Background: Congenital heart disease (CHD) is the most common birth defect globally, imposing substantial physical, emotional, and social burdens on affected children and their families. Although advances in pediatric cardiac surgery have improved survival, quality-of-life (QoL) outcomes, particularly in low-resource settings, remain underexplored. Free tertiary referral hospitals offer an opportunity to assess the impact of equitable access to advanced cardiac care.
Objective: To evaluate the QoL of families of CHD patients before and after intervention, with emphasis on psychosocial wellbeing and financial burden.
Methods: A hospital-based survey was conducted among CHD patients undergoing intervention at a free tertiary referral hospital in India between 2018 and 2025. A validated 20-item QoL questionnaire was administered preoperatively and at postoperative intervals, assessing physical functioning, emotional wellbeing, social integration, and financial burden. Responses were recorded using a four-point Likert scale (never–always) and analyzed using paired statistical methods (SPSS).
Results: Of approximately 12,500 interventions, 9,068 patients completed preoperative and 3,033 (33.4%) postoperative surveys; financial data were available for 6,716 (74.1%) families. Preoperatively, 71.1% reported significant physical, psychological, or social challenges, which declined to ~1% one month post-intervention (p < 0.05). Regarding financial capacity, without free treatment, 58.3% could not afford surgery, 26.4% would incur debt, and only 3.1% could fully fund care. Based on family income–treatment cost analysis, only 17.7% could cover up to 75% of total intervention expenses.
Conclusion: Surgical correction of CHD in a no-cost tertiary setting significantly improves QoL, extending benefits beyond clinical recovery to psychosocial and financial wellbeing. These interim findings underscore the impact of equitable access to advanced cardiac care in reducing hardship and promoting health equity, while acknowledging that the one-third postoperative response rate may introduce response bias affecting generalizability.
