Epilepsy and Seizure Disorders Reference¶
Overview¶
Epilepsy is a chronic neurological disorder characterized by recurrent, unprovoked seizures caused by abnormal electrical activity in the brain. Seizure disorders range from well-controlled with medication to treatment-resistant (refractory) epilepsy. Epilepsy can be genetic, acquired (from brain injury, stroke, infection), or of unknown cause (idiopathic).
Historical Context and Medical Evolution¶
Ancient Understanding and Supernatural Attribution¶
Earliest Documentation: - Epilepsy documented in a 4,000-year-old Akkadian tablet from Mesopotamia - The Sakikku (Babylonian medical text, ~1050 BC) provided detailed seizure descriptions and categorized seizure types - Ancient physicians demonstrated understanding of prognosis based on seizure presentation
Supernatural Beliefs: - Most ancient cultures attributed epilepsy to gods, spirits, or demonic possession - Babylonians believed seizures caused by spirits, especially the God of the Moon ("the hand of sin") - Treatment focused on spiritual intervention: prayers, exorcism, rituals - People with epilepsy feared, isolated, considered "contaminated" or "cursed" - Seizures seen as evidence of divine punishment or evil possession
Hippocrates' Revolutionary Challenge (5th Century BC): - Greek physician Hippocrates rejected supernatural explanations - Wrote "On the Sacred Disease" arguing epilepsy was "no more divine nor sacred than other diseases" - Proposed epilepsy originated in the brain—a medical condition, not spiritual affliction - Unfortunately, supernatural beliefs persisted for millennia despite this insight
Pre-Modern Treatment (Before 1857)¶
Ancient and Medieval Approaches: - Prescribed diets and living conditions - Herbal medicines with varying effectiveness - Bloodletting (phlebotomy) - Skull trephination (drilling holes in skull to "release spirits") - Talismans, amulets, and religious interventions - Some treatments harmful or fatal
No Effective Medications: - For thousands of years, no truly effective treatment existed - People with uncontrolled seizures faced constant danger, social exclusion, institutionalization - Many died from seizure-related accidents, drowning, or status epilepticus
Development of Anti-Epileptic Drugs¶
First Generation (1850s-1960s):
Potassium Bromide (1857): - Sir Charles Locock introduced as first effective epilepsy medication - Remained primary treatment for over 50 years - Significant side effects including cognitive impairment, skin problems, bromide toxicity
Phenobarbital (1912): - Alfred Hauptmann discovered anti-seizure properties while using as sedative - Marketed by Bayer as Luminal - Major advance—more effective and safer than bromides - Still used today, especially in resource-limited settings - Side effects: sedation, cognitive slowing, dependency
Phenytoin (1938): - Merritt and Putnam discovered using newly developed electroshock seizure model - Less sedating than phenobarbital - Became first-line treatment for decades - Side effects: gum overgrowth, cognitive effects, long-term complications
Carbamazepine (1968): - Originally developed as antidepressant - Approved for trigeminal neuralgia, then seizures (1974) - Fewer sedative effects
Valproate (1960s-1970s): - Discovered accidentally as solvent in 1962 showed anti-seizure properties - Licensed in Europe 1960, US 1978 - First broad-spectrum medication effective for multiple seizure types
Second Generation (1990s-2000s): - Lamotrigine (1994), topiramate (1996), levetiracetam (1999), oxcarbazepine (2000) - More targeted mechanisms, improved side effect profiles - Greater options for medication-resistant cases
Third Generation (2010s-Present): - Lacosamide, perampanel, brivaracetam, cenobamate - Continued refinement of treatment options - Still, approximately 30% of patients have treatment-resistant epilepsy
Surgical and Device Treatments¶
Epilepsy Surgery: - Modern epilepsy surgery began mid-20th century - Temporal lobectomy for temporal lobe epilepsy can be highly effective - Advanced imaging (MRI, PET) improved surgical candidate identification - Still underutilized; many patients who could benefit never referred
Vagus Nerve Stimulation (VNS): - FDA approved 1997 - Implanted device delivers electrical pulses to vagus nerve - Reduces seizure frequency in some treatment-resistant cases - Non-curative but can significantly improve quality of life
Ketogenic Diet: - Used since 1920s but fell out of favor with medications - Renewed interest for treatment-resistant epilepsy - Especially effective in some childhood epilepsies - Requires strict adherence and medical supervision
Historical Stigma and Discrimination¶
Legal Marriage Restrictions: - 1896: Connecticut became first US state to prohibit marriage for people with epilepsy - Early 1900s: Kansas, New Jersey, Ohio, Michigan, Indiana enacted similar laws - Laws persisted globally—India's Hindu Marriage Act allowed annulment for epilepsy until 1999 - Marriage restrictions contributed to isolation and shame
Eugenics and Forced Sterilization: - 1907: Indiana became first state to enact sterilization law - By 1931: 30 US states had sterilization laws; epilepsy listed as grounds - Virginia Sterilization Act (1924) specifically targeted people with "hereditary forms of epilepsy" - Between 1907-1963: Over 64,000 Americans forcibly sterilized under eugenics laws - Epilepsy was third most common criterion for forced sterilization - Virginia sterilized over 7,000 individuals; epilepsy removed from sterilization criteria in 1968 - Full law repealed 1974
Employment and Education Discrimination: - Excluded from many jobs based on seizure history - Children with epilepsy often educated separately or excluded entirely - Employment discrimination persisted even after seizures controlled - Many hid diagnosis from employers and schools
Driving Restrictions: - Laws restricting driving continue in modified form today - Seizure-free periods required (varies by jurisdiction) - Necessary safety measure but also barrier to independence and employment - Some people hide seizures to maintain driving privileges
