Introduction: Congenital heart disease (CHD), the most common birth defect, significantly affects nearly 1% of newborns, influencing their growth and developmental trajectories. Altered hemodynamics and oxygen delivery in CHD can severely impact fetal and postnatal growth, making early intervention crucial. Objective: This review aims to synthesize existing literature on the growth patterns of children with CHD, focusing on comparing cyanotic and acyanotic conditions and their implications on early medical and nutritional interventions. Methods: We conducted a systematic review, synthesizing data from studies that examined growth metrics in children with cyanotic and acyanotic CHD, emphasizing the need for early intervention. Results: The review included comprehensive data analysis from studies highlighting significant growth failure in both cyanotic and acyanotic CHD patients. Cyanotic patients exhibited more pronounced stunting, related to chronic hypoxemia, whereas acyanotic patients showed a higher incidence of wasting. Notably, early catheter or surgical interventions, especially in acyanotic CHD, were associated with improved growth outcomes, as were nutritional support strategies. Cyanotic CHD children often faced severe growth challenges, exacerbated by complications like pulmonary hypertension. The acyanotic group, while similarly at risk for growth difficulties, showed different patterns, possibly due to a lack of hypoxemia. Longitudinal monitoring and tailored interventions, including nutritional support and timely surgical repair, are vital for optimizing growth and overall health outcomes in these populations. Conclusion: The findings underscore the distinct growth challenges faced by children with cyanotic versus acyanotic CHD, highlighting the importance of tailored medical and nutritional interventions. Early recognition and appropriate intervention strategies are crucial for promoting optimal growth and development in this vulnerable population, thereby improving their long-term health and quality of life.
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Abdulkayoum et al. (2024) studied this question.
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