15 Frequently Asked Questions : Paediatric Heart Surgery in India for Bangladeshi Patients

Q1 · What is Paediatric Heart Surgery?

Paediatric heart surgery is surgery performed on infants, children or adolescents to correct congenital or acquired heart conditions. Congenital heart defects can range from relatively simple abnormalities, such as selected atrial or ventricular septal defects, to complex conditions such as Tetralogy of Fallot, transposition of the great arteries, total anomalous pulmonary venous connection and single-ventricle conditions.

Common conditions treated with paediatric heart surgery

Depending on the child's anatomy, surgery may be required for

• Atrial septal defect (ASD)
• Ventricular septal defect (VSD)
• Atrioventricular septal defect (AVSD)
• Patent ductus arteriosus (PDA)
• Tetralogy of Fallot (TOF)
• Transposition of the great arteries (TGA)
• Total anomalous pulmonary venous connection (TAPVC)
• Coarctation of the aorta
• Pulmonary stenosis
• Aortic stenosis
• Complex congenital heart defects
• Single-ventricle heart conditions
• Selected congenital valve abnormalities
• Certain acquired paediatric heart conditions

Surgery versus catheter treatment

Not every child with congenital heart disease requires open-heart surgery.

Depending on the defect, treatment may involve

• Observation
• Medicines
• Catheter-based intervention
• Device closure
• Balloon valvuloplasty
• Stent placement
• Open-heart surgery
• Staged surgical procedures

The choice depends on the child's individual cardiac anatomy and clinical condition.

Q2 · How much does Paediatric Heart Surgery cost in Bangladesh compared with India?

Paediatric cardiac treatment costs vary significantly because congenital heart conditions differ greatly in complexity. The cost may depend on the diagnosis, age and weight of the child, surgical technique, ICU duration, implants or devices, hospital category, complications and length of stay. A 2024 review of paediatric cardiac centres in India found substantial variation in procedure costs between government, charity and private hospitals, with costs influenced by procedure complexity, implants/devices, infrastructure and geographic location.

For planning purposes, this guide uses

• US$1 ≈ BDT 122
• US$1 ≈ INR 96

Potential savings are indicative planning ranges and are not guaranteed. Actual costs depend on the child's diagnosis, complexity, hospital, surgeon, ICU requirements, implants or devices, medicines, blood products, complications and length of stay. Published Indian data demonstrate that costs can differ substantially by provider category and procedure. For example, a national survey of 24 paediatric cardiac centres reported private-hospital ranges of approximately INR 220,000–450,000 for ASD closure, INR 200,000–350,000 for VSD closure and INR 250,000–500,000 for single-valve replacement, while complex procedures can have substantially different costs.

Patients should ask whether the quotation includes

• Paediatric cardiologist consultation
• Paediatric cardiac surgeon consultation
• Echocardiography
• Cardiac catheterisation where required
• CT/MRI where required
• Blood tests
• Anaesthesia
• Operation-theatre charges
• ICU charges
• Hospital room
• Medicines
• Blood products
• Surgical consumables
• Prosthetic materials
• Catheter devices where applicable
• Oxygen and respiratory support
• Physiotherapy
• Nutrition
• Additional ICU days
• Additional hospital days
• Postoperative follow-up

For children requiring complex or neonatal cardiac surgery, families should obtain a detailed written quotation after specialist review of the child's records. The final cost may change if additional procedures, prolonged ICU care or complications occur.

Q3 · Which Indian cities can Bangladeshi patients consider for Paediatric Heart Surgery?

For complex congenital heart disease, families should confirm that the selected centre has the appropriate paediatric cardiac surgery, paediatric cardiac anaesthesia, cardiac ICU and emergency support for the child's specific condition.

Q4 · Which hospitals in India can Bangladeshi patients consider for Paediatric Heart Surgery?

The following hospitals are part of the established Indian hospital reference list. Families should confirm the availability of paediatric cardiology and paediatric cardiac surgery for the child's particular diagnosis before travelling.

Q5 · What types of Paediatric Heart Surgery are available?

Paediatric cardiac treatment is highly individualised. Procedures can range from relatively straightforward repairs to complex staged reconstruction.

1. ASD Closure

An atrial septal defect is an opening between the upper chambers of the heart.

Depending on the defect's size, location and anatomy, treatment may involve

• Observation
• Device closure
• Surgical closure

2. VSD Closure

A ventricular septal defect is an opening between the lower chambers.

Treatment may involve observation, catheter-based treatment in selected situations or surgical closure.

