- How the Blueprint Is Built: Two Axes, Not One
- Format Reality: 400 Questions, Eight Sections, Seven Hours
- All 18 Domains at a Glance
- The Heavy Hitters: Where the Points Concentrate
- Mid-Weight Domains That Reward Pattern Recognition
- Small Domains: Low Weight, Disproportionate Traps
- Reading the Competency Axis
- Sequencing Domains Across Your Preparation
- Registration, Fees, and Eligibility Mechanics
- After You Pass: Continuing Certification
- Frequently Asked Questions
- The ABPN Neurology Certification Examination has 400 multiple-choice questions in eight sections, with an 80% adult and 20% child content distribution.
- Neuromuscular diseases is the largest of the 18 clinical domains at 9-13%; epilepsy, vascular, and movement disorders each run 8-12%.
- Dimension 1 (clinical topics) and Dimension 2 (competencies) are overlapping axes. Never add their percentages together.
- Linked clinical-set answers lock once submitted and completed sections cannot be reopened, so pacing discipline is part of the exam.
How the Blueprint Is Built: Two Axes, Not One
The most common misunderstanding about the ABPN neurology blueprint is treating its percentages as a single pie. They are not. The content specifications (dated December 16, 2025) describe the exam along two overlapping dimensions, and every question can be classified on both at once.
Dimension 1 is the clinical-topic axis: the 18 domains listed in this guide, from headache and pain disorders through neuroimmunologic and paraneoplastic CNS disorders. Dimension 2 is the competency axis: what you are being asked to do with the topic. A single question on myasthenia gravis, for example, belongs to the neuromuscular domain on Dimension 1 and might be a treatment/management item on Dimension 2.
The domain ranges are published as ranges, not fixed counts, so your individual exam form may land anywhere inside them. Plan around the ranges rather than trying to reverse-engineer an exact question count per domain. For the broader preparation arc, see our Neurology Study Guide 2026.
Format Reality: 400 Questions, Eight Sections, Seven Hours
The exam is delivered through Pearson VUE at Pearson Professional Centers. It contains 400 multiple-choice questions arranged in eight sections that alternate between four stand-alone sections and four linked-item sections.
Stand-Alone vs. Linked Sections
- Stand-alone sections: independent questions. Within the active section you may skip or flag items and return to them before moving on.
- Linked sections: clinical sets that may include text, audio, or video, each containing 2-10 questions. Linked questions must be answered before you proceed, and those answers cannot be changed afterward.
Completed sections cannot be reopened. This changes how you should practice: a candidate who habitually flags and revisits in a question bank will need to retrain that habit for the linked sections, where each answer is final and a case can unfold across several questions. Audio and video components mean you should rehearse with multimedia items, not only written stems, particularly for movement disorders, seizure semiology, and gait or eye-movement findings.
Timing
Question-answering time is seven hours. The official schedule adds five minutes for the nondisclosure agreement and tutorial and five minutes for the survey, producing seven hours ten minutes of total testing time. Pooled breaks of 50 minutes bring the scheduled session to eight hours, before early arrival and check-in. Pooled breaks mean you control how to spend that time. Many candidates reserve it for the transitions between sections, since a completed section cannot be revisited anyway.
Scoring is criterion-referenced against an established overall standard rather than a preset share of candidates. You are not competing against the cohort. For the mechanics, read Neurology Passing Score 2026, and for the data on outcomes see Neurology Pass Rate 2026.
All 18 Domains at a Glance
The table below lists every Dimension 1 domain with its published range. The adult/child split (80%/20%) applies across the exam, so pediatric content is woven into domains such as epilepsy, genetic and developmental disorders, and neuromuscular diseases rather than isolated in one section.
