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Burhanuddin Iskandar Pediatric Cardiology Pediatric Department,Medical Faculty, Hasanuddin University/ WS Hospital Makassar

Kuliah CHD

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Coronary heart diseaseEmail this page to a friend Print Facebook Twitter Bookmark & ShareCoronary heart disease (CHD) is a narrowing of the small blood vessels that supply blood and oxygen to the heart. CHD is also called coronary artery disease.CausesCoronary heart disease (CHD) is the leading cause of death in the United States for men and women.Coronary heart disease is caused by the buildup of plaque in the arteries to your heart. This may also be called hardening of the arteries. Fatty material and other substances form a plaque buildup on the walls of your coronary arteries. The coronary arteries bring blood and oxygen to your heart. This buildup causes the arteries to get narrow. As a result, blood flow to the heart can slow down or stop. A risk factor for heart disease is something that increases your chance of getting it. You cannot change some risk factors for heart disease, but you can change others.SymptomsSymptoms may be very noticeable, but sometimes you can have the disease and not have any symptoms. This is more often true in the early stages of heart disease.Chest pain or discomfort (angina) is the most common symptom. You feel this pain when the heart is not getting enough blood or oxygen. The pain may feel different from person to person: It may feel heavy or like someone is squeezing your heart. You may feel it under your breast bone (sternum). You may also feel it in your neck, arms, stomach, or upper back. The pain most often occurs with activity or emotion. It goes away with rest or a medicine called nitroglycerin. Other symptoms include shortness of breath and fatigue with activity (exertion). Some people have symptoms other than chest pain, such as: Fatigue Shortness of breath General weakness Exams and TestsYour health care provider will examine you. You will often need more than one test before getting a diagnosis.Tests may include: Coronary angiography -- an invasive test that evaluates the heart arteries under x-ray Echocardiogram stress test Electrocardiogram (ECG) Electron-beam computed tomography (EBCT) to look for calcium in the lining of the arteries -- the more calcium, the higher your chance for CHD Exercise stress test Heart CT scan Nuclear stress testTreatmentYou may be asked to take one or more medicines to treat blood pressure, diabetes, or high cholesterol levels. Follow your doctor's directions closely to help prevent coronary artery disease from getting worse.Goals for treating these conditions in people who have coronary artery disease: The most commonly used blood pressure target for people with heart disease is below 130 to 140/80 mmHg. If you have diabetes, your HbA1c levels will be monitored and brought down to the level your doctor recommends. Your LDL cholesterol level will be lowered with statin drugs.

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  • Burhanuddin IskandarPediatric CardiologyPediatric Department,Medical Faculty, Hasanuddin University/ WS Hospital Makassar

  • Telur TGAManusia salju/angka 8 TAPVDKarpet Ebstein anomaliSepatu both TF

  • Structures of the heart

  • Normal Heart

  • Atrial Septal defect( ASD )Insidence : + 10 % : ratio = 2 : 1Anatomy : Defect on foramen ovale : Secundum ASD Defect at SVC and RA junction: sinus venosus ASD Defect at ostium primum : primum ASD

  • ASD

  • Atrial Septal Defect

  • LALVRVRAPAAOSystemicLungsQp > QsAtrial septal defect

  • Atrial Septal DefectDiagram of ASD

  • RARVLALVRARVLALVAtrial septal Defect

  • Clinical findingsAsymptomaticAuscultation : Normal 1st HS or loudWidely split and fixed 2nd HSEjection systolic murmur Atrial septal Defect

  • Atrial Septal DefectAuscultation :1st HS N or loudwidely split and fixed 2nd HS Ejection Sistolic Murmur

  • ECG : IRBB , right ventricular hypertrophyAtrial Septal Defect

  • Right atrial enlargementProminence the MPA segmentIncreased pulmonary vascular marking Atrial Septal DefectChest X-Ray

  • Atrial Septal DefectDiagnosis Differential

    Primary Atrial Septal DefectECG : LADPartial Anomalous Pulmonary Vein DrainagePulmonary StenosisInnocent Murmur

  • Atrial Septal defect

    ManagementSurgery : Preschool ageRecent treatment: transcatheter closure using ASO (Amplatzer septal occluder)

