Francine Shapiro Library - EMDR Bibliography Links
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1. 崎尾英子 [Sakio Eiko]. (1999). ポストモダン時代の精神療法 ―EMDR施行中の脳波と身体感覚が示唆するもの― [Psychotherapy in postmodern era: EEG findings and sensations during EMDR]. こころの臨床ア・ラカルト, 18(1), 15-24 [Clinical Psychology: Various Aspects, 18(1), 15 -24).
Language: Japanese
Format: Journal
Keywords: EEG Findings
Accuracy Verified: Yes
2. Oh, D. H., & Park, Y. C. (2010, July). Bilateral eye movement: Changes brain default network functions in EMDR treatment. Poster presented at the 1st EMDR Asia Conference, Bali, Indonesia.
Language: English
Format: Conference
Abstract:
Introduction: The aim of this study was to clarify the effect of bilateral eye movement as one of the important therapeutic
components through EEG analysis. We examined differences between pre-bilateral eye movement and post-bilateral eye
movement of normal healthy volunteers in scalp recorded EEGs in two different ways. First, we used qEEG to examine
differences in specific band frequencies after bilateral eye movement. Secondly, we utilized low-resolution electromagnetic
tomography (LORETA) source imaging (Pascual-Marqui et al., 1994) to explore the underlying neural generators of changed
EEG activity. Methods:32 college students participated in the study. EEG was recorded continuously during the experiment.
All participants experienced 3 blocks: 1) pre-experiment, eye-closed EEG in resting state, 2) stimuli condition (either eye
movement or fixation) and 3) post-experiment, eye-closed EEG in resting state. 32-channel, eyes-closed EEG (30 artifactfree
s/subject) was analyzed (source localization using FFT approximation and LORETA). Results: We demonstrated different
functional connectivity patterns of the precuneus/posterior cingulate cortex (Brodmann area 23, 31) between bilateral eye
movement and eye fixation phase. Conclusion: These results provided evidence to support that the bilateral eye movements
in EMDR procedure gives rise to the changes of ‘brain default network’, accompanied by the alteration of regional brain
electrical activity.
Keywords: Eye Movements Poster
Accuracy Verified: Yes
3. Keller, B., Stevens, L. C., Boyce, K., Lui, C., & Murray, J. (2011). Bilateral eye movements and EEG coherence during positive memories: Implications for PTSD and EMDR. Presentation at the American Psychological Association Conference, Washington, DC.
Language: English
Format: Conference
Abstract:
The purpose of this study was to investigate the role of bilateral eye movements in the processing of long-term emotional memories, especially as it pertains to the treatment method for PTSD known as EMDR. EMDR utilizes methods similar to cognitive therapy and exposure but also employs saccadic eye movements to facilitate the treatment. The saccadic eye movements are theorized by Shapiro and others to decrease emotional valence and vividness of episodic memories allowing for easier reprocessing. There remains some disagreement as to the actual role and importance of the saccadic eye movements as well as to the neurological effects of EMDR.
This study used EEG power-spectral analysis and measures of interhemispheric coherence on 30 individuals who underwent one of three conditions while recalling positive episodic memories. The 3 conditions were (1) a solid black dot with no eye movement (control), (2) a low frequency color changing dot with no eye movement, and (3) a bilateral eye movement condition simulating EMDR. After a 5’ eyes-open baseline, participants experienced one of the three conditions while recalling a positive memory for five 1’ episodes. After each episode, each participant had 19-channel EEGs recorded while they stared ahead eyes opened. EEG data were noise artifacted, power spectral analyzed, and statistically analyzed for interhemispheric coherence differences between conditions for clusters of frontal pole (Fp), frontal (F), central (C), parietal (P), and occipital (O) electrodes.
ANCOVA analysis of post-treatment coherence values, with baseline values as the covariate, across conditions showed significantly increased Low Beta (12-20Hz) activity in the Frontal region of the brain during the saccadic eye movements condition compared to the low frequency dot condition (p=.012). Also found were significantly increased Low Theta (4-6Hz) coherence values in the Parietal region of the brain in the low frequency dot condition compared to both the eye fixation (p=.017) and saccadic eye movement (p=.022) conditions. Self reports of memory clarity and vividness indicated significantly increased measures across all conditions. LORETA cortical localization analyses revealed Low Beta (12-20Hz) activation during the saccadic eye movements condition occurring primarily in Brodmanns Area 11 (BA11) and Brodmann Area 25 (BA25) and Low Theta (4-6Hz) activation during the low frequency dot condition focused in BA35 and BA36. LORETA neuroimages are presented.
Cortical localizations of increased Low Beta interhemispheric coherence in BA11 (VentroMedial Frontal Cortex) and BA25 (Subgenual Anterior Cingulate Cortex) following bilateral eye movements during the recall of positive memories suggest a synchronization of information processing activities in parts of the frontal cortex involved in planning, reasoning, and decision making (11) and in verbal episodic memory retrieval (25). These functions are consistent with the assigned tasks of review of positive episodic memories in this study. Coincident with this pattern of cortical activation was an obtained increase in memory clarity and vividness during episodic memory retrieval. It is possible that the obtained effects on beta activity were an artifact of eye movements; however, the lack of significantly increased signal coherence at the Fp region and the removal of eye movement artifacts prior to data analysis reduce this possibility. These results provide support for an Interhemispheric Coherence Model as an explanation for the positive effects of Eye Movement Desensitization and Reprocessing of retrieved memories. Additionally, these outcomes suggest that it is the saccadic eye movements, not a repetition of a rhythmic stimulus, that elicits the changes in interhemispheric coherence, and possibly in emotional valence and vividness, highlighting the importance of saccadic eye movements in EMDR.
Keywords: Bilateral Stimulation EEG Coherence Eye Movements: Positive Memories Posttraumatic Stress Disorder PTSD
Accuracy Verified: No
4. Falaschi, R., & Tizzani, E. (2001, October). Changes in electroencephalographic quantitative analysis in patients treated with EMDR. In International CIANS Conference (CIANS: Collegium Internationale Activitatis Nervosae Superioris; International Association for Integrative Nervous Functions, Neurobiology of behaviour and Psychosomatics), (p 159) Palermo.
