Chief - Paediatric Cardio Thoracic and Vascular Surgery (CTVS), Artemis Hospitals, Gurgaon, India
Part 7 of 14 in Correct Timing for Congenital Heart Surgery
What Makes a Good Paediatric Cardiac Surgery Programme
August 6, 2026
A strong paediatric cardiac surgery programme is judged against nine criteria set out by the British Medical Journal, covering everything from surgical outcomes to supporting specialist services, and a JCI-accredited programme such as Artemis Hospitals' aims to meet each of these standards.
Why programme quality matters as much as timing
Getting the timing of congenital heart surgery right only translates into good outcomes if the surgical programme itself meets rigorous standards. According to the British Medical Journal, there are nine criteria that a paediatric cardiac surgery programme must meet to be considered a genuinely strong programme.
A comprehensive range of supporting services
A well-rounded paediatric cardiac programme includes heart failure clinics, fetal cardiology clinics, pulmonary hypertension clinics, arrhythmia and pacemaker services, adult congenital heart disease clinics and heart valve clinics, alongside the core surgical team. Advanced options such as heart transplants, paediatric ventricular assist devices and ECMO, along with treatment for primary pulmonary hypertension and cardiac resynchronisation therapy, are also part of a comprehensive programme.
A dedicated pathway for babies diagnosed before birth
A womb-to-world programme allows babies with a fetal diagnosis of a heart condition to be delivered under the care of the paediatric cardiac team, moving directly into the paediatric cardiac intensive care unit for treatment and surgery before going home, without the delays that can come from diagnosis after birth. Artemis Hospitals is supported by a team of 40 healthcare providers across paediatric cardiology and cardiac surgery, within a hospital of more than 750 beds, 12 centres of excellence and 400 doctors, and is the first hospital in Delhi NCR to receive JCI accreditation, reflecting the kind of infrastructure needed to deliver safe, well-timed congenital heart surgery in India.
← Late-Presenting Congenital Heart Disease: What to Do When Diagnosis Comes Too Late | Series index | Cost of Congenital Heart Surgery in India →
This article is based on a Jivo Masterclass session conducted by Dr. Aseem R. Srivastava, Chief, Paediatric CTVS and Adult Congenital Heart Diseases, Artemis Hospitals, Gurgaon, India. The article has been summarised with the assistance of an AI tool from the original masterclass recording. Watch the full Masterclass recording
This guide is based on a live Jivo Masterclass — Dr. Aseem R. Srivastava taught doctors across Africa on August 31, 2025.
FROM THE LIVE Q&A
Dr. Aoke (Ethiopia)
What is the correct timing for a patient with transposition of the great arteries (TGA), VSD, and LVOT obstruction? Also, since we live in a resource-limited country where diagnosis is sometimes made late, and patients may then ask for treatment abroad after a late diagnosis, what is your recommendation for handling late presenters, especially with simple shunt lesions?
Dr. Aseem R. Srivastava
For TGA with VSD and LVOT obstruction, these kids essentially have pulmonary stenosis with a VSD, and timing depends on the kid's oxygen saturation — they will need a Rastelli or a Nikaidoh operation, both requiring an implant, and the intent is to give the biggest implant possible since a smaller implant means an earlier return for a change. If saturations are above 75% and the kid is growing and doing well, they can wait and have surgery at around one year of age; if saturations are less than 75% with significant failure to thrive, they should come for surgery at any age or weight. On late presenters: we are also a resource-limited country — four or five surgeons doing this work for half of India — and face the same problem of kids coming late every day. My suggestion is education programmes, including pulse oximeter screening at birth, 1 month, and 6 months, referring for an echo early if abnormal. Late-presenting PDAs and cyanotic conditions apart from TGA are usually still operable, even if at slightly higher risk, but VSD shunt lesions can become inoperable if too late — however, even when a kid looks clinically inoperable, we always offer a cardiac catheterisation to confirm, since a significant proportion will still turn out to be operable, if high risk. And even an inoperable VSD child, with good, appropriately timed medical management (diuretics, pulmonary vasodilators), can still survive 25–35 years, whereas without that care they will die much earlier.
