Transplant eligibility
Ask how the programme assesses lung disease severity, oxygen or ventilator dependence, pulmonary hypertension, heart function, and other organs.
Lung transplant in India
A focused guide to comparing thoracic transplant programmes by authorization, respiratory and cardiac assessment, donor availability, ICU and ECMO support, infection control, and long-term lung care.
What should a lung transplant hospital prove?
Look for an authorized programme with transplant pulmonology and thoracic surgery, donor and allocation clarity, ICU and ECMO backup where applicable, strong infection prevention, pulmonary rehabilitation, and a realistic lifelong immunosuppression and surveillance plan.
Share your treatment records
A report-led review helps the care team compare procedure fit, hospital capability, city, timing, and travel needs before an enquiry is sent.
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Share the basics and the Virello team will guide you toward the next step.
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Shortlist decision
Ask how the programme assesses lung disease severity, oxygen or ventilator dependence, pulmonary hypertension, heart function, and other organs.
Check the current official listing for the precise hospital and confirm lung transplant or retrieval scope before relying on a claim.
The hospital should explain deceased-donor allocation, waiting, matching, size, urgency, and uncertainty without promising an organ.
Compare ventilation, ECMO, renal support, infection control, blood bank, bronchoscopy, and emergency respiratory care.
Pulmonary rehabilitation, nutrition, physiotherapy, oxygen, mental health, and caregiver training should begin before and continue after transplant.
Ask about spirometry, bronchoscopy or biopsy, rejection, infection, immunosuppression, cancer risk, vaccination, and local handover.
Hospitals patients often compare
The examples below are not a fixed ranking. They show how families can discuss hospital types, city routes, and department strengths before a report-led shortlist is prepared.
Chennai
Private tertiary transplant pathway with pulmonology, thoracic surgery, ICU, infection, imaging, and rehabilitation support.
Chennai offers a major private route for patients requiring complex respiratory and transplant evaluation.
Verify current NOTTO lung scope, recipient eligibility, ICU and ECMO backup, and international patient acceptance.
Evidence check
Campus reviewed: Apollo Hospitals, Chennai. Source review: 2026-08-01.
Availability and credentials can change. Confirm the exact programme, treating team, and current case acceptance before booking.
Gurugram
Multispecialty cardiopulmonary transplant route with pulmonary, cardiac, thoracic, ICU, renal, and infection support.
A wide campus may help when advanced lung disease involves pulmonary hypertension, heart, kidney, or prolonged ICU needs.
Ask for the exact transplant programme, allocation route, emergency support, and rehabilitation schedule.
Evidence check
Campus reviewed: Medanta - The Medicity, Gurugram. Source review: 2026-08-01.
Availability and credentials can change. Confirm the exact programme, treating team, and current case acceptance before booking.
Kochi
Tertiary hospital route with pulmonology, thoracic surgery, transplant evaluation, ICU, infection, and rehabilitation.
Kochi may be considered by stable patients seeking a major private hospital and supported recovery environment.
Confirm current organ authorization, donor route, ECMO or ICU capacity, and long-term clinic.
Evidence check
Campus reviewed: Aster Medcity, Kochi. Source review: 2026-08-01.
Availability and credentials can change. Confirm the exact programme, treating team, and current case acceptance before booking.
Gurugram
Private tertiary cardiopulmonary route with ICU, thoracic surgery, pulmonology, infection, and critical-care support.
Gurugram can be practical for private coordination and airport-linked travel when the programme accepts the case.
Verify whether lung transplant is delivered at this campus and where post-transplant bronchoscopy occurs.
Evidence check
Campus reviewed: Fortis Memorial Research Institute, Gurugram. Source review: 2026-08-01.
Availability and credentials can change. Confirm the exact programme, treating team, and current case acceptance before booking.
Gurugram
Multispecialty hospital option for advanced pulmonary evaluation, thoracic care, ICU, and transplant referral discussions.
It may be useful as a coordinated respiratory assessment route when a patient needs transplant evaluation or stabilization.
Confirm current lung transplant authorization rather than assuming referral capability equals transplant capability.
Evidence check
Campus reviewed: Artemis Hospitals, Gurugram. Source review: 2026-08-01.
Availability and credentials can change. Confirm the exact programme, treating team, and current case acceptance before booking.
Hyderabad
Private tertiary respiratory and critical-care route with pulmonology, thoracic services, ICU, and transplant evaluation.
Hyderabad offers another major-city option for cardiopulmonary workup and treatment planning.
Ask whether lung transplantation is performed at the exact campus or coordinated through a referral partner.
Evidence check
Campus reviewed: KIMS Hospitals, Hyderabad. Source review: 2026-08-01.
