Henan Asia-Pacific Orthopedic Hospital Completes Its First Minimally Invasive Lumbar Spinal Stenosis Surgery
Breakthrough in TCM Minimally Invasive Surgery
Recently, Henan Asia-Pacific Orthopedic Hospital achieved a major technological milestone in Traditional Chinese Medicine (TCM) minimally invasive surgery. Under the leadership of President Wang Rui, the hospital’s team successfully completed its first robot-assisted minimally invasive surgery for lumbar spinal stenosis. This achievement not only demonstrates technological progress but also represents a new integration of modern precision tools with traditional TCM techniques.
Robot-Assisted Minimally Invasive Spine Surgery System in Action
The surgery utilized a Robot-Assisted Minimally Invasive Spine Surgery System, which enabled the seamless integration of intelligent navigation with traditional TCM surgical philosophy. As a result, the procedure marks a significant step toward precision, standardization, and intelligent development in orthopedic surgery.
Advanced 3D C-Arm Imaging and Navigation Platform Enhances Safety
In addition, an Advanced 3D C-Arm Imaging and Navigation Platform provided high-definition 3D imaging, real-time positioning, and intraoperative guidance. Consequently, the surgical team was able to perform the operation with enhanced safety and efficiency throughout the procedure.
Patient-Centered, Minimally Invasive Treatment
The patient, a 63-year-old woman with severe lumbar spinal stenosis, had limited mobility—she could walk less than 200 meters, which significantly affected her daily life.
After a detailed preoperative consultation, the team designed a combined plan of robot-assisted surgery and TCM rehabilitation. Therefore, the strategy aimed to minimize tissue damage, ensure treatment effectiveness, and accelerate postoperative recovery.
Precision, Minimal Trauma, Faster Recovery
Guided by the robotic system and 3D imaging platform, the surgery achieved precise decompression of the narrowed spinal canal through an ultra-small incision. Meanwhile, nerve compression was effectively relieved while preserving spinal anatomy.
Key outcomes included:
- Sub-Millimeter Precision: Robot navigation ensures highly accurate positioning
- Minimal Trauma: Surgical access comparable to a Kirschner wire insertion
- Structural Stability: Natural spinal support preserved
- Faster Recovery: Reduced pain and shorter rehabilitation cycle
In this way, the robotic system fully supported the TCM minimally invasive approach, combining modern precision with traditional care.
Integrated TCM Postoperative Care
Moreover, beyond decompression, the hospital leveraged TCM strengths including the “New Nine Needles” minimally invasive technique and master-level clinical experience. Patients received comprehensive postoperative care: TCM rehabilitation, herbal therapy, and specialized external treatments.
Subsequently, this created a full-cycle management model: preoperative assessment → minimally invasive surgery → TCM rehabilitation, forming a distinctive integrative Chinese-Western orthopedic treatment approach.
Leading the Future of Orthopedic Care
President Wang Rui emphasized that this surgery is a landmark in combining TCM minimally invasive surgery with intelligent technology.
Looking ahead, the hospital will continue to expand the clinical use of the Robot-Assisted Minimally Invasive Spine Surgery System and the Advanced 3D C-Arm Imaging and Navigation Platform. As a result, patients can expect safer, more precise, and efficient orthopedic care, while the wisdom of traditional Chinese medicine can reach a broader population.
