If you are searching for a neurosurgeon near me, the trigger is almost always something significant: imaging that found a brain tumor or aneurysm, severe back or neck pain with neurologic symptoms, a herniated disc that has not improved with conservative care, trigeminal neuralgia, hydrocephalus, or a head injury that needs follow-up. Neurosurgery is one of the most rigorously credentialed specialties in American medicine, with a 7-year residency and a single ABMS board, the American Board of Neurological Surgery. Knowing how to verify certification, when a second opinion is worth pursuing, and what insurance covers will help you act decisively on conditions where time can matter.
What a Neurosurgeon Is and What They Do
Neurosurgeons are physicians who completed a 7-year neurosurgery residency after medical school. They are board certified by the American Board of Neurological Surgery (ABNS), an ABMS member board. Many complete additional 1- to 2-year fellowships in subspecialties such as spine surgery, cerebrovascular surgery, skull base surgery, neuro-oncology, pediatric neurosurgery, functional neurosurgery (deep brain stimulation, epilepsy surgery), or peripheral nerve surgery.
Neurosurgeons evaluate and treat brain tumors (primary and metastatic), brain and spinal cord vascular malformations and aneurysms, traumatic brain injury, hydrocephalus (often with shunt placement), pituitary tumors, trigeminal neuralgia, complex spine disease (cervical, thoracic, lumbar disc disease, stenosis, deformity, tumors), spinal cord injury, peripheral nerve compression and tumors, Chiari malformation, epilepsy requiring surgery, movement disorders requiring deep brain stimulation, and pediatric neurosurgical conditions including craniosynostosis. Many spine procedures are also performed by orthopedic spine surgeons; comparing neurosurgical and orthopedic orthopedic surgeon options is reasonable for elective spine surgery.
When to See a Neurosurgeon
Common referrals include MRI findings of brain or spine tumors, unruptured cerebral aneurysms, suspected normal pressure hydrocephalus, persistent radiculopathy with neurologic signs (numbness, weakness, reflex changes), severe spinal stenosis with claudication, herniated disc with progressive deficit, trigeminal neuralgia not responsive to medications, post-traumatic chronic subdural hematoma, and chronic refractory back or neck pain after exhaustive conservative care.
For elective spine surgery, a second opinion is almost always reasonable. Different surgeons offer different operations for the same MRI, and outcomes vary by surgeon volume and approach. Patients with cancer who develop spinal metastases or brain metastases often see neurosurgeons in coordination with their oncology team.
How to Find a Neurosurgeon Near You
The American Association of Neurological Surgeons directory at aans.org includes a “Find a Board-Certified Neurosurgeon” tool that searches by location and subspecialty. The Congress of Neurological Surgeons also maintains a directory. Both organizations require ABNS board certification or board eligibility for membership.
For complex tumors, vascular malformations, and pediatric cases, look toward NCI-Designated Cancer Centers, comprehensive stroke centers, and Level I trauma centers, which concentrate the highest-volume neurosurgical programs. Hospital quality data on Care Compare and US News neurosurgery rankings, while imperfect, provide additional context.
How to Verify Credentials
Verify ABNS board certification at certificationmatters.org or directly at abns.org. ABNS is the only ABMS-recognized board for neurosurgery in the US. Subspecialty certificates are also issued for pediatric neurosurgery and other areas. Confirm hospital privileges at an accredited hospital with appropriate ICU and imaging capacity, especially for complex brain or spinal cord surgery. State medical license verification is available through your state medical board.
For elective procedures, ask about case volume in your specific operation. A surgeon performing 200 lumbar microdiscectomies a year typically has different outcomes than one doing 20. Ask about complication rates, revision rates, and how complications are managed. For complex tumors, vascular cases, and pediatric work, fellowship training in the relevant subspecialty meaningfully improves outcomes in published studies.