| # | Domain | Published Range |
|---|---|---|
| 1 | Headache and pain disorders | 4-6% |
| 2 | Epilepsy and episodic disorders | 8-12% |
| 3 | Sleep disorders | 3-5% |
| 4 | Genetic and developmental disorders | 6-8% |
| 5 | Vascular neurology | 8-12% |
| 6 | Neuromuscular diseases | 9-13% |
| 7 | Movement disorders | 8-12% |
| 8 | Demyelinating diseases | 7-11% |
| 9 | Neuroinfectious diseases | 2-4% |
| 10 | Brain and spinal trauma and spinal diseases | 2-4% |
| 11 | Neuro-ophthalmologic and neuro-otologic disorders | 2-4% |
| 12 | Metabolic diseases, nutritional deficiency states, and disorders due to toxins, drugs, and physical agents | 3-5% |
| 13 | Neuro-oncologic disorders | 1-3% |
| 14 | Behavioral neurology and neurocognitive disorders | 7-9% |
| 15 | Psychiatric disorders | 5-7% |
| 16 | Autonomic nervous system disorders | 1-2% |
| 17 | Questions not associated with a specific neurologic disorder | 1-3% |
| 18 | Neuroimmunologic and paraneoplastic CNS disorders | 1-3% |
The Heavy Hitters: Where the Points Concentrate
Five domains carry ranges of 8% or more at the top end: neuromuscular, epilepsy, vascular, movement disorders, and demyelinating diseases. Together their ranges span roughly 40-60% of the exam by midpoint arithmetic on the published bands, so they deserve the largest share of your study hours. This is a planning heuristic, not a published figure.
Domain 6: Neuromuscular Diseases (9-13%)
The single largest Dimension 1 range. Questions routinely hinge on localizing within the motor unit and choosing the right confirmatory study.
- Neuropathies, motor neuron disease, neuromuscular junction disorders, and myopathies, including pediatric presentations
- Electrodiagnostic interpretation: what nerve conduction and EMG patterns distinguish axonal from demyelinating and pre- from postsynaptic processes
- Treatment decisions for immune-mediated and inherited conditions
Domain 2: Epilepsy and Episodic Disorders (8-12%)
Classification, semiology, and drug selection by seizure type and patient context. Linked sets with video are a natural fit here.
- Seizure and epilepsy syndrome recognition across ages, including childhood-onset syndromes
- EEG pattern interpretation and when imaging or monitoring changes management
- Antiseizure medication selection, adverse effects, and special populations
- Mimics: syncope, nonepileptic events, and other episodic disorders
Domain 5: Vascular Neurology (8-12%)
Acute decision-making and secondary prevention, tested at the bedside-reasoning level.
- Acute ischemic stroke evaluation, imaging interpretation, and treatment eligibility reasoning
- Intracerebral and subarachnoid hemorrhage, cerebral venous thrombosis, and less common stroke etiologies
- Secondary prevention strategy tailored to mechanism
Domain 7: Movement Disorders (8-12%)
Phenomenology first, diagnosis second. Expect video items that ask you to name what you are seeing.
- Parkinsonism and its mimics, tremor, dystonia, chorea, tics, and myoclonus
- Medication-induced and hereditary movement disorders
- Pharmacologic and procedural management decisions
Domain 8: Demyelinating Diseases (7-11%)
Diagnosis, differential, and disease-modifying strategy.
- Multiple sclerosis presentation, imaging, and treatment considerations
- Neuromyelitis optica spectrum and related inflammatory CNS conditions, and how they differ from MS
- Acute management of relapses and recognition of atypical features
To gauge how these weights translate into perceived difficulty, see How Hard Is the Neurology Exam?
Mid-Weight Domains That Reward Pattern Recognition
Behavioral Neurology and Neurocognitive Disorders (7-9%)
A tight 2-point band means this domain appears reliably. Expect dementia syndromes, their biomarkers and imaging correlates, cortical localization syndromes, and the management of cognitive and behavioral symptoms. Questions often reward distinguishing between neurodegenerative etiologies from a brief clinical vignette.
Genetic and Developmental Disorders (6-8%)
This domain bridges adult and child content. Think inheritance patterns, neurocutaneous syndromes, developmental milestones and regression, and the clinical features that point toward a specific genetic diagnosis. Because 20% of the whole exam is child content, this domain is where pediatric neurology knowledge is most concentrated.
Psychiatric Disorders (5-7%)
Neurologists are tested on psychiatric conditions as they intersect with neurologic practice: mood and anxiety disorders in neurologic patients, psychosis, functional neurologic symptoms, and the neuropsychiatric effects of medications. The ABPN also certifies psychiatry, but this exam tests the neurology-facing slice.
