EMDR for Phobias: The Phobia Protocol and Clinical Adaptations
How EMDR is adapted for specific phobias — including De Jongh & ten Broeke's phobia protocol, target selection, future template rehearsal, and when to add in-vivo exposure.
Browser-based BLS, free clinician PDFs, and EMDR Assist — the in-session companion built around the 8-phase protocol.
EMDR suits phobias with a traceable origin, such as a first frightening event, a witnessed event or a caregiver's modelled fear; for these it matches exposure-based CBT. De Jongh and ten Broeke's phobia protocol extends the standard protocol with a past and present focus plus a mandatory behavioural future template. Phobias with no identifiable origin often respond better to CBT.
When EMDR is indicated for phobia
EMDR is well-suited to phobias that have a traceable origin — the client can point (sometimes only after an affect bridge) to a first frightening event, a witnessed event, or a modelled reaction from a caregiver. These are called 'trauma-based' or 'event-based' phobias in the EMDR literature and are the presentations where EMDR consistently outperforms placebo and matches exposure-based CBT.
EMDR is less effective as a standalone treatment for phobias without any identifiable origin (some evolutionary-prepared phobias, e.g. spider phobia with no traceable event) — for those, CBT with exposure remains the first-line intervention, though EMDR can still address anticipatory anxiety and reduce SUD before in-vivo work.
Common EMDR-responsive phobias: driving phobia (usually a discrete accident), medical/dental phobia (a discrete painful or humiliating procedure), flying phobia (turbulence, panic on a flight, media exposure), emetophobia (a discrete illness event), needle phobia, claustrophobia, choking phobia. Process phobias — of vomiting, choking, losing control — respond well when the touchstone event is accessible.
Evidence base
The trial base for EMDR in specific phobia is smaller than for PTSD but consistently positive:
• De Jongh, van den Oord & ten Broeke (2002) — four single-case studies of dental phobia; EMDR reduced fear and avoidance.
• Doering et al. (2013) — RCT (n = 31) for dental phobia comparing three EMDR sessions with a wait-list; large reductions in dental anxiety, maintained at 12 months.
• Muris et al. (1998) — spider-phobic children; EMDR reduced self-reported fear, but in-vivo exposure was superior for behavioural approach.
• Faretta (2013), Fernandez & Faretta (2007) — panic disorder with agoraphobia; EMDR reduced panic frequency and agoraphobic avoidance when the first-panic memory was targeted.
• Multiple case series for flying, driving, claustrophobia, and emetophobia consistent with the RCT signal.
Across the literature: EMDR is efficacious for event-based phobias; it should typically be combined with in-vivo exposure for full behavioural extinction; and head-to-head comparisons with CBT for phobias are still scarce.
The EMDR phobia protocol (De Jongh & ten Broeke)
The most widely used adaptation is De Jongh & ten Broeke's phobia protocol, which extends the standard 8-phase protocol with a two-prong past–present focus plus a mandatory behavioural future template. Targets, in order:
1. First presentation of the feared stimulus that produced fear — the ancestor event, even if unremembered until affect-bridged.
2. Worst-ever experience of the feared stimulus — often more accessible than the first event.
3. Most recent episode — anchors the present and often reveals what maintains the avoidance.
4. Any auxiliary traumatic memories — witnessing another person's incident, media exposure, being told a frightening story.
5. Anticipatory anxiety cognitions — 'I won't be able to breathe', 'I'll faint', 'I'll die', 'I'll lose control'. These are targeted as cognitions with attached body sensations, not as memories.
6. First panic-attack memory in panic-based phobias — this is the pivot target for panic disorder with or without agoraphobia and is often more clinically important than the phobic stimulus itself.
7. Future template — vivid imaginal rehearsal of the previously feared scenario with the new positive cognition installed and body-scan clear (see Phase 5 installation).
8. In-vivo behavioural test — a graded real-world approach to the feared stimulus, planned as homework between the last EMDR session and follow-up. Without this step, extinction learning is incomplete for behavioural avoidance.
Assessment specifics for phobia
The standard Phase 3 assessment is used, with a few phobia-specific notes.
Image: often the moment of peak fear during the origin event — the dog lunging, the plane dropping, the drill approaching. If the origin isn't recalled, the worst representative image of the feared stimulus stands in.
Negative cognition themes for phobia: 'I am in danger', 'I have no control', 'I cannot breathe/escape', 'I will die', 'I will lose my mind'. Responsibility-based NCs ('It was my fault') are less common than in interpersonal trauma.
Positive cognition: 'I am safe now', 'I can handle this', 'I have control over my body', 'It is over'. Match the PC to the specific NC theme.
SUD is often high (7–10) even for stimuli the client rarely encounters — anticipation drives distress in phobia. Track SUD to the feared stimulus itself, not to the memory alone.
Body: nearly always chest, throat, or stomach in phobias with panic features; often shoulders/hands in phobias with escape/flight themes. Body activation is a reliable target-tracker in Phase 4.
Common stuck points and interweaves
Anticipatory anxiety loops. When Phase 4 stalls on 'but what if it happens again', target the anticipatory cognition directly rather than pushing the original memory further. Cognitive interweaves for time-orientation ('Is that happening now?') and control ('What resources do you have now that you didn't then?') are usually decisive.
Secondary gain (avoidance-maintained lifestyle). Some phobias — flying phobia in someone who dreads a demanding relative in another state, driving phobia in someone whose partner drives everywhere — are protected by the avoidance. Name this explicitly with the client; without it, reprocessing gains rarely generalise to behaviour.
Interospective fear (fear of the body sensations themselves). Panic-based phobias frequently need targeting of the first panic attack and of specific body sensations as if they were memories. Interoceptive exposure between sessions accelerates the work.
