Aortic Aneurysm Surgery in Delhi

India’s Trusted Aortic Surgery Destination

Led by Dr. Rahul Chandola — A Pioneer in Aortic Excellence

Meet Our Expert – Dr. Rahul Chandola

Chairman & Founder – IHLD Hospital  

 

Welcome to India’s first fully integrated Aortic Centre of Excellence, where innovation meets experience. With over two decades of surgical brilliance, Dr. Rahul Chandola, Specialized Aortic surgeon  who leads a team that delivers life-saving care to patients with the most complex aortic disorders. From open repairs to cutting-edge endovascular procedures, we offer personalized, high-precision solutions — with compassion at our core.

Every heartbeat matters. Every patient deserves a second chance — Dr. Rahul Chandola

Dr Rahul Chandola

Why Choose Us

India’s Leading Aortic Surgery Team – Pioneered by Dr. Rahul Chandola

Hybrid Operation Theatres

We operate in India’s most advanced hybrid OTs equipped with 3D imaging and intraoperative monitoring to enhance safety and precision

Organ Protection & Long-Term Outcomes

We go beyond surgery—preserving brain, spinal cord, and kidney functions is part of our surgical philosophy for every patient.

Compassionate, Patient-Centric Care

From diagnosis to discharge, we walk alongside patients and families, offering comfort, education, and total emotional support

Your Aorta Deserves Expert Care — Don’t Wait!

One consultation can save your life

Time is critical when dealing with aortic conditions. Book your appointment with Dr. Rahul Chandola today and take the first step toward a healthier, safer heart.
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Thousands Healed, Millions of Smiles Created

Aortic-aneurysm
Trusted-Care-Transforming-Lives

Happy to Share a Milestone in Our Surgical Journey!

we are thrilled to announce that we have successfully performed a complex David’s Aortic Valve Reimplantation surgery for a patient with a bicuspid aortic valve.

We regularly perform David’s Aortic Valve Reimplantation for aortic root aneurysms and even aortic dissections in tricuspid aortic valves. However, it becomes significantly more challenging when dealing with bicuspid aortic valves, due to their unique anatomical complexities.

This was our 10th successful aortic valve reimplantation in a case involving a bicuspid aortic valve – a true milestone for our surgical practice!

The David’s Aortic Valve Reimplantation procedure demands meticulous surgical precision and a deep understanding of aortic pathophysiology, particularly when addressing the intricacies of a bicuspid valve, which differs significantly from the more common tricuspid valve anatomy.

Successfully completing this surgery not only strengthens my dedication to advancing complex aortic techniques but also reflects our unwavering commitment to patient-centered care.
Each case reminds me why I chose this path — to create a meaningful impact on patients’ lives through innovative surgical interventions.

I would like to express my heartfelt gratitude to Dr. Tirone David, whose exceptional mentorship during my training continues to guide my practice. His pioneering work in cardiovascular surgery has deeply inspired me, and it is a privilege to carry forward his legacy.

A big thank you to my amazing surgical team and support staff. Your skill, coordination, and commitment were instrumental in achieving this successful outcome.

I look forward to pushing the boundaries of what is possible in cardiovascular surgery, and I’m excited to continue sharing more experiences and insights with my network.

ihld-happy-Patients

A 71-year-old man from Odisha underwent a rare heart procedure which involved recreating the patient’s aortic valve.

Doctors at PSRI Hospital in New Delhi conducted complicated valve replacement surgery after the patient was admitted because he had an abnormally dilated major artery, putting him at an imminent risk of rupture.

Upon examination, it was found that the patient suffered from chest pain and shortness of breath, indicating a severe cardiovascular condition. It was then found that the major artery responsible for supplying blood to the heart was enlarged to 5.7 cm compared to the usual diameter of 2.5 cm.