Availability and credentials can change. Confirm the exact programme, treating team, and current case acceptance before booking.
Bengaluru
Multispecialty cardiopulmonary centre with thoracic, cardiac, ICU, renal, infection, and rehabilitation support.
Bengaluru may be considered for complex respiratory evaluation and combined cardiopulmonary support.
Verify the official organ scope, transplant team, waiting process, and post-discharge monitoring.
Evidence check
Campus reviewed: Narayana Health City, Bengaluru. Source review: 2026-08-01.
Availability and credentials can change. Confirm the exact programme, treating team, and current case acceptance before booking.
Chennai
Private tertiary hospital route with pulmonology, thoracic surgery, ICU, infection, and international patient coordination.
It may suit families comparing private Chennai cardiopulmonary pathways.
Confirm current lung authorization, ECMO support, rehabilitation, and emergency access before travel.
Evidence check
Campus reviewed: Global Health City, Chennai. Source review: 2026-08-01.
Availability and credentials can change. Confirm the exact programme, treating team, and current case acceptance before booking.
Cancer-specific care pathway
The right hospital should be able to coordinate the tests, pathology review, treatment decisions, and recovery support that match this cancer type and the patient’s current condition.
The programme assesses whether advanced lung disease has reached a point where transplant benefit may outweigh risk.
The team identifies the diagnosis, progression, prior treatment, oxygen or ventilator use, exacerbations, and current functional limits.
Lung function, gas exchange, imaging, bronchoscopy where needed, pulmonary pressures, and exercise assessment may be performed.
Heart, kidney, liver, infection, cancer, nutrition, frailty, dental, psychosocial, and rehabilitation assessments affect eligibility.
The team explains allocation, urgency, size, blood group, waiting, and what support is needed while an organ is awaited.
Risk depends on the underlying disease, urgency, organ support, donor factors, infection, and ability to rehabilitate.
Oxygen requirement, exercise limitation, pulmonary hypertension, exacerbations, carbon dioxide, and ventilator or ECMO dependence may matter.
Right-heart function, coronary disease, prior chest surgery, airway anatomy, and combined heart-lung needs are assessed.
Blood group, lung size, urgency, donor quality, infection risk, and allocation rules affect suitability and timing.
Active infection, resistant organisms, malnutrition, frailty, and rehabilitation potential can change the risk-benefit discussion.
A complete plan covers waiting, organ allocation, surgery, ICU, immunosuppression, infection, and rehabilitation.
Oxygen, non-invasive or invasive ventilation, pulmonary medicines, rehabilitation, nutrition, and infection treatment may continue while waiting.
One or both lungs are replaced depending on disease and programme plan, with thoracic, anesthesia, ICU, and blood-support teams.
Ventilation, ECMO where required, graft function, bleeding, kidney function, infection, airway, and mobility are monitored closely.
Anti-rejection medicines, drug-level testing, infection prophylaxis, bronchoscopy, and pulmonary rehabilitation are part of care.
The patient needs a lifelong respiratory surveillance plan and a rapid response route for infection or rejection.
Spirometry, oxygen, symptoms, imaging, bronchoscopy or biopsy, and medicine levels may be reviewed at scheduled intervals.
The team explains cough, breathlessness, fever, oxygen change, decline in function, and when urgent assessment is needed.
Exercise, nutrition, vaccination, bone health, muscle recovery, mental health, and return to activity need ongoing support.
Leave with immunosuppression doses, test schedule, oxygen plan, emergency numbers, travel precautions, and local pulmonology contact.
Selection criteria
Does the exact hospital appear in the current approved list for lung transplant or retrieval?
Referral or thoracic care is not the same as transplant authorization.
Are transplant pulmonology, thoracic surgery, ICU, anesthesia, cardiology, infection, and rehabilitation available?
Check each service at the campus where surgery is performed.
Can the centre manage severe respiratory failure, ventilation, ECMO where relevant, renal support, and bleeding?
Ask about 24-hour backup.
Does the hospital explain waiting, donor matching, urgency, and organ availability without guarantees?
Timing is uncertain.
Are isolation, resistant-organism management, bronchoscopy, antimicrobial care, and rapid fever review available?
Lung recipients need careful protection.
Can the centre monitor lung function, rejection, infection, immunosuppression, and rehabilitation for years?
Ask how remote patients are followed.
Treatment fit
The same hospital can be strong in several areas, but each patient still needs matching by diagnosis, procedure, risk, and recovery needs.
The programme should be prepared for unstable respiratory patients and complex ICU recovery.
Ask about oxygen, ventilation, ECMO, renal support, cardiac review, infection, and blood bank during the waiting and early recovery stages.
