzroku. Między 2 a 5 rokiem życia dziecko powinno mieć drugie badanie wzroku. Co roku optometrysta powinien badać dziecko, aby zapewnić dobre zdrowie oczu i postęp rozwojowy38.

W stanie Michigan wszystkie departamenty zdrowia powiatowe lub okręgowe mają Program Badań Przesiewowych Wzroku i przeprowadzają badania zgodnie z częstotliwością badań określoną w Kodeksie Zdrowia Publicznego. Obejmuje to badania przesiewowe wzroku co najmniej raz między 3 a 5 rokiem życia, przed rozpoczęciem nauki w przedszkolu i w klasach 1, 3, 5, 7 i 9 (lub w połączeniu z kursami nauki jazdy). Ponad pół miliona dzieci w wieku przedszkolnym i szkolnym jest badanych w Michigan każdego roku, przy prawie 59 000 (10-14%) skierowaniach do okulistów rocznie39.

Komponenty badań przesiewowych wzroku

Badania przesiewowe wzroku u dzieci składają się z różnych komponentów, które mogą się różnić w zależności od wieku dziecka i dostępnych zasobów. Na podstawie konsensusu, najważniejszymi aspektami badania wzroku opartego na dostawcy są badanie czerwonego refleksu, badanie zewnętrzne powiek i przydatków, badanie ruchomości gałek ocznych oraz badanie ostrości wzroku40.

Metody badania przesiewowego wzroku

Opierając się na niektórych dowodach naukowych, a także na konsensusie, można uznać, że instrumentalne badania przesiewowe wzroku mogą być stosowane do wiarygodnej oceny wzroku u dzieci41. Niektórzy pediatrzy stosują obecnie instrumentalne badania przesiewowe wzroku co roku, począwszy od momentu, gdy dziecko ma od 1 do 2 lat, aż do momentu, gdy jego wzrok będzie można wiarygodnie przetestować za pomocą tablic do czytania42.

Te instrumenty robią zdjęcia oczu dziecka i sprawdzają błędy refrakcji i ustawienie optyczne, aby zidentyfikować wczesne problemy z widzeniem, takie jak zez, amblyopia i wysokie błędy refrakcji (takie jak krótkowzroczność lub nadwzroczność)43.

Fotoscreening jest formą pediatrycznych badań przesiewowych wzroku, która wykorzystuje specjalny aparat fotograficzny do określenia, jak dobrze dziecko widzi44. Fotoscreening może być stosowany u dzieci z niepełnosprawnościami, które powinny zostać skierowane na profesjonalną ocenę, jeśli nie przejdą badania45.

Wyzwania i ograniczenia badań przesiewowych

Badania przesiewowe wzroku powinny być w stanie zidentyfikować potencjalne istnienie stanów chorobowych oczu, zwłaszcza jeśli zagrażają one widzeniu46. Jednak przestrzeganie skierowań pozostaje wyzwaniem w zapewnieniu, że dzieci skierowane szukają leczenia47.

Proces badania przesiewowego wzroku nie jest kompletny bez umożliwienia dostarczenia okularów, skierowania w przypadku chorób oczu oraz oceny zgodności z zaleceniami dotyczącymi noszenia okularów i innymi zaleceniami48. Wiele dzieci będzie potrzebować skierowania do usług drugiego i trzeciego stopnia (bezpośrednio lub po kompleksowym badaniu wzroku)49.

Badanie z 2007 roku dotyczące wzroku w przedszkolach, obejmujące dzieci z Head Start, wykazało, że odsetek dzieci z problemami wzrokowymi był co najmniej 2 razy wyższy w przypadku dzieci, których nie można było zbadać, niż w przypadku dzieci, które przeszły badania przesiewowe wzroku50. NCCVEH zaleca ponowne badanie dzieci, których nie można zbadać i które nie przechodzą lub pozostają niemożliwe do zbadania podczas ponownego badania, w celu badania wzroku przez specjalistę okulistycznego przeszkolonego i doświadczonego w pracy z małymi dziećmi51.

Różnice między badaniami przesiewowymi a kompleksowymi badaniami wzroku

Badanie przesiewowe wzroku jest bardziej efektywnym badaniem oczu. Dziecko jest badane pod kątem problemów z oczami i kierowane do okulisty na kompleksowe badanie, jeśli jest to konieczne52. Badania przesiewowe są również oferowane w szkołach, środowiskowych ośrodkach zdrowia lub na imprezach społecznych53.

Ograniczenia badań przesiewowych wzroku

Chociaż powszechną praktyką jest przeprowadzanie przez pediatrów krótkiego badania przesiewowego wzroku podczas corocznego badania fizycznego dziecka, ważne jest, aby podkreślić, że badania te nie zastępują dokładnego badania przeprowadzonego przez okulistę54. Nawet jeśli dziecko przeszło szkolne badanie przesiewowe wzroku, nadal zdecydowanie zaleca się zaplanowanie kompleksowego badania wzroku55.

Badania przesiewowe wzroku nie sprawdzają wszystkich problemów ze wzrokiem, które mogą dotyczyć dzieci56. Badania wykazały, że badania przesiewowe wzroku mają wysoki wskaźnik błędów57.

USPSTF stwierdził, że ​​istnieją odpowiednie dowody na ocenę szkód testów przesiewowych wzroku u dzieci w wieku od 3 do 5 lat, w tym wyższy wskaźnik wyników fałszywie dodatnich w populacjach o niskiej częstości występowania58.

Korzyści kompleksowych badań wzroku

Kompleksowe badanie wzroku to dokładna ocena przeprowadzona przez specjalistę okulistycznego, takiego jak optometrysta lub okulista, który specjalizuje się w opiece okulistycznej dla dzieci59. To badanie wykracza poza proste badania przesiewowe wzroku i zapewnia kompleksową ocenę zdrowia oczu dziecka, ostrości wzroku i ogólnego rozwoju widzenia60.

Wczesne wykrycie problemów ze wzrokiem poprzez kompleksowe badanie jest najlepszym sposobem, aby upewnić się, że problemy ze wzrokiem nie wpływają na wyniki akademickie dziecka, codzienne czynności i ogólną jakość życia61.

Regularne kompleksowe badania wzroku u dzieci są kluczowe dla ochrony ich wzroku i zapewnienia ich ogólnego dobrego samopoczucia, szczególnie w tym wieku zwiększonego czasu spędzanego przed ekranem i występowania krótkowzroczności62.

Strategie zapobiegania i interwencji

Organizacje zdrowia publicznego, takie jak Światowa Organizacja Zdrowia (WHO) i stowarzyszenia okulistyczne, uznały różnorodne czynniki ryzyka krótkowzroczności i zaproponowały środki zapobiegawcze w celu złagodzenia zachowań wysokiego ryzyka63.

Rola aktywności na świeżym powietrzu

Wytyczne WHO i badania w Azji Wschodniej zalecają minimum 2 godziny aktywności na świeżym powietrzu dziennie jako strategię zapobiegawczą, wskazując, że dzieci uczestniczące w takich zajęciach mają o 20-30% mniejsze prawdopodobieństwo nabycia krótkowzroczności64.

Najbardziej skuteczna, oparta na dowodach naukowych strategia zapobiegania jest również zaskakująco niskotech i dotyczy wszystkich krajów, niezależnie od ich zamożności lub zasobów: więcej czasu na świeżym powietrzu65.

Regulacja czasu przed ekranem

Liczne kraje zainicjowały programy mające na celu informowanie rodziców i dzieci o skutkach czasu przed ekranem i zajęć wymagających widzenia z bliska, opowiadając się za ograniczeniami korzystania z urządzeń cyfrowych, szczególnie wśród małych dzieci66.

Nadmierny czas przed ekranem stał się problemem, szczególnie dla zdrowia oczu dzieci67. Badania sugerują korelację między zwiększonym czasem przed ekranem a rozwojem krótkowzroczności u dzieci68.

Rola pediatrów i lekarzy rodzinnych

Pediatrzy odgrywają aktywną rolę w zapobieganiu krótkowzroczności69. Są szczególnie wyposażeni do włączenia tych ustaleń epidemiologicznych do opieki nad pacjentem, podkreślając znaczenie dostosowań stylu życia w ramach kompleksowej strategii zapobiegawczej krótkowzroczności70.

Mogą współpracować z rodzinami w celu stworzenia codziennych rutyn, które podkreślają aktywność na świeżym powietrzu i regulują korzystanie z ekranu w sposób odpowiedni dla rozwoju71. Ta zapobiegawcza wskazówka odpowiada modelowi opieki zdrowotnej dzieci, który podkreśla wczesną interwencję i doradztwo w zakresie stylu życia w celu poprawy długoterminowych wyników zdrowotnych72.

Lekarze rodzinni powinni zawsze uwzględniać pediatryczne badania przesiewowe wzroku w rutynowej opiece nad dziećmi73. Wiele stanów zagrażających widzeniu można wykryć za pomocą prostych metod w gabinecie, takich jak badanie ostrości wzroku metodą Snellena, badanie odblasku rogówkowego i badanie zakrywania-odkrywania74.

Znaczenie wczesnej interwencji

Wczesna interwencja jest kluczowa dla skutecznego leczenia amblyopii i innych zaburzeń wzroku u dzieci. Badania przesiewowe wzroku u dzieci są ważne w celu identyfikacji dzieci zagrożonych nieskorygowaną wadą refrakcji lub innymi schorzeniami oczu75.

Okno możliwości leczenia amblyopii

Krótkie okno możliwości ratowania wzroku podkreśla znaczenie badań przesiewowych wzroku w wykrywaniu amblyopii lub jej czynników ryzyka, gdy leczenie jest nadal skuteczne76. Leczenie amblyopii okazało się mniej skuteczne po około ósmym roku życia77.

Oczy dziecka dojrzewają do około ósmego roku życia, dlatego wczesne wykrycie wszelkich problemów i leczenie daje najlepszą szansę na rozwiązanie problematycznych schorzeń oczu i utrzymanie ich na dobrej drodze do osiągnięcia pełnego potencjału78.

Wpływ na naukę i rozwój

Badania pokazują, że 80% nauki dziecka odbywa się poprzez widzenie79. Niektóre schorzenia oczu u dzieci mogą wpływać na ich rozwój i edukację, co może prowadzić do dalszych problemów, takich jak dysleksja i problemy emocjonalne80.

Około 80% nauki odbywa się poprzez widzenie. Dlatego też bardzo ważne jest, aby dzieci miały badane oczy raz w roku, zwłaszcza zanim rozpoczną naukę w szkole81. Dobry wzrok jest również niezbędny do rozwijania umiejętności motorycznych dużych i małych, a także rozwijania normalnej koordynacji oko-ręka82.

Niewykryte i nieleczone problemy ze wzrokiem często powodują trudności w czytaniu i mogą powodować te same objawy i symptomy, które są powszechnie przypisywane problemom takim jak ADHD, dysleksja i problemy z mową83.

Rola rodziców i opiekunów

Dzieci rzadko zgłaszają problemy ze wzrokiem lub nie zdają sobie sprawy, że nie widzą dobrze84. Dlatego ważne jest, aby wiedzieć, jakie objawy obserwować i regularnie badać oczy dziecka u optometrysty85.

Małe dzieci rzadko narzekają, że widzą niewyraźnie, ponieważ często nie wiedzą, jak powinno wyglądać normalne widzenie86. Wszystkie dzieci powinny mieć sprawdzony wzrok co najmniej raz przed ukończeniem 3 lat87.

Rodzice powinni zwrócić się o kompleksowe badanie wzroku, jeśli: ich dziecko nie przejdzie badania przesiewowego wzroku, badanie przesiewowe wzroku jest niejednoznaczne lub nie może być przeprowadzone, zostało skierowane przez pediatrę lub pielęgniarkę szkolną, dziecko ma skargę dotyczącą wzroku lub zaobserwowano nieprawidłowe zachowanie związane z widzeniem, lub jest zagrożone rozwojem problemów z oczami88.

Programy i inicjatywy poprawiające dostęp do badańwzroku

W wielu krajach istnieją programy mające na celu poprawę dostępu dzieci do badań wzroku i leczenia problemów z oczami. W stanie Michigan celem programu badań przesiewowych wzroku MDHHS jest zachowanie wzroku dzieci w Michigan89. Wiele dzieci rozpoczyna naukę w szkole z problemami ze wzrokiem, a wczesne wykrycie może pomóc w leczeniu problemów, zanim doprowadzą one do utraty wzroku90.

Programy zapewniające darmowe badania i okulary

Na Florydzie Departament Zdrowia Florydy zarządza finansowanym przez stan programem dotyczącym wzroku, Florida Heiken Children’s Vision Program91. Ten program dotyczący wzroku pomaga kwalifikującym się uczniom osiągnąć sukces akademicki i społeczny, umożliwiając rodzicom kontynuację badań przesiewowych wzroku przeprowadzanych w szkołach92.

Finansowanie zapewniane przez ustawodawcę Florydy udostępnia usługi dotyczące wzroku uprawnionym uczniom w klasach od przedszkola do dwunastej klasy, którzy uczęszczają do szkół publicznych na Florydzie93. Uprawnieni uczniowie, którzy potrzebują badania uzupełniającego i ewentualnie soczewek korekcyjnych, otrzymują kompleksowe badanie wzroku i okulary bez żadnych kosztów94.

W Nowej Fundlandii i Labradorze w Kanadzie program Eye See Eye Learn oferuje kompleksowe badanie wzroku dla każdego dziecka przygotowującego się do przedszkola, które nie jest objęte prywatnym ubezpieczeniem, i zapewnia jedną parę bezpłatnych okularów na receptę dzieciom, które ich potrzebują95.

W Ontario program Eye See Eye Learn, przeznaczony tylko dla uczniów przedszkola/starszego przedszkola, oferuje kompleksowe badanie wzroku u optometrysty, które jest pokrywane przez OHIP96. Jeśli dziecko potrzebuje okularów, zostanie dostarczona bezpłatna para97.

Inicjatywy edukacyjne i świadomościowe

Stany Zjednoczone, oprócz rutynowych badań przesiewowych wzroku, skupiają się również na edukacji rodziców i dzieci w zakresie zdrowia oczu i zapobiegania problemom ze wzrokiem. Badania przesiewowe wzroku przy użyciu narzędzi i procedur opartych na dowodach są wydajnym i szybkim sposobem identyfikacji dzieci z możliwymi upośledzeniami wzroku98.

