Brain & Spinal Tumors
- Arteriovenous Malformation
- Back & Neck Pain
- Brain Aneurysms
- Brain & Spinal Cord Injuries
- Brain & Spinal Tumors
- Huntington's Disease
- Infectious Diseases
- Movement Disorders
- Moyamoya Disease
- Multiple Sclerosis/ Autoimmune Disorders
- Neuromuscular Disorders
- Parkinson's Disease
- Physiatry & Rehabilitation
- Physical Therapy & Rehabilitation
- Trigeminal Neuralgia
Home to the state’s only neuro-oncology program with formally trained physicians, Indiana University Health Neuroscience delivers the highest level of care to people with brain and spinal tumors. Together, radiation oncologists, neurosurgeons, neuropathologists and neuropsychologists ensure people receive the most current, comprehensive treatment from the state's most experienced tumor specialists.
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Experts at IU Health Neuroscience treat a high number of brain and spinal tumors each year, and have the expertise to manage even the most complex cases. Their experience in the latest minimally invasive and interventional neuroradiology techniques enables them to diagnose and treat tumors with greater precision for better outcomes. Our tumor specialists are often asked to provide a second opinion on difficult-to-treat tumors, and many people turn to IU Health Neuroscience for help in overcoming challenging conditions.
In addition to having a spinal surgery program that is designated as a Blue Distinction Center by Anthem Blue Cross and Blue Shield in Indiana, our specialists also have advanced experience treating a wide range of brain tumors, including:
- Malignant gliomas/astrocytomas
- Low-grade gliomas
- Metastatic brain tumors (breast, lung, melanoma, sarcoma, ovarian, renal cell, colon)
Our neuroradiologists use the most sophisticated neuro-imaging technology available for fast, accurate diagnoses. Diagnostic tools include:
- Minimally invasive stereotactic biopsy
- CT, MRI and PET scans
- MR angiography
- Functional MRI
- Nuclear medicine imaging
- Lumbar puncture
Our team works together to develop a treatment plan customized to each person's unique situation. As pioneers in brain and spinal tumor surgery, we provide a variety of innovative surgical and minimally invasive treatment options, including:
The skilled neurosurgeons at IU Health Neuroscience are the most experienced in the state, performing more than 1,100 craniotomies in 2010. We perform all types of craniotomies, including:
- Traditional craniotomy, in which a portion of the skull is removed to access the brain, and then replaced at the end of surgery. Craniotomies are named for the bone that is removed during surgery and our experienced neurosurgeons perform all types of craniotomy, including frontotemporal, parietal and suboccipital.
- Keyhole craniotomy, a minimally invasive procedure where only a small hole is made in the skull. Neurosurgeons at IU Health Neuroscience perform this to access brain tumors, drain excess fluid or a blood clot, or insert a shunt or pressure monitor.
- Stereotactic craniotomy, a minimally invasive procedure for which our neuroradiologists and neurosurgeons use advanced CT and MRI scans to create a very precise 3D brain map. Using the map as a guide, neurosurgeons can navigate very precisely to a tumor. It helps surgeons safely locate and remove hard-to-reach tumors through several very small incisions, while lowering the risk of damage to surrounding tissue in the brain.
- Awake craniotomy, in which the patient is heavily sedated, but awake during surgery. Neurosurgeons use electrical stimulation and MRI technology to identify and map the parts of the brain that control speech, vision and motor function. With patients awake and responding to questions and prompts, our neurosurgeons can target the tumor, while ensuring the vital structures of the brain are not damaged. The neurosurgery team at IU Health Neuroscience performed the first awake craniotomy in the state and has received national coverage for its pioneering advances.
Watch the inspiring story of Jeff Bulmahn, an Indiana farmer who underwent an awake craniotomy for successful removal of a life-threatening brain tumor.
Gamma Knife radiosurgery
Despite its name, this is a non-invasive treatment that treats brain tumors with high doses of radiation. Because the Gamma Knife is so precise, doctors can deliver very high doses of radiation without damaging surrounding tissue. Indiana University Health is a pioneer in radiosurgery, and was the first in the state to offer this treatment. Since acquiring this technology in 1997, surgeons at IU Health have used the Gamma Knife to treat more than 2,000 patients.
