Wrodzone wady serca
Charakterystyka, pielęgnacja i opieka

Wrodzone wady serca (WWS) stanowią najczęstsze wady wrodzone u noworodków, występując u około 1 na 100 żywych urodzeń. Wady te obejmują defekty strukturalne serca, takie jak ubytek przegrody międzykomorowej (VSD), ubytek przegrody międzyprzedsionkowej (ASD), przetrwały przewód tętniczy (PDA), tetralogię Fallota oraz przełożenie wielkich naczyń (TGA). W zależności od charakteru zaburzeń, wady klasyfikuje się na te ze zwiększonym lub zmniejszonym przepływem płucnym, z utrudnionym odpływem z serca oraz z mieszaniem się krwi natlenowanej i nienatlenowanej. Opieka pielęgniarska koncentruje się na monitorowaniu parametrów życiowych (częstość akcji serca, oddechów, saturacja tlenu), ocenie wzrostu i rozwoju, wsparciu żywieniowym, zapobieganiu infekcjom oraz edukacji rodziny. Szczególną uwagę zwraca się na rozpoznawanie objawów takich jak sinica, zaciąganie międzyżebrzy, nieprawidłowe szmery serca oraz objawy niewydolności oddechowej i krążeniowej.

Wrodzone wady serca u dzieci

Wrodzone wady serca (WWS) są najczęstszymi wadami wrodzonymi występującymi u noworodków, dotykającymi około 1 na 100 żywych urodzeń12. Są to strukturalne problemy w sercu, które rozwijają się podczas ciąży, przed urodzeniem dziecka. Wady te mogą dotyczyć ścian serca, zastawek lub naczyń krwionośnych, powodując zaburzenia prawidłowego przepływu krwi przez serce i płuca3. Wrodzone wady serca mogą znacznie różnić się pod względem ciężkości – od łagodnych defektów, które nie wymagają leczenia, po zagrażające życiu stany wymagające natychmiastowej interwencji medycznej4.

Typy wrodzonych wad serca

Wrodzone wady serca można sklasyfikować w kilka głównych kategorii, w zależności od charakteru zaburzeń5:

  • Wady ze zwiększonym przepływem płucnym – charakteryzujące się większym przepływem krwi przez płuca
  • Wady ze zmniejszonym przepływem płucnym – gdzie występuje zmniejszony przepływ krwi do płuc, często skutkujący sinicą (niebieskawym zabarwieniem skóry)
  • Wady z utrudnionym odpływem z serca – spowodowane zwężeniem lub niedrożnością zastawek lub dużych naczyń
  • Wady z mieszaniem się krwi natlenowanej i nienatlenowanej – takie jak przełożenie wielkich naczyń

Do najczęstszych wrodzonych wad serca należą: ubytek przegrody międzykomorowej (VSD), ubytek przegrody międzyprzedsionkowej (ASD), przetrwały przewód tętniczy (PDA), tetralogia Fallota oraz przełożenie wielkich naczyń (TGA)67.

Opieka pielęgniarska nad dzieckiem z wrodzoną wadą serca

Opieka pielęgniarska nad pacjentami z wrodzonymi wadami serca koncentruje się na ocenie i zarządzaniu objawami, promowaniu wzrostu i rozwoju, zapewnieniu odpowiedniego odżywiania, monitorowaniu powikłań, edukacji pacjenta i rodziny oraz współpracy z zespołem opieki zdrowotnej w celu zapewnienia kompleksowej opieki8.

Ocena pielęgniarska

Kompleksowa ocena pielęgniarska jest kluczowym elementem opieki nad dzieckiem z wrodzoną wadą serca. Powinna obejmować9:

  • Monitorowanie parametrów życiowych, ze szczególną uwagą na częstość akcji serca, częstość oddechów i saturację tlenem
  • Ocenę wzrostu dziecka i kamieni milowych rozwojowych w celu identyfikacji opóźnień lub nieprawidłowości
  • Ocenę stanu odżywienia, zapewniając odpowiednią podaż kalorii dla optymalnego wzrostu i rozwoju
  • Obserwację koloru skóry i perfuzji obwodowej w poszukiwaniu oznak sinicy lub słabego krążenia
  • Regularne osłuchiwanie serca w celu wykrycia nieprawidłowych szmerów lub tonów serca
  • Ocenę wysiłku oddechowego, zwracając uwagę na zwiększoną pracę oddychania lub niewydolność oddechową
  • Ocenę tolerancji dziecka na aktywność fizyczną, identyfikując wszelkie ograniczenia lub oznaki zmęczenia
  • Ocenę zrozumienia przez rodzinę stanu dziecka, zapewniając wsparcie emocjonalne i identyfikując zasoby do radzenia sobie z sytuacją

Podczas badania fizykalnego należy zwrócić szczególną uwagę na objawy, które mogą wskazywać na problemy z sercem, takie jak1011:

  • Rozszerzenie nozdrzy podczas oddychania, co może wskazywać na trudności z oddychaniem
  • Kolor warg – niebieski lub fioletowy kolor (sinica) wskazuje na niski poziom tlenu we krwi
  • Zaciąganie międzyżebrzy – gdy mięśnie między żebrami zapadają się przy każdym oddechu
  • Nieprawidłowe dźwięki w płucach, które mogą wskazywać na gromadzenie się płynu
  • Obrzęki ciała spowodowane zaburzeniami równowagi wodnej
  • Brak lub zbyt silne tętno
  • Temperatura skóry, która może wskazywać na problemy z krążeniem

Interwencje pielęgniarskie

Główne priorytety pielęgniarskie w opiece nad pacjentami z wrodzonymi wadami serca obejmują12:

  • Zarządzanie zmniejszonym rzutem serca i perfuzją tkanek. Wrodzone wady serca mogą prowadzić do zaburzeń przepływu krwi, skutkując niewystarczającym dostarczaniem tlenu i składników odżywczych do tkanek organizmu.
  • Zapobieganie infekcjom i promowanie bezpieczeństwa. Dzieci z wrodzonymi wadami serca są bardziej narażone na rozwijanie infekcji, szczególnie po interwencjach chirurgicznych.

Interwencje pielęgniarskie obejmują13:

  • Podawanie przepisanych leków, takich jak diuretyki czy leki inotropowe, zgodnie z zaleceniami lekarza
  • Współpracę z dietetykiem w celu zapewnienia dziecku zbilansowanej diety odpowiadającej jego potrzebom
  • Zapewnienie tlenoterapii w razie potrzeby, monitorowanie poziomów saturacji tlenu i dostosowywanie przepływu tlenu
  • Współpracę z fizjoterapeutami i terapeutami zajęciowymi w celu wdrożenia interwencji, które wspierają rozwój, biorąc pod uwagę ograniczenia kardiologiczne dziecka
  • Edukację rodziny na temat stanu dziecka, w tym rozpoznawania objawów niepokojących, zarządzania lekami i sytuacji, w których należy szukać pomocy medycznej
  • Regularne ocenianie i monitorowanie funkcji serca dziecka za pomocą badań takich jak echokardiogram, EKG lub innych badań diagnostycznych

Ważnym aspektem opieki pielęgniarskiej jest również zarządzanie farmakologiczne14:

  • Leki przeciwarytmiczne mogą być potrzebne do leczenia zaburzeń rytmu serca
  • Leki przeciwzakrzepowe mogą być wymagane do zapobiegania tworzeniu się skrzepów
  • Leki obniżające ciśnienie krwi, takie jak diuretyki i beta-blokery, mogą być potrzebne do kontrolowania nadciśnienia

Monitorowanie i ewaluacja

Ciągłe monitorowanie i ewaluacja są niezbędne dla zapewnienia skuteczności planu opieki. Pielęgniarka powinna regularnie15:

  • Oceniać stan odżywienia dziecka i wzrost, śledząc przyrost masy ciała, wzrost i postępy rozwojowe
  • Monitorować stan układu oddechowego, w tym poziomy saturacji tlenu, aby ocenić skuteczność interwencji
  • Oceniać osiąganie przez dziecko kamieni milowych rozwojowych, współpracując z terapeutami w celu rozwiązania wszelkich opóźnień
  • Oceniać mechanizmy radzenia sobie rodziny i przestrzeganie planu opieki, zapewniając dodatkowe wsparcie lub edukację w razie potrzeby

Kompleksowa opieka nad dzieckiem z wrodzoną wadą serca

Opieka żywieniowa

Odpowiednie odżywianie jest niezwykle ważne dla niemowląt z wrodzonymi wadami serca16. Wiele niemowląt z WWS jest w stanie karmić piersią i odpowiednio przybierać na wadze. Niemowlęta, które mają trudności z karmieniem, mogą wymagać specjalnych technik1718:

  • Karmienie piersią może być bardziej wymagające ze względu na szybkie męczenie się dziecka, ale mleko matki jest najlepszym pokarmem, pomagającym chronić przed infekcjami
  • W przypadku trudności z karmieniem, można podawać mniejsze ilości mleka lub mieszanki częściej
  • Częste odbijanie jest ważne, ponieważ dzieci z trudnościami w karmieniu mają tendencję do połykania dużej ilości powietrza

W niektórych przypadkach może być wymagane wysokoenergetyczne mleko modyfikowane lub inne interwencje żywieniowe, zlecone przez lekarza19.

Zapobieganie infekcjom

Dzieci z wrodzonymi wadami serca są bardziej narażone na infekcje, które mogą pogorszyć ich stan zdrowia20. Ważne jest, aby:

  • Zapewnić rutynowe szczepienia zalecane dla dzieci
  • Rozważyć szczepienie przeciwko grypie, gdy dziecko osiągnie odpowiedni wiek
  • W przypadku niektórych wad serca, może być zalecana seria comiesięcznych zastrzyków przeciwko wirusowi RSV (respiratory syncytial virus) w miesiącach zimowych
  • Dbać o dobrą higienę jamy ustnej, aby zmniejszyć ryzyko infekcji zębów lub dziąseł, które mogą prowadzić do zakażenia serca

Dzieci z wrodzonymi wadami serca są również narażone na zwiększone ryzyko infekcyjnego zapalenia wsierdzia21. W niektórych przypadkach mogą wymagać profilaktyki antybiotykowej przed zabiegami stomatologicznymi lub operacjami22.