Headache and Pain Disorders (4-6%)
Primary headache classification, acute and preventive therapy, secondary headache red flags, trigeminal and other neuropathic pain syndromes. Medication choice and contraindications are frequent testing points.
Sleep Disorders (3-5%) and Metabolic/Toxic Disorders (3-5%)
Sleep medicine questions favor narcolepsy, sleep-disordered breathing, parasomnias, and restless legs. The metabolic, nutritional, and toxin domain is broad and shallow: vitamin deficiencies, drug and toxin exposures, and systemic metabolic encephalopathies.
Small Domains: Low Weight, Disproportionate Traps
Six domains sit at 4% or below at the top of their range. They are small individually, but they test material that is easy to neglect and easy to confuse with neighboring topics.
- Neuroinfectious diseases (2-4%): meningitis and encephalitis workup, CSF interpretation, HIV-related and opportunistic CNS infections, and prion disease recognition.
- Brain and spinal trauma and spinal diseases (2-4%): concussion, traumatic brain injury sequelae, cord syndromes, and compressive myelopathy. Spinal localization overlaps with neuromuscular reasoning.
- Neuro-ophthalmologic and neuro-otologic disorders (2-4%): visual pathway lesions, pupillary and eye-movement abnormalities, and the peripheral-versus-central vertigo distinction.
- Neuro-oncologic disorders (1-3%): primary brain tumor types, metastatic disease, and treatment-related neurologic complications.
- Autonomic nervous system disorders (1-2%): the smallest range on the blueprint, covering orthostatic intolerance, autonomic neuropathy, and multisystem involvement.
- Neuroimmunologic and paraneoplastic CNS disorders (1-3%): autoimmune encephalitides and paraneoplastic syndromes. These are high-yield for linked clinical sets because the diagnostic reasoning chain is distinctive.
Domain 17, questions not associated with a specific neurologic disorder (1-3%), covers cross-cutting content such as basic neuroscience, ethics, and general clinical principles that do not map neatly to one disease. It is a good reminder that the competency axis described next is tested even when no single diagnosis anchors the question.
Reading the Competency Axis
Dimension 2 tells you the kind of thinking each question demands. The published ranges are:
| Competency | Published Range |
|---|---|
| Neuroscience and mechanism of disease | 22-28% |
| Clinical aspects of neurologic disease | 17-23% |
| Diagnostic procedures | 17-23% |
| Treatment/Management | 22-28% |
| Interpersonal and communication skills | 2-3% |
| Professionalism | 2-3% |
| Practice-based learning and improvement | 2-3% |
| Systems-based practice | 2-3% |
Two things stand out. First, mechanism and treatment are the two largest competency categories at 22-28% each, so rote diagnosis memorization alone is insufficient: you need to understand why a disease occurs and what to do about it. Second, the four professional-competency categories each carry only 2-3%, but they are real testable content. Expect scenario questions on disclosure, consent, team communication, quality improvement, and navigating health systems.
Key Takeaway
For every topic you review, ask four questions: what is the mechanism, how does it present, how is it diagnosed, and how is it treated? If you can answer all four for each domain, you have covered the competency axis automatically without a separate study track.
Sequencing Domains Across Your Preparation
Rather than a generic weekly template, sequence by weight and by how much each domain depends on others. This is one possible arrangement for a roughly eight-week plan; compress or extend it to match your timeline. A broader framework is in the Neurology Study Guide, and the cram-friendly version is the Neurology Cheat Sheet.