Interventional neuroradiologists at IU Health Neuroscience use imaging technology and catheters to treat brain and spinal problems from inside the blood vessels. At IU Health Neuroscience, interventional neuroradiology is used for treating brain and spinal cord tumors and disorders, as well as vertebral compressions from osteoporosis, tumors or trauma. It allows our interventional neuroradiologists to access hard-to-reach areas of the brain and spine with just a few small surgical cuts.
As pioneers in brain and spinal tumor surgery, the IU Health team of neurosurgeons is the most experienced in the state. Aided by the state’s first intraoperative MRI scanner, neurosurgeons can provide the most precise brain tumor removal surgery. MRI allows surgeons to distinguish a tumor from healthy tissue, and intraoperative MRI permits surgeons to see real-time MRI images right in the operating room. This leading-edge technology ensures more complete tumor removal, often eliminating the need for repeat surgery and resulting in better outcomes.
Watch how the expert physicians at IU Health Neuroscience used this latest MRI technology to deliver leading-edge care to Travis Weir, a patient who had a tumor that came back more than once.
Novalis-shaped beam surgery
In this non-invasive treatment, neurosurgeons at IU Health use advanced technology to shape a radiation beam around a brain tumor. Novalis-shaped beam surgery allows IU Health neurosurgeons to deliver a very high dose directly to the entire tumor, while protecting surrounding areas from radiation damage.
O-arm surgical imaging system
Similar to the intraoperative MRI, the O-arm surgical imaging system provides real-time 2D and 3D imaging to help surgeons perform less invasive spinal surgeries and confirm placement of hardware before a patient leaves the operating room. This can lead to increased safety and a faster recovery.
Watch how mobile CT scanner technology aided physicians during surgery to relieve Calista White from life-long debilitating back pain.
An affiliate of IU Health Neuroscience, the Indiana University Health Proton Therapy Center in Bloomington is the first facility in the Midwest and the only one in Indiana to specialize in proton therapy—an ultra-precise, non-surgical option for treating benign and cancerous tumors. The accuracy of the proton beam enables our physicians to treat inoperable tumors, as well as areas that have already been treated with radiation. This precision provides many advantages. For example, when treating tumors near other delicate areas—such as the optic nerve, spinal cord and brainstem—it spares healthy tissue and can lead to a higher cure rate for localized cancers. Proton therapy can be used in conjunction with other treatments offered at IU Health Neuroscience.
Learn how the advanced technology and expertise of IU Health Neuroscience and IU Health Proton Therapy Center helped Jeff Graf overcome a rare brain tumor.
Skull-base tumors are considered among the most difficult to treat surgically because of their proximity to vital parts of the brain. Our neurosurgeons have extensive experience with craniofacial and skull-base surgical and microsurgical techniques, and use advanced neuro-imaging tools to successfully treat patients with deep-seated tumors and vascular lesions.
Through our multi-dimensional neuro-oncology program, we help people with brain and spinal tumors recover in all aspects of their lives—physical, physiological, psychological and emotional. Customized rehabilitation programs help patients manage pain and regain strength and functionality. And our unique psychology-oncology experts help people manage the cognitive and lifestyle changes that can occur with treatment.
Learn more about brain tumors.
When she was just 2 years old, Natalie was diagnosed with a brain tumor the size of a tennis ball. She underwent surgery, but doctors could only remove about 70 percent of the tumor because it was too close to her brain stem. Because the entire tumor was not removed, Natalie's family knew there was a chance it could start growing again; and 10 years later, it did. Because surgery was still too risky, Natalie was referred to the IU Health Proton Therapy Center, the first facility of its kind in the Midwest and the only one in Indiana. When her parents learned of the low risk and high precision of proton therapy, they knew it would be the right choice with the best outcome. Over the course of six weeks, Natalie received 30 one-hour proton therapy treatments, and became the 1,000th patient to complete treatment at the proton therapy facility. Natalie experienced virtually no side effects and is back to enjoying life as normal.