Wsparcie rozwoju

Dzieci z wrodzonymi wadami serca mogą doświadczać opóźnień rozwojowych. Wspieranie rozwoju jest istotnym elementem opieki2324:

  • Opieka wspierająca rozwój rozpoznaje unikalną współzależność niemowlęcia lub dziecka i ich środowiska jako źródła nauki, eksploracji i rozwoju
  • Opieka powinna być indywidualizowana, aby spełniać unikalne potrzeby pacjenta
  • Opieka powinna być skoncentrowana na rodzinie
  • Interwencje wspierające rozwój mogą być wdrażane w opiekę nawet nad najbardziej krytycznie chorym dzieckiem i ewoluować, aby spełniać potrzeby dziecka na każdym etapie kontinuum jego zdrowia

Dzieci z wrodzonymi wadami serca mają większe prawdopodobieństwo wystąpienia problemów z zachowaniem, zaburzeń mowy i ADHD25. Dlatego wczesna interwencja i wsparcie rozwojowe są kluczowe.

Aktywność fizyczna

Większość dzieci z wrodzoną wadą serca może być fizycznie aktywna bez ograniczeń. Aktualnie zaleca się, aby dzieci były aktywne fizycznie w celu utrzymania dobrej kondycji serca i unikania otyłości26. Jednak w niektórych przypadkach może być konieczne dostosowanie poziomu aktywności27.

Pielęgniarka powinna promować odpowiednią aktywność fizyczną, uwzględniając28:

  • Stopniowe zwiększanie poziomu aktywności fizycznej dziecka
  • Monitorowanie funkcji serca i objawów podczas aktywności
  • Zapewnienie odpowiednich okresów odpoczynku

Wsparcie rodziny i edukacja

Rodzice i opiekunowie dzieci z wrodzonymi wadami serca potrzebują kompleksowego wsparcia i edukacji, aby skutecznie opiekować się swoim dzieckiem29.

Wsparcie emocjonalne

Diagnoza wrodzonej wady serca u dziecka może wywołać szereg emocji u rodziców, w tym szok, zaprzeczenie, poczucie winy, gniew, rozpacz lub dezorientację30. Pielęgniarka powinna31:

  • Zapewnić wsparcie emocjonalne rodzinie
  • Pomóc rodzinie połączyć się z grupami wsparcia lub z innymi rodzinami, które doświadczyły podobnej sytuacji
  • W razie potrzeby skierować rodzinę do specjalistów zdrowia psychicznego
  • Pomóc w rozwiązywaniu problemów psychospołecznych

Nie jest niezwykłe, że rodzice czują się samotni lub odizolowani, gdy dowiadują się, że ich dziecko ma wadę serca. Mogą odczuwać szereg emocji, w tym smutek, strach, poczucie winy i zagubienie32.

Edukacja rodziny

Edukacja rodziny jest kluczowym elementem opieki nad dzieckiem z wrodzoną wadą serca. Pielęgniarka powinna dostarczyć informacje na temat33:

  • Specyficznej wady serca dziecka i jej wpływu na funkcjonowanie organizmu
  • Rozpoznawania objawów wymagających natychmiastowej interwencji medycznej
  • Prawidłowego podawania leków i monitorowania skutków ubocznych
  • Technik karmienia i strategii żywieniowych
  • Zapobiegania infekcjom i pielęgnacji ran po operacji
  • Harmonogramu wizyt kontrolnych i badań

Ważne jest, aby pamiętać, że opieka nad dzieckiem z wrodzoną wadą serca to nie tylko leczenie, ale również wspieranie jego normalnego rozwoju34:

  • Należy zachęcać rodziców do normalnych interakcji z dzieckiem – przytulania, zabawy i rozmowy
  • W miarę jak dzieci dorastają, należy stopniowo uczyć je o ich wadzie serca i jak dbać o własne zdrowie
  • Od wczesnego wieku dziecko powinno być zaangażowane w swoją opiekę, co może pomóc mu czuć się pewniej w podejmowaniu decyzji dotyczących zdrowia w dorosłym życiu

Przejście do opieki dla dorosłych

Dzieci z wrodzonymi wadami serca potrzebują kontynuacji opieki kardiologicznej również w dorosłym życiu35. Pediatryczny kardiolog, który opiekował się dzieckiem, może przyjmować pacjentów tylko do określonego wieku. Kiedy pacjent jest wystarczająco dorosły, musi zacząć korzystać z opieki kardiologa dla dorosłych.

Rodziny powinny zacząć planować to przejście na długo przed osiągnięciem dorosłości przez pacjenta36:

  • Należy pomóc dziecku przygotować się do przejęcia większej odpowiedzialności za swoje zdrowie
  • Nauczyć je, jak planować wizyty lekarskie, rozumieć ubezpieczenie zdrowotne i śledzić swoje leki w okresie studiów i później

Ważne jest, aby osoby urodzone z wrodzoną wadą serca, które osiągnęły dorosłość, przeszły do odpowiedniego typu opieki kardiologicznej. Rodzaj wymaganej opieki zależy od typu WWS. Osoby z prostymi typami WWS mogą być leczone przez kardiologa ogólnego dla dorosłych. Osoby z bardziej złożonymi typami WWS będą potrzebowały opieki w ośrodku specjalizującym się w wadach wrodzonych serca u dorosłych37.

Opieka okołooperacyjna

Wiele dzieci z wrodzonymi wadami serca wymaga interwencji chirurgicznej. Pielęgniarka odgrywa kluczową rolę w przygotowaniu dziecka i rodziny do zabiegu oraz w opiece pooperacyjnej38.

Opieka przedoperacyjna

Przed zabiegiem kardiologicznym pielęgniarka powinna39:

  • Upewnić się, że pacjent pozostaje na czczo (NPO) przez 6-8 godzin przed zabiegiem
  • Przygotować dziecko i rodzinę psychicznie do zabiegu, wyjaśniając procedurę i oczekiwane rezultaty
  • Przeprowadzić kompleksową ocenę przedoperacyjną, w tym pomiary parametrów życiowych, wagę i ocenę stanu ogólnego
  • Zapewnić, że wszystkie wymagane badania zostały wykonane i są dostępne
  • Wdrożyć protokoły przygotowania skóry i inne procedury wymagane przed operacją

Opieka pooperacyjna

Po zabiegu kardiologicznym, czy to operacji na otwartym sercu, czy cewnikowaniu serca, pielęgniarka powinna40:

  • Sprawdzać miejsce wprowadzenia cewnika/nacięcia pod kątem krwawienia
  • Sprawdzać kończynę dystalną od miejsca wprowadzenia, aby zapewnić dobry przepływ krwi
  • Monitorować parametry życiowe, ze szczególnym uwzględnieniem rytmu serca, ciśnienia krwi i saturacji tlenu
  • Obserwować miejsce operacyjne pod kątem oznak infekcji lub innych powikłań
  • Zarządzać bólem poprzez regularne ocenianie i podawanie odpowiednich leków przeciwbólowych
  • Stopniowo wprowadzać dietę doustną, gdy jest to wskazane
  • Mobilizować pacjenta zgodnie z zaleceniami chirurga
  • Zapewnić częste okresy odpoczynku
  • Zapewnić małe, częste posiłki
  • Podawać tlen zgodnie z zaleceniami

Po operacji dziecko może trafić na oddział intensywnej terapii kardiologicznej (CVICU), który jest specjalistycznym oddziałem dla dzieci z chorobami serca, wymagających ścisłej opieki i monitorowania po zabiegach cewnikowania i operacjach naprawczych41.

Specyficzne diagnozy pielęgniarskie

W opiece nad dzieckiem z wrodzoną wadą serca, pielęgniarka formułuje diagnozy pielęgniarskie, które odzwierciedlają specyficzne problemy pacjenta42. Przykładowe diagnozy pielęgniarskie to:

Zmniejszony rzut serca

Zmniejszony rzut serca związany jest z wadą wrodzoną serca, która powoduje zaburzenia przepływu krwi43.

Cele opieki:

  • Dziecko będzie utrzymywać saturację tlenu w oczekiwanych granicach
  • Dziecko będzie w stanie tolerować zabawę lub wysiłek bez duszności, zmęczenia lub omdleń

Interwencje:

  • Monitorowanie parametrów życiowych, szczególnie tętna, ciśnienia krwi i saturacji tlenu
  • Ocena obwodowego wypełnienia kapilarnego i perfuzji
  • Podawanie leków kardiologicznych zgodnie z zaleceniami
  • Zapewnienie odpowiedniego odpoczynku i aktywności
  • Monitorowanie bilansu płynów

Zaburzenia wymiany gazowej

Zaburzenia wymiany gazowej związane z wadą wrodzoną serca mogą być spowodowane brakiem odpowiedniego dopływu natlenowanej krwi do płuc44.

Cele opieki:

  • Dziecko będzie utrzymywać odpowiednie poziomy saturacji tlenu
  • Dziecko będzie wykazywać zmniejszone objawy niewydolności oddechowej

Interwencje:

  • Monitorowanie saturacji tlenu i gazometrii
  • Zapewnienie tlenoterapii zgodnie z zaleceniami
  • Utrzymywanie drożności dróg oddechowych
  • Pozycjonowanie dla optymalnej wymiany gazowej
  • Obserwacja w kierunku sinicy

Nieefektywna perfuzja tkankowa

Nieefektywna perfuzja tkankowa związana z wadą wrodzoną serca może być spowodowana zmniejszonym przepływem krwi do tkanek45.