Localization foundations and neuromuscular
- Start with neuromuscular (9-13%), the largest domain, and use it to rebuild localization skills
- Pair with spinal diseases and trauma, which share motor-unit and cord-level reasoning
- Review electrodiagnostic patterns until you can interpret them without notes
Epilepsy, vascular, and movement disorders
- Epilepsy with EEG interpretation and antiseizure drug selection
- Vascular neurology with imaging and acute treatment logic
- Movement disorders using video-based practice for phenomenology
Demyelinating, cognitive, genetic, and psychiatric
- Demyelinating and neuroimmunologic domains together, since the differential overlaps
- Behavioral neurology and genetic/developmental disorders, weaving in pediatric content
- Psychiatric disorders as they present in neurologic patients
Small and cross-cutting domains
- Neuroinfectious, neuro-oncologic, neuro-ophthalmologic/otologic, autonomic, headache, sleep, and metabolic/toxic
- Domain 17 content and the professional-competency scenarios
Timed full-length practice and weak-spot repair
- Simulate the alternating stand-alone and linked structure, including no-backtracking on linked sets
- Use your question-bank results to target the domains where you scored lowest
If you also take the in-training examination during residency, note that RITE performance is a useful signal for gaps but is a separate assessment from the ABPN certification exam; treat it as diagnostic feedback rather than a prediction. Our neurology practice test platform lets you drill by domain and review explanations tied to the blueprint, which is a practical way to execute this sequence.
Registration, Fees, and Eligibility Mechanics
Knowing the domains is only half the logistics. The fee schedule posted January 5, 2026 lists an initial examination fee of $1,945 and a late fee of $500, totaling $2,445 for a late application, in USD. The Academic Pathway, a separate approval route for specifically qualified academic physicians, adds a $350 processing fee. Full details are in Neurology Certification Cost 2026.
Standard eligibility includes:
- A qualifying medical degree
- A full, unrestricted qualifying US or Canadian medical license
- Approved training, ordinarily 12 months of PGY-1 training followed by 36 months of neurology
- Five successfully completed Neurology Clinical Skills Evaluations (NEX)
- Program verification
Because the 2026 Academic Pathway is its own approval route, do not assume you qualify through it without confirming directly with the ABPN. Our guides on Neurology Requirements 2026 and Neurology Exam Dates 2026 walk through prerequisites and scheduling.
On outcomes, the official 2025 results show 803 of 994 first-time candidates passed, reported as 81%, while across all candidates 899 of 1,240 passed, reported as 73%. These use separate denominators, so compare like with like.
After You Pass: Continuing Certification
Certification does not end at the exam. Continuing Certification runs in three-year blocks and includes:
- 90 Category 1 CME credits per block
- Fulfillment of the 16-credit self-assessment requirement
- One Improvement in Medical Practice (PIP) unit for clinically active physicians
- The applicable one-time patient-safety activity
- Licensure, annual fees, and attestations
Annual Continuing Certification fees are $175 for one certificate, $240 for two, and $310 for three or more. Qualifying self-assessment CME can count toward the 90-credit total.
For the knowledge requirement, you can take a traditional examination every ten years or participate in Article-Based Continuing Certification (ABCC). Beginning in 2025, ABCC requires 20 successful article examinations per certificate per three-year block. Successful ABCC participation satisfies the self-assessment requirement but does not replace the 90-credit CME requirement. Candidates weighing the long-term value of staying certified can read Is the Neurology Certification Worth It? and the Neurology Salary Guide.
Frequently Asked Questions
The content specifications list 18 Dimension 1 clinical domains, ranging from neuromuscular diseases (9-13%, the largest) to autonomic nervous system disorders (1-2%, the smallest). A separate Dimension 2 competency axis overlaps these domains and should not be added to them.
Neuromuscular diseases has the highest published range at 9-13%. Epilepsy and episodic disorders, vascular neurology, and movement disorders each run 8-12%, and demyelinating diseases runs 7-11%.
Only partly. In stand-alone sections you may skip or flag questions within the active section. Linked questions must be answered before you proceed and cannot be changed afterward, and completed sections cannot be reopened.
The published content distribution is 80% adult and 20% child. Pediatric material is distributed across domains rather than isolated, with notable concentration in genetic and developmental disorders, epilepsy, and neuromuscular diseases.
Question-answering time is seven hours across 400 questions, with a scheduled session of eight hours including pooled breaks. The initial examination fee is $1,945, or $2,445 with the $500 late fee, per the schedule posted January 5, 2026.
Build your plan around the weights, drill each domain with realistic questions, and rehearse the linked-set format before test day. When you are ready to put the blueprint into practice, start with the Neurology Exam Prep practice tests, and confirm all current details against the official ABPN pages before you register.