Modern Era: Progress and Persistent Challenges¶
Medical Advances: - Two-thirds of people with epilepsy now achieve seizure control with medication - Advanced imaging identifies surgical candidates - Genetic testing reveals epilepsy subtypes - Device therapies provide additional options
Destigmatization Efforts: - 1960s-1970s: Organized advocacy began in US - Celebrity disclosures helped raise awareness - "Purple Day" (March 26) established for epilepsy awareness - Medical education improved recognition and treatment
Persistent Stigma: - Surveys show continued misunderstanding about epilepsy - Some still believe seizures are contagious or caused by spirits - Employment discrimination continues despite legal protections - Social isolation affects many people with epilepsy - SUDEP (Sudden Unexpected Death in Epilepsy) awareness remains low
Race, Gender, and Class Disparities¶
Access to Care: - Epilepsy specialists (epileptologists) concentrated in major medical centers - Rural and underserved communities have limited access - Surgical evaluation requires specialized centers—geographic barrier - Newer medications more expensive; generic options limited
Racial Disparities: - Black and Hispanic patients less likely to receive epilepsy surgery - Disparities in access to newer medications - Higher rates of emergency care vs. specialist care in minority communities - Implicit bias affects quality of care
Socioeconomic Factors: - Medication costs create adherence barriers - Missing doses can trigger breakthrough seizures - Insurance coverage varies; prior authorizations delay treatment - Lost productivity from seizures compounds financial hardship
Historical Eugenics Impact: - Forced sterilization disproportionately affected institutionalized populations - Low-income and minority individuals over-represented in institutions - Legacy of medical mistrust persists in some communities
Era-Specific Implications for Series Characters¶
Characters with Acquired Epilepsy (Post-Anoxic/Post-Traumatic):
Jeremy Wallace (epilepsy acquired 1998, age 16): - Developed epilepsy after cardiac arrest from severe dehydration - Diagnosed in era of improving medications but before many newer options - Had to learn seizure management as teenager during already traumatic period - Epilepsy serves as permanent reminder of mental health crisis
Cody Matsuda (seizure disorder from overdose, 1995): - Post-anoxic seizures developed after suicide attempt - Adding disability on top of existing chronic illness (CFS) - 1990s: fewer medication options, more side effects - Identity shift to "chronically ill + epileptic"
Jace Makani (TBI-related seizures, 2050): - Seizure disorder from abuse-related TBI - Modern era: excellent treatment options available - Psychological complexity of abuse-related acquisition - Managing seizures alongside TBI recovery and trauma processing
Characters with Developmental/Congenital Epilepsy:
Jacob Keller (generalized epilepsy with mixed seizure types, lifetime):
Main article: Jacob Keller - Epilepsy and Seizure Management
- Generalized epilepsy syndrome producing four seizure types: absence (childhood onset, persisting), myoclonic (early childhood onset, persisting, worst mornings/stress/sleep deprivation), focal aware and focal impaired awareness (emerged adolescence/adulthood), generalized tonic-clonic
- Undiagnosed throughout foster care; absence seizures mistaken for daydreaming, myoclonic jerks for clumsiness
- First recognized tonic-clonic seizure at age 13; comprehensive diagnosis at 17 by Julia Weston
- Medication history: Keppra (age 17, discontinued due to Keppra rage); lamotrigine (primary AED from age 17, dual-use for epilepsy + bipolar I); low-dose clonazepam (adjunctive for myoclonic seizures); VNS implant (40s)
- Lamotrigine paradox: controls tonic-clonics and absences, stabilizes bipolar, but can worsen myoclonic jerks at higher doses
- Valproate contraindicated (tremor unacceptable for concert pianist); levetiracetam contraindicated (Keppra rage + psychiatric comorbidity)
- Manages epilepsy alongside autism, bipolar I, BPD, C-PTSD, ADHD, migraines
- Career as concert pianist requires constant seizure threshold management; fear of seizing on stage
- Key triggers: sleep deprivation (chronic insomnia), stress, sensory overload, caffeine excess, touring conditions
- Support network: Logan Weston (neurologist/friend), Elliot Landry (primary seizure first responder), Charlie Rivera (emergency contact), Ava Harlow (wife/caregiver)
- Progressive changes in later life complicate management; cognitive decline post-2081 removes protective routines
Caleb Ross and Minjae Lee (Lennox-Gastaut Syndrome): - LGS is severe, treatment-resistant epilepsy syndrome - Multiple seizure types, often medication-resistant - Cognitive impacts compound other disabilities - High care needs; families navigate complex medical systems
Andy Davis (seizure disorder with cerebral palsy): - Seizures from brain injury (meningitis) at birth - Lifetime of managing seizures alongside multiple disabilities - Required accommodations in all settings
Chrissie Williams (epilepsy with Down syndrome): - Epilepsy common in Down syndrome; dual diagnosis - Communication challenges affect seizure reporting - Medication interactions with other conditions
Isaiah Morales (epilepsy + POTS): - Dual conditions can trigger each other - Constant vigilance required - Young person managing invisible disabilities
Mateo Garcia (refractory epilepsy): - Treatment-resistant seizures despite multiple medications - Chronic fatigue compounds epilepsy burden - Intellectual disability affects self-advocacy
Adelina Pérez (atypical focal epilepsy): - Violent seizures requiring specialized treatment - Neurosensory hypersensitivity compounds challenges
ANOXIC/HYPOXIC EPILEPSY¶
What Is Anoxic Epilepsy?¶
Definition: Epilepsy that develops as a result of brain injury caused by oxygen deprivation (anoxia = no oxygen; hypoxia = reduced oxygen). The brain damage from lack of oxygen creates scar tissue or abnormal neural pathways that generate seizure activity.
