Ross-Jordon Elliott, MD

Meet Ross-Jordon Elliott, MD

Dr. Ross-Jordon Elliott is a board-eligible neurosurgeon at CHRISTUS Trinity Clinic who is redefining spine care for the Longview community. After refining his expertise at top-tier institutions in Washington, D.C., and Philadelphia, Dr. Elliott returned to his Texas roots to bridge a critical gap in regional healthcare.

As the only surgeon providing ultra-minimally invasive endoscopic spine procedures in the 180-mile corridor between Dallas and Shreveport, he ensures that East Texas residents no longer have to travel hours away to access advanced surgical innovation.

What Dr. Elliott Treats

• Neck, back, and nerve pain caused by conditions such as herniated discs, spinal stenosis, and degenerative disc disease. Learn more about treatment options for back and neck pain.
• Cervical and lumbar radiculopathy, including arm pain, leg pain, numbness, tingling, or weakness caused by nerve compression in the spine. These symptoms are commonly addressed through specialized spinal decompression procedures.
• Failed back or neck surgery syndrome, helping patients who continue to experience pain or neurologic symptoms after prior spine surgery. Learn more about failed back surgery syndrome care at CHRISTUS Health.
• Spinal instability and deformity, including spondylolisthesis and complex alignment issues that affect posture, mobility, and quality of life. Learn more about spine deformity and reconstruction care.
• Spinal fractures and traumatic injuries, ranging from acute fractures to spinal cord compression following accidents or falls. Care may include advanced fracture stabilization and surgical repair.
• Primary and metastatic spinal tumors, working closely with oncology and medical teams to preserve neurologic function and spinal stability. Learn more about spinal tumor care at CHRISTUS Health.
• Selected brain and spinal cord conditions, including high‑acuity neurologic injuries and disorders requiring surgical evaluation. Learn more about care for brain and nervous system conditions.

Career at a Glance

• Regional Pioneer: The exclusive provider of Joimax® ultra-minimally invasive endoscopic spine surgery between Dallas, Texas, and Shreveport, Louisiana.
• Elite Subspecialty Training: Completed a CAST-accredited spine fellowship at Thomas Jefferson University, one of the highest-volume spine centers in the United States.
• Precision Focus: Specializes in ultra-micro incisions as small as 2.7mm, significantly smaller than traditional minimally invasive approaches.
• Trauma Expert: Years of high-acuity experience treating complex brain and spinal cord injuries at a Level I Trauma Center in the nation’s capital.

Clinical Role and Leadership

Dr. Elliott serves as a surgical leader at CHRISTUS Good Shepherd Medical Center, where he has successfully integrated the Joimax® system into the regional neurosurgical program.

By combining academic rigor with advanced technology, he has helped elevate Longview into a destination for high-precision spinal reconstruction.

At CHRISTUS Trinity Clinic in Longview, he provides specialized care for herniated discs, lumbar stenosis, cervical and lumbar radiculopathy, primary and metastatic spinal tumors, complex spinal deformities, acute spinal fractures and trauma, and failed back surgery syndrome.

What You Can Expect from Care with Dr. Elliott

Dr. Elliott practices with a surgery-as-a-last-resort philosophy. He believes successful outcomes begin with understanding the cause of symptoms before discussing procedural options.

Care focuses first on conservative treatment options such as physical therapy, medication, and targeted injections whenever appropriate.

Patients can expect clear, patient-led reviews of MRI and CT imaging, with complex findings explained in plain, understandable terms.

Many procedures allow for same-day discharge, dissolvable stitches, and a return to work within a week.

Care is supported by a dedicated team, including specialized nursing staff, who guide patients from consultation through recovery.

Advanced Surgical Innovation

Dr. Elliott utilizes an integrated neuro-technology suiteand robotic surgery designed to enhance precision and safety.

This includes the Joimax® 4K endoscopic system, which allows direct visualization of spinal nerves through a micro-incision.

For complex reconstructions, he uses Medtronic O-arm 3D imaging and StealthStation navigation, providing GPS-like accuracy for the spine.

He also employs Misonix ultrasonic tools to safely remove bone near delicate nerve structures and performs Prone XLIF single-position surgery to reduce time under anesthesia.

Research, Clinical Insight, and Thought Leadership

Dr. Elliott is an active contributor to the global neurosurgical community, with peer-reviewed research focused on improving outcomes for rare and complex spinal conditions.

His published work in the journal Spine Deformity on segmental spinal dysgenesis has helped refine the management of congenital spinal anomalies.

He has also published technical reports on responsive neurostimulation for epilepsy and microsurgical approaches to intracranial optic nerve malformations.

Commitment to Public Health and Health Equity

A central focus of Dr. Elliott’s work is reducing the burden of travel for patients across East Texas.

By establishing an ultra-minimally invasive center of excellence in Longview, he is helping address healthcare disparities that often force patients to leave their community for advanced care.

His goal is to deliver big-city innovation with the accessibility, familiarity, and personal connection of local care.

Education and Certifications

Undergraduate Education: University of Texas at Austin.

Medical School: UT Health San Antonio, Joe R. and Teresa Lozano Long School of Medicine.

Residency: Neurological Surgery, George Washington University Hospital, Washington, D.C.

Fellowship: Orthopaedic and Neurosurgical Spine Surgery, Thomas Jefferson University and Sidney Kimmel Medical College, Philadelphia, Pennsylvania.

Board Certification: Board eligible, American Board of Neurological Surgery.