Preparatory-not-origin memories. Sometimes a client points to an event that is not actually the origin — the phobia predates it. Use an affect bridge from the body sensation to find the real touchstone.
Future template and in-vivo integration
The future template is not optional in phobia work. After the touchstone and present triggers are reprocessed to SUD 0–1, spend a full session (or the second half of one) on vivid imaginal rehearsal: the client imagines the previously feared scenario from beginning to end — booking the flight, boarding, take-off, cruise, turbulence, landing — with the positive cognition ('I can handle this') held and BLS. Any residual activation is targeted immediately.
Then plan a graded in-vivo behavioural test as homework: driving the specific stretch of road, visiting the dentist for a cleaning, taking a short flight, holding the spider container. The in-vivo step consolidates extinction learning and is typically the point at which phobic behaviour actually changes. Book a follow-up within 2 weeks of the in-vivo test to catch and reprocess any residual activation.
For panic disorder with agoraphobia, sequence the in-vivo work from lower-avoidance situations to higher, and coordinate with any concurrent CBT-based exposure plan.
Typical treatment length
Approximate planning numbers for adults with adequate stabilisation:
• Specific phobia with a clear discrete origin: 4–10 sessions.
• Specific phobia without a clear origin: 8–15 sessions, with more work on anticipatory cognitions and often adjunctive CBT exposure.
• Panic disorder with a traceable first-panic memory: 8–16 sessions.
• Panic with agoraphobia: 12–25 sessions, usually with integrated in-vivo work.
• Complex phobia embedded in broader trauma or complex trauma: plan for the trauma course and treat the phobia within it.
Intensive formats work well for specific phobia with a clear origin — a half-day or full-day intensive followed by a planned in-vivo test in the subsequent week is a common structure. See EMDR and intensives.
Free EMDR tools for clinicians
Browser-based BLS, free clinician PDFs, and EMDR Assist — the in-session companion built around the 8-phase protocol.
Frequently asked questions
Yes for phobias with a traceable origin event — driving, dental, medical, flying, emetophobia, needle, claustrophobia. RCT and case-series evidence supports EMDR as efficacious and often faster than pure CBT when a clear touchstone exists. For phobias without any identifiable origin, EMDR is usually paired with in-vivo exposure.
EMDR targets the origin event (or first exposure), the worst episode, the most recent trigger, and the anticipatory cognitions, then installs a positive cognition and rehearses the previously feared scenario in a future template. A graded in-vivo behavioural test consolidates the change.
De Jongh & ten Broeke's phobia protocol extends the standard 8-phase protocol with a two-prong past–present focus, targets anticipatory cognitions and any first-panic memory, requires a full future-template rehearsal, and adds a planned in-vivo behavioural test as homework.
Specific phobia with a clear origin usually resolves in 4–10 sessions. Phobia without a clear origin: 8–15 sessions. Panic disorder with traceable first-panic memory: 8–16 sessions. Panic with agoraphobia: 12–25 sessions with integrated in-vivo work.
For phobias with a clear origin event, EMDR is at least as effective as CBT and often achieves the same outcome in fewer sessions. For phobias without any identifiable origin, CBT with in-vivo exposure remains first-line. In practice, many clinicians combine EMDR on the origin with graded in-vivo exposure for behavioural change.
Yes, particularly when the first panic-attack memory can be identified. Fernandez & Faretta (2007) and Faretta (2013) show EMDR reduces panic frequency and agoraphobic avoidance. The first-panic memory is often more clinically important than any external phobic stimulus.
References
5 sources · peer-reviewed and clinical texts
- 1De Jongh, A., van den Oord, H.J., & ten Broeke, E. (2002). Efficacy of eye movement desensitization and reprocessing in the treatment of specific phobias: Four single-case studies on dental phobia. Journal of Clinical Psychology, 58(12), 1489–1503.
- 2Doering, S., et al. (2013). Efficacy of a trauma-focused treatment approach for dental phobia: A randomized clinical trial. European Journal of Oral Sciences, 121(6), 584–593.
- 3Muris, P., Merckelbach, H., Holdrinet, I., & Sijsenaar, M. (1998). Treating phobic children: Effects of EMDR versus exposure. Journal of Consulting and Clinical Psychology, 66(1), 193–198.
- 4Fernandez, I., & Faretta, E. (2007). EMDR in the treatment of panic disorder with agoraphobia. Clinical Case Studies, 6(1), 44–63.
- 5Faretta, E. (2013). EMDR and cognitive behavioral therapy in the treatment of panic disorder: A comparison. Journal of EMDR Practice and Research, 7(3), 121–133.
Free PDFs for this topic
Three-pronged worksheet to organize past targets, present triggers, and future templates before Phase 3. Float-back guidance and readiness checklist included.
Complete clinician script for the 8-phase EMDR protocol — suggested therapist wording, procedural cues, and stall-recovery prompts. The most-requested EMDR PDF on the site.
Tools & resources
The broader anxiety-disorder picture EMDR fits into.
Finding the origin memory in phobias that predate memory.
General method for sequencing past, present, and future targets.
Compressed format for single-target phobia work.
Related reading
Your therapist gathers your history and maps out the memories that will become reprocessing targets.
You learn the EMDR procedure and build internal resources (Safe Place, Container) before any reprocessing begins.
The target memory is activated and measured: image, negative cognition, positive cognition, SUD and VOC.
Sets of bilateral stimulation reprocess the target memory until distress (SUD) drops to 0.
The positive belief is paired with the memory and strengthened with BLS until the VOC reaches 7.
You scan your body for any residual tension or sensation tied to the memory, and clear it with BLS.