  • ASDSmall ShuntLarge ShuntObservationEvaluationAt age 5-8 yrsCathFR1.5ConservativeInfantsChildren/AdultsHeart Failure (-)Heart Failure (+)Age >1yrsW >10kgTranscatheter closure (Secundum ASD) /Surgical Closure(others)ConservativeAnti failureFailSuccessPH (-)PH (+)PVD (-)PVD (+)HyperoxiaReac-tiveNonreactiveSurgicalClosure

  • Atrial septal defect

  • Atrial septal defectASD before occlusion

  • During balloon sizingAtrial septal defect

  • Atrial septal defectASD after occluded using ASO

  • Ventricular septal defectInsidence 20 % of all CHD No sex influencedAnatomy Subarterial defect : below pulmonary andaortic valve Perimembranous defect: below aortic valve at pars membranous septum Muscular defect

  • VSD

  • Ventricular Septal Defect

  • SystemicLungsQp > QsVentricular Septal defect

  • LA

    LV

    RV

    RA

    PA

    AO

  • RARVRALALARVLVLVVentricular septal defect

  • Ventricular Septal Defect

  • Ventricular Septal DefectClinical findingsDay 1st after birth: murmur (-)After 2-6 weeks : murmur (+)Murmur : pansystolic grade 3/6 or higher at LSB 3 Small muscular defect: early systolic murmurSignificant defect: Mid diastolic murmur at apex

  • Small VSD Large VSD Ventricular Septal DefectMurmur: pansystolic grade 3/6 or higher at LSB 3

  • Ventricular Septal DefectCardiomegalyApex down wardProminence pulmonary artery segmentIncreased pulmonary vascular marking

  • Ventricular septal DefectDiagnosis Differential

    PDA with PHTetralogy Fallot non cyanoticInoscent murmur

  • Ventricular septal defectManagement:

    Definitive : VSD closure Surgery Transcatheter closure

  • DSVHeart failure (+)Heart failure (-)Anti failureFailSuccessPABEvaluate in 6 mthsSurgical closure/Transcatheter closureAortic valve prolapsInfundibular stenosisPHSmallerSpontaneousclosureCathPVD(-)PVD(+)CathCathReactiveNon-reactiveConservativeFR>1.5FR
  • Ventricular septal defectVSD before occlusion

  • Ventricular septal defectVSD during deploying the device

  • Ventricular septal defectVSD after occludedusing ASO

  • Patent Ductus Arteriosus Insidence+ 10%Female : Male = 1.2 to 1.5 : 1Premature and LBW higherAnatomyFetus: ductus arteriosus connects PA and aorta. If ductus does not closs Patent Ductus arteriosus

  • PDA

  • LALVRVRAPAAOSystemicLungsQp > QsPatent Ductus Arteriosus

  • RARVLALVRALARVLVPatent Ductus Arteriosus

  • Patent Ductus ArteriosusClinical findings

    Small defect: Symptom (-) Growth and development normalSignificant defect:Decreased exercise tolerantWeigh gained not goodFrequent URTISpecific case: pulsus seler at 4th extremities

  • Patent Ductus Arteriosus DiagnosisPulsus seler and continuous murmur heard

  • Patent Ductus ArteriosusChest X- RaySimilar to VSD

  • Patent Ductus ArteriosusAuscultation : continuosus murmur at upper LSB 2

  • Diagnosis DifferentialAP-windowArterio-venous fistulae

    Management premature: indometasinPDA closure : surgery transcatheter closurePatent Ductus Arteriosus

  • PDANeonates/InfantsChildren/AdultsHeart failure (+)Heart failure (-)PrematureFull termAnti failureIndometacinSuccessFailSpontaneous closureAnti failureSuccessFailSurgical ligationTranscatheter closurePH (-)PH (+)LRRLHyperoxiaReactiveNonreactiveConservativeAge >12wksW >4kg

  • Patent Ductus Arteriosus

  • Patent Ductus Arteriosus

  • Patent Ductus ArteriosusPDA before occludedusing ADO

  • Patent Ductus ArteriosusPDA after occludedusing ADO

  • Patent Ductus ArteriosusPDA before occludedusing coil

  • Patent Ductus ArteriosusPDA after occludedusing coil

  • Pulmonary Stenosis Incidence : 8-10%

    Anatomy:Pulmonary stenosis valvular : Bicuspid pulmonary valve Valve leaflet thickening and adhession Pulmonary stenosis infundibular : Hyperthropy infundibulum

