Why the study?
Does transplacental therapy improve pregnancy and postnatal outcomes in fetuses with sustained tachyarrhythmias?
Does transplacental therapy improve pregnancy and postnatal outcomes in fetuses with sustained tachyarrhythmias?
Aggressive transplacental therapy achieves excellent pregnancy and postnatal survival in fetuses with tachyarrhythmias, even in the presence of hydrops.
Single-center South Indian data inform local referral patterns; leaves open generalizability and optimal protocols.
BACKGROUND: Limited information is available regarding the prevalence and outcomes of fetal tachyarrhythmias from the developing countries. AIMS: This study aims to report referral patterns, management protocols, and pregnancy outcomes of fetuses with tachyarrhythmias reporting to a single center in South India. METHODS: All fetuses with documented sustained fetal tachyarrhythmia during the study period (2008-2017) were included. Arrhythmia characterization and hemodynamic evaluation were done using fetal echocardiography. Patients were grouped into supraventricular tachycardia (SVT) and atrial flutter (AF) groups. Patient characteristics, transplacental therapy (TPT), pregnancy, and postnatal outcomes were analyzed. RESULTS: = 0.05). Hydrops fetalis was present 8 (42%) fetuses; 4 in each group. TPT was instituted in 18 fetuses; 12 (66.7%) received combination therapy; 4 (21%) received direct fetal therapy. Eighteen fetuses (91%) were born alive with one intrauterine death in a fetus with SVT and severe hydrops. Seven (87.5%) fetuses with hydrops survived. Twelve patients (66.7%) were delivered in sinus rhythm. Six babies (33.3%) had tachycardia at birth requiring anti-arrhythmic therapy. All patients survived the neonatal period. Duration of trans-placental therapy (3.8 + 3.3 vs. 7.3 + 3.4 weeks) was shorter in the AF group. CONCLUSIONS: Aggressive TPT using combination of drugs achieves excellent pregnancy and postnatal outcomes in fetuses with tachyarrhythmia. Early diagnosis and prompt referral before hemodynamic decompensation is critical for ensuring optimal outcomes.
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Vaidyanathan et al. (2018) studied this question.
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