3. PDA Closure

A patent ductus arteriosus may be treated through

• Medication in selected newborns
• Catheter device closure
• Surgical ligation

4. Tetralogy of Fallot Repair

Children with TOF may require surgical repair to improve blood flow from the heart to the lungs and correct the underlying structural abnormalities.

5. Arterial Switch Operation

Children with transposition of the great arteries may require an arterial switch operation, often early in life depending on their anatomy and clinical condition.

6. TAPVC Repair

Total anomalous pulmonary venous connection requires surgical correction in many affected infants.

7. Glenn Procedure

Some children with complex single-ventricle physiology undergo a bidirectional Glenn procedure as part of staged palliation.

8. Fontan Procedure

Selected children with single-ventricle physiology may subsequently undergo a Fontan procedure as part of staged treatment.

9. Valve Surgery

Children with significant congenital valve abnormalities may require

• Valve repair
• Valve replacement
• Balloon valvuloplasty
• Other valve procedures

10. Aortic and Pulmonary Procedures

Selected children may require procedures for

• Coarctation of the aorta
• Aortic stenosis
• Pulmonary stenosis
• Pulmonary artery abnormalities

11. Hybrid and Catheter-Based Procedures

Not all paediatric cardiac treatment requires open surgery. Selected defects can be treated using

• Balloon procedures
• Device closure
• Stenting
• Catheter-based valve procedures
• Other interventional techniques

A 2024 review of paediatric cardiac centres in India documented a broad range of surgical and catheter-based congenital heart procedures, including ASD/VSD closure, PDA procedures, Glenn, Fontan, arterial-switch procedures and other complex operations.

Q6 · Who may be suitable for Paediatric Heart Surgery?

A child may be considered for paediatric heart surgery when a structural or functional heart problem cannot be appropriately managed with observation, medication or catheter-based treatment.

Possible indications include

• Significant congenital heart defect
• Poor oxygen saturation
• Heart failure
• Significant abnormal blood flow
• Severe valve disease
• Significant obstruction
• Abnormal heart anatomy
• Failure to thrive associated with cardiac disease
• Recurrent respiratory symptoms associated with a significant cardiac defect
• Pulmonary hypertension related to congenital heart disease
• Complex single-ventricle physiology
• Previous cardiac repair requiring further surgery

The decision depends on

• Age
• Weight
• Oxygen saturation
• Symptoms
• Echocardiography
• Cardiac anatomy
• Pulmonary pressure
• Heart function
• Lung function
• Kidney function
• Previous operations
• Previous catheter procedures
• Associated medical conditions

Some small congenital defects may close naturally or may only require monitoring, so surgery is not automatically required for every child with a congenital heart defect.

Q7 · What tests are required before Paediatric Heart Surgery?

The exact tests depend on the child's diagnosis and age.

Common investigations may include

• Paediatric cardiology examination
• Pulse oximetry
• ECG
• Echocardiography
• Chest X-ray
• Complete blood count
• Blood grouping
• Kidney-function tests
• Liver-function tests
• Electrolytes
• Blood-sugar testing
• Coagulation testing
• Cardiac CT
• Cardiac MRI
• Cardiac catheterisation
• Lung assessment where indicated
• Anaesthesia assessment

Echocardiography

Echocardiography is one of the most important investigations because it provides information about

• Heart chambers
• Valves
• Septal defects
• Blood flow
• Heart function
• Pressure estimates
• Major blood vessels

Cardiac Catheterisation

Some children require catheterisation to obtain detailed information about

• Heart pressures
• Oxygen levels
• Blood flow
• Pulmonary arteries
• Coronary anatomy
• Complex congenital anatomy

CT or MRI

Advanced imaging may be required when the cardiac anatomy cannot be fully understood through echocardiography alone.

The paediatric cardiology team should determine the final investigation plan rather than requiring every child to undergo every test.

Q8 · What medical records should Bangladeshi patients send before travelling?

For a child with congenital heart disease, complete records are particularly important.

Parents should ideally provide

• Paediatric cardiologist reports
• Echocardiography reports
• Echocardiography images/videos where available
• ECG reports
• Pulse-oximetry readings
• Cardiac catheterisation reports
• Catheterisation images or digital files
• CT scan reports
• MRI reports
• Previous surgery reports
• Previous discharge summaries
• Previous ICU records where available
• Previous catheter-intervention records
• Medication list
• Allergy information
• Blood-test reports
• Growth and weight information

Parents should also provide a short history covering

• Date of diagnosis
• Child's current age
• Current weight
• Current symptoms
• Oxygen saturation if known
• Previous operations
• Previous catheter procedures
• Current medicines
• Previous complications
• The treatment recommended by the local paediatric cardiologist

If the child has already undergone a staged cardiac procedure, the records of every previous stage should be provided.