Key Points: - Secondary epilepsy: Caused by identifiable brain injury (not genetic or idiopathic) - Acquired condition: Develops after the anoxic/hypoxic event - Variable onset: Seizures may begin immediately or develop months/years later - Permanent brain changes: Oxygen deprivation causes irreversible damage - Prognosis varies: Depends on severity and duration of oxygen deprivation
Causes of Anoxic Brain Injury¶
Perinatal (Birth-Related): - Umbilical cord compression - Placental abruption - Prolonged/difficult labor - Neonatal respiratory distress - Birth asphyxia
Cardiac Events: - Cardiac arrest - Severe arrhythmia - Heart attack - Drowning/near-drowning
Respiratory Failure: - Suffocation - Choking - Severe asthma attack - Drug overdose (respiratory depression) - Carbon monoxide poisoning
Other Causes: - Severe blood loss - Strangulation - Severe hypotension - Anaphylaxis - Status epilepticus (prolonged seizure causing hypoxia)
How Oxygen Deprivation Causes Epilepsy¶
The Mechanism:
- Brain cells require constant oxygen: Neurons are extremely sensitive to oxygen deprivation
- Cell death begins quickly: Within 4-6 minutes without oxygen, brain cells start dying
- Damage creates scar tissue: Dead or damaged neurons leave areas of scarring (gliosis)
- Abnormal electrical pathways form: Scar tissue disrupts normal neural circuits
- Seizure threshold lowered: Damaged areas become hyperexcitable, generating abnormal electrical activity
- Seizures develop: The injured brain regions trigger recurrent seizures
Areas Most Vulnerable: - Hippocampus (memory, temporal lobe seizures) - Cortex (can cause focal or generalized seizures) - Basal ganglia (movement disorders + seizures) - Cerebellum (coordination issues)
Timeline: - Immediate: Some patients have seizures during or immediately after hypoxic event - Early: Seizures within days to weeks (acute symptomatic seizures) - Late: Seizures developing months to years later (post-anoxic epilepsy) - Chronic: Ongoing epilepsy requiring long-term management
Post-Anoxic Seizure Types¶
Most Common: - Myoclonic seizures: Brief muscle jerks, often shortly after anoxic event - Focal seizures: From specific damaged brain regions - Generalized tonic-clonic: Can develop later as epilepsy progresses - Status epilepticus: Medical emergency, continuous seizures
Post-Anoxic Myoclonus: - Jerking movements - Can be stimulus-sensitive (sound, touch triggers jerks) - May improve over time or persist - Sometimes called Lance-Adams syndrome
Characters with Anoxic Epilepsy¶
# Jeremy Wallace (Born February 9, 1982)¶
Cause of Anoxic Injury: - Cardiac arrest from severe dehydration and malnutrition (June 1998, age 16) - Mental health crisis: severe depression after friendship with Evan crumbled, complicated by undiagnosed ADHD - Dangerous neglect of basic needs led to physical collapse - NOT a suicide attempt - a mental health spiral with physical consequences
Development of Epilepsy: - First seizure ~2 weeks after waking from coma (early-mid June 1998) - While still in ICU or just after discharge - Post-anoxic brain injury from cardiac arrest - Developed generalized epilepsy as result of oxygen deprivation
Impact: - Acquired epilepsy at age 16 (not lifelong) - Had to learn seizure management as teenager - Added to existing trauma from mental health crisis - New identity: person with epilepsy, learned in adolescence - Recovery from both cardiac arrest AND learning to live with epilepsy
Medical Management: - Finding right medication regimen as new diagnosis - Learning seizure triggers and management - Family learning seizure first aid (new for them) - Ongoing neurology care - School accommodations needed
Emotional/Psychological: - Epilepsy acquired during already traumatic period - Complicated feelings about cause (mental health crisis) - Adjusting to new diagnosis while recovering from near-death experience - Seizures as reminder of June 1998 crisis - Learning to live with unpredictability
# Cody Matsuda (Born February 15, 1979)¶
Cause of Anoxic Injury: - Suicide attempt via overdose (Spring 1995, age 16) - Respiratory depression from overdose → oxygen deprivation - Brain hypoxia during unconscious period - Medical intervention prevented death but brain damage occurred
Development of Epilepsy: - Post-anoxic seizures developed after overdose - May have started in hospital or shortly after discharge - New diagnosis added to already overwhelming situation - Brain injury permanent despite survival
Impact: - Adding to existing burden: Already had CFS, depression, trauma - New disability acquired: Went from "chronically ill" to "chronically ill + epileptic" - Identity shift: Now disabled in new way - Family trauma compounded: Nearly lost him, now managing seizures too - Teen acquisition: Developing epilepsy at 15 (driver's license age, independence age)
Medical Management: - Finding right medication while adjusting other meds (antidepressants, etc.) - Learning seizure recognition and first aid - Family crisis mode → chronic management mode - Ellen advocating on yet another front - Neurology added to already overwhelming medical team
Emotional/Psychological: - Guilt and consequences: Seizures permanent result of suicide attempt - "This is my fault" thinking: Self-blame for brain damage - Loss of future possibilities: Driving, independence, normalcy - Family guilt: Ellen's "I should have seen it coming" - Another thing taken: CFS took energy, suicide attempt took voice, epilepsy takes more - Unpredictability: Already exhausted, now seizures too
Complications: - Seizure medications + CFS fatigue = worse exhaustion - Seizures + extreme baseline fatigue = difficult to recognize triggers - Post-ictal exhaustion + CFS = profound crashes - New medical stigma (epilepsy) + existing dismissal (CFS) = compounded disbelief - Trauma + epilepsy both affecting brain/cognition
The Cruelty: Cody survived the suicide attempt but sustained permanent brain damage that will affect him for life. He didn't die, but he lost something. The epilepsy is a permanent reminder of what happened—a scar he'll carry in the form of recurrent seizures. Every seizure is a reminder. Every medication is a reminder. Every "Can you drive?" question is a reminder.
