This page gives Clinicians support around managing NEAD but is open to all
Clinician’s Guide to talking about NEAD
A practical, compassionate communication resource for clinicians
1. Core Principles of Good Communication
Talking about NEAD can feel challenging for clinicians, especially when families have been on long diagnostic journeys or have experienced stigma. The way the diagnosis is explained has a significant impact on engagement, trust, and outcomes.
Key principles:
Be clear, calm, and confident
Use simple, non‑judgemental language
Validate the patient’s experience
Emphasise that NEAD is real, involuntary, and treatable
Avoid implying blame or that symptoms are imagined
Offer a hopeful, evidence‑based message about recovery
2. A Suggested Explanation Script
A flexible template you can adapt to your own voice:
“You’re experiencing episodes that look like epileptic seizures, but they’re not caused by abnormal electrical activity in the brain. Instead, they happen when the brain’s stress and survival systems become overwhelmed.
These episodes are real, they’re not your fault, and you’re not doing them on purpose. Many people experience them during times of stress, illness, sensory overload, or emotional strain.
The good news is that with the right support — usually psychological therapy and strategies to help your brain feel safer and more regulated — people can get much better.”
This framing is clear, compassionate, and avoids the pitfalls of “it’s all in your head.”
3. What to Avoid Saying
Certain phrases can unintentionally invalidate or alienate families:
“There’s nothing wrong with you.”
“It’s just stress.”
“It’s psychological, not real.”
“You need to calm down.”
“It’s not epilepsy, so there’s nothing we can do.”
These statements can reinforce stigma and reduce engagement with treatment.
4. Helpful Phrases That Support Understanding
“Your symptoms make sense in the context of what you’ve been dealing with.”
“Your brain is reacting to overload, not malfunctioning.”
“This is a recognised condition with good treatment options.”
“You’re not imagining this.”
“We’ll work together on a plan.”
These phrases validate the experience while maintaining clinical clarity.
5. Explaining the Role of Psychological Therapy
Families often worry that a psychological explanation means the symptoms are “made up.” A helpful reframing is:
“Psychology helps with how the brain and body respond to stress. This isn’t about blaming you — it’s about giving you tools. Psychological therapy is recommended because it helps the brain reset its stress response.”
You can also use the analogy:
“It’s a bit like physiotherapy for the brain.”
This normalises therapy as part of a medical treatment plan.
6. Talking About General Wellbeing: Sleep, Diet, Activity and Daily Routines
General wellbeing plays a meaningful role in stabilising the nervous system. This is not about suggesting that lifestyle changes “fix” NEAD, but about helping the brain stay within its window of tolerance.
A helpful introduction:
“Because NEAD is linked to how the brain and body respond to stress and overload, anything that helps your system feel steadier can make a difference. This isn’t about blame — it’s about giving your brain the best conditions to recover.”
6.1 Sleep
Sleep is one of the strongest regulators of the nervous system.
“Good sleep doesn’t cure NEAD, but poor sleep can make the brain more sensitive to stress. Working on sleep routines can help stabilise things.”
Helpful points:
Consistent sleep/wake times
Predictable wind‑down routines
Reducing late‑evening screen stimulation
Supporting sensory needs (e.g., weighted blankets, low light)
6.2 Diet and Hydration
This is about energy stability, not restrictive “healthy eating” messages.
“Your brain needs steady fuel. Long gaps without eating or dehydration can make the nervous system more reactive.”
Key points:
Regular meals/snacks
Adequate hydration
Avoiding long fasting periods
Being sensitive to sensory‑based eating patterns
6.3 Physical Activity
Movement helps regulate the autonomic nervous system.
“Gentle, regular movement can help your brain settle. This isn’t about intense exercise — even walking or stretching can help your system feel safer.”
Encourage:
Enjoyable, low‑pressure activities
Sensory‑regulating movement (e.g., swimming, yoga)
Avoiding sudden high‑intensity exercise if it triggers symptoms
6.4 Daily Structure and Predictability
Predictability reduces background stress.
“Your brain works best when it knows what to expect. Regular routines and planned breaks can reduce the likelihood of episodes.”
Helpful elements:
Consistent routines
Balanced days
Planned rest
Avoiding long periods of unstructured time
6.5 Sensory Regulation
Especially relevant for autistic or ADHD individuals.
“For some people, sensory overload is a big trigger. Understanding what overwhelms your system and using sensory supports can reduce episodes.”
Examples:
Noise‑cancelling headphones
Sunglasses or low‑light environments
Weighted items
Movement breaks
Quiet spaces at school or work
6.6 Bringing It Together
“These wellbeing strategies don’t replace therapy, but they support it. They help your brain stay within its ‘safe zone’ more of the time, which makes episodes less likely and recovery more sustainable.”