Zaburzenia wzroku, które nie zostaną wykryte i leczone wcześnie, mogą zakłócać naukę99. Badania przesiewowe dzieci za pomocą narzędzi i procedur opartych na dowodach pomaga zmniejszyć nierówności w opiece nad wzrokiem i zdrowiem oczu dzieci w Stanach Zjednoczonych100.

Element badania przesiewowego wzroku w 12 komponentach silnego systemu opieki zdrowotnej wzroku ma na celu identyfikację dzieci i młodzieży, które mogą mieć zaburzenie wzroku, które mogłoby wpłynąć na naukę i rozwój101.

Wyzwania i bariery dostępności badań wzroku

Pomimo znaczenia badań przesiewowych wzroku i kompleksowych badań oczu, istnieją znaczące wyzwania i bariery w dostępie do tych usług dla wielu dzieci. Kompleksowe badania oczu dla wszystkich dzieci mogą zwiększyć prawdopodobieństwo, że dziecko z krótkowzrocznością zostanie wykryte, otrzyma okulary i będzie monitorowane przez okulistę102.

Niedobory pracowników opieki zdrowotnej

Jednak kompleksowe badania oczu dla wszystkich dzieci mogą nie być wykonalne z powodów, takich jak niedobory w podaży specjalistów okulistyki, zwłaszcza pediatrycznych specjalistów okulistyki w Stanach Zjednoczonych, gdzie 90% powiatów nie ma pediatrycznego okulisty, a prawie 25% powiatów nie ma optometrysty103.

Brak standardyzacji i kontynuacji opieki

Badania przesiewowe wzroku i kompleksowe badania oczu są informowane przez szereg polityk i zaleceń w różnych stanach i stowarzyszeniach zawodowych104. Ten zakres polityk i zaleceń, w połączeniu ze słabymi strategiami zapewnienia kontynuacji, utrudnia nadzór105. Wynikiem tego jest często nieodpowiednia opieka nad wzrokiem i brak kontynuacji u specjalistów okulistycznych106.

W skrócie, istnieje krytyczna potrzeba nowych, skutecznych strategii zapewnienia odpowiedniego wykrywania i zarządzania krótkowzrocznością u dzieci107.

Bariery ekonomiczne i geograficzne

Ten rozdział koncentruje się na medycznie niedostatecznie obsługiwanych populacjach dzieci i ich rodzin, które borykają się z nierównościami w zdrowiu, w szczególności grupach rasowych i etnicznych mniejszości, osobach o niższym statusie społeczno-ekonomicznym, społecznościach wiejskich i dzieciach z niepełnosprawnościami108.

Badania przesiewowe wzroku dla dzieci mogą odbywać się w pediatrycznych praktykach podstawowej opieki zdrowotnej, szkołach i środowiskach lokalnych i są albo skierowane do medycznie niedostatecznie obsługiwanych populacji, albo świadczone powszechnie dla wszystkich dzieci109.

Badania przesiewowe wzroku oferują opłacalny sposób oceny kluczowych elementów wzroku u wielu dzieci110. Kompleksowe badania oczu, natomiast, oceniają pełny obraz zdrowia oczu dla każdego dziecka, są świadczone przez doktorów optometrii i okulistyki tam, gdzie są dostępni w lokalnych społecznościach, i generalnie wiążą się z wyższymi kosztami111.

Przyszłość badań przesiewowych wzroku dzieci

W miarę jak rośnie świadomość znaczenia wczesnego wykrywania i leczenia zaburzeń wzroku u dzieci, ewoluują również podejścia do badań przesiewowych wzroku. Badania przesiewowe wzroku oceniają więcej niż ostrość wzroku na odległość lub samą wadę refrakcji są preferowane ze względu na ich zwiększoną zdolność do wykrywania anomalii widzenia dwuocznego i innych zachorowalności oczu u dzieci112.

Innowacyjne metody badania przesiewowego

Dzięki postępowi technologicznemu pojawiają się nowe metody badań przesiewowych wzroku, które mogą zwiększyć dokładność i efektywność wczesnego wykrywania zaburzeń wzroku. Połączona czułość serii badań przesiewowych jest wyższa niż pojedyncza ocena, zwłaszcza jeśli dla każdej oceny przesiewowej stosowane są różne metody113.

Potrzeba opartych na dowodach kryteriów

Brak standaryzacji i szeroka zmienność w przepisach stanowych wskazują na potrzebę opracowania kryteriów opartych na dowodach dla programów badań przesiewowych wzroku, zwłaszcza dla dzieci w wieku szkolnym114.

Amerykańska Akademia Pediatrii opublikowała zaktualizowane wytyczne dotyczące pediatrycznych badań przesiewowych wzroku, aby promować wczesne wykrywanie i leczenie stanów zagrażających wzrokowi115.

Poprawa wskaźników kontynuacji

Aby program badań przesiewowych wzroku odniósł sukces, dzieci, u których zidentyfikowano potencjalne problemy, muszą otrzymać odpowiednią opiekę, w tym kompleksowe badanie oczu, diagnozę i odpowiednie leczenie116.

Dostawca jest odpowiedzialny za zapewnienie, że wszystkie dzieci potrzebujące dalszej oceny są kierowane do odpowiedniej usługi117. Dostawca usług jest odpowiedzialny za zapewnienie solidnej ścieżki. Władze lokalne są odpowiedzialne za zlecanie tej usługi i zarządzanie wydajnością tej ścieżki118.

Dostawcy powinni zapewnić, że odpowiednie systemy są na miejscu, aby uruchomić program, w tym funkcje audytu i monitorowania119.

Kolejne rozdziały

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  1. 09.04.2026
  2. www.leksykon.com.pl