Common Procedures and What to Expect
Spine surgery dominates outpatient neurosurgical volume in the US. Lumbar microdiscectomy for a herniated disc with persistent radiculopathy is among the highest-success procedures, with most patients reporting significant leg pain relief within days. Anterior cervical discectomy and fusion (ACDF) treats cervical disc disease and stenosis through a small front-of-neck incision; recovery typically allows return to office work in 2 to 4 weeks. Lumbar fusion is performed for instability, deformity, or recurrent disc problems and has more variable outcomes that depend significantly on patient selection and surgical technique.
Cranial procedures range from minor (burr-hole drainage of chronic subdural hematoma) to highly complex (skull-base tumor resection, deep brain stimulator placement, awake craniotomy for tumors near functional brain areas). Most patients having craniotomy for tumor spend 2 to 4 days in the hospital and recover over 4 to 8 weeks. Stereotactic radiosurgery (Gamma Knife, CyberKnife) treats certain brain tumors, vascular malformations, and trigeminal neuralgia without an incision and is often performed in coordination with radiation oncology.
Vascular neurosurgery includes both open surgery (clipping cerebral aneurysms, removing arteriovenous malformations) and endovascular procedures (coiling aneurysms, embolizing AVMs, mechanical thrombectomy for large-vessel stroke). Stroke thrombectomy in particular has transformed outcomes; high-volume comprehensive stroke centers maintain 24/7 thrombectomy capability for eligible large-vessel occlusion patients. Functional neurosurgery includes deep brain stimulation for Parkinson’s disease, essential tremor, and dystonia, and various ablative or stimulator-based options for chronic pain and epilepsy.
Costs and Insurance Considerations
Neurosurgical procedures are among the most expensive operations in American medicine. Approximate billed charges (not what insurers actually pay) include lumbar microdiscectomy $20,000 to $50,000, anterior cervical discectomy and fusion (ACDF) $50,000 to $100,000, lumbar fusion $80,000 to $150,000+, craniotomy for tumor $80,000 to $200,000+, and complex spine deformity surgery $200,000+. Medicare and most commercial plans cover medically necessary procedures.
For elective spine surgery, prior authorization is increasingly required, and some insurers require documented failure of conservative therapy (physical therapy, injections, medication) before approving surgery. Out-of-network charges can be substantial, especially when neurosurgical assistants or co-surgeons bill separately. Our healthcare costs guide covers how facility, professional, and ancillary fees combine in surgical cases. Center of Excellence networks negotiated by large employers sometimes cover travel and care at high-volume neurosurgical programs.
Telehealth Options for Neurosurgery
Neurosurgical second opinions and many initial consultations now happen by telehealth, especially when imaging is already available. Routine post-operative follow-up after the first in-person visit, medication management for chronic conditions like trigeminal neuralgia, and surveillance for stable benign tumors or aneurysms also work well virtually.
In-person evaluation is needed for any pre-op visit, neurological exam findings that change management, wound checks early after surgery, and any acute concern. Our telehealth guide outlines state licensing rules and how to evaluate a virtual specialist visit.
Subspecialty Matching
For elective neurosurgery, matching to the right subspecialist often matters as much as choosing a hospital. Spine surgery alone has subspecialty fellowship training programs in deformity, complex reconstructive spine, minimally invasive spine, and spinal oncology, each with distinct expertise. A surgeon who performs primarily lumbar microdiscectomies may not be the right choice for a complex three-column spinal deformity correction, even within the same hospital.
Cerebrovascular and skull base surgery are highly specialized fields where fellowship training and ongoing case volume meaningfully affect outcomes. Pediatric neurosurgery requires specific training and certification through the ABNS pediatric subspecialty pathway. Functional neurosurgery (deep brain stimulation, epilepsy surgery, intrathecal pump placement) draws on a different skill set than tumor or trauma neurosurgery.
For tumors specifically, multidisciplinary tumor boards at academic centers bring neurosurgery together with neuro-oncology, radiation oncology, neuropathology, and neuroradiology to plan complex cases. The recommendation that emerges from a tumor board often differs from what any individual specialist would have proposed alone. Patients with newly diagnosed brain tumors generally benefit from evaluation at a center with this multidisciplinary capability, even if the surgery is ultimately performed closer to home.