7. Supporting Children and Young People
When working with younger patients:
Use simple, concrete explanations
Validate feelings and fears
Involve parents/carers in a supportive way
Explore school‑related stressors
Offer grounding and sensory strategies
Emphasise that recovery is possible and common
Young people often respond well to visual explanations or metaphors (e.g., “your brain’s alarm system is too sensitive right now”).
8. Ending the Conversation Well
A strong ending helps consolidate understanding and reduce anxiety:
Summarise the diagnosis clearly
Provide written information
Offer a follow‑up plan
Encourage questions
Reinforce hope and agency
Families often need time to process the diagnosis — offering a second conversation can be very helpful.
Current Evidence around NEAD
1. Introduction
Non‑Epileptic Attack Disorder (NEAD), also known as dissociative seizures or functional seizures, is a common and often misunderstood condition seen across paediatric and adult services. Although the episodes resemble epileptic seizures, they arise from altered brain–body stress responses rather than abnormal electrical activity. NEAD sits within the broader group of Functional Neurological Disorders (FND).
Despite being well‑described in the literature, NEAD remains associated with diagnostic delay, stigma, and fragmented care pathways. This review summarises current evidence, clinician perspectives, emerging links with neurodivergence, and implications for practice.
2. Terminology and Definitions
ICD‑11: Dissociative neurological symptom disorder with non‑epileptic seizures.
DSM‑5: Functional neurological symptom disorder (conversion disorder).
Common clinical terms: NEAD, PNES (psychogenic non‑epileptic seizures), functional seizures.
Terminology varies across services, which can contribute to confusion for families and professionals. “NEAD” remains widely used in UK paediatric and epilepsy services.
3. Epidemiology
NEAD accounts for 10–20% of referrals to epilepsy clinics.
More common in adolescents and young adults, but seen across all ages.
Frequently co‑occurs with anxiety, depression, trauma histories, chronic pain, and neurodevelopmental differences.
4. Aetiology and Mechanisms
4.1 Stress–Vulnerability Model
NEAD is best understood through a biopsychosocial lens:
Heightened baseline stress or emotional load
Difficulties identifying or expressing internal states (alexithymia)
Autonomic dysregulation
Dissociation as a protective response
Precipitating triggers such as illness, sensory overload, interpersonal stress, or trauma
Episodes are real, involuntary, and distressing, not consciously produced.
4.2 Neurobiological Insights
Functional imaging studies show altered connectivity between:
Limbic regions (emotion processing)
Prefrontal cortex (regulation)
Motor and sensory networks
This supports the understanding of NEAD as a disorder of brain network functioning, not fabrication.
5. Patient Experience and Lived Reality
Qualitative studies consistently highlight:
Relief at receiving a clear diagnosis
Frustration with long diagnostic journeys
Fear of not being believed
Impact on education, employment, and identity
Importance of clinicians who communicate clearly and non‑judgementally
Patients emphasise that NEAD is exhausting, frightening, and disruptive, and that validation is a key therapeutic intervention in itself.
6. Clinician Attitudes and Systemic Challenges
A recent systematic review of clinician attitudes shows:
Persistent uncertainty about terminology
Variable confidence in diagnosing and managing NEAD
Tendency to view NEAD as “difficult” or “complex”
Limited training in functional disorders
Fragmented pathways between neurology, psychiatry, and psychology
Recognition that psychological therapy is first‑line, but access is inconsistent
Clinicians who receive training report greater confidence, reduced stigma, and improved communication.
7. Assessment and Diagnosis
7.1 Key Principles
Diagnosis should be positive, based on clinical features and video evidence. Where there is uncertainty EEG or video EEG may be required.
Avoid unnecessary investigations or anti‑epileptic medications once NEAD is confirmed.
Explore triggers, maintaining factors, and psychosocial context.
Consider co‑occurring conditions (anxiety, trauma, neurodivergence).
Provide a clear, compassionate explanation early.
7.2 Red Flags for Alternative Diagnoses
Prolonged post‑ictal confusion
Tongue biting (lateral)
Cyanosis
Stereotyped events with EEG correlation
8. Management Approaches
8.1 Psychological Therapies
Evidence supports:
Cognitive behavioural therapy (CBT)
Trauma‑focused therapies where indicated
Third‑wave approaches (ACT, mindfulness‑based interventions)
Family‑based interventions in children and adolescents
Therapy focuses on:
Understanding triggers
Reducing avoidance
Improving emotional regulation
Addressing trauma or stressors
Building confidence and autonomy
8.2 Stabilisation and Self‑Management
Grounding techniques
Sensory regulation
Stress‑management strategies
Sleep and routine optimisation
School or workplace adjustments
8.3 Multidisciplinary Care
Best outcomes occur when neurology, psychology, psychiatry, and education settings collaborate.