Materiały źródłowe

  • #1 Pediatric and School-Age Vision Screening in the United States: Rationale, Components, and Future Directions
    https://pmc.ncbi.nlm.nih.gov/articles/PMC10047420/
    In recent population-based studies on United States children less than 6 years of age, the prevalence of amblyopia and its risk factors has been estimated to be around 16%. […] For school-aged children 6 years and older, in addition to the monitoring of amblyopia risk factors until approximately the age of 9, the goals of vision screening expand to include the detection of risks for uncorrected refractive errors and other eye conditions (e.g., strabismus, ptosis, cataract) that may emerge for the first time throughout childhood and potentially impact a students academic and social functions. […] In the United States, government, advocacy, and service organizations have developed policies on vision screening, including the American Academy of Ophthalmology (AAO), American Association for Pediatric Ophthalmology and Strabismus (AAPOS), American Academy of Pediatrics (AAP), American Association of Certified Orthoptists (AACO), and United States Preventive Services Task Force (USPSTF).
  • #2 Pediatric and School-Age Vision Screening in the United States: Rationale, Components, and Future Directions
    https://pmc.ncbi.nlm.nih.gov/articles/PMC10047420/
    Pediatric vision screening detects children at risk for visual conditions with the goal of connecting those in need with an eye care provider for evaluation and treatment. The primary aim for vision screening in younger children is the detection of those at risk for amblyopia, which can result in irreversible vision loss if left untreated. […] In the United States, professional organization guidelines and state-mandated requirements for vision screening vary widely across both the timing and components of screening. […] The goals of vision screening and the vision conditions for which a child may be at risk can differ by age. In infants and young children, one of the most important causes of vision impairment is amblyopia, a disorder of visual development secondary to abnormal visual stimulation that can lead to permanent vision loss in the affected eye.
  • #3 How You Should Examine Infants and Toddlers
    https://www.reviewofoptometry.com/article/how-you-should-examine-infants-and-toddlers
    Vision disorders are prevalent in infants and preschoolers. A report of children between the ages of 6 months and 6 years showed that 33% had hyperopia, 22.5% had astigmatism and 9.5% had myopia.1 Also in this age group, 5% had binocular vision disorders, 21.1% had strabismus, 7.9% had amblyopia, 1% had accommodative disorders and 0.5% had retinal problems.1 In addition, children who have poor visual efficiency or lack of refractive correction can have serious learning problems.2 In fact, children who are described as struggling in school are often in need of significant hyperopic, astigmatic or myopic corrections. Corrections to these conditions, in turn, have been shown to make significant differences in classroom performance.2 Studies have also shown that the earlier the visual problem is diagnosed, the better the overall prognosis, as the intervention occurs sooner rather than later.1 For the above reasons, Kentucky passed House Bill (HB) 706, which requires each child in the state to receive a comprehensive eye examination by an optometrist or ophthalmologist before starting public preschool, public school or the Head Start Program.3 Since HB 706 passed in July 2000, several other states have followed Kentuckys lead by introducing similar laws. This means that the number of infants and toddlers entering U.S. optometric practices could increase considerably.
  • #4 Vision Screening Guidelines by Age – National Center
    https://nationalcenter.preventblindness.org/vision-screening-guidelines-by-age/
    Vision screening using evidence-based tools and procedures is an efficient and timely way to identify children with possible vision impairments. […] Up to 1 in 17 preschool-aged children, 1 in 5 Head Start children, and an estimated 1 in 4 school-aged children has an undetected and untreated vision disorder that can interfere with their ability to develop properly and perform optimally in school. […] Vision disorders that are not found and treated early can interfere with learning. […] Screening children with evidence-based tools and procedures helps reduce inequality in children’s vision and eye health care in the United States. […] The vision screening piece of the 12 Components of a Strong Vision Health System of Care is designed to identify children and adolescents who may have a vision disorder that could affect learning and development.
  • #5 Vision & Hearing
    https://dph.illinois.gov/topics-services/prevention-wellness/vision-hearing.html
    Adequate vision and hearing are paramount to educational performance. […] In the United States, the most prevalent disabling childhood conditions are vision disorders, including amblyopia, strabismus and significant refractive errors. Early detection increases the likelihood of effective treatment. […] The Illinois Department of Public Health works to prevent the detrimental effects of hearing and vision loss in children by implementing the Illinois Child Vision and Hearing Test Act (410 ILCS 205), which mandates vision and hearing screening programs for preschool and school age children. […] Hearing screening must be provided annually for preschool children 3 years of age or older in any public or private educational program or licensed child care facility, and for all school age children grades kindergarten, first, second and third; are in special education class; have been referred by a teacher; or are transfer students.
  • #6 Why short-sightedness is on the rise
    https://www.bbc.com/future/article/20220927-can-you-prevent-short-sightedness-in-kids
    Soaring rates of short-sightedness in children are alarming parents and doctors around the world. […] Rates of short-sightedness also known as near-sightedness or myopia continued to rise and rise. […] Today, Singapore has a myopia rate of around 80% in young adults, and has been called „the myopia capital of the world”. […] What happened in Singapore now appears to be happening all over the world. […] Countries with seemingly completely different lifestyles are unified by a startling phenomenon: rocketing rates of short-sightedness. […] Myopia has risen dramatically among children in China to reach 76%-90% among older school children. […] And in children, where it may take some time to spot the problem and correct it, it can hurt their ability to learn in school and enjoy daily life and set them up for future eye health problems.
  • #7 Why short-sightedness is on the rise
    https://www.bbc.com/future/article/20220927-can-you-prevent-short-sightedness-in-kids
    Soaring rates of short-sightedness in children are alarming parents and doctors around the world. […] Rates of short-sightedness also known as near-sightedness or myopia continued to rise and rise. […] Today, Singapore has a myopia rate of around 80% in young adults, and has been called „the myopia capital of the world”. […] What happened in Singapore now appears to be happening all over the world. […] Countries with seemingly completely different lifestyles are unified by a startling phenomenon: rocketing rates of short-sightedness. […] Myopia has risen dramatically among children in China to reach 76%-90% among older school children. […] And in children, where it may take some time to spot the problem and correct it, it can hurt their ability to learn in school and enjoy daily life and set them up for future eye health problems.
  • #8 Eye Tests For 3 Year Olds & Preschool Kids | Eyecare Concepts – EYECARE CONCEPTS | MYOPIA CLINIC MELBOURNE
    https://www.eyecareconcepts.com.au/blog/eye-tests-for-3-year-olds-preschoolers
    All children should have their first eye test by an optometrist by the age of 3, and reviewed at least every year as they grow up. […] It is recommended that all children by the age of 3 have a comprehensive, professional vision and eye health assessment by a children’s optometrist. […] It is of even greater importance that vision problems are detected early in children, as delayed treatment can potentially affect their vision for life. […] By having their first eye test before the age of 3, we have a baseline to compare and monitor any vision changes as they grow up. […] Children who are already short-sighted before 5 have a very high risk of developing high myopia, which has lifelong eye health implications. […] More Australian children today are becoming short-sighted, and at an earlier age, than before. […] If you have a concern about your child’s eyes, book an appointment to see our paediatric optometrist as soon as possible.
  • #9 Eye Tests For 3 Year Olds & Preschool Kids | Eyecare Concepts – EYECARE CONCEPTS | MYOPIA CLINIC MELBOURNE
    https://www.eyecareconcepts.com.au/blog/eye-tests-for-3-year-olds-preschoolers
    All children should have their first eye test by an optometrist by the age of 3, and reviewed at least every year as they grow up. […] It is recommended that all children by the age of 3 have a comprehensive, professional vision and eye health assessment by a children’s optometrist. […] It is of even greater importance that vision problems are detected early in children, as delayed treatment can potentially affect their vision for life. […] By having their first eye test before the age of 3, we have a baseline to compare and monitor any vision changes as they grow up. […] Children who are already short-sighted before 5 have a very high risk of developing high myopia, which has lifelong eye health implications. […] More Australian children today are becoming short-sighted, and at an earlier age, than before. […] If you have a concern about your child’s eyes, book an appointment to see our paediatric optometrist as soon as possible.
  • #10 Recommendation: Vision in Children Ages 6 Months to 5 Years: Screening | United States Preventive Services Taskforce
    https://www.uspreventiveservicestaskforce.org/uspstf/recommendation/vision-in-children-ages-6-months-to-5-years-screening
    This recommendation applies to children aged 6 months to 5 years. […] Risk factors for amblyopia include strabismus; high, uncorrected refractive errors (eg, myopia, hyperopia, and astigmatism); anisometropia; and media opacity. […] The USPSTF found adequate evidence that vision screening tools are accurate in detecting vision abnormalities, including refractive errors, strabismus, and amblyopia. […] The USPSTF found inadequate evidence that treatment of amblyopia or its risk factors in children younger than 3 years leads to improved vision outcomes (ie, visual acuity) or other benefits. […] The USPSTF found adequate evidence to assess harms of vision screening tests in children aged 3 to 5 years, including higher false-positive rates in low-prevalence populations. […] The USPSTF found inadequate evidence on the harms of treatment in children younger than 3 years.
  • #11
    https://journals.lww.com/jcor/fulltext/2021/09020/epidemiology,_clinical_profile,_and_pattern_of.6.aspx
    Most of the children with refractive error presented with moderate decrease in visual acuity (6/15-6/36). […] The most common amblyogenic factor is uncorrected refractive error, uncorrected astigmatism being the most common. […] It is essential to increase the efforts to educate and sensitize parents regarding the importance of early visual testing and amblyopia, while on the other hand, it must be made compulsory for the child to get eyes checked before taking admission in schools. […] Since this was a hospital-based study, larger population-based studies are needed to further validate the mass education measures that are necessary to prevent and treat amblyopia.
  • #12
    https://www.health.nsw.gov.au/kidsfamilies/MCFhealth/Pages/steps.aspx
    The StEPS program is an initiative of NSW Health and offers all 4 years old children free vision screening. NSW Health advises all children to have their vision screened before they start school and strongly recommends that all four year old children participate in the vision screening program. […] Children rarely complain of eye problems or realise that they cant see well. The only way to tell if a child has a vision problem is to have the childs vision tested one eye at a time. […] If a child has a vision problem, the earlier the problem is detected and treated the better the vision outcome. […] Low birth weight babies and children with neurological problems are at a greater risk of developing eye problems.
  • #13 Vision Screening Guidelines by Age – National Center
    https://nationalcenter.preventblindness.org/vision-screening-guidelines-by-age/
    The NCCVEH recommends that children with special health care needs should bypass vision screening and receive an eye examination from an eye care professional because certain children are at a higher risk for vision disorders. […] A 2007 Vision in Preschoolers Study involving Head Start children found that the percentage of children with vision problems was at least 2 times higher for untestable children than for children who passed vision screening. […] The NCCVEH recommends rescreening untestable children who do not pass or remain untestable during rescreening for an eye examination by an eye care professional trained and experienced in working with young children. […] In addition to vision screening, it is critical that key data is collected in order to develop a surveillance system.
  • #14 Case Definitions: Screening Services | Vision and Eye Health Surveillance System | CDC
    https://www.cdc.gov/vision-health-data/case-definitions/screening-services.html
    The Vision and Eye Health Surveillance System (VEHSS) reports the prevalence of indicators for receiving screening services using self-report from national surveys and additional measures from administrative claims databases. […] VEHSS calculates the annual percentage of people who had a vision or eye disease screening claim in administrative claims and electronic health record (EHR) registry data. These prevalence rates and counts only include services that generated an insurance claim or EHR with an included procedure code during the year of observation. […] Screening services include the following subgroups: Glaucoma screening, Telemedicine Screening, Vision screening. […] The data sources available for this category include Medicare (default), IRIS Registry, Medicaid, Managed Vision Care, and MarketScan commercial insurance claims. […] VEHSS uses new and existing data sources to provide information on vision loss, eye disorders, and eye care services in the United States.
  • #15 Case Definitions: Screening Services | Vision and Eye Health Surveillance System | CDC
    https://www.cdc.gov/vision-health-data/case-definitions/screening-services.html
    The Vision and Eye Health Surveillance System (VEHSS) reports the prevalence of indicators for receiving screening services using self-report from national surveys and additional measures from administrative claims databases. […] VEHSS calculates the annual percentage of people who had a vision or eye disease screening claim in administrative claims and electronic health record (EHR) registry data. These prevalence rates and counts only include services that generated an insurance claim or EHR with an included procedure code during the year of observation. […] Screening services include the following subgroups: Glaucoma screening, Telemedicine Screening, Vision screening. […] The data sources available for this category include Medicare (default), IRIS Registry, Medicaid, Managed Vision Care, and MarketScan commercial insurance claims. […] VEHSS uses new and existing data sources to provide information on vision loss, eye disorders, and eye care services in the United States.
  • #16 Case Definitions: Screening Services | Vision and Eye Health Surveillance System | CDC
    https://www.cdc.gov/vision-health-data/case-definitions/screening-services.html
    The Vision and Eye Health Surveillance System (VEHSS) reports the prevalence of indicators for receiving screening services using self-report from national surveys and additional measures from administrative claims databases. […] VEHSS calculates the annual percentage of people who had a vision or eye disease screening claim in administrative claims and electronic health record (EHR) registry data. These prevalence rates and counts only include services that generated an insurance claim or EHR with an included procedure code during the year of observation. […] Screening services include the following subgroups: Glaucoma screening, Telemedicine Screening, Vision screening. […] The data sources available for this category include Medicare (default), IRIS Registry, Medicaid, Managed Vision Care, and MarketScan commercial insurance claims. […] VEHSS uses new and existing data sources to provide information on vision loss, eye disorders, and eye care services in the United States.
  • #17 Case Definitions: Screening Services | Vision and Eye Health Surveillance System | CDC
    https://www.cdc.gov/vision-health-data/case-definitions/screening-services.html
    The Vision and Eye Health Surveillance System (VEHSS) reports the prevalence of indicators for receiving screening services using self-report from national surveys and additional measures from administrative claims databases. […] VEHSS calculates the annual percentage of people who had a vision or eye disease screening claim in administrative claims and electronic health record (EHR) registry data. These prevalence rates and counts only include services that generated an insurance claim or EHR with an included procedure code during the year of observation. […] Screening services include the following subgroups: Glaucoma screening, Telemedicine Screening, Vision screening. […] The data sources available for this category include Medicare (default), IRIS Registry, Medicaid, Managed Vision Care, and MarketScan commercial insurance claims. […] VEHSS uses new and existing data sources to provide information on vision loss, eye disorders, and eye care services in the United States.
  • #18 Pediatric and School-Age Vision Screening in the United States: Rationale, Components, and Future Directions
    https://pmc.ncbi.nlm.nih.gov/articles/PMC10047420/
    According to a 2021 analysis of state vision screening requirements in the United States, approximately half (n = 26) of US states require vision screening for preschool-aged children, while the majority of states (n = 41) require vision screening for school-aged children. […] The lack of standardization and wide variation in state regulations point to a need for the development of evidence-based criteria for vision screening programs, especially for school-aged children. […] In Pennsylvania, a state that requires annual vision screenings for all school-age children, over half of the children who meet referral criteria during screenings do not receive follow-up services. […] School-based vision programs (SBVPs) are one approach to increase rates of follow-up from vision screenings. […] In the United States, SBVPs are operating in over 20 states and are continuing to grow in number.
  • #19 Pediatric and School-Age Vision Screening in the United States: Rationale, Components, and Future Directions
    https://pmc.ncbi.nlm.nih.gov/articles/PMC10047420/
    According to a 2021 analysis of state vision screening requirements in the United States, approximately half (n = 26) of US states require vision screening for preschool-aged children, while the majority of states (n = 41) require vision screening for school-aged children. […] The lack of standardization and wide variation in state regulations point to a need for the development of evidence-based criteria for vision screening programs, especially for school-aged children. […] In Pennsylvania, a state that requires annual vision screenings for all school-age children, over half of the children who meet referral criteria during screenings do not receive follow-up services. […] School-based vision programs (SBVPs) are one approach to increase rates of follow-up from vision screenings. […] In the United States, SBVPs are operating in over 20 states and are continuing to grow in number.