Medical Management of Anoxic Epilepsy¶
Unique Challenges:
- Extent of damage unknown initially: Takes time to understand full impact
- Multiple deficits possible: Epilepsy may not be only consequence of hypoxia
- Memory problems (hippocampal damage)
- Cognitive changes
- Motor deficits
- Personality changes
- Medication response variable: Some post-anoxic epilepsy responds well, some doesn't
- Prognosis uncertain: Some improve over time, others have refractory seizures
Treatment Approach:
- Anti-epileptic medications: Same as other epilepsy types
- Early aggressive treatment: Prevent seizures from becoming established pattern
- Monitor for other sequelae: Watch for other effects of brain injury
- Rehabilitation: Address cognitive, motor, psychological impacts
- Family education: Seizure first aid, medication management, emotional support
Prognosis:
- Best case: Seizures controlled with medication, minimal other deficits
- Moderate: Partial seizure control, some cognitive/functional impacts
- Worst case: Drug-resistant epilepsy, significant cognitive impairment, multiple deficits
- Improvement possible: Some post-anoxic epilepsy improves over first 1-2 years
- But often chronic: Many people have lifelong epilepsy
Chronic Hypoxia and Seizure Development¶
Why Chronic Low Oxygen Can Cause Epilepsy:
Unlike acute anoxic events (cardiac arrest, drowning), chronic hypoxia is repeated or continuous mild oxygen deprivation over time. This can also cause brain damage and epilepsy, though mechanism is slightly different.
Causes of Chronic Hypoxia: - Severe untreated sleep apnea (oxygen drops repeatedly every night) - Chronic heart or lung disease (inadequate oxygenation) - Severe anemia (insufficient oxygen-carrying capacity) - COPD, severe asthma - High altitude (prolonged, extreme) - Congenital heart defects (blood shunting, poor oxygenation)
How Chronic Hypoxia Damages Brain:
- Cumulative damage: Small repeated injuries over months/years
- Hippocampus especially vulnerable: Memory center affected first
- Cognitive decline: Memory problems, brain fog, confusion
- Seizure threshold lowers gradually: Brain becomes hyperexcitable
- Epilepsy may develop: After sufficient cumulative damage
Lizzie Henderson's Case (Example):
Though Lizzie's epilepsy is established, it's medically plausible that chronic hypoxia contributed: - Severe untreated sleep apnea: Oxygen dropping repeatedly every night for years - Congenital heart defect: Poor baseline oxygenation - POTS: Poor blood flow to brain when upright - Anemia: Less oxygen-carrying capacity - Result: Brain chronically oxygen-deprived for decades
If Lizzie developed epilepsy in her teens or twenties, it could have been secondary to this cumulative hypoxic damage. The epilepsy would have been yet another burden on top of her already overwhelming medical situation.
Treatment Considerations: - Treating underlying cause (CPAP for apnea, oxygen for heart disease) may help - But brain damage already done may be permanent - Anti-epileptic medications still needed - Seizure control may improve if oxygenation improves - But chronic damage often irreversible
Distinguishing Anoxic Epilepsy from Other Types¶
How to Identify: - Clear hypoxic event in history: Cardiac arrest, overdose, birth complications, etc. - Seizures began after event: Not present before hypoxic injury - Brain imaging may show damage: MRI showing hippocampal sclerosis, cortical damage - EEG patterns: May show focal abnormalities corresponding to damaged areas
Why It Matters: - Cause is known: Not idiopathic (unknown cause) - Prognosis different: May improve over time (or may not) - Treatment approach: Address underlying cause if possible - Emotional impact: "This happened because of X" (guilt, blame, trauma) - Prevention impossible: Once brain damage occurs, epilepsy may develop
Emotional and Psychological Impact¶
For Person with Anoxic Epilepsy:
If Acquired as Teen/Adult (like Cody): - Loss of previous identity ("I didn't used to have epilepsy") - Guilt if self-inflicted (overdose, risky behavior) - Anger at circumstance - Grief for life before - Fear of future (will it get worse?) - "This is permanent" realization
If Lifelong (like Jeremy): - Normalized (always had it) - But still unpredictability and stigma - Questions about alternate timeline ("If birth went differently...") - Identity: epilepsy integrated into self-concept
For Families:
Birth Injury (Jeremy's family): - Parental guilt (especially mother - "What did I do wrong?") - Medical trauma from birth complications - Lifelong caregiving and advocacy - Watching child struggle - "What if" thinking
Acquired Injury (Cody's family): - Trauma from near-death event - Guilt and blame (Ellen's "I should have seen it coming") - Relief mixed with grief ("He's alive, but changed") - Permanent reminder of what happened - New medical burden on top of crisis - Learning to manage epilepsy while processing trauma
Writing Anoxic Epilepsy in Scenes¶
Key Points to Include:
- Origin story matters: Reference the hypoxic event that caused it
- "Before and after" for acquired epilepsy: Character remembers life without seizures
- Guilt and blame: Self-blame or family blame if preventable cause
- Multiple impacts: Epilepsy may not be only consequence of brain injury
- Medical complexity: Managing epilepsy + other effects of hypoxia
- Emotional weight: Permanent reminder of traumatic event
- Variable prognosis: Uncertainty about whether it will improve
For Cody Specifically: - Seizures reminder of suicide attempt - Added to CFS exhaustion (medications worsen fatigue) - Ellen's guilt compounded (failed to prevent attempt, now managing consequences) - Lost possibilities (driving, independence) - Post-ictal state especially difficult with CFS baseline - Medication management complicated (psych meds + seizure meds + fatigue)
For Jeremy Specifically: - Lifelong condition, normalized but still challenging - Family learned management in infancy - Birth trauma part of family story - Questions about "what if" (different birth outcome) - Identity: epilepsy always part of who he is
WHAT IS EPILEPSY?¶
Definition: Neurological disorder characterized by recurrent, unprovoked seizures due to abnormal electrical activity in the brain.