Cele opieki:

  • Dziecko będzie wykazywać oznaki adekwatnej perfuzji tkankowej
  • Dziecko będzie utrzymywać prawidłowe parametry życiowe

Interwencje:

  • Monitorowanie oznak i objawów niedokrwienia
  • Ocena koloru skóry, temperatury i czasu powrotu kapilarnego
  • Monitorowanie diurezy
  • Zapobieganie hipotermii
  • Ułożenie dziecka w pozycji minimalizującej wysiłek

Ryzyko infekcji

Ryzyko infekcji związane z wadą wrodzoną serca jest związane z dożywotnim leczeniem, procedurami chirurgicznymi i hospitalizacjami46.

Cele opieki:

  • Dziecko nie doświadczy żadnej infekcji
  • Jeśli infekcja wystąpi, zostanie szybko zidentyfikowana i leczona

Interwencje:

  • Ścisłe przestrzeganie technik aseptycznych
  • Regularne mycie rąk
  • Monitorowanie miejsca operacyjnego pod kątem oznak infekcji
  • Zapewnienie odpowiedniego odżywiania i nawodnienia
  • Podawanie antybiotyków zgodnie z zaleceniami
  • Edukacja rodziny na temat zapobiegania infekcjom

Zaburzone radzenie sobie rodziny

Zaburzone radzenie sobie rodziny związane z wadą wrodzoną serca może być spowodowane sytuacyjnym kryzysem rodzinnym i kryzysem rozwojowym u niemowlęcia47.

Cele opieki:

  • Rodzina będzie skuteczniej radzić sobie z sytuacją
  • Rodzina będzie wykorzystywać dostępne zasoby wsparcia

Interwencje:

  • Zapewnienie wsparcia emocjonalnego
  • Edukacja rodziny na temat stanu dziecka i planu opieki
  • Zachęcanie do wyrażania obaw i zadawania pytań
  • Skierowanie do grup wsparcia lub poradnictwa
  • Pomoc w identyfikacji strategii radzenia sobie

Współpraca z zespołem interdyscyplinarnym

Opieka nad dzieckiem z wrodzoną wadą serca wymaga współpracy interdyscyplinarnego zespołu, który obejmuje48:

  • Pediatrycznych kardiologów, którzy diagnozują wady serca i pomagają w zarządzaniu zdrowiem dziecka przed i po zabiegu naprawczym
  • Pediatrycznych kardiochirurgów, którzy przeprowadzają operacje naprawy wad serca
  • Neonatologów, którzy są pediatrami ze specjalnym przeszkoleniem w opiece nad noworodkami z problemami zdrowotnymi
  • Pielęgniarki specjalistyczne, które zapewniają całodobową opiekę nad dzieckiem
  • Dietetyków, którzy pomagają zapewnić odpowiednie odżywianie
  • Fizjoterapeutów i terapeutów zajęciowych, którzy wspierają rozwój motoryczny dziecka
  • Psychologów i pracowników socjalnych, którzy pomagają rodzinie radzić sobie z emocjonalnymi i praktycznymi aspektami opieki

Koordynacja opieki i zarządzanie przypadkiem są niezbędnymi komponentami usług świadczonych przez członków zespołu medycznego skoncentrowanego na pacjencie/rodzinie49.

Niektóre dzieci z wrodzonymi wadami serca mogą również potrzebować opieki specjalisty od chorób zakaźnych, pulmonologa, neurologa lub innego specjalisty, w zależności od ich specyficznych potrzeb zdrowotnych50.

Praktyczne wskazówki dla pielęgniarek

Opieka nad dzieckiem z wrodzoną wadą serca może być wymagająca, ale istnieje wiele praktycznych strategii, które mogą pomóc w zapewnieniu najlepszej możliwej opieki5152:

  • Naucz się rozpoznawać „niebieskie epizody” (tzw. blue spells). Mogą one wystąpić, jeśli krew płynąca z serca do ciała jest mieszaniną krwi ubogiej w tlen i bogatej w tlen. Organizm może nie otrzymywać wystarczającej ilości tlenu. W takiej sytuacji dziecko może mieć niebieski odcień skóry, warg lub paznokci. Powiadom lekarza dziecka, gdy wystąpi niebieski epizod.
  • Zauważ wszelkie zmiany w stanie zdrowia dziecka i skontaktuj się z lekarzem lub pielęgniarką, jeśli: dziecko ma trudności z oddychaniem, dziecko ma trudności z karmieniem, dziecko ma gorączkę, pojawia się niebieski odcień skóry, warg lub paznokci, dziecko ma obrzęk brzucha, nóg, kostek lub stóp.
  • Uważnie obserwuj zmiany w stanie zdrowia dziecka i pamiętaj, aby skontaktować się z lekarzem lub pielęgniarką, jeśli: dziecko nie przybiera na wadze, dziecko ma mniej energii lub śpi więcej niż zwykle.

Dodatkowo, warto pamiętać o następujących wskazówkach5354:

  • W szkole lub przedszkolu, dziecko z wrodzoną wadą serca może potrzebować: możliwości opuszczenia klasy w razie potrzeby, noszenia butelki z wodą, pomocy w noszeniu rzeczy, korzystania z windy przy poruszaniu się między klasami.
  • Zapewnij wsparcie psychologiczne, jeśli uważasz, że może to pomóc. Porozmawiaj z dzieckiem i jego rodziną o opcjach poradnictwa w szkole lub w społeczności.

Ważne jest również, aby55:

  • Pomóc dziecku stać się własnym rzecznikiem w sprawach zdrowotnych
  • Zachęcać do aktywności fizycznej i zdrowej diety
  • Pamiętać o zwiększonym ryzyku infekcji serca u niektórych osób z WWS
  • Być świadomym związku między WWS a problemami neurorozwojowymi (np. poznawczymi, społecznymi, edukacyjnymi i zdrowia psychicznego)
  • Znać dostępne zasoby i wsparcie dla pacjentów i ich rodzin

Tabela: Najczęstsze wrodzone wady serca u dzieci

Wada serca Charakterystyka Objawy Leczenie Opieka pielęgniarska
Ubytek przegrody międzykomorowej (VSD) Otwór w ścianie pomiędzy dwiema komorami serca Szmer serca, niewydolność serca, problemy z karmieniem, wolny przyrost masy ciała Małe ubytki mogą zamknąć się samoistnie; większe wymagają operacji lub cewnikowania Monitorowanie wydolności oddechowej, wsparcie żywieniowe, obserwacja oznak niewydolności serca
Ubytek przegrody międzyprzedsionkowej (ASD) Otwór w ścianie pomiędzy dwiema przedsionkami serca Zwykle bezobjawowy; możliwy szmer serca Małe ubytki mogą zamknąć się samoistnie; większe wymagają zamknięcia przez cewnikowanie lub operację Edukacja rodziny, wsparcie przed i po zabiegu, monitorowanie powikłań
Przetrwały przewód tętniczy (PDA) Niezamknięte połączenie pomiędzy aortą a tętnicą płucną Szmer serca, może prowadzić do niewydolności serca u niemowląt Leki, cewnikowanie lub operacja, zależnie od wielkości i wieku dziecka Monitorowanie stanu oddychania, wsparcie krążenia, edukacja rodziny
Tetralogia Fallota Złożona wada składająca się z czterech defektów: zwężenie tętnicy płucnej, ubytek przegrody międzykomorowej, nieprawidłowe położenie aorty, przerost prawej komory Sinica (niebieski kolor skóry), trudności z oddychaniem, osłabienie, obniżona tolerancja wysiłku Operacja naprawcza, zwykle w pierwszym roku życia Monitorowanie saturacji tlenu, rozpoznawanie i reagowanie na „niebieskie epizody”, wsparcie przed i po operacji
Przełożenie wielkich naczyń (TGA) Aorta wychodzi z prawej komory, a tętnica płucna z lewej komory Sinica zaraz po urodzeniu, trudności z oddychaniem Interwencja chirurgiczna w pierwszych dniach życia Intensywna opieka przed i po operacji, monitorowanie parametrów życiowych, wsparcie oddychania
Zwężenie zastawki aortalnej Zwężenie zastawki pomiędzy lewą komorą a aortą Zmęczenie, ból w klatce piersiowej, omdlenia podczas wysiłku Cewnikowanie balonowe lub operacja, zależnie od ciężkości Monitorowanie wydolności serca, ocena tolerancji wysiłku, edukacja dot. ograniczeń aktywności
Koarktacja aorty Zwężenie aorty, zwykle tuż za odejściem lewej tętnicy podobojczykowej Nadciśnienie w górnej części ciała, puls w nogach trudny do wyczucia Operacja lub cewnikowanie balonowe Monitorowanie ciśnienia krwi i pulsów, obserwacja oznak niewydolności serca, edukacja rodziny
Zespół hipoplazji lewego serca (HLHS) Niedorozwój lewej strony serca, w tym lewej komory i aorty Sinica, trudności z oddychaniem, słaby puls Seria operacji w pierwszych latach życia lub przeszczep serca Intensywna opieka przed i po operacji, monitorowanie wydolności krążeniowo-oddechowej, wsparcie żywieniowe

Kolejne rozdziały

Zapraszamy do dalszego czytania naszego leksykonu.

Wybierz kolejny rozdział z menu poniżej, aby otworzyć nową podstronę kompedium wiedzy i uzyskać szczegółowe informację o leku, substancji lub chorobie.