  • #20 Children’s Vision Screening Requirements by State – Prevent Blindness
    https://preventblindness.org/vision-screening-requirements-by-state/
    Childrens vision screening requirements vary by state and in fact, only half the states require vision screening for preschool-age children. While 40 states require vision screening for school-age children, the mandates vary in terms of ages or grades when children will receive screening, types of screening, and reporting requirements. […] This analysis underscores the need for developing evidence-based criteria for vision screening in school-aged children across the United States. […] The tables and graphics below provide information on frequency of required vision screenings for children in each state and other information such whether guidelines are currently under review, types of screening required and whether the state mandates an eye exam for children. […] Guidelines or recommendations, unless indicated as rules in the code, are not included in this chart but many states that have no legislation or requirements do have guidelines and some state allocate/provide funding for vision screening. […] The NCCVEH thanks our partner, The Wilmer Eye Institute at Johns Hopkins School of Medicine, for their research of state codes.
  • #21 Pediatric and School-Age Vision Screening in the United States: Rationale, Components, and Future Directions
    https://pmc.ncbi.nlm.nih.gov/articles/PMC10047420/
    According to a 2021 analysis of state vision screening requirements in the United States, approximately half (n = 26) of US states require vision screening for preschool-aged children, while the majority of states (n = 41) require vision screening for school-aged children. […] The lack of standardization and wide variation in state regulations point to a need for the development of evidence-based criteria for vision screening programs, especially for school-aged children. […] In Pennsylvania, a state that requires annual vision screenings for all school-age children, over half of the children who meet referral criteria during screenings do not receive follow-up services. […] School-based vision programs (SBVPs) are one approach to increase rates of follow-up from vision screenings. […] In the United States, SBVPs are operating in over 20 states and are continuing to grow in number.
  • #22 Pediatric and School-Age Vision Screening in the United States: Rationale, Components, and Future Directions
    https://pmc.ncbi.nlm.nih.gov/articles/PMC10047420/
    According to a 2021 analysis of state vision screening requirements in the United States, approximately half (n = 26) of US states require vision screening for preschool-aged children, while the majority of states (n = 41) require vision screening for school-aged children. […] The lack of standardization and wide variation in state regulations point to a need for the development of evidence-based criteria for vision screening programs, especially for school-aged children. […] In Pennsylvania, a state that requires annual vision screenings for all school-age children, over half of the children who meet referral criteria during screenings do not receive follow-up services. […] School-based vision programs (SBVPs) are one approach to increase rates of follow-up from vision screenings. […] In the United States, SBVPs are operating in over 20 states and are continuing to grow in number.
  • #23 Pediatric and School-Age Vision Screening in the United States: Rationale, Components, and Future Directions
    https://pmc.ncbi.nlm.nih.gov/articles/PMC10047420/
    According to a 2021 analysis of state vision screening requirements in the United States, approximately half (n = 26) of US states require vision screening for preschool-aged children, while the majority of states (n = 41) require vision screening for school-aged children. […] The lack of standardization and wide variation in state regulations point to a need for the development of evidence-based criteria for vision screening programs, especially for school-aged children. […] In Pennsylvania, a state that requires annual vision screenings for all school-age children, over half of the children who meet referral criteria during screenings do not receive follow-up services. […] School-based vision programs (SBVPs) are one approach to increase rates of follow-up from vision screenings. […] In the United States, SBVPs are operating in over 20 states and are continuing to grow in number.
  • #24 Pediatric and School-Age Vision Screening in the United States: Rationale, Components, and Future Directions
    https://pmc.ncbi.nlm.nih.gov/articles/PMC10047420/
    The COVID-19 pandemic resulted in substantial disruptions in school operations, including short- and long-term school closures beginning in March 2020 as part of the COVID-19 transmission mitigation measures. […] It is estimated that over 3 million students across the United States missed vision screenings during the 20202021 academic year as a result of the pandemic. […] Pediatric vision screening is important to identify children at risk for uncorrected refractive error or other eye conditions.
  • #25 Pediatric and School-Age Vision Screening in the United States: Rationale, Components, and Future Directions
    https://pmc.ncbi.nlm.nih.gov/articles/PMC10047420/
    The COVID-19 pandemic resulted in substantial disruptions in school operations, including short- and long-term school closures beginning in March 2020 as part of the COVID-19 transmission mitigation measures. […] It is estimated that over 3 million students across the United States missed vision screenings during the 20202021 academic year as a result of the pandemic. […] Pediatric vision screening is important to identify children at risk for uncorrected refractive error or other eye conditions.
  • #26 Why short-sightedness is on the rise
    https://www.bbc.com/future/article/20220927-can-you-prevent-short-sightedness-in-kids
    The earlier a child develops myopia, the more likely it is that they will have severe myopia in adulthood that can ultimately threaten their eyesight, by causing problems related to different parts of the eye such as glaucoma, retinal detachment, cataracts, and myopic maculopathy. […] In low- and middle-income countries, myopia rates still tend to be lower […] but this is changing. […] As literacy rates improve in those countries an otherwise welcome development that problem could grow, unless there is a big effort to also provide eye tests and glasses, experts warn. […] „We can expect myopia rates to continue to climb because countries like India are getting more kids into school,” says Congdon. […] Due to pandemic lockdowns, myopia is also becoming a concern in countries that were not much troubled by it before.
  • #27 Pediatric and School-Age Vision Screening in the United States: Rationale, Components, and Future Directions
    https://pmc.ncbi.nlm.nih.gov/articles/PMC10047420/
    In recent population-based studies on United States children less than 6 years of age, the prevalence of amblyopia and its risk factors has been estimated to be around 16%. […] For school-aged children 6 years and older, in addition to the monitoring of amblyopia risk factors until approximately the age of 9, the goals of vision screening expand to include the detection of risks for uncorrected refractive errors and other eye conditions (e.g., strabismus, ptosis, cataract) that may emerge for the first time throughout childhood and potentially impact a students academic and social functions. […] In the United States, government, advocacy, and service organizations have developed policies on vision screening, including the American Academy of Ophthalmology (AAO), American Association for Pediatric Ophthalmology and Strabismus (AAPOS), American Academy of Pediatrics (AAP), American Association of Certified Orthoptists (AACO), and United States Preventive Services Task Force (USPSTF).
  • #28 Recommendation: Vision in Children Ages 6 Months to 5 Years: Screening | United States Preventive Services Taskforce
    https://www.uspreventiveservicestaskforce.org/uspstf/recommendation/vision-in-children-ages-6-months-to-5-years-screening
    Children aged 3 to 5 years The USPSTF recommends vision screening at least once in all children aged 3 to 5 years to detect amblyopia or its risk factors. […] The USPSTF concludes that the current evidence is insufficient to assess the balance of benefits and harms of vision screening in children younger than 3 years. […] All children aged 3 to 5 years are at risk of vision abnormalities and should be screened; specific risk factors include strabismus, refractive errors, and media opacity. […] The USPSTF concludes with moderate certainty that vision screening to detect amblyopia or its risk factors in children aged 3 to 5 years has a moderate net benefit. […] The USPSTF concludes that the benefits of vision screening to detect amblyopia or its risk factors in children younger than 3 years are uncertain, and that the balance of benefits and harms cannot be determined for this age group.
  • #29 Recommendation: Vision in Children Ages 6 Months to 5 Years: Screening | United States Preventive Services Taskforce
    https://www.uspreventiveservicestaskforce.org/uspstf/recommendation/vision-in-children-ages-6-months-to-5-years-screening
    Children aged 3 to 5 years The USPSTF recommends vision screening at least once in all children aged 3 to 5 years to detect amblyopia or its risk factors. […] The USPSTF concludes that the current evidence is insufficient to assess the balance of benefits and harms of vision screening in children younger than 3 years. […] All children aged 3 to 5 years are at risk of vision abnormalities and should be screened; specific risk factors include strabismus, refractive errors, and media opacity. […] The USPSTF concludes with moderate certainty that vision screening to detect amblyopia or its risk factors in children aged 3 to 5 years has a moderate net benefit. […] The USPSTF concludes that the benefits of vision screening to detect amblyopia or its risk factors in children younger than 3 years are uncertain, and that the balance of benefits and harms cannot be determined for this age group.
  • #30
    https://www.aao.org/eye-health/tips-prevention/children-eye-screening
    A vision screening is a more efficient eye exam. A child is screened for eye problems and referred to an ophthalmologist for a comprehensive exam if needed. […] Screenings are also offered at schools, community health centers, or community events. […] A second screening should be done during the child’s first year of life. This screening is usually done at a well-child exam between 6 and 12 months. […] Between 12 and 36 months, a child is checked for healthy eye development. […] An ophthalmologist should see your child if the screening shows signs of: misaligned eyes (strabismus), „lazy eye (amblyopia), refractive errors (myopia, hyperopia, astigmatism), or another focusing problem. […] At 5, children should be screened for visual acuity and alignment. […] The American Academy of Ophthalmology advises parents to seek a comprehensive eye exam if: their child fails a vision screening, vision screening is inconclusive or cannot be done, referred by a pediatrician or school nurse, their child has a vision complaint or observed abnormal visual behavior, or is at risk for developing eye problems.
  • #31
    https://www.aao.org/eye-health/tips-prevention/children-eye-screening
    A vision screening is a more efficient eye exam. A child is screened for eye problems and referred to an ophthalmologist for a comprehensive exam if needed. […] Screenings are also offered at schools, community health centers, or community events. […] A second screening should be done during the child’s first year of life. This screening is usually done at a well-child exam between 6 and 12 months. […] Between 12 and 36 months, a child is checked for healthy eye development. […] An ophthalmologist should see your child if the screening shows signs of: misaligned eyes (strabismus), „lazy eye (amblyopia), refractive errors (myopia, hyperopia, astigmatism), or another focusing problem. […] At 5, children should be screened for visual acuity and alignment. […] The American Academy of Ophthalmology advises parents to seek a comprehensive eye exam if: their child fails a vision screening, vision screening is inconclusive or cannot be done, referred by a pediatrician or school nurse, their child has a vision complaint or observed abnormal visual behavior, or is at risk for developing eye problems.
  • #32
    https://www.aao.org/eye-health/tips-prevention/children-eye-screening
    A vision screening is a more efficient eye exam. A child is screened for eye problems and referred to an ophthalmologist for a comprehensive exam if needed. […] Screenings are also offered at schools, community health centers, or community events. […] A second screening should be done during the child’s first year of life. This screening is usually done at a well-child exam between 6 and 12 months. […] Between 12 and 36 months, a child is checked for healthy eye development. […] An ophthalmologist should see your child if the screening shows signs of: misaligned eyes (strabismus), „lazy eye (amblyopia), refractive errors (myopia, hyperopia, astigmatism), or another focusing problem. […] At 5, children should be screened for visual acuity and alignment. […] The American Academy of Ophthalmology advises parents to seek a comprehensive eye exam if: their child fails a vision screening, vision screening is inconclusive or cannot be done, referred by a pediatrician or school nurse, their child has a vision complaint or observed abnormal visual behavior, or is at risk for developing eye problems.
  • #33 How You Should Examine Infants and Toddlers
    https://www.reviewofoptometry.com/article/how-you-should-examine-infants-and-toddlers
    The American Public Health Association recommends that first eye examination be given at 6 months, then at 2 years and then at 4 years.4 As optometrists, we cannot only reach out to this severely underserved population, but also be prepared for the possible influx of pediatric patients in the coming years.
  • #34 What is a Pediatric Eye Exam? | Nationwide Vision
    https://www.nationwidevision.com/eye-care-resources/what-is-a-pediatric-eye-exam
    Most parents are used to booking regular wellness visits with a pediatrician but eye exams are just as essential for tracking your child’s growth and development. […] A child’s eyesight begins to develop from birth and continues to change rapidly throughout childhood. Some vision issues can go unnoticed without a proper exam, yet they can impact learning, coordination, and social development. […] Research shows that as many as 60% of children with vision problems go undetected through screenings alone. […] The American Optometric Association recommends scheduling your child’s first full eye exam by age 5 or earlier if concerns arise. […] Annual exams are essential during these years to catch changes early and support healthy vision through school, sports, and everyday life. […] Regular exams are key to catching these concerns early, when treatment is often easier and more effective. Early diagnosis can help protect your child’s sight and support their academic and social development. […] Regular exams give your provider a baseline to monitor progress and address any updates in vision needs.
  • #35 Children’s Vision Screening – British and Irish Orthoptic Society
    https://www.orthoptics.org.uk/patients-and-public/childrens-vision-screening/
    Vision screening of children is a designed to detect reduced vision in one or both eyes. It is a straightforward and entirely safe test, and should be carried out at 4-5 years of age so that, if required, your child can receive treatment at an age when it is most effective. Vision screening is usually carried out in school (England, Wales, NI and Republic of Ireland) or pre-school in Scotland. […] Vision screening is carried out to detect Amblyopia, which is more commonly known as a “lazy eye”. Amblyopia is when the vision in one or both eyes doesn’t develop properly. It is estimated that 1 in 50 children will develop this condition. […] It is recommended by the UK national screening committee (UKNSC) that standardised vision screening, organised and led by orthoptists, should be offered to all children aged 4-5 years. This means that every child can be given the opportunity to have their vision tested without the onus being put on to parents to take their children for an assessment, this is especially important for those children who are vulnerable or at risk.
  • #36 Children’s Vision Screening – British and Irish Orthoptic Society
    https://www.orthoptics.org.uk/patients-and-public/childrens-vision-screening/
    In Scotland, Wales and Northern Ireland, all children are assessed as part of a mandatory orthoptic-led vision screening service. In England vision screening is recommended but not all local authorities provide a vision screening service. BIOS are calling for a mandatory national screening programme in England. […] Amblyopia can be treated successfully in younger children, therefore early detection and treatment with glasses, eye patches or both can be started. Treatment for amblyopia has been shown to be less successful beyond approximately eight years of age. […] Testing at 4-5 years allows vision tests to be carried out that are accurate enough to detect real problems, whilst minimising the number of children referred for further testing unnecessarily. Additionally, testing in a familiar environment such as school or nursery improves confidence and ability to cooperate. This also enables screening to be consistently delivered to almost all children in the country. […] If screening suggests that your child has reduced vision, they will be referred for further assessment. This could be to community or hospital eye service or to an optometrist at your local high street opticians. They will be able to recommend the most appropriate treatment for your child.
  • #37 Child eye health – peelregion.ca
    https://peelregion.ca/children-parenting/child-eye-health
    Regular eye exams for your child can help find eye problems early and get the right treatment. […] Children won’t always tell you if they are having problems with their eyes or vision. […] That’s why it’s important to know what signs to look for and to have your child’s eyes checked regularly by an optometrist. […] Ontario Health Insurance Plan (OHIP) covers free eye exams once a year, for children 19 years or under. […] At 6 months old, your child should have their first eye exam. Between ages 2 and 5, your child should have a second eye exam. Every year, an optometrist should check your child to ensure good eye health and developmental progress. […] The optometrist will complete general vision testing in both eyes, eye muscle testing, eye coordination testing, and a general health assessment of the front and back of the eyes. […] If needed, the optometrist will write a prescription for glasses for your child.
  • #38 Child eye health – peelregion.ca
    https://peelregion.ca/children-parenting/child-eye-health
    Regular eye exams for your child can help find eye problems early and get the right treatment. […] Children won’t always tell you if they are having problems with their eyes or vision. […] That’s why it’s important to know what signs to look for and to have your child’s eyes checked regularly by an optometrist. […] Ontario Health Insurance Plan (OHIP) covers free eye exams once a year, for children 19 years or under. […] At 6 months old, your child should have their first eye exam. Between ages 2 and 5, your child should have a second eye exam. Every year, an optometrist should check your child to ensure good eye health and developmental progress. […] The optometrist will complete general vision testing in both eyes, eye muscle testing, eye coordination testing, and a general health assessment of the front and back of the eyes. […] If needed, the optometrist will write a prescription for glasses for your child.