Key Points: - Seizures ≠ epilepsy: Single seizure doesn't mean epilepsy - Epilepsy diagnosis: Usually requires 2+ unprovoked seizures OR 1 seizure + high risk of recurrence - Chronic condition: Typically lifelong, though some people "outgrow" it - Highly variable: Many seizure types, triggers, severities - Treatable but not always curable: Medications help 70%, but 30% drug-resistant
What Causes Seizures: - Abnormal electrical discharge in brain - Can be focal (one area) or generalized (whole brain) - Like electrical storm in brain - Disrupts normal brain function temporarily
Important: - Intelligence NOT affected by epilepsy itself - Personality NOT changed by epilepsy - People with epilepsy live full lives - With treatment, many seizure-free or well-controlled
TYPES OF SEIZURES¶
Focal (Partial) Seizures¶
Focal Aware (Simple Partial): - Person remains conscious/aware - May have strange sensations (auras) - Localized symptoms (one limb jerking, sensory changes) - Can spread to become generalized - Brief (seconds to 1-2 minutes)
Focal Impaired Awareness (Complex Partial): - Altered consciousness - May stare blankly - Automatisms (lip smacking, hand movements, wandering) - Confusion during and after - No memory of seizure - 1-2 minutes typically
Generalized Seizures¶
Absence (Petit Mal): - Brief loss of awareness (seconds) - Staring spells - May flutter eyelids - No memory of episode - Common in children - Can be mistaken for daydreaming
Tonic-Clonic (Grand Mal) - Most Recognizable: - Loss of consciousness - Body stiffens (tonic phase) - Then rhythmic jerking (clonic phase) - May cry out at start - Breathing labored or stops briefly - Incontinence possible - Usually 1-3 minutes - Post-ictal state after (confusion, exhaustion)
Tonic: - Muscle stiffening - Loss of consciousness - Usually brief (seconds) - Falls common
Atonic (Drop Seizures): - Loss of muscle tone - Person drops/falls - Brief but dangerous (injury risk) - "Drop attacks"
Myoclonic: - Brief, shock-like jerks - Can be one muscle group or whole body - Person usually stays conscious - Can occur in clusters
For Your Characters:¶
Andy: - Type TBD (likely focal ± generalized) - Common with CP - Medical racism affects diagnosis and treatment
Chrissie: - Type TBD (likely generalized) - Common with Down syndrome - Jon's protocols keep her safe - Aura warning: "feeling weird" (tingling, dizzy, "swimmy")
Heather: - Type TBD - Well-managed (Moore family resources) - Excellent medical care
Jacob: - Generalized epilepsy with mixed seizure types (absence, myoclonic, focal aware, focal impaired awareness, generalized tonic-clonic) - Primary AED: lamotrigine (dual-use: epilepsy + bipolar I); adjunctive: low-dose clonazepam (myoclonic); VNS implant (40s) - Career implications severe (pianist)—myoclonic jerks and focal hand seizures threaten performance; lamotrigine dose must balance tonic-clonic control vs. myoclonic worsening - Keppra rage (age 17) ruled out levetiracetam; valproate ruled out due to tremor risk - Fear of seizing on stage; Elliot primary first responder - See: Jacob Keller - Epilepsy and Seizure Management
AURAS (Warning Signs)¶
What Is an Aura: - Warning that seizure coming - Actually a focal aware seizure - Can progress to larger seizure - Not everyone gets auras
Common Aura Sensations: - Déjà vu or jamais vu - Strange smells or tastes - Visual disturbances (flashing lights, blurred vision) - Auditory changes (ringing, muffled sounds) - Emotional changes (fear, anxiety, euphoria) - Physical sensations (tingling, numbness, "swimmy" feeling) - Epigastric rising (stomach sensation) - Sense of impending doom
Chrissie's Auras: - "Feeling weird" - Tingling (hands, head) - Dizziness - "Swimmy" disconnected feeling - Jon trained her: "Stop, sit, press button" - So ingrained she does it automatically
Importance of Recognizing Auras: - Can get to safe position - Call for help - Take rescue medication (if prescribed) - Prevent injury - Reduce fear (some warning vs. no warning)
TRIGGERS¶
Common Triggers: - Sleep deprivation (huge trigger) - Stress - Illness/infection/fever - Missed medications - Flashing lights (photosensitive epilepsy - only 3-5%) - Alcohol - Caffeine (some people) - Hormonal changes (menstrual cycle) - Dehydration - Low blood sugar
Less Common Triggers: - Specific sounds or music - Reading (reading epilepsy) - Hot showers/baths - Hyperventilation
Individual Variation: - Triggers very personal - What affects one person may not affect another - Pattern recognition important
For Your Characters:
Chrissie: - Fatigue (Jon enforces naptime 1:00 PM, no exceptions) - Illness (seizure during flu incident) - Heat - Missing medications (Jon prevents this) - Stress
Andy: - Sleep deprivation (college student risk) - Stress (ableism, medical appointments, police encounters) - Illness - Pain (from CP) - Fatigue
Jacob: - Stress (performance anxiety) - Sleep disruption (touring, performances) - Bipolar episodes (mania/depression affect seizure threshold) - Medication interactions (bipolar meds + epilepsy meds)
MEDICATIONS (Anti-Epileptic Drugs - AEDs)¶
How They Work¶
Mechanism: - Reduce abnormal electrical activity in brain - Stabilize neuronal membranes - Various mechanisms (different drugs work differently)
Goal: - Seizure freedom (ideal) - Seizure reduction (if freedom not achievable) - Minimize side effects - Balance quality of life
Common AEDs¶
Examples: - Levetiracetam (Keppra) - Lamotrigine (Lamictal) - Valproate/Valproic Acid (Depakote) - Carbamazepine (Tegretol) - Phenytoin (Dilantin) - Topiramate (Topamax) - Many others
Side Effects (Vary by Drug)¶
Common: - Drowsiness/fatigue - Dizziness - Nausea - Weight gain or loss - Cognitive effects ("brain fog," memory issues) - Mood changes - Tremor - Vision changes
Serious (Rare): - Liver damage - Blood disorders - Severe rash (Stevens-Johnson syndrome) - Suicidal ideation - Bone density loss
Challenges¶
Finding Right Medication: - Trial and error process - Can take months to years - Dose adjustments ongoing - May need combination therapy
Adherence: - Must take consistently - Missing doses = seizures - Multiple times per day often - For life (usually)
For Your Characters:
Chrissie: - Jon manages medications entirely - Daily medications, never missed - Part of rigid routine - Regular neurology appointments - Jon checks seizure monitor data
Andy: - Manages own medications (young adult) - Balances epilepsy meds with CP meds, POTS meds - Side effects affecting function - Medical racism = proper medication management delayed
Jacob: - Epilepsy meds + bipolar meds - Drug interactions complex - Side effects affecting piano performance - Cognitive side effects vs. seizure control
Vagus Nerve Stimulation (VNS)¶
What is VNS?