Language: English
Format: Other
Abstract:
EMDR’s basic working theory assumes that traumatic memories remain unprocessed because the innate information processing system is stuck by the psychophysiological effects of trauma. Traumatic events are stored in their original form, and the recall of traumatic memories causes a high level of disturbance.
Left-right rhythmic stimulations of EMDR seem to remove the block in the traumatic memories processing and help memories storing mechanism function at an adaptive level. In recent years, many scientific researches have focused on the opportunity to assess the functional connection between different brain areas through quantitative analysis of EEG.
According to the aim of this presentation, our attention was drawn to the correlation between slow bands (4- 7 Hz) and the activity in the sub-cortical areas involved in working memory and, also, high frequency ranges (> 36 Hz) and cortical activities during sensorial stimuli processing. There are a few quantitative EEG studies on patients with PTSD. The EEG analysis of subject with childhood abuse histories revealed less synchronization in the two hemispheres functioning compared to normal control subjects.
EEG quantitative analysis in abused children showed a higher intra-hemispheric left coherence and a lower intra-hemispheric right coherence in comparison with normal control subjects. According to these results, the aim of this presentation is to test if there are recordable changes in the intra and inter hemispheric synchronization between brain areas where information processing occurs (limbic system, prefrontal cortical area, and posterior cortical areas) in patients with PTSD after EMDR treatment.
Keywords: EEG Posttraumatic Stress Disorder PTSD
Accuracy Verified: Yes
5. Barfoot, K. M., Casey, M. C., & Callaway, A. J. (2012, July). Combined EEG and eye-tracking in sports skills training and performance analysis. Presentation at the World Congress of Performance Analysis of Sport IX, University of Wooster.
Language: English
Format: Conference
Abstract:
The use of mobile EEG brainwave monitoring and eye-tracking recorded synchronously
during the training of sports skills offers significant opportunities but creates challenges.
Opportunities:
¨ Measuring neurocognitive activity and visual focus in real time which can be used to
provide immediate feedback to the coach, in ‘real world’ settings, for optimising training
protocols for the individual athlete.
¨ Use of sound output (‘sonification’) in proportion to EEG regions of interest as a
neurofeedback mechanism for athlete self-training.
¨ Application of visualisation protocols and ‘EEG-driven’ PC games where game feedback
based on state of mind is used to optimise mental state prior to performance.
¨ Examining the relationship between eye movement and neuro activity (e.g. saccades and
gamma waves) and in athlete coaching interventions such as sports visual scanning
strategies, Eye Movement Desensitisation & Reprocessing (EMDR) therapy, focussed
relaxation, etc.
Challenges:
¨ The recording of EEG during gross motor behaviour is subject to non-brain artefacts in
the raw (time-domain) EEG, due to the much larger (than EEG) electrical voltages
arising from muscle and eye movements. Practical approaches and signal processing
(frequency domain spectrum) techniques to address these problems will be discussed.
¨ The synchronisation of data recorded on different types of equipment (e.g. EEG, eyetracker,
video, sound, EMG, etc.) with different ‘clocks’ and diverse data formats is
difficult – both in terms of time-stamping the original recordings across all the systems
and playing them back synchronously for subsequent performance analysis. Progress on
creating real-time data export methods which allow synchronous data recording and
playback will be reported.
Examples of studies carried out in archery, golf, motorsport, football and skiing will be
discussed, with a focus on archery where:
¨ Measurements were taken from intermediate, county level, near elite and elite archers.
¨ Archery was chosen to demonstrate the real-time and in-situ quantification of neural
activity compared with target-based measures of performance that archery provides, over a
range of time-spans and skills.
¨ Results demonstrate that there are significant and measurable changes in EEG patterns
during a shot with evidence suggesting that the patterns vary as a function of skill level,
but not simply as a function of score.
Significance of each of these studies for goal-directed learning and performance enhancement
are discussed.
Keywords: EEG Eye Tracking Performance Analysis Sports Skills
Accuracy Verified: Yes
6. Pagani, M., Högberg, G., Fernandez, I., & Siracusano, A. (2013). Correlates of EMDR therapy in functional and structural neuroimaging: A critical summary of recent findings. Journal of EMDR Practice and Research, 7(1), 29-38. doi:10.1891/1933-3196.7.1.29.
Language: English
Format: Journal
Abstract:
Neuroimaging investigations of the effects of psychotherapies treating posttraumatic stress disorder
(PTSD), including eye movement desensitization and reprocessing (EMDR), have reported findings
consistent
with modifications in cerebral blood flow (CBF; single photon emission computed tomography
[SPECT]), in neuronal volume and density (magnetic resonance imaging [MRI]), and more recently in
brain electric signal (electroencephalography [EEG]). Additionally in the recent past, EMDR-
related neurobiological
changes were monitored by EEG during therapy itself and showed a shift of the maximal
activation from emotional limbic to cortical cognitive brain regions. This was the first time in which
neurobiological changes occurring during any psychotherapy session have been reported,
making
EMDR
the first psychotherapy with a proven neurobiological effect. The purpose of this article was to review the
results of functional and structural changes taking place at PTSD treatment and presented during the
period of 1999–2012 by various research groups. The reported pathophysiological changes are presented
by neuropsychological technique and implemented methodology
and critically analyzed.
Keywords: EEG Limbic System MRI Neurobiology SPECT
Accuracy Verified: Yes
7. Samara, Z., Elzingal, B. M., Slagter, H. A., & Nieuwenhuis, S. (2011, March). Do horizontal saccadic eye movements increase interhemispheric coherence? Investigation of a hypothesized neural mechanism underlying EMDR. Frontiers in Psychiatry, 2(4), 1-9. doi:10.3389/fpsyt.2011.00004.