  • #39 Vision Screening
    https://www.michigan.gov/mdhhs/adult-child-serv/childrenfamilies/familyhealth/hearing-laughter-seeing-smiles-/vision/visionscreening
    The goal of the MDHHS vision screening program is to conserve the vision of Michigan children. Many children enter school with vision problems and early detection can aid in treating any problems before they result in vision loss. Identifying children with visual impairments and getting them to care is the only way to prevent eye conditions from impacting their ability to learn. […] All county or district health departments have a Vision Screening Program and conduct screenings according to the Public Health Code frequency of screening. This includes vision screenings at least once between the ages of 3 and 5 years, prior to kindergarten entry, and in grades 1, 3, 5, 7, and 9 (or in conjunction with drivers education classes). Over half a million preschool and school-age children are screened in Michigan each year with nearly 59,000 (10-14%) referrals made to eye doctors annually.
  • #40 Pediatric Vision Screening
    https://pmc.ncbi.nlm.nih.gov/articles/PMC6317790/
    Based on consensus, the most important aspects of a provider-based vision screening are red reflex testing, external examination of lids and adnexa, ocular motility, and visual acuity testing. […] Based on some research evidence as well as consensus, instrument-based vision screening can be used to reliably evaluate vision in children.
  • #41 Pediatric Vision Screening
    https://pmc.ncbi.nlm.nih.gov/articles/PMC6317790/
    Based on consensus, the most important aspects of a provider-based vision screening are red reflex testing, external examination of lids and adnexa, ocular motility, and visual acuity testing. […] Based on some research evidence as well as consensus, instrument-based vision screening can be used to reliably evaluate vision in children.
  • #42 Why kid’s eye exams are important
    https://www.babycenter.com/health/conditions/eye-examinations-for-children_1437479
    Many pediatricians now use instrument-based vision screening annually beginning when a child is between 1 and 2 years old and until their vision can be reliably tested using reading charts. These instruments take pictures of the child’s eyes and look for refractive errors and optical alignment, so as to identify early vision problems, such as strabismus, amblyopia, and high refractive errors (such as nearsightedness or farsightedness).
  • #43 Why kid’s eye exams are important
    https://www.babycenter.com/health/conditions/eye-examinations-for-children_1437479
    Many pediatricians now use instrument-based vision screening annually beginning when a child is between 1 and 2 years old and until their vision can be reliably tested using reading charts. These instruments take pictures of the child’s eyes and look for refractive errors and optical alignment, so as to identify early vision problems, such as strabismus, amblyopia, and high refractive errors (such as nearsightedness or farsightedness).
  • #44 Vision Frequent Questions | Texas DSHS
    https://www.dshs.texas.gov/vision-hearing-screening/vision/vision-frequent-questions
    House Bill 3157 allows the use of photoscreening devices but does not require the use or purchase of photoscreening devices. […] Yes, photoscreening devices can be used to screen students at any age for risk factors that may lead to vision disorders. […] DSHS follows American Association for Pediatric Ophthalmology and Strabismus (AAPOS) guidelines for the screening program. […] Photoscreening is a form of pediatric vision screening that uses a special-purpose camera to determine how well a child can see. […] Visual acuity is the sharpness of vision, measured by the ability to discern letters or numbers at a given distance according to a fixed standard. […] Photoscreening may be used on children with disabilities, and they should be referred for a professional evaluation if they fail. […] Therefore, at the school’s evaluation and discretion, disabled children who pass photoscreening may still need a referral for a more comprehensive eye exam.
  • #45 Vision Frequent Questions | Texas DSHS
    https://www.dshs.texas.gov/vision-hearing-screening/vision/vision-frequent-questions
    House Bill 3157 allows the use of photoscreening devices but does not require the use or purchase of photoscreening devices. […] Yes, photoscreening devices can be used to screen students at any age for risk factors that may lead to vision disorders. […] DSHS follows American Association for Pediatric Ophthalmology and Strabismus (AAPOS) guidelines for the screening program. […] Photoscreening is a form of pediatric vision screening that uses a special-purpose camera to determine how well a child can see. […] Visual acuity is the sharpness of vision, measured by the ability to discern letters or numbers at a given distance according to a fixed standard. […] Photoscreening may be used on children with disabilities, and they should be referred for a professional evaluation if they fail. […] Therefore, at the school’s evaluation and discretion, disabled children who pass photoscreening may still need a referral for a more comprehensive eye exam.
  • #46 Pediatric Resource – World Council of Optometry
    https://worldcouncilofoptometry.info/pediatric-resource/
    Vision screening should be able to identify the potential existence of eye disease conditions, especially if they are vision threatening. […] Referral compliance remains a challenge in ensuring that the children referred seek treatment. […] The vision screening process is not complete without enabling the provision of spectacles, referral for ocular diseases, and assessing compliance to spectacle wear and other recommendations. […] Many children will need referral for secondary and tertiary services (either directly or after a comprehensive eye examination).
  • #47 Pediatric Resource – World Council of Optometry
    https://worldcouncilofoptometry.info/pediatric-resource/
    Vision screening should be able to identify the potential existence of eye disease conditions, especially if they are vision threatening. […] Referral compliance remains a challenge in ensuring that the children referred seek treatment. […] The vision screening process is not complete without enabling the provision of spectacles, referral for ocular diseases, and assessing compliance to spectacle wear and other recommendations. […] Many children will need referral for secondary and tertiary services (either directly or after a comprehensive eye examination).
  • #48 Pediatric Resource – World Council of Optometry
    https://worldcouncilofoptometry.info/pediatric-resource/
    Vision screening should be able to identify the potential existence of eye disease conditions, especially if they are vision threatening. […] Referral compliance remains a challenge in ensuring that the children referred seek treatment. […] The vision screening process is not complete without enabling the provision of spectacles, referral for ocular diseases, and assessing compliance to spectacle wear and other recommendations. […] Many children will need referral for secondary and tertiary services (either directly or after a comprehensive eye examination).
  • #49 Pediatric Resource – World Council of Optometry
    https://worldcouncilofoptometry.info/pediatric-resource/
    Vision screening should be able to identify the potential existence of eye disease conditions, especially if they are vision threatening. […] Referral compliance remains a challenge in ensuring that the children referred seek treatment. […] The vision screening process is not complete without enabling the provision of spectacles, referral for ocular diseases, and assessing compliance to spectacle wear and other recommendations. […] Many children will need referral for secondary and tertiary services (either directly or after a comprehensive eye examination).
  • #50 Vision Screening Guidelines by Age – National Center
    https://nationalcenter.preventblindness.org/vision-screening-guidelines-by-age/
    The NCCVEH recommends that children with special health care needs should bypass vision screening and receive an eye examination from an eye care professional because certain children are at a higher risk for vision disorders. […] A 2007 Vision in Preschoolers Study involving Head Start children found that the percentage of children with vision problems was at least 2 times higher for untestable children than for children who passed vision screening. […] The NCCVEH recommends rescreening untestable children who do not pass or remain untestable during rescreening for an eye examination by an eye care professional trained and experienced in working with young children. […] In addition to vision screening, it is critical that key data is collected in order to develop a surveillance system.
  • #51 Vision Screening Guidelines by Age – National Center
    https://nationalcenter.preventblindness.org/vision-screening-guidelines-by-age/
    The NCCVEH recommends that children with special health care needs should bypass vision screening and receive an eye examination from an eye care professional because certain children are at a higher risk for vision disorders. […] A 2007 Vision in Preschoolers Study involving Head Start children found that the percentage of children with vision problems was at least 2 times higher for untestable children than for children who passed vision screening. […] The NCCVEH recommends rescreening untestable children who do not pass or remain untestable during rescreening for an eye examination by an eye care professional trained and experienced in working with young children. […] In addition to vision screening, it is critical that key data is collected in order to develop a surveillance system.
  • #52
    https://www.aao.org/eye-health/tips-prevention/children-eye-screening
    A vision screening is a more efficient eye exam. A child is screened for eye problems and referred to an ophthalmologist for a comprehensive exam if needed. […] Screenings are also offered at schools, community health centers, or community events. […] A second screening should be done during the child’s first year of life. This screening is usually done at a well-child exam between 6 and 12 months. […] Between 12 and 36 months, a child is checked for healthy eye development. […] An ophthalmologist should see your child if the screening shows signs of: misaligned eyes (strabismus), „lazy eye (amblyopia), refractive errors (myopia, hyperopia, astigmatism), or another focusing problem. […] At 5, children should be screened for visual acuity and alignment. […] The American Academy of Ophthalmology advises parents to seek a comprehensive eye exam if: their child fails a vision screening, vision screening is inconclusive or cannot be done, referred by a pediatrician or school nurse, their child has a vision complaint or observed abnormal visual behavior, or is at risk for developing eye problems.
  • #53
    https://www.aao.org/eye-health/tips-prevention/children-eye-screening
    A vision screening is a more efficient eye exam. A child is screened for eye problems and referred to an ophthalmologist for a comprehensive exam if needed. […] Screenings are also offered at schools, community health centers, or community events. […] A second screening should be done during the child’s first year of life. This screening is usually done at a well-child exam between 6 and 12 months. […] Between 12 and 36 months, a child is checked for healthy eye development. […] An ophthalmologist should see your child if the screening shows signs of: misaligned eyes (strabismus), „lazy eye (amblyopia), refractive errors (myopia, hyperopia, astigmatism), or another focusing problem. […] At 5, children should be screened for visual acuity and alignment. […] The American Academy of Ophthalmology advises parents to seek a comprehensive eye exam if: their child fails a vision screening, vision screening is inconclusive or cannot be done, referred by a pediatrician or school nurse, their child has a vision complaint or observed abnormal visual behavior, or is at risk for developing eye problems.
  • #54 Eye Exams for Children – Optometrists.org
    https://www.optometrists.org/childrens-vision/guide-to-childrens-eye-exams/pediatric-eye-exams-2/
    While it is common practice for pediatricians to conduct a brief vision screening at your child’s annual physical, it is important to emphasize that these screenings are not a substitute for a thorough examination performed by an eye doctor. […] Eye doctors recommend that children have their first eye exam at six months of age to ensure that their eyes are developing normally. […] Even if your child has passed a school vision screening, it is still strongly recommended to schedule a comprehensive eye exam. Vision screenings do not check for all the vision problems that can affect children. […] Many children have difficulty in school, either academically and behaviorally, because of undetected visual problems. […] Regular eye exams are important because most of the time, children don’t even realize that their vision has changed and they may be struggling with a vision problem.
  • #55 Eye Exams for Children – Optometrists.org
    https://www.optometrists.org/childrens-vision/guide-to-childrens-eye-exams/pediatric-eye-exams-2/
    While it is common practice for pediatricians to conduct a brief vision screening at your child’s annual physical, it is important to emphasize that these screenings are not a substitute for a thorough examination performed by an eye doctor. […] Eye doctors recommend that children have their first eye exam at six months of age to ensure that their eyes are developing normally. […] Even if your child has passed a school vision screening, it is still strongly recommended to schedule a comprehensive eye exam. Vision screenings do not check for all the vision problems that can affect children. […] Many children have difficulty in school, either academically and behaviorally, because of undetected visual problems. […] Regular eye exams are important because most of the time, children don’t even realize that their vision has changed and they may be struggling with a vision problem.
  • #56 Eye Exams for Children – Optometrists.org
    https://www.optometrists.org/childrens-vision/guide-to-childrens-eye-exams/pediatric-eye-exams-2/
    While it is common practice for pediatricians to conduct a brief vision screening at your child’s annual physical, it is important to emphasize that these screenings are not a substitute for a thorough examination performed by an eye doctor. […] Eye doctors recommend that children have their first eye exam at six months of age to ensure that their eyes are developing normally. […] Even if your child has passed a school vision screening, it is still strongly recommended to schedule a comprehensive eye exam. Vision screenings do not check for all the vision problems that can affect children. […] Many children have difficulty in school, either academically and behaviorally, because of undetected visual problems. […] Regular eye exams are important because most of the time, children don’t even realize that their vision has changed and they may be struggling with a vision problem.
  • #57 Why are eye exams for children important? – Ontario Association of Optometrists
    https://optom.on.ca/why-are-eye-exams-for-children-important/
    Comprehensive eye exams with an optometrist are the only way to tell if your childs eyes are developing properly. […] Eye exams also make sure your child is able to learn. […] Almost three-quarters of Ontarios parents are unaware that vision problems can cause speech difficulties, nearly two-third are unaware that they can lead to developmental delays and half of parents do not realize that a vision problem may be the cause of short attention spans in children. […] Undetected and untreated vision problems often cause reading difficulties, and can cause the same signs and symptoms that are commonly attributed to issues such as ADHD, dyslexia and speech problems. […] Vision screenings are not a substitute for a comprehensive eye health exam. […] Studies have shown that vision screening tests have high error rates.
  • #58 Recommendation: Vision in Children Ages 6 Months to 5 Years: Screening | United States Preventive Services Taskforce
    https://www.uspreventiveservicestaskforce.org/uspstf/recommendation/vision-in-children-ages-6-months-to-5-years-screening
    This recommendation applies to children aged 6 months to 5 years. […] Risk factors for amblyopia include strabismus; high, uncorrected refractive errors (eg, myopia, hyperopia, and astigmatism); anisometropia; and media opacity. […] The USPSTF found adequate evidence that vision screening tools are accurate in detecting vision abnormalities, including refractive errors, strabismus, and amblyopia. […] The USPSTF found inadequate evidence that treatment of amblyopia or its risk factors in children younger than 3 years leads to improved vision outcomes (ie, visual acuity) or other benefits. […] The USPSTF found adequate evidence to assess harms of vision screening tests in children aged 3 to 5 years, including higher false-positive rates in low-prevalence populations. […] The USPSTF found inadequate evidence on the harms of treatment in children younger than 3 years.
  • #59 Kids Eye Exams & Eyecare for Children | Pearle Vision
    https://www.pearlevision.com/pv-us/eye-health-and-conditions/eye-condition/eye-care-for-children
    Early detection and intervention are crucial in managing and addressing potential vision problems, so if your child exhibits any of these behaviors, it is strongly advised to schedule an eye exam with a kids eye doctor near you. […] Therefore, it is important to understand the differences between school vision screenings and comprehensive eye exams to ensure your child receives the best possible eye care. […] A comprehensive eye exam is a thorough evaluation conducted by an eye care professional, such as an optometrist or ophthalmologist, who specializes in children’s eye care. This exam goes beyond simple vision screenings and provides a comprehensive assessment of your child’s eye health, visual acuity, and overall visual development. […] Detecting vision problems early through a comprehensive exam is the best way to make sure that vision problems don’t impact your child’s academic performance, daily activities, and overall quality of life.
  • #60 Kids Eye Exams & Eyecare for Children | Pearle Vision
    https://www.pearlevision.com/pv-us/eye-health-and-conditions/eye-condition/eye-care-for-children
    Early detection and intervention are crucial in managing and addressing potential vision problems, so if your child exhibits any of these behaviors, it is strongly advised to schedule an eye exam with a kids eye doctor near you. […] Therefore, it is important to understand the differences between school vision screenings and comprehensive eye exams to ensure your child receives the best possible eye care. […] A comprehensive eye exam is a thorough evaluation conducted by an eye care professional, such as an optometrist or ophthalmologist, who specializes in children’s eye care. This exam goes beyond simple vision screenings and provides a comprehensive assessment of your child’s eye health, visual acuity, and overall visual development. […] Detecting vision problems early through a comprehensive exam is the best way to make sure that vision problems don’t impact your child’s academic performance, daily activities, and overall quality of life.
  • #61 Kids Eye Exams & Eyecare for Children | Pearle Vision
    https://www.pearlevision.com/pv-us/eye-health-and-conditions/eye-condition/eye-care-for-children
