+91 94404 49030 aneelkumar9@gmail.com Medicover Hospital, Madhapur, Hyderabad, Telangana - 500082 Mon – Sat: 10:00 AM – 5:00 PM
Dr. Aneel Kumar P — Neuro & Spine Surgeon
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Neuro vascular services

ICG-Guided Surgery

Dr. Aneel Kumar P uses advanced indocyanine green fluorescence to visualize blood flow and important vascular structures during surgery. His approach emphasizes real-time vascular assessment, surgical precision, accurate vessel identification, and protection of critical structures.
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What Is ICG-Guided Surgery

ICG-guided surgery uses indocyanine green, a fluorescent dye, together with specialized near-infrared imaging to provide real-time visualization of blood flow during surgery. Dr. Aneel Kumar P uses this technique to assess vessels, tissue perfusion, and vascular anatomy that may not be clearly visible under standard surgical lighting. It can support precise decision-making during complex neurosurgical and vascular procedures, helping the surgical team evaluate blood circulation and protect important structures throughout the operation.

  • Advanced vascular imaging
  • Precise microsurgical techniques
  • Individualized treatment planning
  • Protection of critical brain structures
Neuro vascular :

Surgery for aneurysm / vascular malformations

ICG guided surgery

Neuro vascular services

Comprehensive, precision-focused brain tumor treatments combining advanced technology, surgical expertise, and personalized care for safer outcomes.

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How the Procedure Works

Dr. Aneel Kumar P uses near-infrared fluorescence to provide immediate information about blood flow, helping assess vascular structures and tissue perfusion during critical surgical stages.

Preoperative Assessment

Imaging and clinical evaluation are performed to understand the surgical anatomy and determine whether ICG guidance may be beneficial.

ICG Administration

Indocyanine green is administered through an appropriate route according to the planned surgical procedure and patient requirements.

Fluorescence Visualization

A specialized near-infrared imaging system detects the fluorescent dye and displays blood vessels and blood flow in real time.

Surgical Decision-Making

The fluorescence information helps the surgical team assess circulation, vessel patency, and tissue perfusion during the procedure.
Why Choose ICG-Guided Surgery

Dr. Aneel Kumar P provides advanced ICG-guided surgical care focused on real-time visualization of blood flow and vascular structures. His approach emphasizes precise vascular assessment, accurate surgical decision-making, protection of critical structures, and improved surgical safety.

Real-Time Blood Flow Assessment

ICG fluorescence provides immediate visualization of blood circulation, supporting accurate decisions during complex surgical procedures.

Improved Surgical Decision-Making

The Real-time vascular information helps the surgical team assess circulation and make informed intraoperative decisions.

Enhanced Vascular Structure Visibility

Near-infrared imaging helps surgeons identify important blood vessels that may be difficult to distinguish using standard visualization.

Precise Tissue Perfusion Evaluation

ICG imaging can help determine whether selected tissues receive adequate blood supply during surgery.

Advanced Fluorescence Imaging Technology

Specialized near-infrared technology provides additional visual information without requiring extensive changes to the surgical approach.

Individualized Surgical Guidance

ICG use is tailored to the patient's condition, surgical procedure, vascular anatomy, and specific clinical requirements.
Frequently Asked Questions

ICG-guided surgery uses a fluorescent dye and near-infrared imaging to visualize blood vessels and blood flow during an operation.

ICG is widely used for intraoperative fluorescence imaging, but suitability depends on individual medical factors and the planned procedure.

After administration, ICG circulates through the bloodstream and emits fluorescence when viewed using specialized near-infrared imaging equipment.

ICG imaging is performed during surgery under appropriate anesthesia, so the patient does not experience the imaging process itself.

ICG fluorescence is temporary, allowing the surgical team to observe vascular structures and blood flow during the relevant surgical stages.

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