  • Pulmonary Stenosis Clinical findingsValvular stenosis Mild : Ejection systolic Wide 2nd HS ejectiin clickModerate: ejection systolic, early systolic clickSevere : ejecstion systolic, ejection click (-) Stenosis infundibular Ejection click ( - )1st HS normal, 2nd HS weak, ejection systolic Pulmonary stenosis periphery1st & 2nd HS normal, ejection systolic

  • Pulmonary StenosisMild : ejection systolic 2nd HS wide split ejection clickModerate: ejecsi systolic , early ejection click Severe : ejection systolic, click ejection (-)

  • Poulmonary StenosisDiagnosisAsymptomatic patient:click systolic (stenosis valvular)systolic murmurwide split 2nd HS vary with respiration

  • Poulmonary StenosisNormal or mild cardiomegaly Marked pulmonary valve post stenotic dilatationNormal pulmonary vascularity

  • ECG : RADEchocardiograhhy : confirmation diagnosisCatheterization: increased RV pressure without increased oxygen saturation

    Pulmonary Stenosis

  • Pulmonary StenosisManagement

    Medicamentosa : uselessMild stenosis: intervention (-)Moderate stenosis: observationSevere stenosis: balloon valvuloplasty

  • Pulmonary Stenosis

  • Pulmonary StenosisBefore ballooning

  • Pulmonary StenosisDuring ballooning

  • Pulmonary StenosisAfter ballooning

  • Coarctation AortaIncidenceIn Western country 5 % of all CHDIn Asian Country incidence lower underdiagnosis ?

    AnatomyStenosis at any where in the aorta (from aortic valve to abdominalis aorta)More frequent at ductus arteriosus Botalli and pulmonary artery junction

  • Coarctation Aorta

  • Clinical findingsSevere coarctation in neonates period can cause heart failure in 1st weeks of life

    Clinical manifestation in children: arterial hypertensioncommonly asymptomatic Different pulses felt at upper and lower extremities

    Examination : increased left ventricular activity, thrill systolic, 1st and 2nd HS normal, ejection systolic murmurCoarctation Aorta

  • Diagnosis Clinically : lower extremities pulses are weakCXR : Mild cardiomegalyProminence of aortic knob Normal pulmonary blood flowECG : normal or LVHEchocardiography: a discrete shelf-like membraneCardiac catheterization and angiography: to confime diagnosisCoarctation Aorta

  • Management

    Neonates : PGE1 to maintain PDA Diuretic Correction acid-base imbalance Prepared to undergo surgery

    Big children:Surgery should be done as soon as diagnosis madeBalloon angioplastyCoarctation Aorta

  • Coarctation Aorta

  • Coarctation Aorta

  • Coarctation Aorta

  • Coarctation AortaBefore ballooning

  • Coarctation AortaDuring ballooning

  • Coarctation AortaAfter ballooning

  • Tetralogy FallotInsidence5-8% from all CHD

    AnatomyCause: Left-anterior deviation of infundibular septum

    Sindroma consist of 4 items: VSD pulmonary stenosis aortic over-riding RVH

  • Tetralogy Fallot

  • Tetralogy FallotHemodynamic acyanoticHemodynamic cyanotic

  • Tetralogy FallotDiagnosis

    Clinically : cyanosis Single 2nd HS, ejection systolic murmur

  • Tetralogy FallotSingle 2nd HS, ejection systolic murmur

  • Tetralogi Fallot

  • CXR : Boot-shapedConcave pulmonary segmentApex upturnedDecreased pulmonary blood flowTetralogy Fallot

  • Tetralogy FallotECG : RADEchocardiography : to confirm diagnosis

  • Tetralogy FallotDiagnosis Differential Pulmonary Atresia Double outlet right ventricle and pulmonary stenosis Transposisi of great arteri and pulmonary stenosis

    Management Paliative treatment: Blalock-Taussig shunt Definitive: total correction

  • Tetralogy of Fallot< 1 yr> 1 yrspell (+)spell (-)propranololfailedsucceedBTStotal correction cathsmall PAgood sized PA clinically ECG CXR echoage 1 yrcathBTS/PDA Stentevaluation

  • Tetralogy Fallot

  • Tetralogy Fallot

  • Transposition of Great ArteryInsidence5% of CHDAnatomyAbnormality of formation of trunkal septum that cause aorta arising from RV and PA arising from LV

  • Transposition of Great artery

  • Fig. 7

    Transposition of the great arteries.