    Early detection and intervention are crucial in managing and addressing potential vision problems, so if your child exhibits any of these behaviors, it is strongly advised to schedule an eye exam with a kids eye doctor near you. […] Therefore, it is important to understand the differences between school vision screenings and comprehensive eye exams to ensure your child receives the best possible eye care. […] A comprehensive eye exam is a thorough evaluation conducted by an eye care professional, such as an optometrist or ophthalmologist, who specializes in children’s eye care. This exam goes beyond simple vision screenings and provides a comprehensive assessment of your child’s eye health, visual acuity, and overall visual development. […] Detecting vision problems early through a comprehensive exam is the best way to make sure that vision problems don’t impact your child’s academic performance, daily activities, and overall quality of life.
  • #62 Children’s eye exams: Preventing vision loss in the digital age – Keeler Global
    https://www.keelerglobal.com/childrens-eye-exams-preventing-vision-loss-in-the-digital-age/
    Regular eye tests are crucial. […] If you observe any of these signs in your child, it is advisable to seek an eye examination from a qualified optician. […] Regular eye tests also help identify potential eye diseases or conditions like allergies, infections, or even more serious issues like glaucoma. […] During your child’s sight test, several different tests will be carried out by a qualified optician. […] Early detection of eye health issues is crucial for timely intervention. […] Besides eye examinations, encouraging children to spend time outdoors helps reduce the risk of the onset of myopia. […] Excessive screen time has become a concern, especially for children’s eye health. […] Research suggests a correlation between increased screen time and myopia development in children. […] In summary, regular eye examinations for children are crucial in protecting their vision and ensuring their overall well-being, especially in this age of increased screen time and the prevalence of myopia.
  • #63 Myopia in Children: Epidemiology, Genetics, and Emerging Therapies for Treatment and Prevention
    https://www.mdpi.com/2227-9067/11/12/1446
    Public health organizations, such as the World Health Organization (WHO) and ophthalmological associations, have acknowledged the diverse risk factors for myopia and have proposed preventive measures to mitigate high-risk behaviors. The WHO guidelines and research in East Asia recommend a minimum of 2 h of outdoor activity daily as a preventive strategy, indicating that children participating in such activities are 20–30% less likely to acquire myopia. Additionally, numerous countries have initiated programs to inform parents and children about the effects of screen time and near-work activities, advocating for restrictions on digital device usage, particularly among young children. Pediatricians are essential in public health campaigns, serving as educators and advocates for behavioral changes during routine consultations and community outreach efforts.
  • #64 Myopia in Children: Epidemiology, Genetics, and Emerging Therapies for Treatment and Prevention
    https://www.mdpi.com/2227-9067/11/12/1446
    Public health organizations, such as the World Health Organization (WHO) and ophthalmological associations, have acknowledged the diverse risk factors for myopia and have proposed preventive measures to mitigate high-risk behaviors. The WHO guidelines and research in East Asia recommend a minimum of 2 h of outdoor activity daily as a preventive strategy, indicating that children participating in such activities are 20–30% less likely to acquire myopia. Additionally, numerous countries have initiated programs to inform parents and children about the effects of screen time and near-work activities, advocating for restrictions on digital device usage, particularly among young children. Pediatricians are essential in public health campaigns, serving as educators and advocates for behavioral changes during routine consultations and community outreach efforts.
  • #65 Why short-sightedness is on the rise
    https://www.bbc.com/future/article/20220927-can-you-prevent-short-sightedness-in-kids
    Faced with these facts, many parents may be wondering what they can do to protect their child’s eyesight. […] „A majority of the interventions that exist to stop short-sightedness getting worse were developed or tested in China,” says Ghorbani-Mojarrad. […] The most effective, evidence-based prevention strategy is also surprisingly low-tech, and applies to all countries regardless of their wealth or resources: more time outdoors. […] The challenge is to ensure that children make use of this natural boost. […] Ultimately, a child’s eyesight is part of their general wellbeing, she says: „We don’t just want the focus to be on the eyes: it’s about the whole body and good mental health. We want our kids to lead healthy lives.”
  • #66 Myopia in Children: Epidemiology, Genetics, and Emerging Therapies for Treatment and Prevention
    https://www.mdpi.com/2227-9067/11/12/1446
    Public health organizations, such as the World Health Organization (WHO) and ophthalmological associations, have acknowledged the diverse risk factors for myopia and have proposed preventive measures to mitigate high-risk behaviors. The WHO guidelines and research in East Asia recommend a minimum of 2 h of outdoor activity daily as a preventive strategy, indicating that children participating in such activities are 20–30% less likely to acquire myopia. Additionally, numerous countries have initiated programs to inform parents and children about the effects of screen time and near-work activities, advocating for restrictions on digital device usage, particularly among young children. Pediatricians are essential in public health campaigns, serving as educators and advocates for behavioral changes during routine consultations and community outreach efforts.
  • #67 Children’s eye exams: Preventing vision loss in the digital age – Keeler Global
    https://www.keelerglobal.com/childrens-eye-exams-preventing-vision-loss-in-the-digital-age/
    Regular eye tests are crucial. […] If you observe any of these signs in your child, it is advisable to seek an eye examination from a qualified optician. […] Regular eye tests also help identify potential eye diseases or conditions like allergies, infections, or even more serious issues like glaucoma. […] During your child’s sight test, several different tests will be carried out by a qualified optician. […] Early detection of eye health issues is crucial for timely intervention. […] Besides eye examinations, encouraging children to spend time outdoors helps reduce the risk of the onset of myopia. […] Excessive screen time has become a concern, especially for children’s eye health. […] Research suggests a correlation between increased screen time and myopia development in children. […] In summary, regular eye examinations for children are crucial in protecting their vision and ensuring their overall well-being, especially in this age of increased screen time and the prevalence of myopia.
  • #68 Children’s eye exams: Preventing vision loss in the digital age – Keeler Global
    https://www.keelerglobal.com/childrens-eye-exams-preventing-vision-loss-in-the-digital-age/
    Regular eye tests are crucial. […] If you observe any of these signs in your child, it is advisable to seek an eye examination from a qualified optician. […] Regular eye tests also help identify potential eye diseases or conditions like allergies, infections, or even more serious issues like glaucoma. […] During your child’s sight test, several different tests will be carried out by a qualified optician. […] Early detection of eye health issues is crucial for timely intervention. […] Besides eye examinations, encouraging children to spend time outdoors helps reduce the risk of the onset of myopia. […] Excessive screen time has become a concern, especially for children’s eye health. […] Research suggests a correlation between increased screen time and myopia development in children. […] In summary, regular eye examinations for children are crucial in protecting their vision and ensuring their overall well-being, especially in this age of increased screen time and the prevalence of myopia.
  • #69 Myopia in Children: Epidemiology, Genetics, and Emerging Therapies for Treatment and Prevention
    https://www.mdpi.com/2227-9067/11/12/1446
    Pediatricians play an active role in myopia prevention. Pediatricians are particularly equipped to incorporate these epidemiological findings into patient care, highlighting the significance of lifestyle adjustments within a comprehensive preventative strategy for myopia. They can collaborate with families to create daily routines that emphasize outdoor activities and regulate screen usage in developmentally suitable manners. This preventative guidance corresponds with the pediatric healthcare model, which emphasizes early intervention and lifestyle counseling to enhance long-term health outcomes.
  • #70 Myopia in Children: Epidemiology, Genetics, and Emerging Therapies for Treatment and Prevention
    https://www.mdpi.com/2227-9067/11/12/1446
    Pediatricians play an active role in myopia prevention. Pediatricians are particularly equipped to incorporate these epidemiological findings into patient care, highlighting the significance of lifestyle adjustments within a comprehensive preventative strategy for myopia. They can collaborate with families to create daily routines that emphasize outdoor activities and regulate screen usage in developmentally suitable manners. This preventative guidance corresponds with the pediatric healthcare model, which emphasizes early intervention and lifestyle counseling to enhance long-term health outcomes.
  • #71 Myopia in Children: Epidemiology, Genetics, and Emerging Therapies for Treatment and Prevention
    https://www.mdpi.com/2227-9067/11/12/1446
    Pediatricians play an active role in myopia prevention. Pediatricians are particularly equipped to incorporate these epidemiological findings into patient care, highlighting the significance of lifestyle adjustments within a comprehensive preventative strategy for myopia. They can collaborate with families to create daily routines that emphasize outdoor activities and regulate screen usage in developmentally suitable manners. This preventative guidance corresponds with the pediatric healthcare model, which emphasizes early intervention and lifestyle counseling to enhance long-term health outcomes.
  • #72 Myopia in Children: Epidemiology, Genetics, and Emerging Therapies for Treatment and Prevention
    https://www.mdpi.com/2227-9067/11/12/1446
    Pediatricians play an active role in myopia prevention. Pediatricians are particularly equipped to incorporate these epidemiological findings into patient care, highlighting the significance of lifestyle adjustments within a comprehensive preventative strategy for myopia. They can collaborate with families to create daily routines that emphasize outdoor activities and regulate screen usage in developmentally suitable manners. This preventative guidance corresponds with the pediatric healthcare model, which emphasizes early intervention and lifestyle counseling to enhance long-term health outcomes.
  • #73 Pediatric Vision Screening for the Family Physician | AAFP
    https://www.aafp.org/pubs/afp/issues/1998/0901/p691.html
    Family physicians should always include pediatric vision screening in their routine care of children. Many vision-threatening conditions can be detected by using simple methods in the office, such as Snellen visual acuity testing, corneal light reflex examination and cover-uncover testing. […] Vision problems affect between 5 and 10 percent of young children. Up to 3 percent of the pediatric population younger than age six has strabismus, or misalignment of the visual axis. […] Fortunately, pediatric vision screening can reduce the incidence of vision loss related to amblyopia. […] Despite evidence that early detection and intervention can decrease the consequences of strabismus and other conditions that lead to amblyopia, studies find that primary care physicians are not consistently conducting pediatric vision screening during clinical visits.
  • #74 Pediatric Vision Screening for the Family Physician | AAFP
    https://www.aafp.org/pubs/afp/issues/1998/0901/p691.html
    Family physicians should always include pediatric vision screening in their routine care of children. Many vision-threatening conditions can be detected by using simple methods in the office, such as Snellen visual acuity testing, corneal light reflex examination and cover-uncover testing. […] Vision problems affect between 5 and 10 percent of young children. Up to 3 percent of the pediatric population younger than age six has strabismus, or misalignment of the visual axis. […] Fortunately, pediatric vision screening can reduce the incidence of vision loss related to amblyopia. […] Despite evidence that early detection and intervention can decrease the consequences of strabismus and other conditions that lead to amblyopia, studies find that primary care physicians are not consistently conducting pediatric vision screening during clinical visits.
  • #75 Pediatric and School-Age Vision Screening in the United States: Rationale, Components, and Future Directions
    https://pmc.ncbi.nlm.nih.gov/articles/PMC10047420/
    The COVID-19 pandemic resulted in substantial disruptions in school operations, including short- and long-term school closures beginning in March 2020 as part of the COVID-19 transmission mitigation measures. […] It is estimated that over 3 million students across the United States missed vision screenings during the 20202021 academic year as a result of the pandemic. […] Pediatric vision screening is important to identify children at risk for uncorrected refractive error or other eye conditions.
  • #76 Pediatric Vision Screening
    https://pmc.ncbi.nlm.nih.gov/articles/PMC6317790/
    Vision screening is crucial for early detection and prevention of vision loss in young children. […] Vision screening assessments in early childhood reduce the risk of vision loss at age 7 years by more than 50%. […] Vision screening and eye examinations within the medical home create frequent and early opportunities to diagnose a myriad of conditions. […] The short window of opportunity to save vision underscores the importance of vision screening to detect amblyopia or its risk factors while treatment is still effective. […] The combined sensitivity of a series of screening evaluations is higher than a single evaluation, especially if different methods are used for each screening evaluation. […] Routine vision screening decreases the incidence of vision loss in early childhood.
  • #77 Children’s Vision Screening – British and Irish Orthoptic Society
    https://www.orthoptics.org.uk/patients-and-public/childrens-vision-screening/
    In Scotland, Wales and Northern Ireland, all children are assessed as part of a mandatory orthoptic-led vision screening service. In England vision screening is recommended but not all local authorities provide a vision screening service. BIOS are calling for a mandatory national screening programme in England. […] Amblyopia can be treated successfully in younger children, therefore early detection and treatment with glasses, eye patches or both can be started. Treatment for amblyopia has been shown to be less successful beyond approximately eight years of age. […] Testing at 4-5 years allows vision tests to be carried out that are accurate enough to detect real problems, whilst minimising the number of children referred for further testing unnecessarily. Additionally, testing in a familiar environment such as school or nursery improves confidence and ability to cooperate. This also enables screening to be consistently delivered to almost all children in the country. […] If screening suggests that your child has reduced vision, they will be referred for further assessment. This could be to community or hospital eye service or to an optometrist at your local high street opticians. They will be able to recommend the most appropriate treatment for your child.
  • #78 Why vision screening for your Preppie is so important | Children’s Health Queensland
    https://www.childrens.health.qld.gov.au/about-us/news/feature-articles/why-vision-screening-for-your-preppie-is-so-important
    Good vision is essential for a childs learning and development. Their eyes are constantly in use in the classroom and at play, and if there is a problem it can potentially have long-lasting effects on a childs social and educational development. […] If a vision issue is not detected, it can lead to difficulties with concentration and behavioural issues in the classroom. […] Childrens eyes mature up until the age of eight, so early detection of any issues and treatment offers the best opportunity to address problem eye conditions and keep them on track to reach their full potential, she said. […] Amblyopia is decreased vision in one or both eyes due to abnormal development early in life. This is the most common cause of visual impairment in Australian children, affecting about two in every 100 children. In severe cases, amblyopia can even cause blindness if not treated early.
  • #79 Vision Health for School-Age Children – City of Toronto
    https://www.toronto.ca/community-people/children-parenting/pregnancy-and-parenting/parenting/healthy-child-development/vision-health-for-school-age-children/
    Vision is one of the most important senses for child development. Research shows that 80 per cent of childrens learning is gained through their eyes. However, one in four school-age children may have a vision problem that if left undetected can affect their learning and development. […] It is recommended that all children have a comprehensive eye exam before entering school and every year afterwards. […] The comprehensive eye exam by an optometrist involves the use of various machines and eye drops to enlarge the pupils. […] Eye See Eye Learn a program for junior/senior kindergarten students only. It provides a comprehensive eye exam by an optometrist that is covered by OHIP. If a child requires glasses, a complimentary pair will be provided.
  • #80 Children’s Eye Test | Vision Express
    https://www.visionexpress.com/eye-test/childrens-eye-test
    Eye problems in children are more uncommon than in adults, however, having your childrens eyes tested regularly lets us detect any potential issues early. […] If there is a history of childhood eye problems in your family, such as a lazy eye or squint, wed recommend taking your child for regular eye tests. […] It is uncommon to detect eye problems in children until they reach seven or eight years old. However, its still worth having their eyes checked to look out for any potential issues. Children are less likely to notice an eye problem than adults, so its important you take them for regular check-ups. […] 80% of what a child learns is through their vision. Some eye conditions in children can affect their development and education, which can lead to further issues like dyslexia and emotional issues. […] If you notice these symptoms, it could be worth taking your child for an eye test.
  • #81
    https://www.parentinginottawa.ca/en/Article-Your-Child-s-First-Eye-Exam.aspx
    Approximately 80% of learning is done through vision. This is why it is very important that children have their eyes checked once a year especially before they begin school. […] Good vision is also essential for developing gross and fine motor skills, as well as developing normal eye-hand coordination. […] All children 19 and under are covered by OHIP to have their vision checked once a year by an optometrist in Ontario.
  • #82
    https://www.parentinginottawa.ca/en/Article-Your-Child-s-First-Eye-Exam.aspx