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Frequently Asked Questions
What is the average cost of ASD closure?▼
Approximately 5,500 USD.
What is the correct timing for a patient with transposition of the great arteries (TGA), VSD, and LVOT obstruction? Also, since we live in a resource-limited country where diagnosis is sometimes made late, and patients may then ask for treatment abroad after a late diagnosis, what is your recommendation for handling late presenters, especially with simple shunt lesions?▼
For TGA with VSD and LVOT obstruction, these kids essentially have pulmonary stenosis with a VSD, and timing depends on the kid's oxygen saturation — they will need a Rastelli or a Nikaidoh operation, both requiring an implant, and the intent is to give the biggest implant possible since a smaller implant means an earlier return for a change. If saturations are above 75% and the kid is growing and doing well, they can wait and have surgery at around one year of age; if saturations are less than 75% with significant failure to thrive, they should come for surgery at any age or weight. On late presenters: we are also a resource-limited country — four or five surgeons doing this work for half of India — and face the same problem of kids coming late every day. My suggestion is education programmes, including pulse oximeter screening at birth, 1 month, and 6 months, referring for an echo early if abnormal. Late-presenting PDAs and cyanotic conditions apart from TGA are usually still operable, even if at slightly higher risk, but VSD shunt lesions can become inoperable if too late — however, even when a kid looks clinically inoperable, we always offer a cardiac catheterisation to confirm, since a significant proportion will still turn out to be operable, if high risk. And even an inoperable VSD child, with good, appropriately timed medical management (diuretics, pulmonary vasodilators), can still survive 25–35 years, whereas without that care they will die much earlier.
What criteria define a strong paediatric cardiac surgery programme?▼
Nine criteria set out by the British Medical Journal, covering surgical outcomes as well as supporting specialist services such as heart failure clinics, fetal cardiology, and pulmonary hypertension care.
What supporting services should a comprehensive paediatric cardiac programme offer beyond surgery?▼
Heart failure clinics, fetal cardiology clinics, pulmonary hypertension clinics, arrhythmia and pacemaker services, adult congenital heart disease clinics, heart valve clinics, and advanced options such as heart transplants, paediatric ventricular assist devices, ECMO, and cardiac resynchronisation therapy.
What is a womb-to-world programme?▼
A pathway that allows babies with a fetal diagnosis of a heart condition to be delivered under the care of the paediatric cardiac team, moving directly into the paediatric cardiac intensive care unit for treatment and surgery before going home, avoiding the delays that come from diagnosis after birth.
What accreditation and infrastructure does Artemis Hospitals have for paediatric cardiac care?▼
Artemis Hospitals is the first hospital in Delhi NCR to receive JCI accreditation, and is supported by a team of 40 healthcare providers across paediatric cardiology and cardiac surgery, within a hospital of more than 750 beds, 12 centres of excellence, and 400 doctors.
In This Series: Correct Timing for Congenital Heart Surgery
- 1.Correct Timing for Congenital Heart Surgery
- 2.Atrial Septal Defect (ASD): Why the Best Age to Close It Is 3 to 4 Years
- 3.AV Canal Defect: Why Surgery Is Needed by 3 to 4 Months of Age
- 4.Coarctation of the Aorta: Why Immediate Surgery Prevents Death and Lifelong Hypertension
- 5.Cost of Congenital Heart Surgery in India
- 6.Late-Presenting Congenital Heart Disease: What to Do When Diagnosis Comes Too Late
- 7.What Makes a Good Paediatric Cardiac Surgery Programme
- 8.Patent Ductus Arteriosus (PDA): When to Close and How
- 9.Total Anomalous Pulmonary Venous Return (TAPVR): Why Surgery Cannot Wait
- 10.Tetralogy of Fallot: Timing of Repair and Why Waiting Is Dangerous
- 11.Transposition of the Great Arteries (TGA): Why Timing Is a Matter of Days
- 12.TGA with VSD and Pulmonary Stenosis: Rastelli and Nikaidoh Procedures
- 13.Truncus Arteriosus: Why Newborns Need Surgery at Diagnosis
- 14.Ventricular Septal Defect (VSD): When Small Holes Close on Their Own and When Surgery Can't Wait