Language: English
Format: Journal
Abstract:
Series of horizontal saccadic eye movements (EMs) are known to improve episodic memory retrieval in healthy adults and to facilitate the processing of traumatic memories in eye-movement desensitization and reprocessing (EMDR) therapy. Several authors have proposed that EMs achieve these effects by increasing the functional connectivity of the two brain hemispheres, but direct evidence for this proposal is lacking. The aim of this study was to investigate whether memory enhancement following bilateral EMs is associated with increased interhemispheric coherence in the electroencephalogram (EEG). Fourteen healthy young adults were asked to freely recall lists of studied neutral and emotional words after a series of bilateral EMs and a control procedure. Baseline EEG activity was recorded before and after the EM and control procedures. Phase and amplitude coherence between bilaterally homologous brain areas were calculated for six frequency bands and electrode pairs across the entire scalp. Behavioral analyses showed that participants recalled more emotional (but not neutral) words following the EM procedure than following the control procedure. However, the EEG analyses indicated no evidence that the EMs altered participants’ interhemispheric coherence or that improvements in recall were correlated with such changes in coherence. These findings cast doubt on the interhemispheric interaction hypothesis, and therefore may have important implications for future research on the neurobiological mechanism underlying EMDR.
Keywords: Eye Movements EMs
Accuracy Verified: Yes
8. Grbesa, G. (2009, June). EEG asymmetry during EMDR treatment in PTSD. Presentation at the annual meeting of the EMDR Europe Association, Amsterdam, the Netherlands.
Language: English
Format: Conference
Keywords: EEG Posttraumatic Stress Disorder PTSD
Accuracy Verified: Yes
9. Propper, R. E., Pierce, J., Geisler, M. W., Christman, S. D., & Bellorado, N. (2007, September). Effect of bilateral eye movements on frontal interhemispheric gamma EEG coherence: Implications for EMDR therapy. Journal of Nervous Mental Disorders, 195(9), 785-788. doi:10.1097/NMD.0b013e318142cf73.
Language: English
Format: Journal
Abstract:
The use of bilateral eye movements (EMs) is an important component of Eye Movement Desensitization and Reprocessing (EMDR) therapy for PTSD. The neural mechanisms underlying EMDR remain unclear. However, prior behavioral work looking at the effects of bilateral EMs on the retrieval of episodic memories suggests that the EMs enhance interhemispheric interaction. The present study examined the effects of the EMs used in EMDR on interhemispheric electroencephalogram coherence. Relative to noneye-movement controls, engaging in bilateral EMs led to decreased interhemispheric gamma electroencephalogram coherence. Implications for future work on EMDR and episodic memory are discussed. [Author Abstract]
Keywords: Adults Americans Brain Imaging Bilateral Eye Movements College Students Empirical Study Neurophysiology Posttraumatic Stress Disorder PTSD Quantitative Study
Accuracy Verified: Yes
10. Grbesa, G., Stankovic, D., & Simonovic, M. (2008, June). Electrophysiological changes during EMDR treatment. Presentation at the annual meeting of the EMDR Europe Association, London, England.
Language: English
Format: Conference
Abstract:
Efficiency of the EMDR procedure is based on a presumption of neuropsychological changes in therapeutically
process. The aim of the investigation is scanning and gives evidence of electroactivity changes, during the process
and after finishing it. Method: We have recorded a continual polygraph EEG, before, in time and after EMDR
therapy, in patient who had PTSD. Results: The EEG before treatment showed background activity low voltage
20-30 μV, 12-13 Hz frequency, bioccipital, without pathological activity. Patient had prominent vegetative
symptoms (anxiety, heart rate 100/min). Background activity after treatment showed voltage about 50 μV,
frequency dominant 12 Hz which showed reduction of anxiety, and reduction of vegetative disturbance.
Keywords: Electrophysiological Changes
Accuracy Verified: Yes
11. Grbesa, G., Simonovic, M., & Jankovic, D. (2010, April). Electrophysiological changes during EMDR treatment in patients with combat-related PTSD. Annals of General Psychiatry, 9(Supplement 1), S209. doi:10.1186/1744-859X-9-S1-S209.
Language: English
Format: Journal
Abstract:
1st International Congress on Neurobiology and Clinical Psychopharmacology and European Psychiatric Association Conference on Treatment Guidance
Background
Efficiency of the EMDR procedure is based on a presumption of neuropsychological changes in therapeutic process.The aim of the investigation is to scann and give evidence of electroactivity changes, during the process of EMDR procedure and after finishing it.
Materials and methods
We have recorded a continual polygraph EEG, before, during and after EMDR therapy, in patient with combat-related PTSD.
Results
Before the treatment, EEG recorded basic activity of low voltage (attenuation) of 20 μV, frequency of beta range (17-26 Hz), bioccipital, with no pathologic activity. Patient had prominent vegetative symptoms (anxiety, heart rate 100/min). Background activity immediately after the treatment records the amplitude values of around 50 μV, frequency of around 11-12 Hz. After the end of the treatment background activity possesses the amplitude value of about 37 μV, holding the persistence in frequency.
Conclusions
If the EMDR treatment is successful, sudden increase of amplityde activity is noted imensly. This sharp border line, which signifies normal activity, appears in 2-3 seconds affter the desensitize phase. The investigation suggest that from neurophysiological point of view, cortex (in EMDR procedure), works according to the principle "all or nothing". If there is processing of traumatic memory, the activity gets completly normal. If the therapy is not successful, there are numerous artefacts, because of increased muscle activity. This kind of activity, in our investigation is marked as "Artefact therapy".
The results, indicate maintaining low level of amplitude values of electrocortical activities during the treatment, as well as increase after successful treatment. The increase of amlitude is corelated to decrease of anxiety after the successful treatment.
Acknowledgements
The results, indicate maintaining low level of amplitude values of electrocortical activities during the treatment, as well as increase after successful treatment. The increase of amlitude is corelated to decrease of anxiety after the successful treatment.
References
EEG Asymmetry and its Clinical Correlates in PTSD, Steven Silverstein, Stewart Shankman Lea Williams, Patrick Hopkinson, Richard Bryant
Keywords: Combat Electrophysiological Change Posttraumatic Stress Disorder PTSD
Accuracy Verified: Yes
12. 小川 栄一 , 青山 慎史 , 東山 正靖 , 谷 好充 , 志和 資朗 , 佐々木 高伸 [Eiichi Ogawa, Shinji Aoyama, Masayasu Higashiyama, Yoshimitsu Tani, Shiro Shiwa, and Takanobu Sasaki] (2008年4月). EMDR(眼球運動による脱感作と再処理法)法の主観的安心感に及ぼす効果と脳波変化(一般発表,第35回日本バイオフィードバック学術総会抄録集) [EMDR (treatment of eye movement desensitization and reprocessing) effects for subjective sense of security and EEF changes(general presentation, Abstracts of the 35th Annual Meeting of Biofeedback Research)]. バイオフィードバック研究、35の日本学会（1）、72 [Biofeedback Research, 35(1), 72].