    Approximately 80% of learning is done through vision. This is why it is very important that children have their eyes checked once a year especially before they begin school. […] Good vision is also essential for developing gross and fine motor skills, as well as developing normal eye-hand coordination. […] All children 19 and under are covered by OHIP to have their vision checked once a year by an optometrist in Ontario.
  • #83 Why are eye exams for children important? – Ontario Association of Optometrists
    https://optom.on.ca/why-are-eye-exams-for-children-important/
    Comprehensive eye exams with an optometrist are the only way to tell if your childs eyes are developing properly. […] Eye exams also make sure your child is able to learn. […] Almost three-quarters of Ontarios parents are unaware that vision problems can cause speech difficulties, nearly two-third are unaware that they can lead to developmental delays and half of parents do not realize that a vision problem may be the cause of short attention spans in children. […] Undetected and untreated vision problems often cause reading difficulties, and can cause the same signs and symptoms that are commonly attributed to issues such as ADHD, dyslexia and speech problems. […] Vision screenings are not a substitute for a comprehensive eye health exam. […] Studies have shown that vision screening tests have high error rates.
  • #84 Child eye health – peelregion.ca
    https://peelregion.ca/children-parenting/child-eye-health
    Regular eye exams for your child can help find eye problems early and get the right treatment. […] Children won’t always tell you if they are having problems with their eyes or vision. […] That’s why it’s important to know what signs to look for and to have your child’s eyes checked regularly by an optometrist. […] Ontario Health Insurance Plan (OHIP) covers free eye exams once a year, for children 19 years or under. […] At 6 months old, your child should have their first eye exam. Between ages 2 and 5, your child should have a second eye exam. Every year, an optometrist should check your child to ensure good eye health and developmental progress. […] The optometrist will complete general vision testing in both eyes, eye muscle testing, eye coordination testing, and a general health assessment of the front and back of the eyes. […] If needed, the optometrist will write a prescription for glasses for your child.
  • #85 Child eye health – peelregion.ca
    https://peelregion.ca/children-parenting/child-eye-health
    Regular eye exams for your child can help find eye problems early and get the right treatment. […] Children won’t always tell you if they are having problems with their eyes or vision. […] That’s why it’s important to know what signs to look for and to have your child’s eyes checked regularly by an optometrist. […] Ontario Health Insurance Plan (OHIP) covers free eye exams once a year, for children 19 years or under. […] At 6 months old, your child should have their first eye exam. Between ages 2 and 5, your child should have a second eye exam. Every year, an optometrist should check your child to ensure good eye health and developmental progress. […] The optometrist will complete general vision testing in both eyes, eye muscle testing, eye coordination testing, and a general health assessment of the front and back of the eyes. […] If needed, the optometrist will write a prescription for glasses for your child.
  • #86
    https://www.parentinginottawa.ca/en/Article-Your-Child-s-First-Eye-Exam.aspx
    We often wonder what it would be like if we could see the world through our children’s eyes. Well, what if you knew that approximately 20% of Canadian children have a vision related disorder? […] This is because most vision related disorders are very difficult to detect until they are very severe. Young children rarely complain that they are seeing blurry because they often don’t know what normal vision should be like. […] All children should have their vision checked at least once before the age of 3. […] These yearly eye exams are important. They screen children for certain eye conditions that can affect children at an early age. […] If treated before the age of 3, there is a very good chance that vision training and wearing glasses can help the child to recover and improve the vision in the poor eye.
  • #87
    https://www.parentinginottawa.ca/en/Article-Your-Child-s-First-Eye-Exam.aspx
    We often wonder what it would be like if we could see the world through our children’s eyes. Well, what if you knew that approximately 20% of Canadian children have a vision related disorder? […] This is because most vision related disorders are very difficult to detect until they are very severe. Young children rarely complain that they are seeing blurry because they often don’t know what normal vision should be like. […] All children should have their vision checked at least once before the age of 3. […] These yearly eye exams are important. They screen children for certain eye conditions that can affect children at an early age. […] If treated before the age of 3, there is a very good chance that vision training and wearing glasses can help the child to recover and improve the vision in the poor eye.
  • #88
    https://www.aao.org/eye-health/tips-prevention/children-eye-screening
    A vision screening is a more efficient eye exam. A child is screened for eye problems and referred to an ophthalmologist for a comprehensive exam if needed. […] Screenings are also offered at schools, community health centers, or community events. […] A second screening should be done during the child’s first year of life. This screening is usually done at a well-child exam between 6 and 12 months. […] Between 12 and 36 months, a child is checked for healthy eye development. […] An ophthalmologist should see your child if the screening shows signs of: misaligned eyes (strabismus), „lazy eye (amblyopia), refractive errors (myopia, hyperopia, astigmatism), or another focusing problem. […] At 5, children should be screened for visual acuity and alignment. […] The American Academy of Ophthalmology advises parents to seek a comprehensive eye exam if: their child fails a vision screening, vision screening is inconclusive or cannot be done, referred by a pediatrician or school nurse, their child has a vision complaint or observed abnormal visual behavior, or is at risk for developing eye problems.
  • #89 Vision Screening
    https://www.michigan.gov/mdhhs/adult-child-serv/childrenfamilies/familyhealth/hearing-laughter-seeing-smiles-/vision/visionscreening
    The goal of the MDHHS vision screening program is to conserve the vision of Michigan children. Many children enter school with vision problems and early detection can aid in treating any problems before they result in vision loss. Identifying children with visual impairments and getting them to care is the only way to prevent eye conditions from impacting their ability to learn. […] All county or district health departments have a Vision Screening Program and conduct screenings according to the Public Health Code frequency of screening. This includes vision screenings at least once between the ages of 3 and 5 years, prior to kindergarten entry, and in grades 1, 3, 5, 7, and 9 (or in conjunction with drivers education classes). Over half a million preschool and school-age children are screened in Michigan each year with nearly 59,000 (10-14%) referrals made to eye doctors annually.
  • #90 Vision Screening
    https://www.michigan.gov/mdhhs/adult-child-serv/childrenfamilies/familyhealth/hearing-laughter-seeing-smiles-/vision/visionscreening
    The goal of the MDHHS vision screening program is to conserve the vision of Michigan children. Many children enter school with vision problems and early detection can aid in treating any problems before they result in vision loss. Identifying children with visual impairments and getting them to care is the only way to prevent eye conditions from impacting their ability to learn. […] All county or district health departments have a Vision Screening Program and conduct screenings according to the Public Health Code frequency of screening. This includes vision screenings at least once between the ages of 3 and 5 years, prior to kindergarten entry, and in grades 1, 3, 5, 7, and 9 (or in conjunction with drivers education classes). Over half a million preschool and school-age children are screened in Michigan each year with nearly 59,000 (10-14%) referrals made to eye doctors annually.
  • #91 Vision Services | Florida Department of Health
    https://www.floridahealth.gov/programs-and-services/childrens-health/school-health/Vision-Services.html
    The Florida Department of Health School Health Services Program manages a state-funded vision program, Florida Heiken Childrens Vision Program. This vision program helps eligible students achieve academic and social success by making it possible for parents to follow-up on school-based vision screenings. Funding provided by the Florida Legislature makes vision services available to eligible students in grades prekindergarten through twelfth grade that attend Florida public schools. Eligible students who are in need of follow-up evaluation and possible corrective lenses are provided a comprehensive vision exam and eyeglasses at no cost. […] County health departments and school districts are encouraged to contact this provider for follow-up exams and eye glasses for students in their school district.
  • #92 Vision Services | Florida Department of Health
    https://www.floridahealth.gov/programs-and-services/childrens-health/school-health/Vision-Services.html
    The Florida Department of Health School Health Services Program manages a state-funded vision program, Florida Heiken Childrens Vision Program. This vision program helps eligible students achieve academic and social success by making it possible for parents to follow-up on school-based vision screenings. Funding provided by the Florida Legislature makes vision services available to eligible students in grades prekindergarten through twelfth grade that attend Florida public schools. Eligible students who are in need of follow-up evaluation and possible corrective lenses are provided a comprehensive vision exam and eyeglasses at no cost. […] County health departments and school districts are encouraged to contact this provider for follow-up exams and eye glasses for students in their school district.
  • #93 Vision Services | Florida Department of Health
    https://www.floridahealth.gov/programs-and-services/childrens-health/school-health/Vision-Services.html
    The Florida Department of Health School Health Services Program manages a state-funded vision program, Florida Heiken Childrens Vision Program. This vision program helps eligible students achieve academic and social success by making it possible for parents to follow-up on school-based vision screenings. Funding provided by the Florida Legislature makes vision services available to eligible students in grades prekindergarten through twelfth grade that attend Florida public schools. Eligible students who are in need of follow-up evaluation and possible corrective lenses are provided a comprehensive vision exam and eyeglasses at no cost. […] County health departments and school districts are encouraged to contact this provider for follow-up exams and eye glasses for students in their school district.
  • #94 Vision Services | Florida Department of Health
    https://www.floridahealth.gov/programs-and-services/childrens-health/school-health/Vision-Services.html
    The Florida Department of Health School Health Services Program manages a state-funded vision program, Florida Heiken Childrens Vision Program. This vision program helps eligible students achieve academic and social success by making it possible for parents to follow-up on school-based vision screenings. Funding provided by the Florida Legislature makes vision services available to eligible students in grades prekindergarten through twelfth grade that attend Florida public schools. Eligible students who are in need of follow-up evaluation and possible corrective lenses are provided a comprehensive vision exam and eyeglasses at no cost. […] County health departments and school districts are encouraged to contact this provider for follow-up exams and eye glasses for students in their school district.
  • #95 Newfoundland and Labrador Eye See Eye Learn Program – Health and Community Services
    https://www.gov.nl.ca/hcs/childrenyouthfamilies/eye-see-eye-learn/
    On December 23, 2020, the Department of Health and Community Services announced a new pilot program that supports children as they prepare to start school. The program, known as Eye See Eye Learn, is designed to allow children to overcome potential barriers to eye exams and contributes to a more positive learning experience, as well as an overall improvement to their quality of life. […] The Eye See Eye Learn Program provides a comprehensive eye examination for any children preparing for kindergarten who are not covered under private insurance, and provides one pair of free prescription eyeglasses to children who require them. […] If eligible, your child may be provided free eye examination and one pair of prescription eyeglasses (if required and not covered by your personal insurance or another government program).
  • #96 Vision Health for School-Age Children – City of Toronto
    https://www.toronto.ca/community-people/children-parenting/pregnancy-and-parenting/parenting/healthy-child-development/vision-health-for-school-age-children/
    Vision is one of the most important senses for child development. Research shows that 80 per cent of childrens learning is gained through their eyes. However, one in four school-age children may have a vision problem that if left undetected can affect their learning and development. […] It is recommended that all children have a comprehensive eye exam before entering school and every year afterwards. […] The comprehensive eye exam by an optometrist involves the use of various machines and eye drops to enlarge the pupils. […] Eye See Eye Learn a program for junior/senior kindergarten students only. It provides a comprehensive eye exam by an optometrist that is covered by OHIP. If a child requires glasses, a complimentary pair will be provided.
  • #97 Vision Health for School-Age Children – City of Toronto
    https://www.toronto.ca/community-people/children-parenting/pregnancy-and-parenting/parenting/healthy-child-development/vision-health-for-school-age-children/
    Vision is one of the most important senses for child development. Research shows that 80 per cent of childrens learning is gained through their eyes. However, one in four school-age children may have a vision problem that if left undetected can affect their learning and development. […] It is recommended that all children have a comprehensive eye exam before entering school and every year afterwards. […] The comprehensive eye exam by an optometrist involves the use of various machines and eye drops to enlarge the pupils. […] Eye See Eye Learn a program for junior/senior kindergarten students only. It provides a comprehensive eye exam by an optometrist that is covered by OHIP. If a child requires glasses, a complimentary pair will be provided.
  • #98 Vision Screening Guidelines by Age – National Center
    https://nationalcenter.preventblindness.org/vision-screening-guidelines-by-age/
    Vision screening using evidence-based tools and procedures is an efficient and timely way to identify children with possible vision impairments. […] Up to 1 in 17 preschool-aged children, 1 in 5 Head Start children, and an estimated 1 in 4 school-aged children has an undetected and untreated vision disorder that can interfere with their ability to develop properly and perform optimally in school. […] Vision disorders that are not found and treated early can interfere with learning. […] Screening children with evidence-based tools and procedures helps reduce inequality in children’s vision and eye health care in the United States. […] The vision screening piece of the 12 Components of a Strong Vision Health System of Care is designed to identify children and adolescents who may have a vision disorder that could affect learning and development.
  • #99 Vision Screening Guidelines by Age – National Center
    https://nationalcenter.preventblindness.org/vision-screening-guidelines-by-age/
    Vision screening using evidence-based tools and procedures is an efficient and timely way to identify children with possible vision impairments. […] Up to 1 in 17 preschool-aged children, 1 in 5 Head Start children, and an estimated 1 in 4 school-aged children has an undetected and untreated vision disorder that can interfere with their ability to develop properly and perform optimally in school. […] Vision disorders that are not found and treated early can interfere with learning. […] Screening children with evidence-based tools and procedures helps reduce inequality in children’s vision and eye health care in the United States. […] The vision screening piece of the 12 Components of a Strong Vision Health System of Care is designed to identify children and adolescents who may have a vision disorder that could affect learning and development.
  • #100 Vision Screening Guidelines by Age – National Center
    https://nationalcenter.preventblindness.org/vision-screening-guidelines-by-age/
    Vision screening using evidence-based tools and procedures is an efficient and timely way to identify children with possible vision impairments. […] Up to 1 in 17 preschool-aged children, 1 in 5 Head Start children, and an estimated 1 in 4 school-aged children has an undetected and untreated vision disorder that can interfere with their ability to develop properly and perform optimally in school. […] Vision disorders that are not found and treated early can interfere with learning. […] Screening children with evidence-based tools and procedures helps reduce inequality in children’s vision and eye health care in the United States. […] The vision screening piece of the 12 Components of a Strong Vision Health System of Care is designed to identify children and adolescents who may have a vision disorder that could affect learning and development.
  • #101 Vision Screening Guidelines by Age – National Center
    https://nationalcenter.preventblindness.org/vision-screening-guidelines-by-age/
    Vision screening using evidence-based tools and procedures is an efficient and timely way to identify children with possible vision impairments. […] Up to 1 in 17 preschool-aged children, 1 in 5 Head Start children, and an estimated 1 in 4 school-aged children has an undetected and untreated vision disorder that can interfere with their ability to develop properly and perform optimally in school. […] Vision disorders that are not found and treated early can interfere with learning. […] Screening children with evidence-based tools and procedures helps reduce inequality in children’s vision and eye health care in the United States. […] The vision screening piece of the 12 Components of a Strong Vision Health System of Care is designed to identify children and adolescents who may have a vision disorder that could affect learning and development.
  • #102 8 Identifying Children with Myopia and the Links to Treatment: Methods and Barriers | Myopia: Causes, Prevention, and Treatment of an Increasingly Common Disease | The National Academies Press
    https://nap.nationalacademies.org/read/27734/chapter/10
