Robotic Cardiac Surgery in Lucknow | Apollo Hospitals

Why Patients Choose Apollo Hospitals Lucknow for Robotic Cardiac Surgery

• Part of the Apollo Hospitals group, established in 1983 ? India's first corporate hospital chain, with more than four decades of cardiac surgery experience and one of the largest cumulative cardiac surgical volumes in Asia across its network.
• A dedicated cardiac sciences division at Apollo Hospitals Lucknow bringing together cardiothoracic and vascular surgeons, interventional cardiologists, cardiac anaesthesiologists and cardiac intensivists under one roof, so a single team manages the patient from evaluation to rehabilitation.
• Robotic-assisted cardiac surgery capability ? one of a small number of programmes in Uttar Pradesh offering robotic and minimally invasive cardiac procedures, including robotic mitral valve repair, ASD closure, TECAB and internal mammary artery harvesting.
• Magnified high-definition 3D visualisation and tremor-filtered instrument control, which allows fine suturing on valve tissue through ports a few millimetres wide instead of a full sternotomy.
• Full on-site cardiac ecosystem: cath lab, echocardiography including transoesophageal echo, CT and cardiac imaging, dedicated cardiac ICU with ventilatory and haemodynamic support, blood bank services and 24x7 emergency care.
• Honest case selection. Robotic surgery is offered only where the team believes it is at least as safe as the conventional approach for that specific patient. Where it is not suitable, minimally invasive thoracotomy or conventional open surgery is recommended instead ? the aim is the best outcome, not the newest technique.
• Separate care pathways for adults, older patients and children, with paediatric and congenital cases assessed jointly by cardiology and surgery, and frailty-adjusted planning for elderly patients.
• Structured post-operative cardiac rehabilitation covering supervised exercise, breathing physiotherapy, diet counselling adapted to Indian vegetarian and non-vegetarian diets, and risk-factor control for diabetes, hypertension and lipids.
• Support for out-of-town patients from across Uttar Pradesh, Bihar and Nepal ? insurance and TPA desk, cashless coordination, and consolidated pre-operative testing to reduce repeat travel.

Doctor numbers, combined years of experience, procedure volumes and package details vary over time and are confirmed by the cardiac sciences reception at the time of consultation.

Robotic Heart Surgery: How Cardiac Surgery Has Changed

Heart surgery has evolved significantly over the past decade. Procedures that once required opening the chest through a large incision can now be performed through small keyhole openings using advanced robotic technology. Apollo Hospitals Lucknow offers robotic cardiac surgery for selected heart conditions, helping patients benefit from greater surgical precision, less trauma, and faster recovery.

What is Robotic Cardiac Surgery?

Robotic cardiac surgery is a minimally invasive approach in which the surgeon controls robotic instruments from a specialized console. The robotic system translates the surgeon's hand movements into highly precise actions inside the chest.

Unlike conventional open-heart surgery, robotic procedures are performed through small incisions between the ribs, avoiding a full sternotomy in many cases. The technology provides magnified 3D visualization, improved dexterity, and enhanced access to delicate cardiac structures.

Apollo Hospitals Lucknow's robotic cardiac surgery program combines advanced technology with experienced cardiac surgeons to deliver safe and effective treatment for selected heart conditions.

Why Choose Robotic Heart Surgery at Apollo Hospitals Lucknow?

Robotic cardiac procedures continue to gain acceptance among patients because of the positive outcomes and benefits associated with this approach:

• No large chest incision in selected procedures
• Reduced blood loss during surgery
• Lower risk of wound-related complications
• Enhanced precision during valve repair and bypass procedures
• Shorter ICU and hospital stay
• Less post-operative discomfort
• Smaller scars and improved cosmetic outcomes
• Faster return to daily activities

The minimally invasive approach can be particularly beneficial for patients seeking alternatives to conventional open-heart surgery.