Vagus Nerve Stimulation is an implanted device therapy for epilepsy, typically considered when medications don't adequately control seizures. A small device (similar to a pacemaker) is surgically implanted under the skin in the chest, with wires connecting to the vagus nerve in the neck. The device sends regular electrical impulses to the brain via the vagus nerve, which can help reduce seizure frequency and severity for some people.
When It's Used: - Medication-resistant epilepsy (when 2+ medications haven't controlled seizures) - When surgery to remove seizure focus isn't an option - Adjunctive treatment (used alongside medications, not replacement) - Can be particularly helpful for focal seizures
How It Works: - Device programmed to deliver electrical pulses at set intervals (e.g., 30 seconds on, 5 minutes off) - User can also manually activate with magnet when they feel seizure coming - Stimulation level gradually increased over weeks/months to find optimal setting - Doesn't cure epilepsy but can reduce seizure frequency/intensity for some people
Jacob Keller - VNS Implant in 40s:
Jacob received a VNS implant in his 40s when it became clear that medication alone wasn't providing adequate seizure control. The decision came after years of trying different medication combinations, dealing with side effects that affected his piano performance and cognitive function, and experiencing breakthrough seizures despite treatment compliance.
Surgery and Recovery: The implantation required surgery under general anesthesia, typically taking 60-90 minutes. Recovery involved incision care at chest and neck sites, temporary voice changes or throat discomfort (common short-term side effect), and gradual programming adjustments over several weeks. For Jacob, the surgery itself triggered significant anxiety—anesthesia, medical procedures, loss of control—but the hope of better seizure management made it worth attempting.
Jacob's Experience: - VNS provided modest but meaningful reduction in seizure frequency - Didn't eliminate seizures entirely but made them less severe and somewhat more predictable - Manual magnet activation sometimes helped abort seizures if he caught aura early enough - Side effects included occasional voice changes during stimulation (hoarseness, slight change in pitch—noticeable for a musician but tolerable) - Device required periodic battery replacements (every 5-10 years) via surgical replacement - Allowed some reduction in medication dosages, which helped with cognitive side effects
Realistic Portrayal Notes: - VNS is not a cure and doesn't work equally well for everyone - Response varies significantly—some people get major improvement, others minimal - Side effects are usually mild but can include voice changes, cough, throat discomfort, shortness of breath during stimulation - Device visible/palpable under skin in chest area - Magnet must be carried to manually activate stimulation during auras - MRI compatibility is limited/complicated with VNS (important medical consideration) - Device can be detected by metal detectors (medical ID needed for travel) - Represents additional layer of "cyborg" medical technology that becomes part of daily life - For Jacob, VNS was another compromise—not perfect solution but better than constant uncontrolled seizures
SEIZURE FIRST AID¶
What TO Do:¶
During Tonic-Clonic Seizure: 1. Stay calm 2. Time the seizure 3. Protect from injury: - Move dangerous objects away - Cushion head (jacket, pillow) - Turn on side if possible (recovery position) 4. Stay with person 5. Do NOT restrain 6. Do NOT put anything in mouth 7. Observe and note details
After Seizure (Post-Ictal Period): - Check breathing - Keep on side (recovery position) - Stay with them - Speak calmly, reassure - Let them rest - Don't give food/drink until fully alert
When to Call 911:¶
- Seizure lasts >5 minutes
- Multiple seizures without recovery
- Person injured
- Seizure in water
- First-time seizure
- Breathing difficulties
- Person has diabetes or is pregnant
- Recovery unusually slow
What NOT to Do:¶
❌ NEVER put anything in mouth (can't swallow tongue - myth) ❌ Don't restrain (can cause injury) ❌ Don't give water/food during or immediately after ❌ Don't leave them alone ❌ Don't assume they're "fine" immediately after
POST-ICTAL STATE (After Seizure)¶
What Happens: - Period after seizure before full recovery - Brain "rebooting" - Can last minutes to hours
Common Symptoms: - Confusion, disorientation - Exhaustion, deep fatigue - Headache - Muscle soreness - Slurred speech - Memory gaps - Emotional (crying, agitation, fear) - Sleep (deep, restorative)
Chrissie Post-Ictal (Flu Incident): - Exhausted, feverish, confused - Kept asking for Jon - Very childlike: "I'm so tired. I wanna sleep." - Crying, frustrated, scared - When Jon arrived, already asleep - Woke later with postictal amnesia
Needs During Post-Ictal: - Safe, quiet environment - Reassurance - Rest/sleep - Monitoring - No demands - Familiar person present
LIVING WITH EPILEPSY¶
Daily Life Impacts¶
Safety Considerations: - Driving restrictions (varies by state, seizure-free period required) - Water safety (bathing, swimming - supervision) - Heights (avoid ladders, climbing if seizures uncontrolled) - Cooking (burn risk if seize while cooking) - Operating machinery