  1. 11.04.2026
  2. www.leksykon.com.pl

Materiały źródłowe

  • #1 Children’s Heart | About CHDs | Congenital Heart Defects
    https://www.childrensheartfoundation.org/about-chds/chd-facts.html
    Congenital heart defects (CHDs) are problems present at birth that affect the structure and function of the heart. Common examples include holes in the inside walls of the heart and narrowed or leaky valves. In more severe forms of CHDs, blood vessels or heart chambers may be missing, poorly formed, and/or in the wrong place. CHDs are the most common cause of infant death due to birth defects. 25% of babies born with a complex CHD will not see their 1st birthday. […] Some CHDs can be detected pre-birth by a Level II ultrasound or by a fetal echocardiogram. After birth, congenital heart disease is often first detected when the doctor hears an abnormal heart sound or heart murmur when listening to the heart. Depending on the type of murmur, he or she may order further testing such as Echocardiogram, Cardiac catheterization, Chest X-Ray, Electrocardiogram (ECG/EKG), Magnetic Resonance Imaging (MRI) or other diagnostic testing. The warning signs of Congenital Heart Disease in infants and children may include a heart murmur or abnormal heart sound, cyanosis (a bluish tint to the skin, fingernails and/or lips), fast breathing, poor feeding, poor weight gain, an inability to exercise and excessive sweating.
  • #2 Congenital Heart Defects
    https://www.nemours.org/conditions-treatments/heart-defects.html
    Our Nemours Cardiac Center has the experience and advanced pediatric imaging needed to diagnose some heart defects even while babies are still growing in the womb. […] Our pediatric cardiologists and heart surgeons can answer your questions, address your concerns and provide the latest treatment options including heart transplants. […] Congenital (present at birth) heart defects means a baby is born with at least one heart problem. […] Others are critical and require treatment as soon as a baby is born. […] The expert teams in our Nemours Cardiac Center locations offer a full range of pediatric heart care. […] We offer advanced procedures to repair congenital heart defects, performed by board-certified, fellowship-trained cardiothoracic surgeons. […] Our pediatric heart surgeons and cardiologists treat a vast array of congenital heart defects in infants, children and teens.
  • #3 Congenital Heart Defects in Children
    https://lakecountyin.gov/departments/health/Nursing-Clinic/Diseases-and-Conditions/Childrens-Conditions/congenital-heart-defects-in-children
    Congenital heart defects (CHDs) are structural abnormalities of the heart present at birth. They are among the most common types of birth defects, affecting approximately 1 in 100 to 200 live births. CHDs can range from simple issues that may resolve on their own to complex conditions requiring surgical intervention. This article explores the nature of congenital heart defects, their causes, symptoms, diagnosis, and treatment strategies. […] Congenital heart defects are abnormalities in the hearts structure that develop during fetal growth. These defects can affect the heart’s chambers, valves, or blood vessels, and may disrupt normal blood flow through the heart and lungs. CHDs can vary significantly in severity, from minor defects that do not cause symptoms to life-threatening conditions requiring immediate medical intervention.
  • #4 Congenital heart defects in children – Symptoms and causes – Mayo Clinic
    https://www.mayoclinic.org/diseases-conditions/congenital-heart-defects-children/symptoms-causes/syc-20350074
    A congenital heart defect is a problem with the structure of the heart that a child is born with. […] Some congenital heart defects in children are simple and don’t need treatment. Others are more complex. The child may need several surgeries done over a period of several years. […] If your child has congenital heart disease, they will need care throughout their life. However, not every child with congenital heart disease requires active treatment and the defect may pose no harm to their health. […] Some conditions can be treated with medications. These can include blood pressure medications, heart rhythm medications, and medications to help you get rid of excess water in your body. More serious forms of congenital heart diseases may require surgery or other procedures. […] It is important to familiarize yourself with your child’s condition. Keep an eye out for worsening or new symptoms, and be aware of any lifestyle adjustments recommended by your cardiologist.
  • #5 Pediatric Congenital Heart Defects: A Nursing Guide
    https://simplenursing.com/pediatric-nursing-congenital-heart-defects/
    Pediatric Nursing: Overview of Congenital Heart Defects […] In this edition of our pediatric nursing lecture, we’ll be focusing on the different congenital heart defects that are experienced by pediatric infant clients. […] Here, we’ll go through the major types of congenital cardiac defects that pediatric clients experience especially during infancy. The main cardiac defects are: Increased pulmonary blood flow, Decreased pulmonary blood flow, Outflow problems, A mixture of saturated and de-saturated oxygen in the blood – Transportation of Great Vessels. […] Increased pulmonary blood flow or what is also known as increased lung blood flow has a couple of conditions under its umbrella. […] With decreased pulmonary blood flow, there is decreased blood flow into the lungs. Therefore, the primary manifestation would be cyanosis or bluish discoloration of the skin.
  • #6 Congenital Heart Defects in Children – MHVarrow-icon-size3
    https://www.modernheartandvascular.com/congenital-heart-defects-in-children-types-diagnosis-and-management-strategies/
    Congenital heart defects in children: Types, diagnosis, and management strategies. A congenital heart defect is a structural abnormality in the heart present at birth, affecting roughly 1% of all newborns. Early detection, accurate diagnosis, and effective management strategies are critical in addressing congenital heart defects and cultivating a strong foundation for cardiovascular health. At Modern Heart and Vascular, our compassionate team of experts is committed to providing comprehensive care for pediatric heart patients. In this in-depth article, we will explore the types of congenital heart defects, diagnostic approaches, and vital management strategies to ensure the best possible outcomes for affected children. […] Common types of congenital heart defects include Atrial Septal Defect (ASD), Ventricular Septal Defect (VSD), Patent Ductus Arteriosus (PDA), Tetralogy of Fallot, and Transposition of the Great Arteries (TGA). Timely and accurate diagnosis of congenital heart defects is essential to determine the best course of treatment and improve outcomes. Diagnostic tools and procedures employed by healthcare professionals include fetal echocardiography, newborn screening, electrocardiogram (ECG or EKG), echocardiography, and cardiac catheterization.
  • #7 Caring for Infants with Congenital Heart Disease and Their Families | AAFP
    https://www.aafp.org/pubs/afp/issues/1999/0401/p1857.html
    Congenital heart defects are classified into two broad categories: acyanotic and cyanotic lesions. The most common acyanotic lesions are ventricular septal defect, atrial septal defect, atrioventricular canal, pulmonary stenosis, patent ductus arteriosus, aortic stenosis and coarctation of the aorta. Congestive heart failure is the primary concern in infants with acyanotic lesions. The most common cyanotic lesions are tetralogy of Fallot and transposition of the great arteries. In infants with cyanotic lesions, hypoxia is more of a problem than congestive heart failure. […] Follow-up of infants with congenital heart disease should follow the schedule of routine care for healthy babies with some modifications, such as administration of influenza and pneumococcal vaccines. More frequent follow-up is required if congestive heart failure is present. Family psychosocial issues should also be addressed.
  • #8 6 Congenital Heart Disease Nursing Care Plans – Nurseslabs
    https://nurseslabs.com/congenital-heart-disease-nursing-care-plans/
    This nursing guide provides comprehensive care and management strategies for patients with congenital heart disease. Gain knowledge about the nursing assessment, interventions, goals, and nursing diagnosis specific to congenital heart disease in order to provide effective care and support patients with congenital heart disease. […] Nursing care for patients with congenital heart disease focuses on assessing and managing symptoms, promoting growth and development, ensuring proper nutrition, monitoring for complications, educating the patient and family, and collaborating with the healthcare team to provide comprehensive care. Regular follow-up visits, medication management, and lifestyle modifications may also be part of the care plan. […] The following are the nursing priorities for patients with congenital heart disease: Managing decreased in cardiac output and tissue perfusion. Congenital heart disease can lead to impaired blood flow, resulting in inadequate oxygen and nutrient supply to the body’s tissues. This can cause symptoms such as cyanosis, poor growth, and fatigue.
  • #9 Nursing Care Plan (NCP) for Congenital Heart Defects | Free NURSING.com Courses
    https://nursing.com/lesson/nursing-care-plan-for-congenital-heart-defects
    Monitor vital signs, paying close attention to heart rate, respiratory rate, and oxygen saturation levels. […] Evaluate the child’s growth patterns and developmental milestones to identify any delays or abnormalities. […] Assess the child’s nutritional status, ensuring adequate caloric intake for optimal growth and development. […] Observe skin color and peripheral perfusion for signs of cyanosis or poor circulation. […] Perform regular cardiac auscultation to detect any abnormal heart sounds or murmurs. […] Assess respiratory effort, noting any signs of increased work of breathing or respiratory distress. […] Evaluate the child’s tolerance for physical activity and exercise, identifying any limitations or signs of fatigue. […] Assess the family’s understanding of the child’s condition, providing emotional support and identifying resources for coping.
  • #10 Physical Exam for a Child with Congenital Heart Disease
    https://www.nationwidechildrens.org/conditions/health-library/physical-exam-for-a-child-with-congenital-heart-disease
    Your child’s healthcare provider will do an exam when diagnosing or assessing heart conditions. A physical exam can help find possible heart conditions. Or it can help find out how well your child is coping with existing heart problems. This exam may include a head-to-toe assessment. […] Many heart defects present at birth (congenital) can stress the lungs. This causes trouble with breathing. Your child’s healthcare provider can check how serious the problem is by watching whether your child’s nostrils flare (dilate) as they breathe. […] Lip color is an important marker of heart disease. Normally the inside of the lips are a pink color. A blue or purple color (cyanosis) means low levels of oxygen in the blood. It may also mean not enough blood is flowing because of heart failure, anemia, or blood loss.
  • #11 Physical Exam for a Child with Congenital Heart Disease
    https://www.nationwidechildrens.org/conditions/health-library/physical-exam-for-a-child-with-congenital-heart-disease