Q9 · How does Paediatric Heart Surgery work?

The treatment pathway depends on the child's condition.

Step 1: Paediatric Cardiology Review

The team reviews

• Symptoms
• Growth
• Oxygen saturation
• Previous treatment
• Echocardiography
• Other imaging

Step 2: Detailed Cardiac Assessment

Additional imaging or catheterisation may be performed if the anatomy requires clarification.

Step 3: Treatment Planning

The team determines whether the child needs

• Observation
• Medication
• Catheter intervention
• Surgery
• Staged surgery
• A combination of approaches

Step 4: Preoperative Preparation

Before surgery, the child undergoes appropriate

• Blood tests
• Imaging
• Anaesthesia evaluation
• Infection assessment
• Nutritional assessment
• Medication review

Step 5: Anaesthesia

Open-heart paediatric cardiac surgery is generally performed under general anaesthesia.

Step 6: Surgical Repair or Reconstruction

The procedure depends on the defect.

It may involve

• Closing a hole
• Reconstructing a blood vessel
• Correcting abnormal blood flow
• Repairing a valve
• Reconstructing cardiac structures
• Creating a surgical shunt
• Performing staged palliation

Step 7: Paediatric Cardiac ICU

After surgery, the child is monitored closely.

Monitoring can include

• Heart rhythm
• Blood pressure
• Oxygen saturation
• Ventilation
• Urine output
• Blood gases
• Chest-drain output
• Heart function

Step 8: Gradual Recovery

Once stable, the child is transferred from the ICU to the ward.

Recovery may include

• Feeding support
• Physiotherapy
• Respiratory exercises
• Gradual mobilisation
• Medication adjustment
• Wound care

Step 9: Discharge

Before discharge, parents receive instructions regarding

• Medicines
• Feeding
• Wound care
• Activity
• Follow-up
• Warning signs

Step 10: Long-Term Follow-Up

Many children with congenital heart disease require lifelong cardiology follow-up, even after successful surgery.

The need for additional surgery or catheter intervention depends on the child's original diagnosis and repair.

Q10 · What are the alternatives to Paediatric Heart Surgery?

Open-heart surgery is not necessary for every child with congenital heart disease. Depending on the diagnosis, alternatives may include:

Observation

Small defects may sometimes be monitored because some can become smaller or close naturally.

Medicines

Medicines may be used to

• Control heart-failure symptoms
• Improve fluid balance
• Support heart function
• Maintain certain blood-vessel pathways in selected newborns

Device Closure

Selected ASD and PDA defects may be closed using catheter-based devices rather than open surgery.

Balloon Procedures

Balloon valvuloplasty may be considered for selected valve obstructions.

Stenting

Selected children may require stent placement to maintain blood flow through a narrowed vessel.

Catheter-Based Valve Procedures

Certain valve conditions can be treated through catheter-based techniques in appropriately selected patients.

Hybrid Procedures

Some complex cases may use a combination of surgical and catheter-based techniques.

The choice depends on the exact cardiac anatomy, age, weight, oxygenation, pulmonary pressures and previous procedures.

Q11 · What should Bangladeshi parents ask before accepting a Paediatric Heart Surgery quotation?

Parents should ask

• What is the child's exact heart diagnosis?
• Is the condition congenital or acquired?
• How severe is the defect?
• Does the child definitely require surgery?
• Can the condition be treated through a catheter procedure?
• Is observation an option?
• How urgent is treatment?
• What operation is being proposed?
• Is this a single-stage or staged treatment?
• What are the major risks?
• What is the expected ICU stay?
• What is the expected hospital stay?
• Is paediatric cardiac ICU care included?
• Are the surgeon and anaesthesia charges included?
• Are medicines included?
• Are blood products included?
• Are implants or devices included?
• Are additional procedures included?
• What happens if the child requires prolonged ventilation?
• What happens if an additional operation is required?
• What is the estimated total duration in India?
• When can the child safely travel back to Bangladesh?
• What follow-up will be required?
• Will another operation be required as the child grows?
• What symptoms should require urgent medical attention after returning home?

Families should request a written medical plan and financial quotation before travel.

Q12 · How long should Bangladeshi patients stay in India for Paediatric Heart Surgery?

The duration varies greatly according to the child's age, diagnosis, surgical complexity and recovery.

Initial Evaluation

Approximately 3–7 days may be needed for

• Paediatric cardiology consultation
• Echocardiography
• Additional investigations
• Treatment planning

Simple Congenital Heart Surgery

A child undergoing a relatively straightforward repair may require approximately 1–3 weeks in India, depending on postoperative recovery.