9. NEAD and Neurodivergence
Direct research is limited, but emerging themes include:
9.1 Shared Vulnerability Pathways
Autistic and ADHD individuals may experience:
Heightened sensory sensitivity
Emotional dysregulation
Masking and chronic stress
Alexithymia
Overload‑triggered dissociation
These factors may increase vulnerability to functional symptoms, including NEAD.
9.2 Clinical Observations
Clinicians frequently report:
Autistic young people presenting with functional symptoms during periods of overwhelm
ADHD‑related impulsivity and emotional intensity contributing to stress responses
Sensory overload as a precipitant for dissociative episodes
9.3 Implications for Practice
Use neurodiversity‑affirming approaches
Adapt communication
Consider sensory profiles
Involve families and schools
Avoid pathologising neurodivergence itself
10. Professional Guidance and UK Context
10.1 RCPCH and BACCH
While NEAD‑specific guidance is limited, relevant themes appear in:
Functional symptoms in paediatrics
Epilepsy pathways and differential diagnosis
Neurodevelopmental study days
MindEd modules on medically unexplained symptoms
10.2 National Resources
Local service neuropsychology leaflets (e.g., Northern Care Alliance)
11. Key Messages for Professionals
NEAD is common, real, and treatable.
Early, confident diagnosis improves outcomes.
Communication style significantly influences engagement.
Psychological therapy is first‑line.
Neurodivergence may shape presentation and management needs.
Multidisciplinary, compassionate care is essential.
Evidence‑Based Breathing Techniques for Anxiety
A practical guide: how to do them and what the evidence says
1. Diaphragmatic Breathing
How to do it
Sit or lie comfortably.
Place one hand on the chest and one on the belly.
Inhale gently through the nose so the belly rises more than the chest.
Exhale slowly through the nose or pursed lips.
Aim for a smooth, steady rhythm (not deep or forceful).
Continue for 2–5 minutes.
Evidence
Strong evidence across multiple RCTs and systematic reviews.
Reduces sympathetic arousal, heart rate, and blood pressure.
Improves HRV (vagal tone).
Effective for generalised anxiety, stress, and somatic tension.
Particularly well‑tolerated by young people.
Clinical note:
This is the safest “default” technique for people who become dizzy or panicky with deep breathing.
2. Paced Slow Breathing (5–6 breaths per minute)
How to do it
Inhale for ~4–5 seconds.
Exhale for ~5–6 seconds (slightly longer exhale).
Keep the breath light, not deep.
Continue for 2–10 minutes.
Evidence
Strong and consistent evidence.
Systematic reviews show slow breathing reliably reduces anxiety and increases HRV.
Works by stabilising respiratory rhythms and enhancing parasympathetic activity.
Used in cardiac rehab, chronic stress, and anxiety disorders.
Clinical note:
The pace matters more than the depth. Over‑deep breathing can cause hypocapnia and worsen symptoms.
3. 4‑7‑8 Breathing
How to do it
Inhale through the nose for 4 seconds.
Hold the breath for 7 seconds.
Exhale slowly through the mouth for 8 seconds.
Repeat 3–4 cycles.
Evidence
Moderate evidence.
Small studies show improvements in anxiety, sleep onset, and autonomic regulation.
The long exhale promotes parasympathetic activation.
Clinical note:
Not ideal for people who dislike breath‑holding or who have panic symptoms triggered by breath retention.
4. Alternate Nostril Breathing (Nadi Shodhana)
How to do it
Sit comfortably.
Use the thumb to close the right nostril; inhale through the left.
Close the left nostril with the ring finger; exhale through the right.
Inhale through the right; close it; exhale through the left.
Continue alternating for 1–3 minutes.
Evidence
Moderate to strong evidence from physiological and psychological studies.
Reduces heart rate, blood pressure, and perceived stress.
Improves autonomic balance and attentional control.
Clinical note:
The tactile element is grounding for young people who struggle with internal focus.
5. Mindful Breathing (non‑manipulated breath awareness)
How to do it
Bring attention to the natural breath.
Notice the sensations of breathing (temperature, movement, rhythm).
When the mind wanders, gently return attention to the breath.
Continue for 1–5 minutes.
Evidence
Strong evidence from MBSR, MBCT, and mindfulness trials.
Reduces anxiety, rumination, and physiological reactivity.
Particularly helpful for people who become anxious when trying to “control” their breathing.
Clinical note:
Excellent for CYP with interoceptive sensitivity or trauma histories who find structured breathing uncomfortable.
Techniques to Use With Caution
Some breathing practices can increase anxiety, especially in panic‑prone individuals:
Very deep breathing → can cause dizziness/hypocapnia.
Rapid breathing techniques (kapalabhati, breath of fire) → can trigger panic.
Long breath holds → can feel suffocating for some CYP.
Any technique taught as “take a big deep breath” → often counterproductive.