    Difficult breathing can be caused by heart defects that are present at birth (congenital). One of the problem signs that can be seen is called retractions. This is when the muscles between or below the ribs or above or below the breastbone pull inward each time a child breathes. […] Abnormal sounds may be heard in the lungs when heart disease is present. Fluid may build up in the lungs with some heart problems. Your child’s healthcare provider will hear crackles, congestion, or other moist or „wet” sounds. […] Many heart problems can cause problems with the body’s water balance. This can cause your child to retain water, which can lead to swelling. […] Absent or overly strong pulses may mean heart problems. […] Skin temperature is also helpful to assess heart disease. When the heart isn’t pumping well, it won’t be able to pump enough blood to meet the body’s demands.
  • #12 6 Congenital Heart Disease Nursing Care Plans – Nurseslabs
    https://nurseslabs.com/congenital-heart-disease-nursing-care-plans/
    This nursing guide provides comprehensive care and management strategies for patients with congenital heart disease. Gain knowledge about the nursing assessment, interventions, goals, and nursing diagnosis specific to congenital heart disease in order to provide effective care and support patients with congenital heart disease. […] Nursing care for patients with congenital heart disease focuses on assessing and managing symptoms, promoting growth and development, ensuring proper nutrition, monitoring for complications, educating the patient and family, and collaborating with the healthcare team to provide comprehensive care. Regular follow-up visits, medication management, and lifestyle modifications may also be part of the care plan. […] The following are the nursing priorities for patients with congenital heart disease: Managing decreased in cardiac output and tissue perfusion. Congenital heart disease can lead to impaired blood flow, resulting in inadequate oxygen and nutrient supply to the body’s tissues. This can cause symptoms such as cyanosis, poor growth, and fatigue.
  • #13 Nursing Care Plan (NCP) for Congenital Heart Defects | Free NURSING.com Courses
    https://nursing.com/lesson/nursing-care-plan-for-congenital-heart-defects
    Administer prescribed medications, such as diuretics or inotropic agents, as directed by the healthcare provider. […] Collaborate with a dietitian to ensure the child receives a nutritionally balanced diet that meets specific needs, considering any dietary restrictions. […] Provide oxygen therapy as needed, monitoring oxygen saturation levels and adjusting the flow rate based on the child’s respiratory status. […] Collaborate with physical and occupational therapists to implement interventions that promote developmental milestones, taking into account the child’s cardiac limitations. […] Educate the family about the child’s condition, including signs of distress, medication management, and when to seek medical attention. […] Assess and monitor the child’s cardiac function regularly through echocardiograms, EKGs, or other diagnostic tests as prescribed by the healthcare provider.
  • #14 Congenital Heart Defects – Living With | NHLBI, NIH
    https://www.nhlbi.nih.gov/health/congenital-heart-defects/living-with
    Depending on the type of congenital heart defect, medicines may be needed to treat medical conditions related to your congenital heart defect. For example, anti-arrhythmic medicine may be needed to treat arrhythmia, anticlotting medicine may be needed to prevent blood clots from forming, and blood pressure medicine, such as diuretics and beta blockers, may be needed to control high blood pressure. […] Routine vaccinations are especially important in children with congenital heart defects. Adults with ongoing heart or immune problems should have a pneumococcal vaccination to prevent pneumonia and complications such as meningitis.
  • #15 Nursing Care Plan (NCP) for Congenital Heart Defects | Free NURSING.com Courses
    https://nursing.com/lesson/nursing-care-plan-for-congenital-heart-defects
    Evaluate the child’s nutritional status and growth regularly, tracking weight gain, height, and developmental progress to ensure appropriate growth. […] Monitor respiratory status, including oxygen saturation levels, to assess the effectiveness of interventions and adjust the care plan accordingly. […] Assess the child’s achievement of developmental milestones, collaborating with therapists to address any delays and modify interventions as needed. […] Evaluate the family’s coping mechanisms and adherence to the care plan, providing additional support or education as necessary to enhance the child’s overall care.
  • #16 Caring for Infants with Congenital Heart Disease and Their Families | AAFP
    https://www.aafp.org/pubs/afp/issues/1999/0401/p1857.html
    Adequate nutrition is extremely important in infants with CHD. Many infants with CHD are able to breast-feed and gain adequate weight as well as enjoy the other benefits of breast feeding. […] Routine childhood health maintenance visits should be scheduled. More frequent evaluations are needed if congestive heart failure or other problems are present. […] The diagnosis of a chronic condition in any family member causes much distress. When an infant is born with a heart defect, the parents may grieve over the loss of the healthy newborn they had anticipated and experience shock, denial, guilt, anger, despair or confusion on learning that their infant has a cardiac defect.
  • #17 Congenital Heart Disease: How to Care for Your Baby and Yourself – familydoctor.org
    https://familydoctor.org/how-to-care-for-your-baby-and-yourself/
    If your baby was born with a congenital heart defect, you’re probably experiencing a lot of feelings. It’s normal to feel angry, guilty, scared, sad, or depressed. Knowing your baby has a heart problem is stressful. When you first found out about your baby’s problem, you may have suffered shock. […] You probably have many questions about how to care for your baby. In many ways, you will care for your baby the same as if they were born without a heart defect. Don’t be afraid to pick up and hold them. Your baby needs your love and attention. Play with your baby. Talk with your baby. These things are important for both of you. But there are a few things to pay special attention to, including your own health. […] Breastfeeding a baby who has heart disease can be more challenging because they get tired so quickly. But breast milk is the best food for your baby. It helps protect them from infections. An infection could make your baby’s heart problem worse. If you’re having trouble breastfeeding, talk with your doctor. Your doctor may suggest that you see a lactation specialist.
  • #18 Congenital Heart Disease: How to Care for Your Baby and Yourself – familydoctor.org
    https://familydoctor.org/how-to-care-for-your-baby-and-yourself/
    Babies who have heart disease tend to get tired easily while they’re feeding. If feeding makes your baby tired, try giving smaller amounts of breast milk or formula at one time. But feed your baby more often. Burp them often, too. Babies who have trouble feeding tend to take in a lot of air. This can make them feel full before they’ve taken in enough milk or formula. […] Babies with heart defects can become more sick than other babies. It can be hard for them to fight off infections which can make them sick. When they do get an infection, they could get so sick they have to go to the hospital. That’s why it’s important to take extra precautions to keep your baby healthy. […] Caring for a baby or child with a heart problem can be emotional and stressful. Information and support can help you feel better. Connect with parents of other children with a heart problem. They can understand what you’re going through and share coping skills. And you can talk about your fears. This can be very reassuring.
  • #19 Pediatric Cardiac Cath & Congenital Heart Defects – LevelUpRN
    https://leveluprn.com/blogs/pediatric-nursing/22-cardiovascular-disorders-cardiac-catheterization-congenital-heart-defects?srsltid=AfmBOooaMr0ATGdf773aBUQIQIhYstCXROOWKzAnkttXgHiR6kk-6i7u
    A cardiac catheterization, including nursing care of the patient before and after the procedure. Congenital Heart Defects (CHDs). The pathophysiology, risk factors, overall signs/symptoms, diagnosis, treatment, and nursing care of patients with congenital heart defects. […] In terms of nursing care, prior to the procedure, you want to make sure your patient has been NPO for six to eight hours. […] So after your patient has had their cardiac catheterization, you want to check the insertion site for bleeding, and then you want to check the extremity distal from the insertion site to ensure we have good blood flow. […] In terms of nursing care, we’re going to want to provide frequent rest periods for our child and also provide small, frequent meals. We should provide oxygen as ordered as well as high-calorie formula as ordered by the provider.
  • #20 Special Needs For Children with a Congenital Heart Defect | American Heart Association
    https://www.heart.org/en/health-topics/congenital-heart-defects/care-and-treatment-for-congenital-heart-defects/special-needs-for-children-with-a-congenital-heart-defect
    Regular medical care is important for all children, but especially for those with congenital heart defects. Your pediatric cardiologist will want your pediatrician or family doctor to check your child regularly. […] Your child should have routine care and the standard immunizations that your doctor recommends for all children. The influenza vaccine is also recommended when children are old enough. If your young child has certain heart defects, a series of monthly shots for the respiratory syncytial virus (RSV) may be recommended during the winter months. […] Most children with heart defects need periodic heart checkups. They are usually scheduled more often just after the diagnosis or surgery and less often later. […] Good dental hygiene goes a long way toward preventing heart infection by reducing the risk of a tooth or gum infection.
  • #21 Congenital Heart Disease: Symptoms, Causes, Diagnosis, Treatment
    https://www.webmd.com/heart-disease/congenital-heart-disease
    Some children and adults may need to take medicine for the rest of their lives. They might also need to make regular visits to their heart specialist, called a cardiologist. […] Regular care is important. Congenital heart defects raise your childs chance of other heart problems later. So its important to keep up regular visits with a pediatric, or childrens, cardiologist as part of their care. […] Your child has a higher risk of heart problems. They are more likely to get infections of their heart, called infective endocarditis. They may also have heart rhythm problems, called arrhythmias, and to have possible heart failure. […] People with congenital heart defects are more likely to have inflammation of the inner layer of their heart (called endocarditis), especially if their heart was repaired or replaced through surgery.
  • #22 Congenital heart disease | Better Health Channel
    https://www.betterhealth.vic.gov.au/health/conditionsandtreatments/congenital-heart-disease
