Unit G1, B 2/440, Roshan Marg, Vaishali Nagar, Jaipur Mon - Sat: 10:00 AM - 4:00 PM
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Clinical Portfolio

Key Interventions & Medical Mastery

A structured directory of every interventional, structural, and rhythm-management procedure Dr. Anshu Kabra performs — each one minimally invasive, catheter-guided, and built around faster patient recovery.

Home Treatments & Interventions
Explore by Category

A Full Map of Cardiac Care

Every procedure below is grouped by clinical category so you can quickly find the intervention relevant to your diagnosis or referral.

Interventional Cardiology

Catheter-based procedures to diagnose and treat blocked or narrowed coronary arteries — the foundation of modern, non-surgical heart care.

Complex Coronary Angioplasty
Interventional Cardiology
When You May Need This
  • Recurrent chest pain (angina) despite medication
  • Multiple or heavily calcified coronary blockages
  • Abnormal stress test or CT angiography results
  • Ongoing heart attack requiring emergency reperfusion
How It Works
A fine catheter is guided through a wrist or groin artery to the blocked coronary vessel under live imaging. A balloon expands the narrowing and a stent is deployed to hold the artery open — no open-chest surgery, no general anesthesia, and blood flow is restored within the same session.
Minimally Invasive · Catheter-Based
Typical stay: 1–2 days Book Evaluation
Radial Coronary Angiography
Interventional Cardiology
When You May Need This
  • Unexplained chest discomfort or breathlessness
  • Family history of premature coronary artery disease
  • Pre-surgical cardiac risk assessment
  • Confirming findings from a non-invasive stress test
How It Works
A thin catheter is threaded from the wrist artery to the heart, and contrast dye is injected to map the coronary arteries in real time on X-ray. This wrist-first, non-surgical approach means patients can sit up, eat, and walk almost immediately after the scan.
Minimally Invasive · Same-Day Discharge
Typical stay: Same day Book Evaluation
Rota-ablation (Rotational Atherectomy)
Interventional Cardiology
When You May Need This
  • Heavily calcified plaque that a balloon cannot cross
  • Prior failed stent expansion due to hard calcium
  • Long-standing diabetic or chronic kidney disease patients
  • Elderly patients with heavily hardened arteries
How It Works
A diamond-coated rotational burr, smaller than a grain of rice, spins at high speed to sand down calcified plaque into microscopic particles, preparing the vessel for stenting. Performed entirely through a catheter, with no incision to the chest.
Minimally Invasive · Catheter-Based
Typical stay: 1–2 days Book Evaluation
Orbital Atherectomy
Interventional Cardiology
When You May Need This
  • Severely calcified lesions unsuitable for rota-ablation
  • Need for both concentric and eccentric plaque modification
  • High-risk surgical candidates needing an alternative to CABG
  • Complex multi-vessel calcified coronary disease
How It Works
An eccentric diamond-coated crown orbits within the artery, using centrifugal force to sand calcium in both directions of travel. This differential sanding effect preserves healthy tissue while clearing the vessel — again, fully catheter-based with no open-chest step.
Minimally Invasive · Catheter-Based
Typical stay: 1–2 days Book Evaluation

Structural Heart Diseases

Advanced valve and defect repairs performed through a catheter — designed for patients who cannot, or should not, undergo open-heart surgery.