Robotic Cardiac Surgery Procedures Offered

Robotic Coronary Artery Bypass Surgery (TECAB)

Totally Endoscopic Coronary Artery Bypass (TECAB) allows surgeons to perform selected bypass procedures using robotic technology through small chest incisions without opening the breastbone.

Robotic Mitral Valve Repair and Replacement

Robotic systems provide excellent visualization of the mitral valve, allowing surgeons to perform complex repairs with exceptional precision.

Robotic ASD Closure

Atrial Septal Defect (ASD) closure can be performed through minimally invasive robotic techniques, reducing surgical trauma while achieving effective defect correction.

Robotic Maze Procedure

Patients with atrial fibrillation may benefit from robotic Maze surgery, which helps restore a normal heart rhythm by interrupting abnormal electrical pathways.

Robotic Internal Mammary Artery Harvesting

Robotic technology enables precise harvesting of arteries used during coronary bypass procedures.

Robotic Cardiac Tumour Surgery

Selected benign cardiac tumours such as myxomas can be removed using robotic-assisted techniques.

Robotic Valve Surgery

Patients with valve disorders may be suitable candidates for robotic valve repair or replacement procedures.

Heart Conditions Treated with Robotic Surgery

Robotic cardiac surgery may be considered for:

• Coronary artery disease
• Mitral valve disease
• Tricuspid valve disorders
• Atrial septal defects (ASD)
• Atrial fibrillation
• Cardiac tumours such as myxoma
• Selected structural heart conditions

A comprehensive cardiac evaluation helps determine whether robotic surgery is appropriate for each patient.

How Robotic Heart Surgery is Performed

The procedure begins with detailed pre-operative assessment and imaging.

Small keyhole incisions are created between the ribs. Robotic arms and a high-definition 3D camera are inserted through these ports. The surgeon sits at a console and controls every instrument with exceptional precision.

Advanced patient monitoring technologies are employed throughout surgery, with cardiopulmonary bypass available when the procedure demands it. Following surgery, patients are transferred to specialized cardiac recovery units for observation and rehabilitation.

Robotic Heart Surgery vs Open Heart Surgery

Who is Most Likely to be Recommended for Robotic-Assisted Cardiac Surgery?

Robotic surgery may be suitable for:

• Patients requiring mitral valve repair
• Selected coronary artery bypass candidates
• ASD closure patients
• Patients seeking minimally invasive options
• Individuals who wish to avoid sternotomy

Patient eligibility varies, and not everyone is considered a suitable candidate for the procedure. Complex anatomy, extensive coronary disease, severe lung conditions, or certain previous chest surgeries may require alternative approaches.

Recovery After Robotic Cardiac Surgery

Recovery is often faster than conventional open-heart surgery.

Most patients spend a short period in the cardiac ICU before moving to a regular recovery room. Hospital discharge may occur within a few days depending on the procedure and individual recovery.

Apollo Hospitals Lucknow also provides cardiac rehabilitation programs focused on improving strength, endurance, and long-term heart health.

Meet Our Robotic Cardiac Surgery Specialists

• Dr Rahul Bhushan

The robotic cardiac surgery team works closely with cardiologists, anesthesiologists, intensivists, rehabilitation experts, and cardiac nurses to ensure coordinated care throughout treatment.

Advanced Cardiac Surgical Facilities

Apollo Hospitals Lucknow offers:

• Dedicated robotic cardiac operating theatres
• Advanced cardiac ICU facilities
• High-definition imaging systems
• Comprehensive cardiac monitoring
• Experienced multidisciplinary cardiac teams
• Structured rehabilitation and recovery support

What Current Guidelines Say About Minimally Invasive and Robotic Cardiac Surgery

Robotic cardiac surgery is not a separate disease treatment ? it is an access route to the same operations covered by valve and coronary disease guidelines. The relevant recommendations are:

• Indian Association of Cardiovascular and Thoracic Surgeons (IACTS) and the Cardiological Society of India (CSI) both support minimally invasive and robotic approaches in selected patients at centres with adequate case volume, trained teams and a clear conversion plan to sternotomy if required. The consistent theme across Indian expert positions is that the approach must not compromise the completeness of the repair.
• 2020 ACC/AHA Guideline for the Management of Patients With Valvular Heart Disease (with the 2023 focused update on some areas) gives mitral valve repair a strong preference over replacement for primary degenerative mitral regurgitation, and recommends referral to experienced centres where the likelihood of a durable repair without residual regurgitation is high. Robotic mitral surgery is judged by this outcome standard, not by incision size.
• 2021 ESC/EACTS Guidelines for the Management of Valvular Heart Disease endorse early surgery for severe asymptomatic primary mitral regurgitation when repair is likely to be durable at a low-risk, high-volume centre ? a change from earlier, more conservative watch-and-wait practice.
• 2020 ESC Guidelines for Atrial Fibrillation and the 2023 ACC/AHA/ACCP/HRS Atrial Fibrillation Guideline support concomitant surgical ablation (Maze) and left atrial appendage management in patients already undergoing cardiac surgery ? which is why the Maze procedure is usually added to a valve operation rather than done alone.
• 2021 ACC/AHA/SCAI Coronary Artery Revascularisation Guideline continues to recommend a left internal mammary artery graft to the left anterior descending artery as the standard of care in surgical revascularisation. Robotic IMA harvest and hybrid revascularisation (robotic LIMA graft plus stenting of other vessels) are described as reasonable options in selected patients at experienced centres, with the evidence base still smaller than for conventional CABG.
• What has changed recently: the emphasis has moved from "which incision" to "which centre and which team". Guidelines now tie the choice of approach to demonstrated institutional outcomes, heart-team discussion and shared decision-making with the patient.

Long-term durability data for robotic mitral repair from high-volume centres is encouraging but the evidence base remains smaller than for conventional surgery, and outcomes are operator- and centre-dependent. Your surgeon will explain how this applies to your specific anatomy.

Timing of Surgery and Pre-Procedure Preparation

Robotic cardiac surgery is almost always a planned operation. Acute emergencies such as heart attack with shock, aortic dissection or infective endocarditis with abscess are managed by conventional approaches.

Typical timeline before admission

Preparation checklist

• Stop smoking, gutkha, khaini and all tobacco at least two to four weeks before ? this is the single biggest modifiable factor for lung complications.
• Blood thinners such as clopidogrel, ticagrelor, warfarin or newer oral anticoagulants are stopped or bridged only on your cardiologist's written instruction. Never stop them on your own.
• Aspirin, insulin, metformin, blood pressure and thyroid medicines each have separate instructions ? bring all strips and boxes so the team can write a clear plan.
• Get dental infections treated before valve surgery; untreated dental sepsis is a real cause of prosthetic valve infection.
• Practise incentive spirometry and deep-breathing exercises daily before admission.
• Arrange a family attendant who can stay for the full admission and the first two weeks at home.

Technique Options Compared: Robotic, Mini-Thoracotomy, Sternotomy and Catheter-Based

Procedures Sometimes Performed at the Same Sitting

Doing everything in one operation avoids a second bypass run later. Commonly combined procedures include:

• Tricuspid valve repair with an annuloplasty ring when the tricuspid annulus is dilated or regurgitation is significant alongside mitral disease.
• Surgical ablation (Maze or pulmonary vein isolation) in patients with atrial fibrillation undergoing valve surgery.
• Left atrial appendage closure or excision to reduce future stroke risk in atrial fibrillation.
• Atrial septal defect or patent foramen ovale closure found during pre-operative echo.
• Left atrial reduction in a very large left atrium from long-standing rheumatic mitral disease ? still common in North India.
• Removal of left atrial clot in rheumatic mitral stenosis with atrial fibrillation.

Any planned additional procedure is discussed and consented before surgery. Occasionally a finding during surgery makes an extra step necessary, which is why consent forms include this possibility.