    Approximately one in every 100 babies is born with a heart defect. This is called a congenital heart defect (CHD). Some defects are mild and cause no significant disturbance to the way the heart functions. However, more than half of all children with CHD have a condition that is serious enough to require treatment. […] Children with heart defects need special care to prevent infections. […] Please speak with your child’s cardiologist about whether your child requires antibiotics for some procedures such as when they have teeth removed or when they have other surgery which involves the mouth, nose, intestinal organs or genito-urinary systems. Bacteria may enter the bloodstream during these procedures and can cause serious infection (known as infective endocarditis) in the abnormal part of the heart. All medications should be checked with the pharmacist, family doctor or cardiologist. The usual immunisations should be given at the normal times after advice from your doctor.
  • #23 Developmentally Supportive Care in Congenital Heart Disease: A Concept Analysis
    https://pmc.ncbi.nlm.nih.gov/articles/PMC6567997/
    Improved survival of infants and children with congenital heart disease experience has led to recognition that up to half of congenital heart disease survivors also experience developmental delay. […] Developmentally supportive care is a care model shown in Neonatal Intensive Care Units to be associated with improved outcomes, but developmentally supportive practices with premature infants may not be equally effective in the cardiac population that includes all ages. […] Nursing implications for developmentally supportive care as it applies to infants and children with heart disease are discussed. […] The purpose of this concept analysis is to identify and define the characteristics of DSC as applied to hospitalized infants and children with CHD. Understanding these characteristics may help guide nurses and other healthcare team members to provide holistic care that combines life-saving technology and scientific knowledge with interventions that meet the developmental needs of CHD survivors.
  • #24 Developmentally Supportive Care in Congenital Heart Disease: A Concept Analysis
    https://pmc.ncbi.nlm.nih.gov/articles/PMC6567997/
    Developmentally supportive care recognizes the unique interrelationship of the infant or child and their environment as a source of learning, exploration, and development. […] Developmentally supportive care is individualized to meet the unique needs of the patient. […] Developmentally supportive care is also family-centered. […] Developmentally supportive care interventions can be implemented into the care of even the most critically ill child, and evolve to meet the child’s needs at any point in the continuum of their health.
  • #25 Congenital Heart Defects – Living With | NHLBI, NIH
    https://www.nhlbi.nih.gov/health/congenital-heart-defects/living-with
    The outlook for children who have congenital heart defects is much better today than it was in the past. Advances in diagnosis and treatment allow most of these children to survive to adulthood, which means that more and more adults are living with congenital heart disease. […] Schedule regular check-ups with a primary care doctor as well as a pediatric cardiologist or an adult congenital heart specialist, if needed. […] Take medicines as prescribed to prevent complications. […] Children with congenital heart defects are more likely to have problems with behavior. They are also more likely to have speech and attention-deficit/hyperactivity disorders. […] Heart failure is the leading cause of death in adults with congenital heart defects. Some children with congenital heart defects can also develop heart failure.
  • #26 Special Needs For Children with a Congenital Heart Defect | American Heart Association
    https://www.heart.org/en/health-topics/congenital-heart-defects/care-and-treatment-for-congenital-heart-defects/special-needs-for-children-with-a-congenital-heart-defect
    Most children with a congenital heart defect can be physically active without restrictions. In fact, children are encouraged to be physically active to keep their hearts fit and to avoid obesity. […] It’s very important that babies and children with congenital heart defects follow the age-based American Heart Association recommendations for a heart-healthy diet. Your doctor, nurse or other health care professional can give you more information. Sometimes babies and children with heart disease need a higher-calorie diet or have special dietary requirements to grow well and stay healthy.
  • #27
    https://www.nhs.uk/conditions/congenital-heart-disease/treatment/
    Treatment for congenital heart disease depends on the specific defect you or your child has. […] More severe heart defects usually require surgery or catheter intervention (where a thin hollow tube is inserted into the heart via an artery) and long-term monitoring of the heart throughout adult life by a congenital heart disease specialist. […] In some cases, medications may be used to relieve symptoms or stabilise the condition before and/or after surgery or intervention. […] Mild pulmonary valve stenosis doesn’t require treatment, because it doesn’t cause any symptoms or problems. […] More severe cases of pulmonary valve stenosis usually require treatment, even if they cause few or no symptoms. […] Patients treated in this way with a single ventricle are complex and need lifelong specialist care. […] A heart transplant may be recommended for a small number of people but is limited by the lack of available hearts for transplantation. […] Your child’s heart specialist can give you more detailed advice about the right level of physical activity that’s suitable for your child.
  • #28 6 Congenital Heart Disease Nursing Care Plans – Nurseslabs
    https://nurseslabs.com/congenital-heart-disease-nursing-care-plans/
    Proper management of decreased cardiac output is crucial to prevent complications. This involves monitoring vital signs, maintaining fluid balance, administering cardiac medications, and providing oxygen therapy. […] Promoting family coping in congenital heart disease involves providing emotional support, education, and resources to manage challenges. Involve the family in the care plan, provide accurate information, and address their concerns. […] Improving tolerance to activity in patients with congenital heart disease involves gradually increasing the patient’s physical activity level while monitoring their heart function and symptoms. […] Preventing injury and infection in patients with congenital heart disease is crucial to avoid complications that can worsen their condition. Proper hand hygiene, wound care, and infection control measures should be implemented to reduce the risk of infections.
  • #29 6 Congenital Heart Disease Nursing Care Plans – Nurseslabs
    https://nurseslabs.com/congenital-heart-disease-nursing-care-plans/
    Proper management of decreased cardiac output is crucial to prevent complications. This involves monitoring vital signs, maintaining fluid balance, administering cardiac medications, and providing oxygen therapy. […] Promoting family coping in congenital heart disease involves providing emotional support, education, and resources to manage challenges. Involve the family in the care plan, provide accurate information, and address their concerns. […] Improving tolerance to activity in patients with congenital heart disease involves gradually increasing the patient’s physical activity level while monitoring their heart function and symptoms. […] Preventing injury and infection in patients with congenital heart disease is crucial to avoid complications that can worsen their condition. Proper hand hygiene, wound care, and infection control measures should be implemented to reduce the risk of infections.
  • #30 Caring for Infants with Congenital Heart Disease and Their Families | AAFP
    https://www.aafp.org/pubs/afp/issues/1999/0401/p1857.html
    Adequate nutrition is extremely important in infants with CHD. Many infants with CHD are able to breast-feed and gain adequate weight as well as enjoy the other benefits of breast feeding. […] Routine childhood health maintenance visits should be scheduled. More frequent evaluations are needed if congestive heart failure or other problems are present. […] The diagnosis of a chronic condition in any family member causes much distress. When an infant is born with a heart defect, the parents may grieve over the loss of the healthy newborn they had anticipated and experience shock, denial, guilt, anger, despair or confusion on learning that their infant has a cardiac defect.
  • #31
    https://www.healthychildren.org/English/health-issues/conditions/heart/Pages/Congenital-Heart-Defects-Resources-to-Help-Your-Child-Thrive-From-Birth-to-Adulthood-.aspx
    It is not unusual to feel alone or isolated when you find out your child or family member has a heart defect. You may feel a range of emotions, including sadness, fear, guilt and confusion. […] Ask your pediatrician or other health care provider for a referral to a community support group or connection with a family who has experienced a similar situation. Several free resources are offered to families. […] Additional information regarding congenital heart defects and lifelong cardiac care is available at the National Center on Birth Defects and Developmental Disabilities (NCBDDD) website, www.cdc.gov/heartdefects, and the Congenital Heart Public Health Consortium (CHPHC) website, www.chphc.org.
  • #32
    https://www.healthychildren.org/English/health-issues/conditions/heart/Pages/Congenital-Heart-Defects-Resources-to-Help-Your-Child-Thrive-From-Birth-to-Adulthood-.aspx
    It is not unusual to feel alone or isolated when you find out your child or family member has a heart defect. You may feel a range of emotions, including sadness, fear, guilt and confusion. […] Ask your pediatrician or other health care provider for a referral to a community support group or connection with a family who has experienced a similar situation. Several free resources are offered to families. […] Additional information regarding congenital heart defects and lifelong cardiac care is available at the National Center on Birth Defects and Developmental Disabilities (NCBDDD) website, www.cdc.gov/heartdefects, and the Congenital Heart Public Health Consortium (CHPHC) website, www.chphc.org.
  • #33 Nursing Care Plan (NCP) for Congenital Heart Defects | Free NURSING.com Courses
    https://nursing.com/lesson/nursing-care-plan-for-congenital-heart-defects
    Administer prescribed medications, such as diuretics or inotropic agents, as directed by the healthcare provider. […] Collaborate with a dietitian to ensure the child receives a nutritionally balanced diet that meets specific needs, considering any dietary restrictions. […] Provide oxygen therapy as needed, monitoring oxygen saturation levels and adjusting the flow rate based on the child’s respiratory status. […] Collaborate with physical and occupational therapists to implement interventions that promote developmental milestones, taking into account the child’s cardiac limitations. […] Educate the family about the child’s condition, including signs of distress, medication management, and when to seek medical attention. […] Assess and monitor the child’s cardiac function regularly through echocardiograms, EKGs, or other diagnostic tests as prescribed by the healthcare provider.
  • #34 Congenital Heart Disease: Caring for Your Child | HealthLink BC
    https://www.healthlinkbc.ca/healthwise/congenital-heart-disease-caring-your-child