Confirm how airway complications, surveillance bronchoscopy, biopsies, and imaging are handled after transplant.
The transplant does not remove the need for careful daily monitoring.
Compare prehabilitation, physiotherapy, nutrition, oxygen, exercise, and caregiver teaching.
Ask about rejection, infection, vaccine, skin cancer, bone, kidney, and medicine-level monitoring.
City strategy
Offers large private cardiopulmonary and transplant ecosystems.
Verify current lung authorization and ICU or ECMO capacity.
Provide private multispecialty routes for complex pulmonary evaluation.
Confirm transplant delivery at the exact campus.
Offers a tertiary option with pulmonary, thoracic, ICU, and rehabilitation support.
Check current organ scope and emergency follow-up.
Provide cardiopulmonary assessment and transplant referral options.
Distinguish evaluation from authorized transplant surgery.
May support stabilization or follow-up only when local respiratory services are confirmed.
Unstable patients need urgent local specialist care.
Reports before matching
Reports help the hospital and doctor team understand whether the patient needs a complex metro route, a specialty center, or a stable planned-care option.
Cost and stay planning
Lung function, imaging, bronchoscopy, cardiac, infection, renal, nutrition, and rehabilitation tests may be separate.
Ask which records can be reviewed before travel.
Oxygen, ventilation, ICU, ECMO, infection treatment, dialysis, and repeated admissions may change cost.
Organ timing cannot be guaranteed.
Surgery, ICU, blood products, ventilation, ECMO, complications, medicines, and length of stay influence cost.
Ask for a range that includes respiratory or renal support.
Anti-rejection drugs, drug levels, bronchoscopy, biopsies, imaging, infection, and rehabilitation continue after discharge.
Ask for monthly follow-up costs.
The patient may need nearby lodging, oxygen-safe transport, attendant help, and repeated early reviews.
Plan the return journey around medical clearance.
International patient support
A coordinator can organize lung function, scans, oxygen settings, infection, ICU, and rehabilitation records.
The treating team should advise on flight safety, oxygen, infection exposure, airport transfer, and emergency access.
Plan oxygen, medicines, local accommodation, caregiver communication, and rapid hospital access while awaiting a decision.
The plan should show prehabilitation, surgery, ICU, physiotherapy, nutrition, and discharge milestones.
Families should learn immunosuppression timing, inhaled medicines, infection precautions, oxygen, and warning signs.
The local doctor should receive spirometry schedule, medicine levels, bronchoscopy plan, vaccination advice, and emergency contacts.
Safety checks
Worsening breathlessness, low oxygen, blue lips, confusion, chest pain, or fever needs urgent local respiratory care.
A thoracic hospital or transplant referral centre is not automatically authorized to perform lung transplantation.
No programme can guarantee a deceased-donor lung or a fixed waiting time.
A quote without immunosuppression, infection, bronchoscopy, rehabilitation, and local follow-up is incomplete.
Sources and review
Hospital availability, accreditation, authorization, and treatment claims can change. Confirm the current campus details with the hospital before travel or admission.
Lung transplant pathway reviewed for page planning on 30 July 2026. Organ authorization, allocation, hospital capacity, prices, and patient eligibility require current verification.
Questions
Compare current organ authorization, transplant pulmonology, thoracic surgery, ICU and ECMO support, infection control, allocation clarity, rehabilitation, and lifelong follow-up.
Patients with selected advanced lung diseases may be evaluated when expected benefit outweighs risk. The programme considers severity, other organs, infection, nutrition, and rehabilitation.
Lung donation pathways are highly specialized and depend on applicable law and programme practice. Ask the authorized transplant team about the actual route for the patient.
Recovery varies with pre-transplant condition, surgery, ICU, ventilation, infection, rehabilitation, and graft function. Lifelong monitoring is required.
Check the exact hospital and campus, lung organ scope, transplant or retrieval status, and current registration before relying on a listing.
Patients need immunosuppression, lung-function testing, infection and rejection surveillance, bronchoscopy or imaging where indicated, rehabilitation, and vaccination planning.
Only after the treating respiratory team confirms stability and travel safety. Oxygen need, infection, flight rules, and airport support must be planned.
Virello Health can organize records and verified hospital communication; the authorized transplant team decides eligibility and allocation pathway.
Continue planning
Review recipient, ICU, and lifelong medicine factors.
Compare another organ transplant route.
Review renal transplant planning.
Request a cardiopulmonary review.
Share pulmonary and transplant documents.
Ask for another transplant opinion.
Compare other hospital guides.
Plan respiratory travel and follow-up.
Explore a city route.