Minimally Invasive Surgical Infrastructure

High-Definition 3D 4K & ICG Guided Surgery

Integrating true stereoscopic optical depth with molecular near-infrared perfusion mapping to make complex oncological surgery safer, cleaner, and more precise.

Depth Perception & Vessel Safety

3D 4K Ultra-High Definition Laparoscopy

Conventional 2D laparoscopy flattens the operating field, demanding cognitive depth estimation. 3D 4K laparoscopy provides true stereoscopic vision, enabling precise micro-dissection around critical anatomical vessels (Portal Vein, Superior Mesenteric Artery, Hepatic Artery) during Whipple and liver resections.

  • Sub-millimeter nerve and vessel differentiation
  • Drastic reduction in intraoperative blood loss
  • High-magnification lymph node clearance
Clinical Advantage
Why 3D Vision Matters in Cancer

Tumor clearance requires removing complete lymph node packets without puncturing tumor capsules or rupturing surrounding fragile retroperitoneal veins. 3D depth perception transforms complex open procedures into elegant, reproducible laparoscopic surgeries.

Fluorescence Navigation
Near-Infrared Perfusion Assessment

By injecting Indocyanine Green (ICG) dye intravenously during surgery, near-infrared cameras instantly light up healthy tissue green while ischemic zones stay dark. This prevents anastomotic leaks in colorectal surgery and precisely defines liver tumor segments.

Real-Time Molecular Imaging

ICG Near-Infrared Fluorescence Cholangiography & Perfusion

ICG fluorescence acts as an intraoperative GPS for the surgeon. In difficult gallbladder surgeries, it maps the cystic duct and common bile duct even before dissection begins, safeguarding against catastrophic bile duct injuries.

  • Real-time visualization of biliary tree anatomy
  • Zero radiation compared to fluoroscopic cholangiography
  • Vascular perfusion check of bowel anastomosis prior to closure

Enhanced Recovery After Surgery (ERAS) Protocol

Technology is matched with evidence-based perioperative care. By avoiding prolonged preoperative starvation, minimizing opioid analgesia through regional nerve blocks, and mobilizing patients on postoperative Day 1, hospital stay is shortened and return to normal life is accelerated.

Early Oral Feeding
Clear fluids initiated within 24 hours post-laparoscopic bowel resection.
No Routine Drains / Tubes
Selective use of nasogastric tubes and abdominal drains enhances mobility.
Rapid Ambulation
Out of bed on the same evening or following morning to reduce DVT and pulmonary risks.

Ready to discuss minimally invasive surgical options?

Consult Dr. Satish Durgesh at NJ Hospital (Yelwal) or MIG Mysore.

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