    Caring for a child who has congenital heart disease can be challenging. But there are things you can do to make sure that your child is as healthy and comfortable as possible, whether they are at home or in the hospital. […] At home, care focuses on: Helping your child eat enough. Giving medicines. Preventing infections. Helping your child be active. Helping your child have a good quality of life. […] Heart medicines can be very strong. They can be dangerous if they aren’t given the right way. Follow any instructions for giving medicines exactly as prescribed. […] To prevent infections, make sure that your child gets the recommended childhood vaccines. […] Congenital heart disease can increase your child’s risk of an infection in the heart. […] Congenital heart disease can raise the risk of an infection in the heart (endocarditis). To help prevent this infection, your child needs to take excellent care of their teeth throughout life.
  • #35
    https://www.healthychildren.org/English/health-issues/conditions/heart/Pages/Congenital-Heart-Defects-Resources-to-Help-Your-Child-Thrive-From-Birth-to-Adulthood-.aspx
    From an early age, your child should be involved in their own care with their pediatric cardiologist and other health care providers. This can help them feel more confident in their own health decisions as they move into their adult life. […] Children with congenital heart defects need to continue their congenital cardiac care into adulthood. The pediatric cardiologist that has cared for your child may only see them up to a certain age. When they are old enough, they need to start seeing an adult congenital cardiologist who can make sure they stay healthy as an adult. […] Families should begin planning for this transition well before they become an adult. Help them prepare to take on more responsibility for their health. This will help them learn how to schedule doctor visits, understand health insurance and keep track of their medications in college and beyond.
  • #36
    https://www.healthychildren.org/English/health-issues/conditions/heart/Pages/Congenital-Heart-Defects-Resources-to-Help-Your-Child-Thrive-From-Birth-to-Adulthood-.aspx
    From an early age, your child should be involved in their own care with their pediatric cardiologist and other health care providers. This can help them feel more confident in their own health decisions as they move into their adult life. […] Children with congenital heart defects need to continue their congenital cardiac care into adulthood. The pediatric cardiologist that has cared for your child may only see them up to a certain age. When they are old enough, they need to start seeing an adult congenital cardiologist who can make sure they stay healthy as an adult. […] Families should begin planning for this transition well before they become an adult. Help them prepare to take on more responsibility for their health. This will help them learn how to schedule doctor visits, understand health insurance and keep track of their medications in college and beyond.
  • #37 Congenital Heart Disease (CHD) in Children | Children’s Hospital of Philadelphia
    https://www.chop.edu/conditions-diseases/congenital-heart-disease
    Congenital heart problems range from simple to complex. Some heart problems can be watched by your child’s cardiologist and managed with medicines, while others will require heart surgery or cardiac catheterization sometimes as soon as in the first few hours after birth. […] Babies with congenital heart disease are followed by specialists called pediatric cardiologists. These physicians diagnose heart conditions and help manage the health of children before and after surgical repair of the heart problem. Specialists who correct heart problems in the operating room are known as pediatric cardiovascular or cardiothoracic surgeons. […] It is imperative that individuals born with congenital heart disease who have reached adulthood transition to the appropriate type of cardiac care. The type of care required is based on the type of CHD a person has. People with simple types of CHD can generally be cared for by a community adult cardiologist. Those with more complex types of CHD will need to be cared for at a center that specializes in adult congenital heart disease, like the Philadelphia Adult Congenital Heart Center.
  • #38 6 Congenital Heart Disease Nursing Care Plans – Nurseslabs
    https://nurseslabs.com/congenital-heart-disease-nursing-care-plans/
    The nurse plays a vital role in administering medications and providing pharmacological interventions in patients with congenital heart disease by closely monitoring the patient’s response to medications, identifying and managing potential side effects, and educating the patient and family about medication regimen and potential adverse reactions. […] While medications can be helpful in managing symptoms and improving heart function, surgery is often necessary to correct structural issues with the heart. Surgical nursing care plays a crucial role in the preoperative, intraoperative, and postoperative management of patients with congenital heart disease.
  • #39 Pediatric Cardiac Cath & Congenital Heart Defects – LevelUpRN
    https://leveluprn.com/blogs/pediatric-nursing/22-cardiovascular-disorders-cardiac-catheterization-congenital-heart-defects?srsltid=AfmBOooaMr0ATGdf773aBUQIQIhYstCXROOWKzAnkttXgHiR6kk-6i7u
    A cardiac catheterization, including nursing care of the patient before and after the procedure. Congenital Heart Defects (CHDs). The pathophysiology, risk factors, overall signs/symptoms, diagnosis, treatment, and nursing care of patients with congenital heart defects. […] In terms of nursing care, prior to the procedure, you want to make sure your patient has been NPO for six to eight hours. […] So after your patient has had their cardiac catheterization, you want to check the insertion site for bleeding, and then you want to check the extremity distal from the insertion site to ensure we have good blood flow. […] In terms of nursing care, we’re going to want to provide frequent rest periods for our child and also provide small, frequent meals. We should provide oxygen as ordered as well as high-calorie formula as ordered by the provider.
  • #40 Pediatric Cardiac Cath & Congenital Heart Defects – LevelUpRN
    https://leveluprn.com/blogs/pediatric-nursing/22-cardiovascular-disorders-cardiac-catheterization-congenital-heart-defects?srsltid=AfmBOooaMr0ATGdf773aBUQIQIhYstCXROOWKzAnkttXgHiR6kk-6i7u
    A cardiac catheterization, including nursing care of the patient before and after the procedure. Congenital Heart Defects (CHDs). The pathophysiology, risk factors, overall signs/symptoms, diagnosis, treatment, and nursing care of patients with congenital heart defects. […] In terms of nursing care, prior to the procedure, you want to make sure your patient has been NPO for six to eight hours. […] So after your patient has had their cardiac catheterization, you want to check the insertion site for bleeding, and then you want to check the extremity distal from the insertion site to ensure we have good blood flow. […] In terms of nursing care, we’re going to want to provide frequent rest periods for our child and also provide small, frequent meals. We should provide oxygen as ordered as well as high-calorie formula as ordered by the provider.
  • #41 Congenital Heart Defects in Children | Wolfson Children’s | Jacksonville, FL
    https://www.wolfsonchildrens.com/services/heart/congenital-heart-children
    Depending on your childs condition, only close monitoring or treatment with medicine may be needed. Some conditions require minimally invasive cardiac catheterization, or more serious treatment, such as heart surgery. […] When possible, heart specialists at Wolfson Childrens Hospital conduct minimally invasive heart procedures, helping your child receive lifesaving care with a lower risk of infection, pain or bleeding. […] Our Cardiovascular Intensive Care Unit (CVICU) is specialized just for children with heart conditions who require close care and monitoring following catheterization procedures and surgical repairs. […] In addition to medical care, we will also help you find support groups in the community where you can talk to other families who have children with congenital heart defects.
  • #42 17.5 Applying the Nursing Process and Clinical Judgment Model to Congenital Heart Defects – Nursing Health Promotion
    https://wtcs.pressbooks.pub/healthpromo/chapter/17-5-applying-the-nursing-process-to-congenital-heart-defects/
    Nursing priorities for clients with congenital heart defects or congenital heart disease include symptom management, monitoring for complications, and minimizing distress. […] Nursing diagnoses for clients with CHDs should be created based on specific client needs, signs and symptoms they are exhibiting, and the etiology of the problem, meaning the specific defect. […] Possible nursing diagnoses for clients with congenital heart defects or congenital heart disease include the following: Deficient knowledge r/t specific congenital heart defect present, Imbalanced nutrition: less than body requirements r/t decreased oral intake, Decreased cardiac output r/t altered afterload, Excess fluid volume r/t impaired cardiopulmonary function, Risk for ineffective breathing pattern r/t increased pulmonary resistance.
  • #43 Tetralogy of Fallot: Nursing Diagnoses & Care Plans | NurseTogether
    https://www.nursetogether.com/tetralogy-of-fallot-nursing-diagnosis-care-plan/
    Nursing Diagnosis: Decreased Cardiac Output […] Patient will demonstrate an oxygen saturation level within expected limits. […] Patient will be able to tolerate playing or exercise without dyspnea, fatigue, or fainting. […] Compromised family coping associated with Tetralogy of Fallot can be caused by situational family crises and developmental crises in the infant. […] Nursing Diagnosis: Compromised Family Coping […] Impaired gas exchange associated with Tetralogy of Fallot can be caused by a lack of oxygenated blood supply reaching the lungs. […] Nursing Diagnosis: Impaired Gas Exchange […] Tetralogy of Fallot results in structural defects that disrupt oxygenated blood reaching the rest of the body. […] Nursing Diagnosis: Ineffective Tissue Perfusion […] Risk for infection associated with Tetralogy of Fallot is associated with lifelong treatment, surgical procedures, and hospitalizations. […] Nursing Diagnosis: Risk for Infection
  • #44 Tetralogy of Fallot: Nursing Diagnoses & Care Plans | NurseTogether
    https://www.nursetogether.com/tetralogy-of-fallot-nursing-diagnosis-care-plan/
    Nursing Diagnosis: Decreased Cardiac Output […] Patient will demonstrate an oxygen saturation level within expected limits. […] Patient will be able to tolerate playing or exercise without dyspnea, fatigue, or fainting. […] Compromised family coping associated with Tetralogy of Fallot can be caused by situational family crises and developmental crises in the infant. […] Nursing Diagnosis: Compromised Family Coping […] Impaired gas exchange associated with Tetralogy of Fallot can be caused by a lack of oxygenated blood supply reaching the lungs. […] Nursing Diagnosis: Impaired Gas Exchange […] Tetralogy of Fallot results in structural defects that disrupt oxygenated blood reaching the rest of the body. […] Nursing Diagnosis: Ineffective Tissue Perfusion […] Risk for infection associated with Tetralogy of Fallot is associated with lifelong treatment, surgical procedures, and hospitalizations. […] Nursing Diagnosis: Risk for Infection
  • #45 Tetralogy of Fallot: Nursing Diagnoses & Care Plans | NurseTogether
    https://www.nursetogether.com/tetralogy-of-fallot-nursing-diagnosis-care-plan/