  • Hemodynamic normalHemodynamic of TGAseriesparallelTransposition of Great artery

  • TGA without VSDIn adequate MixingAdequate Mixing Transposition of Great artery

  • TGA with large VSDTGA with VSD and PSTransposition of Great artery

  • Clinical aspects

    More frequent in maleBirth weight usually normal or biggerCyanotic vary from mild to severeAuscultation : single 2nd HS and loudMurmur vary from silent to pansystolic murmur or continuous murmurTransposition of Great artery

  • DiagnosisClinically : Suspicious if neonates presents with cyanotic with birth weight normal or biggerMurmur (-)Single 2nd HS and loudTransposition of Great artery

  • Murmur (-)Single 2nd HS and loud

    Transposition of Great artery

  • Transposition of Great arteryCXR :CardiomegalyEgg-on-side heartIncreased pulmonary vascular marking

  • Transposition of Great arteryECG :RADRVHBVH Echocardiography : to confirm diagnosisCardiac catheterization: usually is not needed

  • Diagnosis Differential

    trunkus arteriosus trikuspid atresia pulmonary atresia

    Management

    Surgery: arterial switchPaliative : Blalock-Taussig shuntTransposition of Great artery

  • Transposition of Great ArteryPGE1VSD(-)VSD(+) 1mth> 1mthCathLV2/3 systLV3 mths3 mthsCathPARI
  • Transposition of Great artery

  • Truncus ArteriosusInsidencearound 1 % of CHDAnatomy Failure of septation of truncus arteriosus form aorta and pulmonary artery There are 3 type:Type 1 : MPA arises from the truncus and then divides into the RPA and LPATipe 2 : The PAs arise from the posterior aspect of the truncusTipe 3 : The PAs arise from the lateral aspects of the truncusTipe 4: Arteries arising from the descending aorta supply the lungs

  • Truncus Arteriosus

  • Truncus Arteriosus

  • Truncus Arteriosus

  • DiagnosisClinically suspected if:neonates present with cyanotic and single 2nd HSmurmur vary CXR:cardiomegaly increased pulmonary vascular markingECG: biventricular hypertrophyEchocardiografhy: to confirm diagnosisCatheterization: decreased oxygen saturation at right heart and aortaTruncus Arteriosus

  • Diagnosis Differential Transposisi of great artery Total anomalus pulmonary vein drainage

    Management

    Medicamentosa : temporarySurgery: Rastelli Palliative: pulmonary artery bandingTruncus Arteriosus

  • Truncus Arteriosus

  • Tricuspid AtresiaIncidence1 % from all CHDEmbriologyValve formed at 5th weeksFussion of part of endocardial cushion, ventricular septum and miocardium

  • AnatomyValve leaflet adhession one to another, difficult to openASD essentially required to drain blood from RA to LA Classified into 2 groupNormal related great arteryTransposed grat arteryTricuspid Atresia

  • Tricuspid Atresia with normal related great artery

    Tricuspid atresia with transposed geat artery

    Tricuspid Atresia

  • Manifestasi klinisCyanosis early after birthIncreased RV activityIncreased LV activityAuscultationSingle 1st and 2 nd HS

    Tricuspid Atresia

  • Clinical manifestationIn almost all patients murmur is silentIf murmur presentDiastolic murmur due to relative MSPansystolic murmur due to VSD

    Tricuspid Atresia

  • Tricuspid Atresia

  • Diagnosis and diagnosis differentialClinically: Cyanosis with or without murmur

    Tricuspid Atresia

  • CXR: Heart minimally EnlargedThe PVMs are DecreasedThe MPA segment is concaveTricuspid Atresia

  • ECG: LADLeft ventricular hypertrophyWith or without LAETricuspid Atresia

  • Echocardiography: Essential to make diagnosisCatheterizationCatheter can not be passed from RA to RVIncreased RA and LA pressureDecreased oxygen saturation in LAAngiography: definitive diagnosisTricuspid Atresia

  • Diagnosis differentialTransposition of great arteryTruncus arteriosusTetralogy of FallotTotal Anomalous pulmonary vein drainage

    Tricuspid Atresia

  • ManagementFontan operationTricuspid Atresia

  • Tricuspid Atresia

  • Tricuspid Atresia

  • Tricuspid Atresia

  • Tricuspid Atresia

  • Tricuspid Atresia

  • Modification of Fontan operationTricuspid Atresia

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