Language: Japanese
Format: Journal
Keywords: EEG Changes Safety
Accuracy Verified: Yes
13. Hofmann, A., Fischer, G., Galley, N., & Shapiro, F. (1998). EMDR: Memory reprocessing and accelerated emotional learning. European Journal of Clinical Hypnosis, 4, 206-213.
Language: English
Format: Journal
Abstract:
A number of recent controlled studies has shown that EMDR (Eye Movement Desensitization and Reprocessing) can reprocess disturbing memories and bring them to therapeutic resolution whether or not patients fulfil the DSM (or ICD)- criteria of post-traumatic stress disorder (PTSD). The method can be integrated into treatment plans of different therapeutic approaches and integrates aspects of a number of the major treatment orientations. Clinical experience and EEG research show that the reprocessing in EMDR is not a trance-related phenomenon (Nicosia, 1995). However, EMDR blends well with hypnotic techniques in specific cases, especially with severe complex traumatised and dissociative patients. In addition, EMDR seems to help stabilise and generalise positive self-referencing beliefs as well as positive images, such as "a safe place", and accelerates future projectionsof new orientations and behaviours. In this sense, EMDR can be viewed not only as a method for the treatment of traumatic memories, but as a method of accelerated emotional learning.
Keywords: Accelerated Emotional Learning Therapeutic Integation
Accuracy Verified: Yes
14. Sime, W. (1999). From critic to consumer: Evolving personal conceptions of EMDR applications in sport psychology. Symposium conducted at the annual conference of the Association of the Advancement of Applied Sport Psychology, Banff, Alberta, Canada.
Language: English
Format: Conference
Abstract:
Initial responses of this presenter to EMDRIA years ago were
not favorable. Now there is cautious optimism that the
procedure is safe, valid, and effective. While multichannel
EEG wave forms do not reveal a significant change in brain
state before and after a bout of training, there may be more
quantifiable measures with newer brain mapping procedures.
Successful cases have been seen ranging from severely
injured athletes fearful of return to competition to an
obsessive/compulsive disorder involving exercise as the
repetitive, problematic behavior. Ironically, the procedure
itself is so routine that it probably is used unknowingly by
some elite athletes who have developed preperformance
routines that involve repetitive left/right motions or eye
movement. Regardless of the function, process, and
mechanism of action, it would appear that EMDR is a
promising technique that can be applied effectively with
athletes who have injury and/or performance breakdown
Keywords: Athletes Performance Breakdown Sports Psychology Symposium
Accuracy Verified: Yes
15. Pagani, M. (2013, June). Functional and structural neuroimaging and EEG monitoring related to EMDR and CBT treatments for PTSD. Presentation at the 13th annual conference for the European Society for Traumatic Stress Studies (ESTSS), Bologna, Italy.
Language: English
Format: Conference
Abstract:
In the recent past several neuroimaging studies aimed at evaluating the neural correlates of PTSD-related psychotherapies revealing their neurobiological effects on brain function. Functional studies by single photon emission computed tomography (SPECT) and electroencephalography (EEG) detected changes in cerebral blood flow and neuronal activation patterns, identifying the brain areas implicated in the various components of emotional processing and/or affected by the disorder. Investigations by magnetic resonance imaging (MRI) have also revealed PTSD-related structural changes.
The first part of the workshop will review the neuroimaging methodologies and findings in PTSD treatment-related research with an extensive review of previous literature on the neurobiological effects of the various psychotherapies. The second part will deal with the description and implementation in research and clinic of neuropsychological testing with brief comments and discussion about their use in recent studies published by our group. In the third part the EEG monitoring of a complete set of Eye Movement Desensitization and Reprocessing therapies in 30 patients suffering of major trauma as compared to 20 healthy controls will be presented. These findings will also be compared to the neurobiological effects of trauma-focussed Cognitive Behavioural Therapy in a second group of psychologically traumatized clients. The results are the first report ever on the neurobiological changes occurring before, during and after PTSD-related psychotherapies shedding light on the neuronal processes underlying their clinical efficacy.
The description and the discussion about the contents of the workshop will provide the audience (1) the necessary information to understand the methodological principles behind neuroimaging techniques (SPECT, EEG and MRI) and their possible applications in research and clinic; (2) the up-dated critical knowledge of the published papers in the field of PTSD-related psychotherapies functional and anatomical studies; (3) the basic research principles and examples to be motivated to start, take part and/or collaborate to functional studies in order to better understand the neural basis of psychotherapeutic techniques. The presented material will represent the state-of-the-art of the current neuroscience PTSD-related research and of the neuroimaging methodologies available at the moment.
Accuracy Verified: Yes
16. Schneider, C. & Gismondi, M. (1999, February). A guide to the neurodevelopmental "power therapies" and their use in the treatment of PTSD and related somatic complaints . Presentation at the Winter Brain Meeting, Plam Springs, CA.
Language: English
Format: Conference
Abstract:
In this four-hour workshop, we will combine hands-on technique demonstration with psychobiological theory concerning the state-of-the-art psychotherapeutic treatment of trauma and related somatization disorders.
Learning Objectives
(1) Understand the significance and evolution of the Power Therapies, i.e., those new or little known trauma psychotherapy techniques that offer significant improvements over traditional methods in terms of the speed, depth and permanence of trauma symptom
reduction while minimizing client retraumatization or destabilization. The original "Power Therapies" categorization was developed by traumatologist Dr. Charles Figley and involves four "cutting edge" trauma psychotherapy techniques, Eye Movement
Desensitization and Reprocessing (EMDR), Thought Field Therapy (an accupressure-based desensitization tool) , Traumatic Incident Reduction and Neurolingusitic Programming's Visual-Kinesthetic Dissociation. Protocols for all four methods will be reviewed.