Phase-by-Phase Recovery Timeline

These are general patterns for uncomplicated recovery, not guarantees. Your surgeon's advice overrides any timeline here.

Returning to Indian Daily Activities, Work and Exercise

One genuine advantage of avoiding a sternotomy is that the "no pushing, pulling or lifting" bone precautions are shorter or unnecessary. Rib-space and port sites still need time.

• Sitting cross-legged (sukhasana) and floor sitting: usually comfortable within two to four weeks. Rise using your legs, not by pushing up with your arms on the floor.
• Squatting and Indian-style toilets: squatting itself strains the knees and hips more than the chest, but getting up from a full squat uses arm support and can pull on port sites. Use a Western commode or a commode chair over the Indian pan for the first three to four weeks. Keep a grab bar or a stable stool in the bathroom.
• Sleeping on the floor: possible once you can get up and down without pushing with your arms ? commonly three to four weeks. A firm mattress or a bed is easier in the first two weeks. Sleeping on the non-operated side or on the back is usually more comfortable initially.
• Bathing: shower or mug bath once port sites are dry and healed, typically after the first review. Avoid bucket-tipping over the head and avoid tub soaking, ponds and rivers until fully healed.
• Household work: light cooking, chopping and folding clothes in week two to three. Wet clothes wringing, grinding masala, mopping in a bending posture, lifting a full water bucket or a gas cylinder ? after four to six weeks and only when cleared.
• Two-wheeler riding: as a pillion on smooth roads after about four weeks; riding yourself usually after six to eight weeks. Indian road jolts transmit directly to the chest wall, so this is often later than car driving.
• Car driving: commonly cleared at four to six weeks if you are off strong painkillers, can turn the wheel fully and perform an emergency stop without hesitation.
• Office and desk work: often four to six weeks. Physically heavy work, farming, construction, loading or long-distance driving jobs generally need eight to twelve weeks and a fitness certificate.
• Exercise and sport: walking from week one, graded aerobic work through rehabilitation, light resistance training from about eight weeks. Contact sport, kabaddi, wrestling, heavy weightlifting and competitive cricket only after a formal review ? usually at three months or later.
• Sexual activity: generally safe once you can climb two flights of stairs comfortably without breathlessness or chest discomfort.
• Religious and social activity: prostration in prayer, long temple queues, standing at weddings and travel for festivals should be reintroduced gradually. Large crowded gatherings are best deferred for four to six weeks after valve surgery to reduce infection exposure.

Protecting Your Repair and Preventing Recurrence

• Blood pressure, diabetes and lipids: take medicines as prescribed and do not stop them because you "feel fine" after surgery. Uncontrolled hypertension stresses valve repairs and grafts.
• Complete tobacco cessation: smoking and chewing tobacco are the strongest drivers of graft failure and repeat coronary events.
• Anticoagulation discipline: if a mechanical valve was implanted, lifelong warfarin with regular INR monitoring is required. Keep an INR diary, know your target range, and remember that leafy greens, methi, mustard leaves, antibiotics and painkillers all affect INR.
• Endocarditis prevention: maintain dental hygiene, get six-monthly dental checks, and tell every dentist and doctor that you have had valve surgery. Antibiotic cover may be needed before dental procedures ? confirm with your cardiologist.
• Rheumatic heart disease: if your valve disease was rheumatic, secondary penicillin prophylaxis may be advised for years, and any child in the family with recurrent sore throat should be evaluated.
• Atrial fibrillation: after a Maze procedure, rhythm can take months to stabilise and anticoagulation is usually continued for a defined period regardless of how you feel.
• Diet: reduce salt, deep-fried snacks, sweets and refined flour; reduce ghee and coconut oil quantity rather than switching brands. Adequate protein ? dal, paneer, eggs, curd, chicken or fish ? is important for healing.
• Weight, sleep and stress: untreated obstructive sleep apnoea worsens atrial fibrillation and hypertension; mention loud snoring and daytime sleepiness to your doctor.
• Vaccination: annual influenza and pneumococcal vaccination are reasonable for most cardiac surgery patients; ask your cardiologist.

