ABPN Epilepsy study plan
ABPN Epilepsy · Give each week a clear focus.
8 weeks · About 6 hours per week
Basic Science Aspects of Epilepsy
Map the core mechanisms of epileptogenesis from insult to chronic seizure state
Distinguish focal from generalized onset at the cellular and network level
Explain how excitation/inhibition imbalance arises from ion channel, receptor, and transporter defects
Relate the major neurotransmitter systems (glutamate, GABA) to seizure initiation and propagation
Build a one-page diagram linking channelopathies to clinical epilepsy syndromes
Your checkpoint
A one-page annotated mechanism diagram plus a 15-item self-quiz scored at 80% or better
Basic Science Aspects of Epilepsy & EEG and Neuroimaging
Connect cortical anatomy and neuronal circuits to the seizure semiology they produce
Correlate basic EEG rhythms and normal variants with their underlying generators
Identify the 10 most common EEG patterns seen in focal and generalized epilepsies
Practice recognizing activation procedures and their expected EEG effects
Your checkpoint
A 20-pattern EEG flashcard deck with correct description of each pattern's generator and clinical meaning
EEG and Neuroimaging
Classify EEG findings by frequency, amplitude, and morphology using standard terminology
Differentiate epileptiform discharges from normal variants and artifacts
Interpret the role of each imaging modality (MRI, CT, PET, SPECT, MEG) in epilepsy workup
Identify common structural causes of epilepsy on imaging descriptions
Explain when advanced imaging changes management
Your checkpoint
A written 10-case EEG/imaging interpretation set with rationales for each answer
Clinical Evaluation and Diagnosis
Take a structured epilepsy history that separates seizure types and clarifies onset
Differentiate syncope, psychogenic nonepileptic events, and sleep disorders from seizures
Apply the ILAE classification framework to assign seizure and syndrome types
Select and justify appropriate diagnostic testing for a new seizure presentation
Document a differential diagnosis with the discriminating features for each alternative
Your checkpoint
Two full simulated patient histories with classification, differential, and diagnostic plan; review against a checklist
Medical Management of Epilepsy
Match antiseizure medication mechanisms to seizure types and syndromes
Compare adverse effect profiles and monitoring requirements across major ASMs
Outline titration, switching, and withdrawal strategies
Manage drug interactions and special situations such as pregnancy and hepatic/renal impairment
Formulate a treatment plan for a patient with refractory seizures
Your checkpoint
A drug comparison table covering 12 ASMs plus two written treatment plans scored against a rubric
Medical Management of Epilepsy & Surgical and Other Nonpharmacologic Treatment
Identify candidates for epilepsy surgery using presurgical evaluation criteria
Explain the presurgical workup: video-EEG, imaging, neuropsychology, and Wada testing
Compare surgical approaches and their expected outcomes and risks
Describe nonpharmacologic options including ketogenic diet, VNS, RNS, and DBS
Weigh risks and benefits when recommending a nonpharmacologic treatment
Your checkpoint
A written surgical candidacy assessment for three case vignettes with a justified recommendation for each
Epilepsy in Special Populations and Psychosocial Issues
Adapt epilepsy management for pediatric, elderly, and pregnancy populations
Address comorbid psychiatric conditions including depression, anxiety, and psychosis
Counsel on SUDEP risk, driving restrictions, and lifestyle safety
Identify psychosocial barriers to adherence and quality of life
Apply transition-of-care principles for adolescents moving to adult care
Your checkpoint
A patient counseling script and a special-populations quick-reference sheet covering at least six scenarios
Basic Science Aspects of Epilepsy & Clinical Evaluation and Diagnosis & EEG and Neuroimaging & Medical Management of Epilepsy & Surgical and Other Nonpharmacologic Treatment & Epilepsy in Special Populations and Psychosocial Issues
Integrate all domains through timed mixed-topic practice questions
Review and remediate every missed item by domain
Rehearse high-yield facts for each domain under time pressure
Consolidate weak areas into a final review list
Your checkpoint
A 100-question timed practice set with a domain-by-domain error log and a final one-page high-yield summary
Milestones
Week 2: Score at least 80% on a 20-question basic science and EEG self-quiz and complete the mechanism diagram and EEG deck
Week 4: Correctly classify and work up at least 8 of 10 simulated seizure presentations, including accurate differentiation from mimics
Week 6: Score at least 80% on a 30-question mixed medical management and surgical treatment set
Week 8: Score at least 80% overall on the 100-question timed set with no domain below 70%