Neurosurgery Patient Care
a doctor talking to a patient

100+ Years of Neurosurgical Care

The Department of Neurosurgery's rich history begins in 1918. Our humble start within the Department of Surgery has evolved into world-renowned patient care.

About Us

For more than one hundred years, we have provided comprehensive, careful, and compassionate treatment of the entire range of neurological surgical problems for our adult and pediatric patients. There are busy clinical programs in Brachial Plexus/Peripheral Nerve Surgery, Functional Neurosurgery (including Epilepsy, Movement Disorders, and Pain), Neurocritical Care and more. For more information, visit the Neurosciences page on UofMHealth.org.

Find a Doctor

Find a doctor who meets your needs

Patient & Visitor Guide

Check out more about our services

Find a Clinic

Find a clinic near you

For Physicians

View the outpatient consult request form

U-M Health
Advanced Neurological Care

We treat all forms of neurological disease and offer programs for patients who need advanced care, including our Epilepsy Program, our Movement Disorders Program and our Functional Wellness Initiative for patients with brain tumors. In addition, our Stroke Program has been accredited as a Certified Stroke Center by the Joint Commission.

Neurosurgery Services
Our Programs
Brain Tumor

Our Brain Tumor Program provides state-of-the-art, comprehensive, patient-centered services to individuals affected by tumors of the brain and spine. The U-M Neuro-Oncology Program specializes in treating malignant (cancerous) and non-malignant tumors of the brain and spinal cord. Patients are also encouraged to join the Functional Wellness Initiative, a collaborative early intervention program combining language, motor and neurocognitive rehabilitation to improve the survival and quality of life of brain tumor patients. You can also visit the Multidisciplinary Brain Tumor Clinic website for more information.

Learn more about Brain Tumor

 

Cranial Base

At  the University of Michigan, our Cranial Base Program diagnoses and treats benign and malignant tumors involving the cranial base region, cerebrospinal fluid leaks and encephaloceles, and traumatic injuries to the face and skull. Some of the other areas of expertise include the Pituitary and Neuroendocrinology Program and treatment of Acoustic Neuroma.

Learn more about the Cranial Base Program

Hydrocephalus

The Adult Hydrocephalus Program at the University of Michigan is dedicated to the identification and treatment of patients with normal pressure hydrocephalus as well as hydrocephalus due to other causes such as tumors, hemorrhage and infection. 

Functional Neurosurgery

With world-recognized expertise in the clinical neurosciences, the basic neurosciences, neuroimaging, and neuroengineering, Michigan Medicine is a leader in many fields. Clinical program areas in Functional Neurosurgery include: Cancer Pain, Epilepsy, Pain Neuromodulation, Spasticity, Surgical Therapies to Improve Movement (STIM), and Trigeminal Neuralgia and Facial Pain.

Learn more

Brachial Plexus & Peripheral Nerve Disorders

Our program provides comprehensive care for all patients with Brachial Plexus and Peripheral Nerve Disorders – adults and pediatrics. A timely diagnosis with interdisciplinary care is crucial for the best outcomes.

Learn more about Brachial Plexus & Peripheral Nerve Disorders

Neurocritical Care

The Adult Neurocritical Care Program at the University of Michigan focuses on the treatment of critically ill patients in the Neurological Intensive Care Unit. Our 15-bed Neuro-ICU is staffed by four neurology-trained UCNS-certified neurointensivists as well as faculty from the Department of Anesthesiology.

Neurovascular Program & Stroke

The Neurovascular Program of the University of Michigan evaluates and treats patients with vascular diseases of the brain, neck, and spinal cord. These include cerebral and carotid aneurysms, arteriovenous malformations of the brain and spinal cord, cavernous malformations of the central nervous system, stroke and venous malformations.

Learn more about the Neurovascular Program

Spine Surgery

The University of Michigan Spine Surgery Program provides state-of-the-art, comprehensive, patient-centered services to individuals affected by spinal disorders that may require surgical intervention. Patients referred to the spine surgery program may suffer from significant pain, weakness, numbness, and tingling due to degenerative disc disease, disc herniation, stenosis, spondylolisthesis, scoliosis, spinal tumor, or traumatic injury.

Learn more about the Spine Surgery Program

Featured News & Stories See all news
Health Lab
Father’s cancerous brain tumor found weeks after the birth of his daughter
Father’s cancerous brain tumor found weeks after the birth of his daughter
Illustration of scientists and doctors playing basketball in white coats and scrubs
News Release
Four U-M teams selected for virtual tournament of science
U-M researchers' work made the bracket in the 2024 STAT Madness tournament of science, and need public support to advance
Animated microscopic image of the glioblastoma's tumor microenvironment
Health Lab
New model of key brain tumor feature could help scientists understand how to develop new treatments
Model shows how oncostreams form and behave in brain tumors – and how to inhibit them
Patient lies in hospital bed after surgery with bandage on head, displays toys later after recovery
Health Lab
Lifechanging results for young woman after orange-sized brain tumor removed
Young woman thrives after surgery to remove a pilocytic astrocytoma tumor in her brain.
brain image
Health Lab
Death rate higher than expected for patients with functional, nonepileptic seizures
The death rate for patients with functional, nonepileptic seizures is higher than expected, with a rate comparable to epilepsy and severe mental illness, a Michigan Medicine-led study finds.
Brain cancer patient gives thumbs up; smiling doctors pose at left
Health Lab
Father’s journey with glioblastoma inspires son to become neurosurgeon
Physician in training inspired to specialize in neurosurgery after losing his father to brain cancer, continues to raise funds for glioblastoma research