(2) Achieve introductory-level working knowledge of both the techniques, their underlying theoretical rationale and suspected neurophysiological mechanisms of action.
(3) Learn Power Therapy integration strategies and explore their clinical utility.
(4) Become familiar with the concept of the Neurodevelopmental Power Therapy integration strategies, it's roots in the work of Allen Schore, Bruce Perry and Bessel Van der Kolk and it's implications for Neurotherapy and the Neurosciences as a whole.
(5) Review the field experiments of Dr. Schneider combining EMDR with the "crossover point" in alpha-theta training and the possible therapeutic/ scientific synergies between EEG Brainmapping and neurotherapy on the one hand and the neurodevelopmental power therapies on the other.
Keywords: Energy Psychology Neurodevelopment Power Therapies
Accuracy Verified: Yes
17. Vasquez, S., & Breiling, B. (1997). Illuminating the windows of the soul: Facilitating psychotherapy with eye movements and strobic colored light stimulation. Bridges, 8(2), 5-7 .
Language: English
Format: Magazine
Abstract:
Eighteen hundred years ago the Greek astronomer, and mathematician, Ptolemy, discovered he
could induce a feeling of contentment in those who looked at sunlight through the spokes of a
spinning wheel. In the late 1800's, French psychiatrist, Dr. Pierre Janet, noted that patients at
the Salpetriere Hospital in Paris experienced increased relaxation and a reduction in the
symptoms of hysteria when they were exposed to flickering light. Since the late 1930's
neuroscientists have known that brainwaves would rapidly mimic the rhythm of a flashing light
( or sound ) stimulus. British EEG researcher, W. Grey Walter originally called this the "flicker
phenomena," noting that strobic light produced states of profound relaxation and vivid mental
imagery. Today this same principle is known as visual entrainment.
Keywords: Eye Movements Strobic Colored Light Stimulation
Accuracy Verified: Yes
18. Schneider, C. (2009?). Integrating energy therapies. EMDR and NFB in the treatment of closed head injuries with PTSD. Futurehealth World.
Language: English
Format: Other
Abstract: (AE-W2-028) CD, DVD, MP3: A Futurehealth workshop which covers "Symptoms of post concussive syndrome and PTSD often overlap and may cause the therapist to miss the diagnosis of one or the other syndrome. Methods for diagnosing both from QEEG and questionnaire data will be described. Treatments involving the use of EFT and EMDR will be described with case examples. In certain cases neurofeedback and EMDR can be done in the crossover state to effect resolution of persisting traumatic images. An energy therapy involving stimulation of acupressure points can sometimes normalize the QEEG with attendant changes in visual and cognitive problems, including reading and memory dysfunction. Case material and EEG data will be presented."[Author abstract]
Keywords: Closed Head Injuries Neurofeedback NFB PCS Post Concussive Syndrome Posttraumatic Stress Disorder PTSD
Accuracy Verified: No
19. Gormley, T. (2001, May 14). Letters: EMDR therapy works. Detroit, MI: The Detroit News, No Dot, Letters, 08A.
Language: English
Format: Newspaper
Abstract:
Eye Movement Desensitization and Reprocessing is an accepted, validated and approved treatment for post-traumatic stress disorder by the APA and solidly based on rigorous, head-to-
head research with various other methods. This research has been published in refereed clinical journals over a number of years, and has proven to produce robust results when compared with other methods. Further, it is not hypnotic: While there is a light trance state induced during the treatment, it is not the same type produced during hypnosis. The associated EEG pattern is different that that of the hypnotic trance.
Accuracy Verified: Yes
20. Sugawara Masakazu & Suzuki K (2004, July). Methodological and conceptual issues and tests - EMDR(Eye Movement Desensitisation and Reprocessing) and REM sleep. Poster presented at the Annual Meeting of the Australian Society for the Study of Brain Impairment (ASSBI) and the International Neuropsychological Society (INS), Brisbane, Australia.
Language: English
Format: Conference
Abstract: Desensitisation and Reprocessing) and REM sleep. [Background] Eye movement desensitization and reprocessing (EMDR) is a new innovative treatment with a high success rate for psychological disturbances rooted in traumatic memory. However, the neurophysiological mechanisms of EMDR have not yet been elucidated. Why is saccadic eye movement effective for the reprocessing of previously established conditioned reflex? [Aims] The present research analysed (i)the topographical changes of EEG (and ERP) and REM sleep after EMDR treatment, and (ii)the subjective units of emotional distress (SUDs) and VOC. [Methods] Subjects (13 males and 20 females) were assigned to three groups according to varied conditions (control, provocational, and EMDR), and engaged in sets of horizontal saccadic-eye movements lasting approximately 30 seconds per set. Topographical changes of EEG and ERP activities were recorded from 14 placements over frontal, central, parietal, temporal and occipital scalp locations in the international 10-20 system with linked mastoides (A1-A2). Electrodes were also placed on the lateral canthus and above the supercillium of the left eye in order to measure the electrooculographic and electromyographic responses. [Results and Conclusions] The statistical significance of topographical EEG differences and REM densities during the pre-0post EMDR treatment situations, were evaluated using an ANONA and Mann-Whitney U test. The neurophysiological and psychological data indicate that the density of eye movement during REM sleep increased after provocation and EMDR, and the left frontal activities might indicate a treatment efficacy. It supports the hypothesis is that REM sleep is intimately involved with the mechanisms of emotional and memory reprocessing.
Accuracy Verified: Yes
21. Cartoni, A., Gaudin, M., Astori, M. G., Mannatrizio, A., & Brunati, E. (2012, June). Mistakes to not repeat: When the child´s body talks of the mother´s traumatic past (case) [Errores a no repetir: Cuando el cuerpo del niño habla del pasado traumático de la madre (caso)]. Presentation at the annual meeting of the EMDR Europe Association, Madrid, Spain.
Language: English
Format: Conference
Abstract:
Following
Siegel’s
model
(2005),
the
authors
present
a
single
case
that
undergone
a
therapeutic
intervention
with
EMDR
aimed
to
reprocess
infantile
traumatic
memories
reactivated
in
the
parenting.