Work/School: - Disclosure decisions (tell employer/school?) - Accommodations needed - Seizure action plan - Medication schedule - Fatigue management
Social Life: - Stigma and misconceptions - Fear of seizing in public - Activity restrictions (some) - Medication schedule disrupting plans - Alcohol typically avoided
Emotional/Psychological Impact¶
Fear and Anxiety: - When will next seizure happen? - Fear of injury - Embarrassment (public seizures) - Loss of control - Worry about driving, independence
Depression: - Common in epilepsy - From medications (some AEDs increase risk) - From limitations - From stigma - From unpredictability
Identity: - Epilepsy as part of self - "Epileptic" vs "person with epilepsy" - Disclosure struggles - Independence vs. safety
For Your Characters:
Chrissie: - Fear when feels aura ("feeling weird") - Jon's protocols reduce anxiety - Knows to "stop, sit, press button" - Post-ictal confusion scary - Jon's presence calming
Andy: - Fear of seizing during police encounter (dangerous) - Medical racism complicating care - Balancing independence vs. safety - Driving restrictions possible - Identity as disabled person (CP + epilepsy + POTS)
Jacob: - Fear of seizing on stage (career-ending?) - Performance anxiety triggering seizures - Public seizure = stigma - Career limitations - Medication affecting piano performance (cognitive side effects, tremor)
EPILEPSY AND OTHER CONDITIONS¶
CP and Epilepsy (Andy's Experience)¶
Why Co-Occur: - Same brain injury/abnormality causes both - 30-50% of people with CP have epilepsy - Higher rates in more severe CP types
Compounding Effects: - CP pain lowers seizure threshold - Seizures worsen CP spasticity temporarily - Medications interact - Fatigue from both - Double disability discrimination
Post-Seizure for Andy: - Increased spasticity (muscles tighter) - More pain - Speech more affected (stutter worse) - Mobility more difficult - Recovery longer
Down Syndrome and Epilepsy (Chrissie's Experience)¶
Why Co-Occur: - Higher rates of epilepsy in DS - Brain structure differences - Aging (increased risk with age in DS)
Compounding Effects: - Communication about auras challenging - Jon taught simple language: "I feel weird" - Postictal state very childlike - May not remember seizure - Needs clear, simple protocols
Jon's Management: - "If you feel weird, stop, sit, press button - no exceptions" - Drilled into her for 20+ years - Automatic response now - Seizure monitor on nightstand (alarms if she seizes in bed) - Daily medications (never missed) - Neurology appointments regular
Bipolar Disorder and Epilepsy (Jacob's Experience)¶
Why Complicated: - Some bipolar meds lower seizure threshold - Some epilepsy meds affect mood - Manic episodes = sleep deprivation = seizure trigger - Depressive episodes = medication non-adherence risk - Stress from both conditions
Medication Challenges: - Finding meds that treat both - Drug interactions - Side effect overlap (fatigue, cognitive issues) - Balancing seizure control vs. mood stability
For Jacob: - Epilepsy meds affecting piano (cognitive side effects, tremor) - Bipolar affecting reliability (career risk) - Performance stress triggering both - Fear of public seizure or manic episode - Complex medication regimen
MEDICAL RACISM AND EPILEPSY (Andy's Experience)¶
Seizure Care Disparities¶
Pain After Seizures: - Post-ictal pain dismissed - "Exaggerating" accusations - "Drug-seeking" stereotypes - Muscle soreness from convulsions not believed
Seizure Symptoms Dismissed: - Auras not taken seriously - "Behavior" not seizures - Delayed diagnosis - Inadequate testing - Medication management poor
Emergency Care: - Seizures in public = police called (danger) - EMTs/ER staff dismissive - Pain management withheld - Medical alert bracelet essential - Parents not believed (even Sarah as RN)
Police Encounters¶
The Danger: - Seizure mistaken for intoxication - Postictal confusion = "resisting" - Can't follow commands during/after seizure - Black disabled man = extreme danger - Marcus (cop) knows this intimately
Marcus's Training: - Teach Andy to survive police encounters - "I have cerebral palsy" script - Medical alert bracelet always worn - ID always on person - Knows it might not be enough
The Paradox: - Marcus wears uniform that represents danger to Andy - Works for system that could kill his son - Must teach Andy to survive Marcus's colleagues - Moral compromise for benefits (insurance, Andy's medical needs)
SEIZURE PROTOCOLS¶
Chrissie's Protocol (Jon's System)¶
Prevention: 1. Medications daily, never missed 2. Naptime 1:00 PM (no exceptions) - prevents fatigue trigger 3. Sleep schedule rigid (CPAP at night) 4. Illness managed quickly 5. Stress minimized through routine
Aura Recognition: - Jon taught: "If you feel weird—dizzy, tingly, strange, anything—what do you do?" - Chrissie: "I stop and sit down and press the button." - Jon: "That's right. Every time. No exceptions." - 20 years of drilling = automatic response
Emergency Response: - Echo devices throughout house (can call Jon) - Cameras (Jon can see, respond remotely) - Emergency button (alerts Jon immediately) - Seizure monitor at night (alarms if seizure) - Jon can monitor remotely, call 911 if needed
Post-Seizure: - Jon talks her through it - Simple reassurance: "You had a seizure, Chris. You're okay now. You're safe." - Lets her sleep (postictal exhaustion) - Monitors recovery - Neurology follow-up if needed