    Nursing Diagnosis: Decreased Cardiac Output […] Patient will demonstrate an oxygen saturation level within expected limits. […] Patient will be able to tolerate playing or exercise without dyspnea, fatigue, or fainting. […] Compromised family coping associated with Tetralogy of Fallot can be caused by situational family crises and developmental crises in the infant. […] Nursing Diagnosis: Compromised Family Coping […] Impaired gas exchange associated with Tetralogy of Fallot can be caused by a lack of oxygenated blood supply reaching the lungs. […] Nursing Diagnosis: Impaired Gas Exchange […] Tetralogy of Fallot results in structural defects that disrupt oxygenated blood reaching the rest of the body. […] Nursing Diagnosis: Ineffective Tissue Perfusion […] Risk for infection associated with Tetralogy of Fallot is associated with lifelong treatment, surgical procedures, and hospitalizations. […] Nursing Diagnosis: Risk for Infection
  • #46 Tetralogy of Fallot: Nursing Diagnoses & Care Plans | NurseTogether
    https://www.nursetogether.com/tetralogy-of-fallot-nursing-diagnosis-care-plan/
    Nursing Diagnosis: Decreased Cardiac Output […] Patient will demonstrate an oxygen saturation level within expected limits. […] Patient will be able to tolerate playing or exercise without dyspnea, fatigue, or fainting. […] Compromised family coping associated with Tetralogy of Fallot can be caused by situational family crises and developmental crises in the infant. […] Nursing Diagnosis: Compromised Family Coping […] Impaired gas exchange associated with Tetralogy of Fallot can be caused by a lack of oxygenated blood supply reaching the lungs. […] Nursing Diagnosis: Impaired Gas Exchange […] Tetralogy of Fallot results in structural defects that disrupt oxygenated blood reaching the rest of the body. […] Nursing Diagnosis: Ineffective Tissue Perfusion […] Risk for infection associated with Tetralogy of Fallot is associated with lifelong treatment, surgical procedures, and hospitalizations. […] Nursing Diagnosis: Risk for Infection
  • #47 Tetralogy of Fallot: Nursing Diagnoses & Care Plans | NurseTogether
    https://www.nursetogether.com/tetralogy-of-fallot-nursing-diagnosis-care-plan/
    Nursing Diagnosis: Decreased Cardiac Output […] Patient will demonstrate an oxygen saturation level within expected limits. […] Patient will be able to tolerate playing or exercise without dyspnea, fatigue, or fainting. […] Compromised family coping associated with Tetralogy of Fallot can be caused by situational family crises and developmental crises in the infant. […] Nursing Diagnosis: Compromised Family Coping […] Impaired gas exchange associated with Tetralogy of Fallot can be caused by a lack of oxygenated blood supply reaching the lungs. […] Nursing Diagnosis: Impaired Gas Exchange […] Tetralogy of Fallot results in structural defects that disrupt oxygenated blood reaching the rest of the body. […] Nursing Diagnosis: Ineffective Tissue Perfusion […] Risk for infection associated with Tetralogy of Fallot is associated with lifelong treatment, surgical procedures, and hospitalizations. […] Nursing Diagnosis: Risk for Infection
  • #48 Health Supervision for Children with Congenital Heart Disease
    https://www.aap.org/en/patient-care/congenital-heart-defects/health-supervision-for-children-with-congenital-heart-disease/?srsltid=AfmBOoo0QbDLdDM2HK9oHi_4LFqODmH-_A1i79juOa6PBMvWihzSZ4h6
    Congenital Heart Disease (CHD) is a lifelong condition that requires specialized care that is coordinated by the medical home. […] Co-management between CHD specialists and primary care pediatricians is important to address nutritional needs, exercise tolerance, developmental, behavioral or cognitive concerns and many cardiac- and non-cardiac specific risk factors. […] Newborn screening for critical congenital heart disease uses pulse oximetry to check the level of oxygen in the blood of newborns. […] It is therefore important that individuals with CHD, particularly those with the most severe forms, be screened for neurodevelopmental and neurocognitive challenges and be connected with services that may be of assistance. […] Individuals with CHD are at risk of non-cardiac conditions that may be related to the underlying heart condition or may be sequelae of prior procedures or ongoing physiology. […] Care coordination and case management are essential components of the services provided by members of the patient/family-centered medical home team.
  • #49 Health Supervision for Children with Congenital Heart Disease
    https://www.aap.org/en/patient-care/congenital-heart-defects/health-supervision-for-children-with-congenital-heart-disease/?srsltid=AfmBOoo0QbDLdDM2HK9oHi_4LFqODmH-_A1i79juOa6PBMvWihzSZ4h6
    Congenital Heart Disease (CHD) is a lifelong condition that requires specialized care that is coordinated by the medical home. […] Co-management between CHD specialists and primary care pediatricians is important to address nutritional needs, exercise tolerance, developmental, behavioral or cognitive concerns and many cardiac- and non-cardiac specific risk factors. […] Newborn screening for critical congenital heart disease uses pulse oximetry to check the level of oxygen in the blood of newborns. […] It is therefore important that individuals with CHD, particularly those with the most severe forms, be screened for neurodevelopmental and neurocognitive challenges and be connected with services that may be of assistance. […] Individuals with CHD are at risk of non-cardiac conditions that may be related to the underlying heart condition or may be sequelae of prior procedures or ongoing physiology. […] Care coordination and case management are essential components of the services provided by members of the patient/family-centered medical home team.
  • #50 About Congenital Heart Disease – Children’s HeartLink
    https://childrensheartlink.org/about/about-congenital-heart-disease/
    Congenital heart disease (CHD) is a general term for a range of birth defects that affect the structure and functionality of the heart. Children born in countries with access to high-quality pediatric heart care and surgery will likely survive and go on to live a healthy, active life. Sadly, for 90% of children born with CHD, treatment is not available or too expensive where they live. […] Pediatric heart care remains rare in many low- and middle income countries (LMICs) due to a shortage of specialized facilities and trained heart care professionals equipped to handle the nuances of pediatric cardiac care. […] The survival of infants with CHD depends on how severe the heart defect is, when it is diagnosed and how it is treated. […] Babies with HLHS are born with an undeveloped left side of the heart. […] All babies who have Tetralogy of Fallot need corrective surgery. […] Babies with TAPVR need surgery to repair the defect. […] Surgical treatment will help restore heart function.
  • #51
    https://myhealth.alberta.ca/Health/aftercareinformation/pages/conditions.aspx?hwid=uf8657
    Congenital heart disease refers to heart problems a baby is born with. There are different types of problems. The heart may have a hole between two of its chambers. Blood may not flow the right way because of a problem with a blood vessel. Sometimes, a heart valve may not form correctly. Or, a heart valve or a chamber may not have formed at all. […] Follow-up care is a key part of your child’s treatment and safety. Be sure to make and go to all appointments, and call your doctor or nurse advice line (811 in most provinces and territories) if your child is having problems. It’s also a good idea to know your child’s test results and keep a list of the medicines your child takes. […] Congenital heart disease can increase your child’s risk of an infection in the heart. Talk to your doctor about your child’s risk. Your child may need to take antibiotics before certain dental or surgical procedures to prevent infection. Also be sure your child takes good care of their teeth and gums.
  • #52
    https://myhealth.alberta.ca/Health/aftercareinformation/pages/conditions.aspx?hwid=uf8657
    Learn what to do if your child has „blue spells.” These may happen if the blood going from the heart to the body is a mix of oxygen-poor and oxygen-rich blood. The body may not get enough oxygen. When this occurs, a child can have a bluish tint to the skin, lips, or fingernails. Tell your child’s doctor when a blue spell occurs. […] Call your doctor or nurse advice line now or seek immediate medical care if: Your child has difficulty breathing. Your child has difficulty feeding. Your child has a fever. There is a blue tint to your child’s skin, lips, or fingernails. Your child has swelling in the belly, legs, ankles, or feet. […] Watch closely for changes in your child’s health, and be sure to contact your doctor or nurse advice line if: Your child is not gaining weight. Your child has less energy or is sleeping more than usual.
  • #53 Congenital Heart Defects Factsheet (for Schools) (for Parents) | Nemours KidsHealth
    https://kidshealth.org/en/parents/heart-defects-factsheet.html
    A congenital heart defect is a heart problem that a baby is born with. Heart defects can be mild or severe. Some kids with congenital heart defects need one or more surgeries. […] Many kids and teens with congenital heart defects don’t need any special care at school. But a student who has a complicated heart defect or recently had surgery might: have problems such as fast breathing or shortness of breath, have a bluish coloring of the skin, faint, tire easily or need to avoid activities that take a lot of effort, need to carry a water bottle to stay hydrated or stay indoors on hot days, need extra time to go to and from classes, need to go the bathroom a lot if they’re taking a diuretic (medicine that gets rid of fluid from the body), need to use supplemental oxygen, need to go to the school nurse for medicines, miss class time to see cardiologists (heart specialists) or other care providers, have developmental delays or learning problems.
  • #54 Congenital Heart Defects Factsheet (for Schools) (for Parents) | Nemours KidsHealth
    https://kidshealth.org/en/parents/heart-defects-factsheet.html
    Students with a heart defect may miss class time or be absent due to doctor visits and hospital stays. To help your student succeed in school, you can: Give them extra time to finish schoolwork, let them do fewer assignments, let them make up missed assignments and tests, give take-home or online tests, if needed. […] Make sure your student with a congenital heart defect knows they can: leave the classroom as needed, without asking, to go to the restroom or to the nurse, carry a water bottle, get help with carrying things and use the elevator while moving between classes. […] Provide support. If you think it might help, talk to your student and their family about counseling options in school or in the community.
  • #55 Understanding Your Child’s CHD Diagnosis | Lurie Children’s
    https://www.luriechildrens.org/en/blog/heart-problems-in-children-what-to-know/
    Heart disease in children can range from the most common to the most complex. […] Receiving a diagnosis of congenital heart disease (CHD) is difficult and scary. […] The best outcomes happen when care is provided in a well-experienced, multidisciplinary team with expertise in congenital heart disease. […] It is important to note that CHD does have an impact on the child and family’s life and require lifelong specialized care. […] Help your child become their own advocate. […] Exercise and a healthy diet are important! […] Some people with CHD are at increased risk for infections in the heart. […] There is a link between CHD and neurocognitive/developmental issues (e.g. cognitive, social, learning and mental health). […] Know your resources!