Complex Congenital Heart Surgery

Complex operations may require approximately 2–4 weeks or longer.

Neonatal and Critical Cases

Newborns and critically ill children may require substantially longer hospitalisation, particularly when prolonged ICU or ventilator support is needed.

Staged Cardiac Surgery

Children requiring Glenn, Fontan or other staged procedures may have different hospital and travel timelines for each stage.

Recent India-focused international-patient guidance describes typical stays of approximately 7–21 nights for congenital heart surgery, while more complex or neonatal cases may require longer periods. Parents should not book a fixed return flight until the paediatric cardiac team confirms that the child is medically stable for travel.

Q13 · What is recovery like after Paediatric Heart Surgery?

Recovery depends on

• Child's age
• Weight
• Diagnosis
• Type of operation
• Heart function
• Lung function
• ICU course
• Feeding ability
• Any postoperative complications

Early recovery may include

• Paediatric cardiac ICU monitoring
• Respiratory support
• Pain management
• Feeding support
• Fluid management
• Antibiotics when clinically indicated
• Gradual mobilisation
• Wound care
• Medication adjustment

Feeding and Nutrition

Some children may temporarily require additional nutritional support after surgery.

Parents may receive guidance regarding

• Breastfeeding
• Bottle feeding
• Tube feeding
• Calorie requirements
• Weight monitoring

Activity

Activity should be gradually increased according to the child's age, operation and medical team's recommendations.

Follow-Up

Follow-up may include

• Paediatric cardiology examination
• Echocardiography
• ECG
• Oxygen-saturation assessment
• Growth monitoring
• Medication review

Long-Term Recovery

Successful surgery does not always mean that follow-up can stop.

Some children may require

• Repeat echocardiography
• Catheter procedures
• Additional surgery
• Valve intervention
• Rhythm monitoring
• Long-term congenital heart disease follow-up

The long-term plan depends on the original defect and the type of repair performed.

Q14 · How can follow-up be managed after returning to Bangladesh?

Before leaving India, parents should collect a complete postoperative file.

It should ideally include

• Final discharge summary
• Detailed operation report
• Paediatric cardiology report
• Postoperative echocardiography
• ECG
• Medication list
• Medication doses according to the child's weight
• Previous and current oxygen saturation where relevant
• Implant or device details
• Catheterisation report where applicable
• Wound-care instructions
• Feeding instructions
• Activity restrictions
• Follow-up schedule

After returning to Bangladesh, follow-up may involve

• Paediatric cardiologist
• Echocardiography
• ECG
• Oxygen saturation
• Weight and growth monitoring
• Medication adjustment
• Nutritional assessment
• Wound assessment

Parents should understand exactly when the next echocardiogram or cardiology appointment is required.

Seek urgent medical attention if the child develops:

• Severe breathing difficulty
• Blue or grey lips or skin
• Fainting
• Severe lethargy
• Persistent vomiting
• Poor feeding with breathing difficulty
• High fever
• Significant wound discharge
• Increasing wound redness or swelling
• New severe swelling
• Rapid deterioration
• Other symptoms specifically identified by the treating team as emergencies

Parents should keep both the Indian hospital's postoperative instructions and the local cardiologist's contact information available.

Q15 · Should a Bangladeshi patient travel to India for Paediatric Heart Surgery?

Bangladeshi families may consider India when a child requires

• Evaluation of congenital heart disease
• A second paediatric cardiac opinion
• ASD or VSD repair
• Tetralogy of Fallot repair
• Arterial switch surgery
• TAPVC repair
• Congenital valve surgery
• Aortic or pulmonary procedures
• Glenn procedure
• Fontan procedure
• Complex congenital heart surgery
• Catheter-based cardiac intervention

However, the decision should be based on the child's individual medical requirements rather than location or cost alone.

Parents should compare

• Exact diagnosis
• Urgency of treatment
• Child's age and weight
• Oxygen saturation
• Surgical versus catheter-based options
• Single-stage versus staged treatment
• Paediatric cardiac ICU facilities
• Expected hospital stay
• Estimated treatment cost
• Potential additional costs
• Travel requirements
• Accommodation for the parent or attendant
• Rehabilitation and nutrition requirements
• Long-term follow-up in Bangladesh

For many international patients, sending the child's complete cardiac records for preliminary specialist review before travel can help clarify whether surgery is required, what procedure may be proposed and what investigations are likely to be needed. The final treatment plan should be made by the child's treating paediatric cardiology and cardiac-surgery team after appropriate clinical assessment.