A
4
year
old
child
came
to
our
Child
Neuropsychiatric
Unit
because
she
presented
a
toe
walking
in
absence
of
neurological
signs.
She
undergone
periodic
physiatrist
visits
for
one
year
without
any
symptoms
regression.
She
was
then
seen
from
a
Child
Neuropsychiatrist
and
a
Psychomotor
Therapist
who
evaluated
the
importance
of
observations
by
a
psychologist.
Method:
The
psychologist
observed
a
general
anxiety
state
in
the
child
characterized
by
perfectionism,
inhibition
and
hypervigilance
to
the
environment
demand.
The
mother's
life
story
was
that
of
a
child
with
an
alcoholic
father
who
she
wished
to
save
with
her
love
and
who
died
for
cirrhosis.
It
was
clear
how
the
parenting
experience
reactivated
infantile
traumatic
memories.
It
was
proposed
a
treatment
with
EMDR.
The
child
treatment
was
addressed
to
install
resources
and
to
reprocess
stressing
interactions
with
the
mother.
The
mother
treatment
was
aimed
to
reprocess
infantile
traumatic
experience
and
to
look
at
the
present
triggers
in
the
interaction
with
the
daughter
who
reactivated
traumatic
memories
and
cause
emotion
dysregulation.
Results:
The
treatment
brought
to
a
resolution
of
the
child
symptoms
and
a
reorganization
of
the
interaction
between
the
child
and
the
mother.
Conclusions:
This
single
case
report
highlights
the
importance
to
understand
well
the
psychological
origin
of
somatic
symptoms
and
gives
an
evidence
of
the
efficacy
of
the
treatment
with
EMDR
following
Siegel’s
model.
Antecedente
Teórico:
La
desensibilización
y
reprocesamiento
por
el
movimiento
ocular
(EMDR)
es
una
reconocida
primera
línea
para
el
tratamiento
del
trauma
psicológico.
Sin
embargo
sus
bases
neurobiológicas
no
han
sido
descifradas
todavía.
Método:
La
electroencefalografía
ha
sido
usada
por
primera
vez
para
monitorizar
completamente
la
activación
neuronal
durante
sesiones
enteras
de
EMDR
incluyendo
el
guión
autobiográfico.
10
Clientes
con
traumas
psicológicos
mayores
fueron
investigados
durante
la
primera
sesión
de
EMDR
y
durante
la
última
después
del
procesamiento
del
trauma
raíz.
Las
comparaciones
entre
los
EEG
de
la
última
y
primera
sesión
y
las
de
EEG
de
los
clientes
en
la
primera
sesión
y
10
controles
realizando
el
mismo
procedimiento
de
EMDR
fueron
realizadas.
Resultados:
Durante
ambos
procesos,
la
escucha
y
la
estimulación
bilateral,
el
EEG
mostró
una
actividad
significativamente
mayor
en
el
córtex
límbico
prefontral
(Brodmann
Areas,
BA
9-‐10)
al
principio
comparadas
con
la
última
sesión
de
EMDR.
La
comparación
opuesta
muestra
un
cambio
en
la
actividad
fundamental
entre
las
regiones
corticales
temporal,
parietal
y
occipital
(BAs
20,
21,
22,
37,
17,
18,
19)
con
lateralizaciones
hacia
la
izquierda.
La
comparación
entre
los
10
clientes
y
los
controles
confirman
la
activación
máxima
de
la
corteza
límbica
en
los
clientes
antes
de
procesar
el
trauma.
Conclusiones:
La
metodología
usada
hizo
posible
visualizar
la
neuroimagen
por
primera
vez
de
las
activaciones
cerebrales
asociadas
con
las
acciones
terapéuticas
que
acontecen
en
el
EMDR.
Los
hallazgos
sugieren
que
el
procesamiento
cognitivo
de
los
eventos
traumáticos
seguidos
de
una
terapia
EMDR
exitosa
apoyan
la
evidencia
de
un
patrón
neurobiológico
diferenciado
en
las
activaciones
del
cerebro
durante
la
estimulación
ocular
bilateral
asociados
con
una
acumulación
un
experiencias
emocionales
negativas.
Keywords: Body
Accuracy Verified: Yes
22. Pagani, M. (2010, Novembre). Neurobiologia e nuovi concetti fisiopatologici dell’EMDR [Neurobiology and new concepts pathophysiological EMDR]. Presentazione al "Convegno La psicotraumatologia Oncologica, Roma, Italia.
Language: Italian
Format: Conference
Abstract:
La sindrome da stress post-traumatico (PTSD) causa nel cervello cambiamenti sia anatomici sia funzionali in specifiche aree cerebrali associate alla risposta emotiva al trauma ed alla relativa insorgenza dei sintomi. Studi di immagini funzionali (tomografia ad emissione di fotone singolo, SPECT, e a emissione di positroni, PET) e strutturali (risonanza magnetica, RM) hanno evidenziato significative variazioni neuropatologiche in pazienti con PTSD durante la rivisitazione del trauma.
L’impiego di queste tecniche ha consentito di fare luce sui correlati neurali della psicoterapia, rivelando i suoi effetti neurobiologici sulle funzioni cerebrali. Nell’ambito dei diversi approcci psicoterapeutici, l’EMDR (Desensibilizzazione e rielaborazione attraverso i movimenti oculari) è emerso come promettente risorsa per il trattamento del trauma e di altri disturbi d’ansia, sebbene ancora non sia stata completamente chiarita la sua modalità di azione sui circuiti neurali. Tuttavia solo un numero esiguo di studi ha indagato il substrato neurobiologico di questa psicoterapia. Verranno discussi studi che il nostro gruppo ha recentemente pubblicato su riviste internazionali e che hanno dimostrato con la SPECT come l’EMDR normalizzi il flusso ematico cerebrale nelle aree limbiche implicate nel PTSD (1) e con la RM come nei pazienti che non rispondono a terapia molte di queste aree presentino una diminuzione rilevante della densità della sostanza grigia (2). Verranno inoltre presentati i risultati preliminari del primo studio che monitora completamente con EEG una seduta EMDR e dimostra le attivazioni che i cicli di desensibilizzazione per se provocano a livello corticale e subcorticale sia durante la prima seduta che durante l’ultima quando il soggetto ha elaborato il trauma.
