Case of Lytic L4–L5 Spondylolisthesis

Robotic Endoscopic TLIF Success Story

Overview

At Verteva Spine & Ortho Care, we combine cutting-edge technology with expert surgical skill to deliver precise, minimally invasive solutions for spine disorders. This case highlights the journey of a 45-year-old woman suffering from debilitating lytic L4–L5 spondylolisthesis.

The Challenge

The patient presented with:

  • Severe lower back pain
  • Radiating leg pain affecting daily activities
  • Instability at the L4–L5 level due to a lytic pars defect
  • Difficulty standing or walking for long durations

Her condition had progressed despite physiotherapy, medications, and injections—necessitating a definitive, minimally invasive solution. .



The Treatment

After thorough evaluation, our team opted for a Robotic Endoscopic Transforaminal Lumbar Interbody Fusion (TLIF)*—a next-generation fusion technique that combines:

  • Robotic navigation for millimetre-level precision
  • Endoscopic visualization for minimal muscle disruption
  • Smaller incisions, less pain, and faster recovery
  • Accurate placement of screws and cage for long-term stabili

This advanced approach ensured maximum safety while preserving surrounding tissues.

The Outcome

The surgery was a success, delivering:

  • Excellent decompression of the nerve roots
  • Stable fusion at L4–L5
  • Immediate relief of leg pain
  • Minimal blood loss and faster post-operative recovery
  • Early mobilization and return to routine activities within days


Why Robotic Endoscopic TLIF?*

This technique offers several advantages:

  • * Highest precision in screw placement
  • Less tissue trauma
  • Reduced hospital stay
  • Faster rehabilitation
  • Better long-term fusion outcomes

A Journey Toward Pain-Free Living

Our patient's recovery has been remarkable. She has returned to an active, independent lifestyle—free from the severe back and leg pain that once dominated her days.

This success story reflects our commitment to delivering world-class, minimally invasive, and robotic spine surgery tailored to each patient's needs.