TAVI / TAVR Surgery
Structural Heart Disease
When You May Need This
  • Severe aortic valve stenosis with breathlessness or fainting
  • High or intermediate surgical risk for open valve replacement
  • Elderly patients with multiple co-existing health conditions
  • Failing surgical valve requiring a valve-in-valve solution
How It Works
A collapsible replacement valve is mounted on a catheter and guided, usually via the femoral artery, to the diseased aortic valve. Once positioned, it expands and takes over function immediately — replacing the valve without stopping the heart or opening the chest.
Minimally Invasive · No Open-Chest Surgery
Typical stay: 2–3 days Book Evaluation
Device Closures — ASD, VSD & PDA
Structural Heart Disease
When You May Need This
  • Congenital hole in the heart detected on echocardiogram
  • Unexplained fatigue or reduced exercise tolerance in children
  • Right heart enlargement from a persistent shunt
  • Adult patients with a previously undiagnosed defect
How It Works
A collapsible umbrella-shaped occluder device is delivered through a catheter and positioned across the septal defect, where it expands to seal the hole permanently. Heart tissue grows over the device within weeks — no incision, no bypass machine.
Minimally Invasive · Catheter-Based
Typical stay: 1–2 days Book Evaluation
MitraClip / TEER Overview
Structural Heart Disease
When You May Need This
  • Significant mitral regurgitation causing breathlessness
  • High surgical risk for open mitral valve repair
  • Heart failure symptoms linked to a leaking mitral valve
  • Recurrent hospitalizations despite optimal medication
How It Works
Using Transcatheter Edge-to-Edge Repair (TEER), a small clip is guided via the femoral vein into the heart and used to grasp and join the mitral valve leaflets, reducing the leak and improving forward blood flow — all beating-heart, catheter-based, and incision-free.
Minimally Invasive · Beating-Heart Procedure
Typical stay: 2–3 days Book Evaluation

Rhythm Management & Vascular

Device therapy for irregular heartbeats and catheter-based treatment for blocked or clotted blood vessels beyond the heart.

Permanent Pacemaker Implantation (PPI)
Rhythm Management
When You May Need This
  • Recurrent dizziness, fainting, or extreme fatigue
  • Diagnosed slow heart rhythm (bradycardia)
  • Heart block detected on an ECG or Holter monitor
  • Pauses in heartbeat confirmed on rhythm monitoring
How It Works
Thin pacing leads are guided through a vein into the heart chambers and connected to a small pulse generator placed just under the skin near the collarbone, through a single small incision — no chest opening required. The device continuously monitors and corrects the heart's rhythm.
Minimally Invasive · Local Anesthesia
Typical stay: 1–2 days Book Evaluation
ICD & CRT-D Implants
Rhythm Management
When You May Need This
  • Weakened heart pumping function (low ejection fraction)
  • History of dangerous fast rhythms (ventricular arrhythmia)
  • Heart failure symptoms despite optimal medical therapy
  • Family history of sudden cardiac arrest
How It Works
Similar to a pacemaker, an ICD continuously monitors heart rhythm and delivers a corrective shock if a dangerous arrhythmia occurs; a CRT-D adds a third lead to resynchronize both ventricles for a stronger, more coordinated heartbeat — implanted through a single collarbone incision, never an open-chest approach.
Minimally Invasive · Local Anesthesia
Typical stay: 1–2 days Book Evaluation
Peripheral & Carotid Angioplasty
Vascular Intervention
When You May Need This
  • Leg pain or cramping while walking (claudication)
  • Non-healing wounds or ulcers on the feet
  • Significant carotid artery narrowing on imaging
  • History of a mini-stroke (TIA) or stroke risk factors
How It Works
A catheter is navigated to the narrowed leg or neck artery, where a balloon widens the vessel and, when needed, a stent holds it open to restore normal blood flow — performed entirely through a small puncture site, without any surgical incision.
Minimally Invasive · Catheter-Based
Typical stay: 1 day Book Evaluation
DVT Penumbra Mechanical Aspiration
Vascular Intervention
When You May Need This
  • Sudden leg swelling, warmth, or tenderness
  • Confirmed deep vein thrombosis (DVT) on ultrasound
  • Extensive clot burden causing severe symptoms
  • High bleeding risk that limits standard thinner therapy
How It Works
A specialized aspiration catheter is guided to the clot and mechanically removes it by direct suction, restoring venous flow without relying solely on prolonged clot-dissolving medication — a catheter-directed technique with no surgical incision.
Minimally Invasive · Catheter-Based
Typical stay: 1–2 days Book Evaluation
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