1. Nardo D et al. J Psychiat Res 2010; 44:477-485
2. Pagani M et al. Nucl Med Commun 2007; 28: 757-765
The syndrome of post-traumatic stress disorder (PTSD) causes changes in the brain is anatomical and functional in specific brain areas associated with emotional response to trauma and the related onset of symptoms. Studies of the functional (single photon emission computed tomography, SPECT, and emission tomography, PET) and structural (magnetic resonance imaging, MRI) have shown significant neuropathological changes in patients with PTSD during revisiting the trauma.
The use of these techniques has allowed to shed light on the neural correlates of psychotherapy, revealing the neurobiological effects on brain function. Under the different psychotherapeutic approaches, EMDR (Desensitization and reprocessing through eye movements) has emerged as a promising resource for the treatment of trauma and other anxiety disorders, although still not been fully elucidated its mode of action neural circuits. However, only a small number of studies have investigated the neurobiological substrate of this psychotherapy. They will discuss studies that our group has recently published in international journals and who have demonstrated with SPECT as EMDR normalize cerebral blood flow in the limbic areas implicated in PTSD (1) and with MRI as in patients who do not respond to therapy many of these areas present a significant decrease in the density of gray matter (2). We will also present the preliminary results of the first study that monitors completely with EEG and demonstrates an EMDR session activations and cycles of desensitization if they cause in the cortex and subcortical both during the first session that during the last when the subject has developed the trauma.
1. D Nardo et al. J Psychiat Res 2010; 44:477-485
2. Pagani M et al. Nucl Med Commun 2007; 28: 757-765
Keywords: Neurobiology
Accuracy Verified: Yes
23. Pagani, M., DiLorenzo, G., Verardo, A. R., Nicolais, G., Monaco, L., Lauretti, G., Russo, R., Niolu, C., Ammaniti, M. Fernandex, I., & Siracusano, A. (2012). Neurobiological correlates of EMDR monitoring - an EEG study. PLoS ONE, 7(9), 1-12. doi:10.1371/journal.pone.0045753.
Language: English
Format: Journal
Abstract:
Background: Eye Movement Desensitization and Reprocessing (EMDR) is a recognized first-line treatment for psychological trauma. However its neurobiological bases have yet to be fully disclosed.
Methods: Electroencephalography (EEG) was used to fully monitor neuronal activation throughout EMDR sessions including the autobiographical script. Ten patients with major psychological trauma were investigated during their first EMDR session (T0) and during the last one performed after processing the index trauma (T1). Neuropsychological tests were administered at the same time. Comparisons were performed between EEGs of patients at T0 and T1 and between EEGs of patients and 10 controls who underwent the same EMDR procedure at T0. Connectivity analyses were carried out by lagged phase synchronization.
RESULTS: During bilateral ocular stimulation (BS) of EMDR sessions EEG showed a significantly higher activity on the orbito-frontal, prefrontal and anterior cingulate cortex in patients at T0 shifting towards left temporo-occipital regions at T1. A similar trend was found for autobiographical script with a higher firing in fronto-temporal limbic regions at T0 moving to right temporo-occipital cortex at T1. The comparisons between patients and controls confirmed the maximal activation in the limbic cortex of patients occurring before trauma processing. Connectivity analysis showed decreased pair-wise interactions between prefrontal and cingulate cortex during BS in patients as compared to controls and between fusiform gyrus and visual cortex during script listening in patients at T1 as compared to T0. These changes correlated significantly with those occurring in neuropsychological tests.
Conclusion: The ground-breaking methodology enabled our study to image for the first time the specific activations associated with the therapeutic actions typical of EMDR protocol. The findings suggest that traumatic events are processed at cognitive level following successful EMDR therapy, thus supporting the evidence of distinct neurobiological patterns of brain activations during BS associated with a significant relief from negative emotional experiences.
Keywords: EEG Study Neurobiological Correlates
Accuracy Verified: Yes
24. Pagani, M. et al (2012, June). Neurobiological correlates of EMDR monitoring - An EEG study [Correlatos neurobiológicos y monitorización EMDR – un estudio con EEG]. Presentation at the annual meeting of the EMDR Europe Association, Madrid, Spain.
Language: English
Format: Conference
Abstract:
Background:
Eye
Movement
Desensitization
and
Reprocessing
(EMDR)
is
a
recognized
first-‐line
treatment
for
psychological
trauma.
However
its
neurobiological
bases
have
not
been
disclosed
yet.
Methods:
Electroencephalography
was
used
for
the
first
time
to
fully
monitor
neuronal
activation
during
whole
EMDR
sessions
including
the
autobiographical
script.
Ten
clients
with
major
psychological
trauma
were
investigated
during
the
first
EMDR
session
and
during
the
last
one
performed
after
processing
the
index
trauma.
Comparisons
between
the
EEG
of
the
first
and
last
EMDR
session
and
between
the
EEG
of
the
clients
at
the
first
session
and
those
of
10
controls
undergoing
the
same
EMDR
procedure
were
performed.
Results:
During
both
script
listening
and
bilateral
stimulation
EEG
showed
significantly
higher
activity
in
the
prefrontal
limbic
cortex
(Brodmann
Areas,
BA
9-‐
10)
at
the
first
as
compared
to
the
last
EMDR
session.
The
opposite
comparison
showed
a
shift
of
the
prevalent
activity
towards
temporal,
parietal
and
occipital
cortical
regions
(BAs
20,
21,
22,
37,
17,
18,
19)
with
leftward
lateralization.
The
comparison
between
the
10
clients
and
the
10
controls
confirmed
the
maximal
activation
in
the
limbic
cortex
in
the
clients
before
processing
the
trauma.
Conclusions:
The
implemented
methodology
made
possible
to
image
for
the
first
time
the
specific
activations
associated
with
the
therapeutic
actions
contemplated
by
EMDR.
The
findings
suggested
cognitive
processing
of
traumatic
events
following
successful
EMDR
therapy
supporting
the
evidence
of
distinct
neurobiological
patterns
of
brain
activations
during
bilateral
ocular
stimulation
associated
with
a
significant
relieve
from
negative
emotional
experiences.
