Incremental Detection of Severe Congenital Heart Disease by Fetal Echocardiography Following a Normal Second Trimester Ultrasound Scan in Québec, Canada.
Mikhail-Paul CardinalMarie-Hélène GagnonCassandre TêtuFrancis-Olivier BeauchampLouis-Olivier RoyCamille NoëlLaurence VaujoisTiscar Cavallé-GarridoJean-Luc BigrasMarie-Ève Roy-LacroixFrédéric DallairePublished in: Circulation. Cardiovascular imaging (2022)
In the setting of a normal second-trimester ultrasound, adding a FE for risk factors offered low incremental value to the detection rate of SCHD in singleton pregnancies. The current ratio of clinical gains versus the FE resources needed to screen for SCHD in singleton pregnancies with isolated risk factors does not seem favorable. Further studies should evaluate whether these resources could be better allocated to increase SCHD sensitivity at the ultrasound level, and to help decrease heterogeneity between regions, institutions and operators.
Keyphrases
- preterm birth
- gestational age
- risk factors
- congenital heart disease
- magnetic resonance imaging
- birth weight
- computed tomography
- pregnancy outcomes
- contrast enhanced ultrasound
- loop mediated isothermal amplification
- ultrasound guided
- high throughput
- early onset
- left ventricular
- pulmonary hypertension
- heart failure
- single cell
- metal organic framework
- magnetic resonance
- pregnant women
- body mass index
- atrial fibrillation
- aqueous solution
- visible light