    Community- or school-based vision screenings may help identify children with myopia who need a full comprehensive eye exam and a prescription for glasses from an eye care professional. However, if identified myopia is left untreated the vision screening will have had no impact for those children. […] Comprehensive eye exams for all children may increase the likelihood that a child with myopia will be detected, provided with glasses, and monitored by an eye doctor. However, comprehensive eye exams for all children may not be feasible for reasons including shortages in the supply of eye care professionals, especially pediatric eye care professionals in the United States where 90% of counties do not have a pediatric ophthalmologist and nearly 25% of counties do not have an optometrist. […] Vision screening and comprehensive eye exams are informed by a range of policies and recommendations across states and professional associations. This range of policies and recommendations, compounded by poor strategies to ensure follow-up, make surveillance challenging. The outcome of this is often inadequate vision care and follow-up with eye care professionals. In short, there is a critical need for novel, effective strategies to ensure adequate detection and management of childhood myopia.
  • #103 8 Identifying Children with Myopia and the Links to Treatment: Methods and Barriers | Myopia: Causes, Prevention, and Treatment of an Increasingly Common Disease | The National Academies Press
    https://nap.nationalacademies.org/read/27734/chapter/10
    Community- or school-based vision screenings may help identify children with myopia who need a full comprehensive eye exam and a prescription for glasses from an eye care professional. However, if identified myopia is left untreated the vision screening will have had no impact for those children. […] Comprehensive eye exams for all children may increase the likelihood that a child with myopia will be detected, provided with glasses, and monitored by an eye doctor. However, comprehensive eye exams for all children may not be feasible for reasons including shortages in the supply of eye care professionals, especially pediatric eye care professionals in the United States where 90% of counties do not have a pediatric ophthalmologist and nearly 25% of counties do not have an optometrist. […] Vision screening and comprehensive eye exams are informed by a range of policies and recommendations across states and professional associations. This range of policies and recommendations, compounded by poor strategies to ensure follow-up, make surveillance challenging. The outcome of this is often inadequate vision care and follow-up with eye care professionals. In short, there is a critical need for novel, effective strategies to ensure adequate detection and management of childhood myopia.
  • #104 8 Identifying Children with Myopia and the Links to Treatment: Methods and Barriers | Myopia: Causes, Prevention, and Treatment of an Increasingly Common Disease | The National Academies Press
    https://nap.nationalacademies.org/read/27734/chapter/10
    Community- or school-based vision screenings may help identify children with myopia who need a full comprehensive eye exam and a prescription for glasses from an eye care professional. However, if identified myopia is left untreated the vision screening will have had no impact for those children. […] Comprehensive eye exams for all children may increase the likelihood that a child with myopia will be detected, provided with glasses, and monitored by an eye doctor. However, comprehensive eye exams for all children may not be feasible for reasons including shortages in the supply of eye care professionals, especially pediatric eye care professionals in the United States where 90% of counties do not have a pediatric ophthalmologist and nearly 25% of counties do not have an optometrist. […] Vision screening and comprehensive eye exams are informed by a range of policies and recommendations across states and professional associations. This range of policies and recommendations, compounded by poor strategies to ensure follow-up, make surveillance challenging. The outcome of this is often inadequate vision care and follow-up with eye care professionals. In short, there is a critical need for novel, effective strategies to ensure adequate detection and management of childhood myopia.
  • #105 8 Identifying Children with Myopia and the Links to Treatment: Methods and Barriers | Myopia: Causes, Prevention, and Treatment of an Increasingly Common Disease | The National Academies Press
    https://nap.nationalacademies.org/read/27734/chapter/10
    Community- or school-based vision screenings may help identify children with myopia who need a full comprehensive eye exam and a prescription for glasses from an eye care professional. However, if identified myopia is left untreated the vision screening will have had no impact for those children. […] Comprehensive eye exams for all children may increase the likelihood that a child with myopia will be detected, provided with glasses, and monitored by an eye doctor. However, comprehensive eye exams for all children may not be feasible for reasons including shortages in the supply of eye care professionals, especially pediatric eye care professionals in the United States where 90% of counties do not have a pediatric ophthalmologist and nearly 25% of counties do not have an optometrist. […] Vision screening and comprehensive eye exams are informed by a range of policies and recommendations across states and professional associations. This range of policies and recommendations, compounded by poor strategies to ensure follow-up, make surveillance challenging. The outcome of this is often inadequate vision care and follow-up with eye care professionals. In short, there is a critical need for novel, effective strategies to ensure adequate detection and management of childhood myopia.
  • #106 8 Identifying Children with Myopia and the Links to Treatment: Methods and Barriers | Myopia: Causes, Prevention, and Treatment of an Increasingly Common Disease | The National Academies Press
    https://nap.nationalacademies.org/read/27734/chapter/10
    Community- or school-based vision screenings may help identify children with myopia who need a full comprehensive eye exam and a prescription for glasses from an eye care professional. However, if identified myopia is left untreated the vision screening will have had no impact for those children. […] Comprehensive eye exams for all children may increase the likelihood that a child with myopia will be detected, provided with glasses, and monitored by an eye doctor. However, comprehensive eye exams for all children may not be feasible for reasons including shortages in the supply of eye care professionals, especially pediatric eye care professionals in the United States where 90% of counties do not have a pediatric ophthalmologist and nearly 25% of counties do not have an optometrist. […] Vision screening and comprehensive eye exams are informed by a range of policies and recommendations across states and professional associations. This range of policies and recommendations, compounded by poor strategies to ensure follow-up, make surveillance challenging. The outcome of this is often inadequate vision care and follow-up with eye care professionals. In short, there is a critical need for novel, effective strategies to ensure adequate detection and management of childhood myopia.
  • #107 8 Identifying Children with Myopia and the Links to Treatment: Methods and Barriers | Myopia: Causes, Prevention, and Treatment of an Increasingly Common Disease | The National Academies Press
    https://nap.nationalacademies.org/read/27734/chapter/10
    Community- or school-based vision screenings may help identify children with myopia who need a full comprehensive eye exam and a prescription for glasses from an eye care professional. However, if identified myopia is left untreated the vision screening will have had no impact for those children. […] Comprehensive eye exams for all children may increase the likelihood that a child with myopia will be detected, provided with glasses, and monitored by an eye doctor. However, comprehensive eye exams for all children may not be feasible for reasons including shortages in the supply of eye care professionals, especially pediatric eye care professionals in the United States where 90% of counties do not have a pediatric ophthalmologist and nearly 25% of counties do not have an optometrist. […] Vision screening and comprehensive eye exams are informed by a range of policies and recommendations across states and professional associations. This range of policies and recommendations, compounded by poor strategies to ensure follow-up, make surveillance challenging. The outcome of this is often inadequate vision care and follow-up with eye care professionals. In short, there is a critical need for novel, effective strategies to ensure adequate detection and management of childhood myopia.
  • #108 8 Identifying Children with Myopia and the Links to Treatment: Methods and Barriers | Myopia: Causes, Prevention, and Treatment of an Increasingly Common Disease | The National Academies Press
    https://nap.nationalacademies.org/read/27734/chapter/10
    This chapter focuses on medically underserved populations of children and their families that face health disparities, specifically racial and ethnic minority groups, people with lower socioeconomic status, rural communities, and children with disabilities. […] Myopia can be identified through vision screening and comprehensive eye exams. Vision screenings for children may occur in pediatric primary care practices, schools, and community-based settings and are either targeted to medically underserved populations or provided universally to all children. Vision screenings offer a cost-effective way to evaluate key elements of vision in many children. Comprehensive eye exams, by contrast, evaluate the full picture of eye health for each child, are provided by doctors of optometry and ophthalmology where available in local communities, and generally incur higher costs.
  • #109 8 Identifying Children with Myopia and the Links to Treatment: Methods and Barriers | Myopia: Causes, Prevention, and Treatment of an Increasingly Common Disease | The National Academies Press
    https://nap.nationalacademies.org/read/27734/chapter/10
    This chapter focuses on medically underserved populations of children and their families that face health disparities, specifically racial and ethnic minority groups, people with lower socioeconomic status, rural communities, and children with disabilities. […] Myopia can be identified through vision screening and comprehensive eye exams. Vision screenings for children may occur in pediatric primary care practices, schools, and community-based settings and are either targeted to medically underserved populations or provided universally to all children. Vision screenings offer a cost-effective way to evaluate key elements of vision in many children. Comprehensive eye exams, by contrast, evaluate the full picture of eye health for each child, are provided by doctors of optometry and ophthalmology where available in local communities, and generally incur higher costs.
  • #110 8 Identifying Children with Myopia and the Links to Treatment: Methods and Barriers | Myopia: Causes, Prevention, and Treatment of an Increasingly Common Disease | The National Academies Press
    https://nap.nationalacademies.org/read/27734/chapter/10
    This chapter focuses on medically underserved populations of children and their families that face health disparities, specifically racial and ethnic minority groups, people with lower socioeconomic status, rural communities, and children with disabilities. […] Myopia can be identified through vision screening and comprehensive eye exams. Vision screenings for children may occur in pediatric primary care practices, schools, and community-based settings and are either targeted to medically underserved populations or provided universally to all children. Vision screenings offer a cost-effective way to evaluate key elements of vision in many children. Comprehensive eye exams, by contrast, evaluate the full picture of eye health for each child, are provided by doctors of optometry and ophthalmology where available in local communities, and generally incur higher costs.
  • #111 8 Identifying Children with Myopia and the Links to Treatment: Methods and Barriers | Myopia: Causes, Prevention, and Treatment of an Increasingly Common Disease | The National Academies Press
    https://nap.nationalacademies.org/read/27734/chapter/10
    This chapter focuses on medically underserved populations of children and their families that face health disparities, specifically racial and ethnic minority groups, people with lower socioeconomic status, rural communities, and children with disabilities. […] Myopia can be identified through vision screening and comprehensive eye exams. Vision screenings for children may occur in pediatric primary care practices, schools, and community-based settings and are either targeted to medically underserved populations or provided universally to all children. Vision screenings offer a cost-effective way to evaluate key elements of vision in many children. Comprehensive eye exams, by contrast, evaluate the full picture of eye health for each child, are provided by doctors of optometry and ophthalmology where available in local communities, and generally incur higher costs.
  • #112 Pediatric Resource – World Council of Optometry
    https://worldcouncilofoptometry.info/pediatric-resource/
    Vision and eye health screening is an important component of the public health goal of increasing the number of individuals who receive appropriate eye health and vision care. […] Vision screenings typically assess one or two components of the visual system. […] Myopia is of great concern as it is the center of an impending epidemic that could lead to visual impairment. […] Vision screenings that assess more than distance visual acuity or refractive error alone are preferred because of their increased ability to detect binocular vision anomalies and other ocular morbidities in children. […] For a vision screening program to be successful, children who have been identified with potential problems must receive the appropriate care including comprehensive eye examination, diagnosis, and appropriate treatment.
  • #113 Pediatric Vision Screening
    https://pmc.ncbi.nlm.nih.gov/articles/PMC6317790/
    Vision screening is crucial for early detection and prevention of vision loss in young children. […] Vision screening assessments in early childhood reduce the risk of vision loss at age 7 years by more than 50%. […] Vision screening and eye examinations within the medical home create frequent and early opportunities to diagnose a myriad of conditions. […] The short window of opportunity to save vision underscores the importance of vision screening to detect amblyopia or its risk factors while treatment is still effective. […] The combined sensitivity of a series of screening evaluations is higher than a single evaluation, especially if different methods are used for each screening evaluation. […] Routine vision screening decreases the incidence of vision loss in early childhood.
  • #114 Pediatric and School-Age Vision Screening in the United States: Rationale, Components, and Future Directions
    https://pmc.ncbi.nlm.nih.gov/articles/PMC10047420/
    According to a 2021 analysis of state vision screening requirements in the United States, approximately half (n = 26) of US states require vision screening for preschool-aged children, while the majority of states (n = 41) require vision screening for school-aged children. […] The lack of standardization and wide variation in state regulations point to a need for the development of evidence-based criteria for vision screening programs, especially for school-aged children. […] In Pennsylvania, a state that requires annual vision screenings for all school-age children, over half of the children who meet referral criteria during screenings do not receive follow-up services. […] School-based vision programs (SBVPs) are one approach to increase rates of follow-up from vision screenings. […] In the United States, SBVPs are operating in over 20 states and are continuing to grow in number.
  • #115 Pediatric Vision Screening for the Family Physician | AAFP
    https://www.aafp.org/pubs/afp/issues/1998/0901/p691.html
    The American Academy of Pediatrics has published updated Pediatric Vision Screening Guidelines to promote early detection and treatment of vision-threatening conditions. […] Pediatric vision screening is a critical part of the early well-child examination. The detection of vision-threatening ocular conditions early in the child’s development provides a tremendous opportunity to prevent significant disability. The role of family physicians is pivotal because of the frequency of their contact with young children during periodic health evaluations. Using simple screening measures, family physicians can discover visual abnormalities at an age when ophthalmologic intervention has the greatest chance of success.
  • #116 Pediatric Resource – World Council of Optometry
    https://worldcouncilofoptometry.info/pediatric-resource/
    Vision and eye health screening is an important component of the public health goal of increasing the number of individuals who receive appropriate eye health and vision care. […] Vision screenings typically assess one or two components of the visual system. […] Myopia is of great concern as it is the center of an impending epidemic that could lead to visual impairment. […] Vision screenings that assess more than distance visual acuity or refractive error alone are preferred because of their increased ability to detect binocular vision anomalies and other ocular morbidities in children. […] For a vision screening program to be successful, children who have been identified with potential problems must receive the appropriate care including comprehensive eye examination, diagnosis, and appropriate treatment.
  • #117
    https://www.gov.uk/government/publications/child-vision-screening-providing-screening/child-vision-screening-service-specification
    The provider is responsible for ensuring all children needing further assessment are referred to the appropriate service. […] The service provider is responsible for the provision of a robust pathway. The local authority is responsible for commissioning this service and managing performance of this pathway. […] Standards for childhood vision screening for children aged 4 to 5 years are in development. Once available, providers should meet the acceptable standards for all stages of the pathway and continuously work towards the achievable programme standards. […] Providers should ensure that appropriate systems are in place to run the programme including audit and monitoring functions.
  • #118
    https://www.gov.uk/government/publications/child-vision-screening-providing-screening/child-vision-screening-service-specification
    The provider is responsible for ensuring all children needing further assessment are referred to the appropriate service. […] The service provider is responsible for the provision of a robust pathway. The local authority is responsible for commissioning this service and managing performance of this pathway. […] Standards for childhood vision screening for children aged 4 to 5 years are in development. Once available, providers should meet the acceptable standards for all stages of the pathway and continuously work towards the achievable programme standards. […] Providers should ensure that appropriate systems are in place to run the programme including audit and monitoring functions.
  • #119
    https://www.gov.uk/government/publications/child-vision-screening-providing-screening/child-vision-screening-service-specification
    The provider is responsible for ensuring all children needing further assessment are referred to the appropriate service. […] The service provider is responsible for the provision of a robust pathway. The local authority is responsible for commissioning this service and managing performance of this pathway. […] Standards for childhood vision screening for children aged 4 to 5 years are in development. Once available, providers should meet the acceptable standards for all stages of the pathway and continuously work towards the achievable programme standards. […] Providers should ensure that appropriate systems are in place to run the programme including audit and monitoring functions.