Neurosurgery
International Orthopedics Patients

Dr. Alexandre Rasouli

Neurosurgery
Languages
EN
Nationality
🇺🇸 American

Available Days
  • June 9
  • June 10
  • June 11
  • June 12
  • July 28
  • July 29
  • July 30
  • July 31
  • September 15
  • September 16
  • September 17
  • September 18
  • November 17
  • November 18
  • November 19
  • November 20
Appointments Disclaimer

The availability of visiting doctors is periodic and not based on a fixed schedule. The advertised dates reflect current availability and are subject to change without prior notice. Call to know more on +974 4144 2999

Pioneering A Whole New Kind of Spine Surgery

Minimally Invasive.
Maximally Effective.

Today’s spine surgery uses small incisions, ensures faster recovery, and delivers consistent results—reflecting our commitment to restoring your quality of life with simplicity and precision.
Neck Procedures
The cervical spine enables head movement and carries nerves that control arm and leg function. Common issues include herniated discs, degeneration, and stenosis, causing pain, stiffness, numbness, or weakness. Most cases are treated without surgery, but when needed, advanced methods like artificial disc replacement and microsurgery are used.
Middle Back Procedures
This part of the spine supports torso movement and contains nerves affecting balance and leg function. Common problems include degeneration, stenosis, and tumors, leading to back pain, balance issues, or bladder/bowel problems. Minimally invasive techniques can often resolve these conditions.
Lower Back Procedures
The lumbar spine carries body weight, enables movement, and houses nerves for leg and bladder function. Conditions like herniation, degeneration, stenosis, tumors, or fractures may cause pain, stiffness, or mobility issues. Today, most are treated successfully—often without hospitalization—using advanced techniques like artificial disc replacement and microdecompression.
Global Alignment
The spine functions best when its regions—cervical, thoracic, and lumbar—are in proper alignment. Structural issues in the bones or discs can lead to deformities like scoliosis (curved spine) or kyphosis (hunchback). Modern techniques such as minimally invasive correction, computer-assisted, and image-guided surgery have greatly improved treatment success.
Cervical Artificial Disc Replacement
Lumbar Artificial Disc Replacement
Cervical Microdecompression
Lumbar Microdecompression
Thoracic Microdecompression
Cervical Microdiscectomy
Qualifications
  • Spine Surgeon - Beverly Hills, California- USA
  • Doctor of Medicine (MD), Stanford University, USA (Honors Graduate)
  • American Board of Orthopaedic Surgery (Board-Certified)
  • Extensive training in both neurosurgical and orthopedic spine surgery techniques
Professional Memberships:
  • Author and contributor to neurological and orthopedic scientific literature
  • Lead investigator in motion-preserving and minimally invasive spine surgery clinical trials

Areas of Expertise
  • Cervical, Thoracic, and Lumbar Spine Disorders
  • Cervical Disc Herniation, Cervical Stenosis, Cervical Myelopathy
  • Thoracic Stenosis
  • Lumbar Disc Herniation, Lumbar Stenosis
  • Spinal Trauma and Deformity Correction (including adult and pediatric scoliosis)
  • Spinal Oncology
  • Disc Replacement and Motion-Preserving Techniques
  • Minimally Invasive Spine Surgery
  • Neural Regeneration and Spinal Cord Injury Research

Brief Profile

Dr. Alexandre Rasouli is a nationally recognized, American board-certified spine surgeon renowned for his expertise in both surgical and non-surgical management of complex spinal conditions. His practice spans cervical, thoracic, and lumbar disorders, including spinal deformity, trauma, oncology, and minimally invasive procedures.

Dr. Rasouli gained prominence in 2007 with his groundbreaking discovery of a novel method to regenerate neurons damaged by spinal cord injury through peripheral nerve transplantation. He was also the first to describe the genetic response of spinal cord tissue to traumatic injury, advancing the field’s understanding of neural repair mechanisms. His ongoing research is dedicated to developing a cure for paralysis.

With over 50 manuscripts, abstracts, book chapters, and presentations in neurological and orthopedic literature, Dr. Rasouli continues to lead clinical trials for cutting-edge surgical techniques, attracting patients from around the globe for advanced spinal care.

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