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IVUS & OCT Guided Angioplasty

Advanced Intravascular Imaging for Precision Heart Care 4.8

In modern angioplasty, accuracy matters. Traditional angiography only shows the outline of the blood vessel, but not the plaque inside the artery. To ensure the best long-term success, advanced imaging tools like IVUS (Intravascular Ultrasound) and OCT (Optical Coherence Tomography) are used to visualize the artery from the inside with exceptional detail. These imaging techniques guide the cardiologist during angioplasty to choose the right strategy, optimize stent placement, and ensure perfect results.

IVUS and OCT provide real-time internal vessel imaging to ensure accurate, safe, and durable angioplasty results.

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IVUS uses ultrasound imaging from inside the coronary artery to assess plaque burden, vessel size, and blockage severity, while OCT uses near-infrared light to provide microscopic-level clarity of calcium, stent expansion, and vessel injury.

  • Accurate assessment of plaque type and severity
  • Precise measurement of vessel size and diameter
  • Optimization of stent expansion and apposition
  • Detection of calcium, thrombus, or dissections
  • Essential in complex and high-risk angioplasty
  • Improved long-term stent success and safety

What Is IVUS & OCT Guided Angioplasty?

IVUS and OCT are advanced intravascular imaging tools used during coronary angioplasty to guide treatment decisions, ensure accurate stent placement, and confirm optimal final results.

IVUS uses a tiny ultrasound probe inside the coronary artery to produce real-time 360Β° images showing plaque type, vessel size, blockage severity, and stent expansion.

OCT uses high-resolution near-infrared light to produce microscopic images that are 10 times sharper than IVUS, ideal for detecting calcium structure, stent malapposition, dissections, and thrombus.

These technologies are most useful in left main disease, bifurcation stenting, calcified lesions, chronic total occlusions, stent restenosis, multivessel disease, and ultra-low contrast angioplasty in kidney disease patients.

IVUS and OCT improve planning, precision, and patient outcomes by accurately assessing vessel size and plaque severity, reducing complications, and improving long-term stent success.

Yes. IVUS and OCT are minimally invasive and safe technologies used routinely in advanced cardiac centers worldwide. IVUS requires minimal to no contrast, while OCT requires a contrast flush for imaging.

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ADVANCED IMAGING GUIDED PCI

Precision IVUS & OCT Guided Angioplasty

IVUS and OCT guided angioplasty improves accuracy, reduces complications, lowers the risk of repeat procedures, and provides higher confidence in treating complex or high-risk coronary artery disease.

πŸ“ž +91-9438181786 βœ‰οΈ acharyaritesh1987@gmail.com πŸ•˜ Mon–Fri: 10:00 AM – 08:00 PM
Dr Ritesh Acharya

Dr. Ritesh Acharya

Cardiologist Electrophysiologist

Available Time

10:00 AM – 08:00 PM

Practice Location

Bhubaneswar, Odisha

Contact

πŸ“ž 9438181786
βœ‰οΈ acharyaritesh1987@gmail.com

Doctor Details

Qualifications:
M.B.B.S., M.D. (General Medicine), D.M. (Cardiology), Post D.M. Fellowship in Cardiac Electrophysiology and Device Therapy

Current Position:
Consultant Cardiologist & Electrophysiologist
Hi-Tech Medical College & Hospital, Bhubaneswar

Experience:
β€’ Consultant Cardiologist & Electrophysiologist – Hi-Tech Medical College & Hospital (Sept 2025 – Present)
β€’ Sunshine Hospital, Bhubaneswar (Mar 2024 – Sept 2025)
β€’ Medicover Hospital, Hyderabad – Post Doctoral Fellowship (2023–2024)
β€’ KIMS, Bhubaneswar – Assistant Professor & Senior Resident (2021–2022)

Areas of Specialisation

  • Electrophysiology study & RF ablation (2D & 3D mapping)
  • Dual chamber pacemaker & ICD implantation
  • Coronary angiogram & angioplasty
  • Peripheral angiogram & pericardiocentesis
  • Conduction system pacing & CRT implantation
  • PTMC, TAVI, ASD, VSD & PDA closure
  • 2D & Colour Doppler Echocardiography

Biography

Dr. Ritesh Acharya is a highly trained Cardiologist and Electrophysiologist with extensive experience in advanced cardiac electrophysiology, device therapy, and coronary interventions.

His academic background includes training at SCB Medical College, KIMS Bhubaneswar, and a Post Doctoral Fellowship in Cardiac Electrophysiology from Medicover Hospital, Hyderabad.

He has multiple national and international publications including articles in New England Journal of Medicine, Indian Heart Journal, and CSI Update. He is an active participant and presenter at IHRS, CSI, and APICON conferences.

Place: Bhubaneswar