Kurt Reuland, MD

Meet Kurt Reuland, MD

Advanced Neuro-Interventional Radiology Bringing Life-Saving Stroke and Aneurysm Care to East Texas

Dr. Kurt Reuland is a board-certified neuro-interventional radiologist and diagnostic neuroradiologist serving patients in Tyler, Texas. He earned his medical degree from the University of Texas Medical Branch at Galveston, followed by residency training in diagnostic radiology at Scott & White Memorial Hospital and fellowship training in neuroradiology and interventional neuroradiology at UT Southwestern Medical Center. Today, he plays a key role in delivering advanced, minimally invasive neurological care across East Texas - working within major hospital systems and helping expand access to high-level stroke and neurovascular treatment close to home.

Career at a Glance

• Over 24+ years of experience in interventional neuroradiology
• Performs high-volume, life-saving procedures, including more than 300 mechanical thrombectomy (stroke) cases annually across affiliated hospitals
• Treats over 100 brain aneurysm cases per year using minimally invasive techniques
• Dual fellowship training in neuroradiology and interventional neuroradiology

Clinical Role and Leadership

Dr. Reuland is a leading neuro-interventional radiology specialist in Tyler, contributing to comprehensive stroke care and advanced neurovascular treatment programs. He collaborates closely with multidisciplinary teams across regional hospitals to improve access to emergency stroke intervention, aneurysm repair and other highly specialized procedures.

He provides specialized care for conditions such as:

• Stroke and large vessel occlusion
• Brain aneurysms
• Arteriovenous malformations (AVMs) and fistulas
• Carotid and intracranial artery disease
• Central nervous system vascular disorders
• Spinal vascular malformations
• Head and neck vascular conditions (including epistaxis and tumors)

What You Can Expect from Care with Dr. Reuland

Dr. Reuland’s approach is grounded in precision, collaboration and patient-centered decision-making. His work focuses on delivering highly specialized care in a way that minimizes risk and supports faster recovery.

You can expect:

• Clear, thorough explanations to help you understand your diagnosis and treatment options
• Minimally invasive procedures designed to reduce hospital stays and recovery time
• Collaborative care coordination across neurology, surgery and imaging teams
• Advanced imaging to guide accurate, real-time decision-making
• A focus on delivering specialized care for patients and their families

Advanced Surgical Innovation / Diagnostic Care

Dr. Reuland specializes in minimally invasive, image-guided procedures that treat complex neurological conditions without the need for traditional open surgery. His work includes endovascular techniques such as catheter-based clot removal, aneurysm coiling, embolization procedures and angioplasty with stenting.  

His practice utilizes advanced diagnostic and interventional imaging technologies, including CT angiography, MRI/MRA and digital subtraction angiography, to visualize blood flow and guide precise treatment in the brain, spine and vascular system.

Research, Clinical Insight, and Thought Leadership

Dr. Reuland has contributed to peer-reviewed medical literature, including a publication in the Journal of Trauma evaluating the effectiveness of multi-detector CT angiography in detecting blunt cerebrovascular injuries.

This research supports the advancement of noninvasive diagnostic tools, helping clinicians identify serious vascular injuries more accurately and earlier—ultimately improving patient outcomes.

Commitment to Public Health and Health Equity

Through his work in East Texas, Dr. Reuland is helping expand access to advanced neurological and stroke care in a largely regional and rural service area. By bringing high-level neuro-interventional capabilities to local hospitals, he helps ensure patients can receive timely, specialized treatment without needing to travel long distances.

His role supports improved continuity of care, faster intervention for time-sensitive conditions like stroke and broader access to minimally invasive treatment options for the surrounding community.