Children, Young Adults and Older Patients

Children and adolescents

Most simple ASDs in children are closed by a catheter device rather than surgery. When surgery is needed, robotic access requires enough space between the ribs and adequate body size, so very young or small children are usually treated by conventional or mini-thoracotomy approaches. Growth, schooling, exam schedules and vaccination status are factored into timing, and paediatric cardiology reviews the child jointly with the surgical team.

Young adults

Cosmetic outcome, return to work or studies, pregnancy planning and choice between valve repair and mechanical versus tissue valve replacement are central discussions. Repair, where durable, avoids lifelong anticoagulation ? an important consideration for young women planning pregnancy, since warfarin carries fetal risk.

Older patients

Age alone is not a bar. What matters more is frailty, kidney function, lung function, previous stroke, calcified aorta and peripheral vascular disease. Avoiding sternotomy can help older patients mobilise sooner and reduces chest-wall pain, but longer bypass times in robotic surgery may not suit a very frail patient. For some elderly patients with severe aortic valve disease, a catheter-based option is more appropriate than any surgical approach. Anaesthesia and geriatric-sensitive planning include delirium prevention, careful fluid management and early mobilisation.

What Happens If You Choose Not to Have Surgery

Declining or deferring surgery is a legitimate choice and should be an informed one. In general terms:

• Severe mitral regurgitation left untreated tends to progressively enlarge the left atrium and left ventricle, leading to atrial fibrillation, pulmonary hypertension and heart failure. Once the ventricle weakens significantly, later surgery carries higher risk and the recovery of function is less complete.
• Severe mitral stenosis can progress to breathlessness at rest, recurrent lung congestion, clot formation in the left atrium and stroke.
• Significant coronary artery disease managed only with medicines carries an ongoing risk of angina, heart attack and, in specific anatomical patterns, reduced survival compared with revascularisation.
• Untreated ASD in adults may lead to right heart enlargement, arrhythmia and, over years, pulmonary hypertension that can eventually make closure unsafe.
• Cardiac myxoma carries a risk of embolism and stroke and is generally recommended for removal once diagnosed.

If you decline surgery, medical therapy, symptom control, rhythm and anticoagulation management and periodic echo surveillance are still offered. You can also ask for a second opinion or return later ? but conditions can progress in the interval, so keep the follow-up appointments.

Factors That Influence the Cost of Robotic Cardiac Surgery

No price is quoted here. The cardiac sciences reception and the billing desk at Apollo Hospitals Lucknow provide a written estimate after the surgeon confirms the plan. These are the variables that move that estimate up or down.

Insurance, Cashless Treatment and TPA Process in India

• Cardiac surgery is normally covered by comprehensive health insurance as an inpatient procedure, subject to your policy terms, sum insured, sub-limits and any room-rent capping. Room-rent caps can cause proportionate deductions across the whole bill, so check your eligible room category before admission.
• Waiting periods matter. Most Indian policies apply a 30-day initial waiting period, and a pre-existing disease waiting period of typically two to four years depending on the product. If your valve or coronary disease was diagnosed or symptomatic before you bought the policy, it may be treated as pre-existing. Some products also apply a specific waiting period to listed cardiac procedures.
• Planned versus accident cover. Cardiac surgery is a planned illness claim, not an accident claim. Personal accident policies generally do not cover it. Critical illness policies may pay a lump sum on diagnosis or on undergoing specified surgery ? that is a separate claim from the hospitalisation claim and both can sometimes be filed.
• Cashless process: submit your policy or e-card and photo ID to the insurance desk at least a week before planned admission. The hospital sends the pre-authorisation request with the surgeon's plan and estimate to the insurer or TPA. Approval commonly takes a few working days for planned cases. Kee