Andy's Protocol (Self-Management)¶
Prevention: - Medications self-managed (young adult) - Sleep schedule important (college challenging) - Stress management - Medical alert bracelet always - ID on person
If Seizure: - Medical alert bracelet has information - Emergency contacts - Medication list - "I have cerebral palsy" for first responders - Sarah and Marcus prepared to advocate
Police Encounter Plan: - Medical alert bracelet visible - Script practiced: "I have cerebral palsy and epilepsy" - No sudden movements - Hands visible - Knows it might not save him
Jacob's Protocol¶
Prevention: - Medication adherence critical - Sleep schedule (touring difficult) - Stress management (performance anxiety) - Bipolar stability (affects seizure threshold)
Performance Considerations: - Seizure action plan with venues - Staff trained - Backup plan if seizure - Fear of seizing on stage - Career implications
WRITING SEIZURES IN SCENES¶
Before Seizure¶
Aura (If Character Has One): - Physical sensations (tingling, dizziness, "swimmy") - Emotional changes (fear, panic, déjà vu) - Sensory changes (smells, sounds, vision) - Character recognizing warning - Attempting to get safe
Chrissie Example: - Hands tingling - Head feeling fuzzy - Room going "swimmy" - Automatic response: stop, sit, press button - Jon's voice via Echo
During Seizure¶
What to Show: - Loss of consciousness (if generalized) - Body stiffening, then jerking (tonic-clonic) - Breathing labored - Time passage (usually 1-3 minutes) - Others' responses (fear, helping, calling 911) - Environment (what can injure?)
What NOT to Show: - Swallowing tongue (impossible - myth) - Romantic/dramatic framing (it's medical emergency) - Instant recovery (takes time)
POV Considerations: - If POV character seizing: lose consciousness - If observer POV: their fear, helplessness, response - Time distortion (feels longer than it is)
After Seizure (Post-Ictal)¶
Physical State: - Unconscious or semi-conscious - Breathing heavy - Drooling, incontinence possible - Muscle soreness starting - Exhaustion profound
Mental State: - Confusion, disorientation - "Where am I?" "What happened?" - Can't process complex information - Memory gaps - Emotional (crying, agitation)
Recovery: - Gradual return to awareness - Need for sleep - Reassurance needed - Simple communication only - Can take hours to feel normal
Chrissie Example (Flu Incident): - Exhausted, feverish, confused - "Where's Jon? He said he was coming. Where is he?" - Very childlike: "I'm so tired. I wanna sleep. Why can't I sleep?" - Crying, frustrated, scared - Already asleep when Jon arrives - Wakes later, doesn't remember most of it
Long-Term Impacts¶
After Single Seizure: - Fatigue lasting days - Medication adjustment - Fear of recurrence - Medical follow-up
Ongoing Epilepsy: - Chronic fear/anxiety - Lifestyle adjustments - Medication side effects daily - Identity implications - Stigma navigation
STIGMA AND MISCONCEPTIONS¶
Common Myths¶
Myth: Can swallow tongue during seizure - Reality: Impossible. Never put anything in mouth.
Myth: All epilepsy is photosensitive (flashing lights) - Reality: Only 3-5% photosensitive
Myth: People with epilepsy can't work/drive/have families - Reality: Most can do all these things with proper management
Myth: Epilepsy = intellectual disability - Reality: Intelligence not affected by epilepsy itself
Myth: It's contagious - Reality: Neurological condition, not infectious
Myth: Person having seizure should be restrained - Reality: Never restrain. Protect from injury, let seizure end.
Stigma Characters Face¶
Chrissie: - Already dismissed for DS + autism - Epilepsy adds another layer - Seen as "fragile" or "broken" - Jon fighting to prove she can have full life
Andy: - Medical racism compounding epilepsy stigma - Assumptions of intoxication during seizures - Police danger - "Too disabled" to do anything
Jacob: - Career implications (pianist) - Fear of public seizure - Unreliable stereotype - Romantic relationships (disclosure)
RESOURCES CONSULTED¶
- Epilepsy Foundation
- CDC Epilepsy Program
- Research on epilepsy presentations and management
- Studies on comorbidities (CP, DS, bipolar)
- Literature on seizure first aid
- Research on post-ictal states
- Medical racism and epilepsy care studies
WRITING CHECKLIST¶
When writing epilepsy scenes: - [ ] Type of seizure accurate to character - [ ] Aura shown if character has one - [ ] Seizure duration realistic (usually 1-3 minutes) - [ ] Post-ictal state shown (confusion, exhaustion) - [ ] Recovery takes time (not instant) - [ ] Medications mentioned (daily reality) - [ ] Triggers acknowledged when relevant - [ ] First aid shown correctly (never mouth, never restrain) - [ ] Fear and anxiety realistic - [ ] Stigma/discrimination shown when applicable - [ ] For Chrissie: Jon's protocols, "feeling weird" recognition - [ ] For Andy: Medical racism, police danger, CP interaction - [ ] For Jacob: Career implications, bipolar interaction - [ ] Avoid myths and misconceptions - [ ] Presume competence (epilepsy ≠ cognitive impairment)
This is a living document. Update as you research further or develop epilepsy storylines.
Last Updated: October 17, 2025 Added comprehensive section on anoxic/hypoxic epilepsy including Jeremy Wallace and Cody Matsuda specifics
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