What to Bring to Your Pre-Op Consultation
Neurosurgeons rely heavily on imaging. Bring all relevant MRI, CT, and angiogram images on disc or accessible by patient portal, not just the radiology reports. Bring lab work, current medication list (especially anticoagulants and antiplatelet drugs, which will be managed around surgery), and notes from any prior spine, brain, or peripheral nerve surgery.
For chronic pain or radiculopathy, bring a list of every prior treatment: medications tried with doses, physical therapy sessions, injections (epidural steroids, facet, sacroiliac), chiropractic, and any other conservative measures. Insurance preauthorization usually requires this documentation. For tumors, bring pathology reports if a biopsy has already been done.
When to seek emergency care: Severe head injury with loss of consciousness, sudden severe headache (worst headache of your life), sudden weakness, slurred speech, vision loss, loss of bladder or bowel control with back pain (possible cauda equina syndrome), or rapidly progressive weakness or numbness require 911 or immediate emergency department evaluation. Do not wait for a neurosurgical appointment.
Frequently Asked Questions
Should a neurosurgeon or orthopedic surgeon do my spine surgery?
Both specialties perform most spine surgeries with similar outcomes when the surgeon is well trained and high volume. Neurosurgeons train in spinal cord and intradural pathology more extensively; orthopedic spine surgeons train in spinal deformity correction more extensively. Subspecialty fellowship training and case volume usually matter more than the base specialty.
Do I need a referral?
HMO plans and most Medicare Advantage plans require a primary care or specialist referral. PPOs and traditional Medicare usually do not. Most neurosurgical practices ask for prior imaging on disc and a referral for efficient scheduling.
Is a second opinion worth getting?
For elective spine and brain surgery, almost always. Surgical recommendations vary, and the same MRI can lead to different operations. Many academic centers offer expedited second-opinion services.
What are the alternatives to surgery?
Many neurosurgical conditions can be managed conservatively. Most lumbar disc herniations improve without surgery within 6 to 12 weeks. Small unruptured aneurysms and stable benign tumors may be observed. Stereotactic radiosurgery (Gamma Knife, CyberKnife) is an option for some brain conditions and is performed without an incision.
How long is recovery from spine or brain surgery?
Microdiscectomy patients typically return to office work in 1 to 2 weeks. Anterior cervical discectomy and fusion recovery runs 6 to 12 weeks. Craniotomy recovery runs 4 to 8 weeks for return to most activities, with full recovery taking longer. Complex deformity surgery may require 3 to 6 months of recovery.
Recovery and Rehabilitation
Recovery from neurosurgical procedures depends heavily on the specific operation and the patient’s baseline. Spine surgery patients typically begin walking the day of surgery and start formal physical therapy within 2 to 6 weeks. Bracing requirements vary by procedure: cervical fusion patients often wear a soft collar for comfort, while complex deformity surgery may require a fitted brace for several months. Post-operative imaging follows a standard schedule (often 6 weeks, 3 months, and 1 year) to confirm hardware position and fusion progress.
Cranial surgery recovery includes a longer initial period of fatigue and gradual return to cognitive demands. Patients are typically advised against driving for a defined period (often 2 to 4 weeks for elective craniotomy, longer if seizures occurred), and many states have specific seizure-related driving regulations. Cognitive rehabilitation, speech therapy, and physical therapy may all be needed depending on tumor location and any neurological deficits. Patients with spinal cord injuries or tumors enter formal rehabilitation programs that often last weeks to months.
The Bottom Line
A neurosurgeon near you handles brain, spine, and nerve conditions where the stakes are usually high and the right operation is not always obvious. Verify ABNS board certification, look for fellowship training in your specific subspecialty, and consider hospital volume and accreditation for complex cases. For elective procedures, a second opinion is almost always reasonable and frequently changes the plan. Telehealth handles many initial and follow-up visits, but the operation and immediate pre-op evaluation are in person.