Leaders in Minimally Invasive Spine Surgery (MISS) - Preserve Your Motion, Protect Your Future
Board-certified neurosurgeons delivering robotic-guided, minimally invasive spine and brain care across the Tri-State Area so you can move freely again, sooner.
and evaluated
surgeries
Connecting Care Across Networks
WHY MISS?
MISS separates rather than cuts through muscle, preserving the spine's natural structure.
Robotic-Guided Surgery
Sub-millimeter precision using the latest robotic navigation platforms for safer, more accurate procedures.
Endoscopic Discectomy
A small incision and a high-definition camera relieve pinched nerves with minimal tissue disruption.
Microdiscectomy
Microsurgical removal of herniated disc material to relieve sciatica and leg pain quickly.
At Alliance Neurosurgery PC, we specialize in robotically-guided, minimally invasive spine surgery — offering faster recovery, less pain, and better long-term outcomes than traditional open procedures. From the first consultation to your final follow-up, our team treats every patient with the focus and dignity they deserve.
ADVANCED SPINE TECHNOLOGY
Technology & Innovation in Spine Care
Endoscopic Spine Surgery
Endoscopic Spine Surgery is a type of state-of-the-art surgery that uses small tubular systems or micro incisions, assisted with an endoscope for visualization. This type of Minimally-Invasive Spine Surgery (MISS) provides patients with quicker recovery and less pain than traditional spine surgery.
As there are over 1.5 million spinal procedures per year in the US, minimizing the healing time and pain are the main goals of making a recovery more efficient in such a huge number of patients. Endoscopic spine surgery offers better recovery and fewer complications.
Robotic Spine Surgery
Robotic spine surgery is an advanced, minimally invasive surgical technique that uses robotic-assisted technology to help surgeons perform spinal procedures with enhanced precision, control, and safety.
This innovative technology allows surgeons to create highly accurate surgical plans and guide instruments in real time, improving implant placement and reducing damage to surrounding tissues.
By combining advanced imaging, navigation systems, and robotic guidance, robotic spine surgery enhances surgical confidence while delivering personalized treatment tailored to each patient’s condition.
TRUSTED TRI-STATE CARE
A Trusted Network of 9+ Board-Certified Neurosurgeons in the Tri-State Region
This team consists of nine fellowship-trained spine surgeons renowned throughout the Tri-State area and recognized as leaders in minimally invasive spine surgery. Each surgeon brings advanced expertise in the latest surgical techniques, with a shared commitment to clinical excellence and patient-centered care. The group emphasizes clear, open communication, ensuring that every patient fully understands their diagnosis and treatment options. Care is individualized, with treatment plans tailored to each patient's unique condition, goals, and quality-of-life priorities.
COMPREHENSIVE CARE
We treat the full spectrum of spine conditions.
Alliance Neurosurgery PC evaluates and treats a wide range of spine conditions using advanced imaging, minimally invasive techniques when appropriate, and personalized treatment planning.
PATIENT STORIES
Trusted by thousands across the Tri-State.
"I underwent a Cervical Total Disc Arthroplasty - I went home the same day and couldn't be happier! No more neck pain and my motion is better. Thanks Alliance!"
- Oleg P.
"The Endoscopic Lumbar Discectomy was amazing — it only took 30 minutes, and when I woke up — my leg pain was gone! Game changer!"
- Denise F.
"I had 2 prior cervical procedures with an outside practice - the doctors at Alliance completed a posterior decompression and now I can walk again. Highly recommend Alliance and all the surgical scheduling staff for the extra support."
- Jeanne S.
Ready to take the next step toward a
pain-free life?
Schedule a consultation with our board-certified neurosurgical team. Same-week appointments available across our Tri-State locations.