Antecedente
Teórico:
La
desensibilización
y
reprocesamiento
por
el
movimiento
ocular
(EMDR)
es
una
reconocida
primera
línea
para
el
tratamiento
del
trauma
psicológico.
Sin
embargo
sus
bases
neurobiológicas
no
han
sido
descifradas
todavía.
Método:
La
electroencefalografía
ha
sido
usada
por
primera
vez
para
monitorizar
completamente
la
activación
neuronal
durante
sesiones
enteras
de
EMDR
incluyendo
el
guión
autobiográfico.
10
Clientes
con
traumas
psicológicos
mayores
fueron
investigados
durante
la
primera
sesión
de
EMDR
y
durante
la
última
después
del
procesamiento
del
trauma
raíz.
Las
comparaciones
entre
los
EEG
de
la
última
y
primera
sesión
y
las
de
EEG
de
los
clientes
en
la
primera
sesión
y
10
controles
realizando
el
mismo
procedimiento
de
EMDR
fueron
realizadas.
Resultados:
Durante
ambos
procesos,
la
escucha
y
la
estimulación
bilateral,
el
EEG
mostró
una
actividad
significativamente
mayor
en
el
córtex
límbico
prefontral
(Brodmann
Areas,
BA
9-‐10)
al
principio
comparadas
con
la
última
sesión
de
EMDR.
La
comparación
opuesta
muestra
un
cambio
en
la
actividad
fundamental
entre
las
regiones
corticales
temporal,
parietal
y
occipital
(BAs
20,
21,
22,
37,
17,
18,
19)
con
lateralizaciones
hacia
la
izquierda.
La
comparación
entre
los
10
clientes
y
los
controles
confirman
la
activación
máxima
de
la
corteza
límbica
en
los
clientes
antes
de
procesar
el
trauma.
Conclusiones:
La
metodología
usada
hizo
posible
visualizar
la
neuroimagen
por
primera
vez
de
las
activaciones
cerebrales
asociadas
con
las
acciones
terapéuticas
que
acontecen
en
el
EMDR.
Los
hallazgos
sugieren
que
el
procesamiento
cognitivo
de
los
eventos
traumáticos
seguidos
de
una
terapia
EMDR
exitosa
apoyan
la
evidencia
de
un
patrón
neurobiológico
diferenciado
en
las
activaciones
del
cerebro
durante
la
estimulación
ocular
bilateral
asociados
con
una
acumulación
un
experiencias
emocionales
negativas.
Keywords: EEG Study
Accuracy Verified: Yes
25. Pagani, M. (2011, June). Neuroimaging and novel neurobiological findings in EMDR research [Neuroimaging und neuartige neurobiologische erkenntnisse in der EMDR forschung]. Presentation at the annual meeting of the EMDR Europe Association, Vienna, Austria.
Language: English
Format: Conference
Abstract:
In the recent years the number of neuroimaging studies evaluating neural correlates of psychotherapy has steadily increased revealing its clear neurobiological effects on brain function across a wide range of psychiatric disorders. Functional studies by single photon emission computed tomography (SPECT) and positron emission tomography (PET) detect changes in cerebral blood flow and metabolism patterns, identifying the brain areas processing the various components of emotional processing and/or affected by the disorders. Investigations by magnetic resonance imaging (MRI) have also revealed psychiatry disease-related structural changes.
The first part of the workshop (20 minutes) will describe the neuroimaging methodologies and findings in PTSD/EMDR research with and extensive review of previous literature on the neurobiological effects of EMDR. The second part of the workshop (20 minutes) will deal with the description and implementation in research and clinic of neuropsychological testing with brief comments and discussion about their use in the recent experiments performed by our group. In the third part the EEG monitoring of a complete set of EMDR therapies in 10 patients suffering of major trauma will be presented. The relative results are the first report ever on the neurobiological changes occurring before, during and after EMDR therapy sheding light on the neuronal processes underlying its clinical efficacy.
Learning objectives:
The description and the discussion about the contents of the workshop will provide the audience (1) the necessary information to understand the methodological principles behind the neuroimaging techniques (PET, SPECT and MRI) and their possible applications in research and clinic; (2) the critical knowledge of the limited number of published papers in the field of EMDR-related functional and anatomical studies; (3) the basic research principles and examples to be motivated to begin, take part and/or collaborate to EMDR research in order to better understand the neural basis of this fascinating psychotherapeutic technique.
Keywords: Neurobiology Neuroimaging
Accuracy Verified: Yes
26. Kelley, S. D., & Bozorg, A. (2010, December). Outcomes of trauma-induced psychogenic nonepileptic attacks treated with eye movement desensitization and reprocessing. Poster presented at the 64th Annual Meeting of the American Epilepsy Society, San Antonio, TX.
Language: English
Format: Conference
Abstract:
Rationale: Because of high rates of trauma (44-100%) and abuse (23-77%) among PNEA
patients, it has been suggested that PNEA are a clinical expression of a PTSD subtype. Although
little is known about psychological treatments that are most effective with PNEA, EMDR has
proved to be an effective treatment for trauma and is now showing promise in the treatment of
PNEA patients with trauma and abuse histories. This presentation details outcomes of 74 patients
with PNEA, the majority of whom have such histories, who have been referred for mental health
treatment.
Methods: This study integrates EMDR into the mental health treatment of PNEA patients
referred after video EEG monitoring confirmed the presence of psychogenic attacks and
diagnostic interviews revealed virtually ubiquitous trauma and abuse histories/experiences. Data
were analyzed for patients referred over a 6-year period from a hospital-based clinic serving
Floridians and persons from the southeastern US.
Results: The study protocol was comprised of 2-3 initial sessions for diagnosis and rapport
building followed by weekly EMDR ranging from 3 to 15 sessions. Of 74 patients referred, 31
were from distant locales and were matched with mental health practitioners in their home
locations. 43 patients were interviewed; 20 were seen for consultation only - they refused
treatment, preferring to pursue disability benefits. 21 of 23 remaining had trauma and abuse
histories. 14 of those realized complete remission of PNEA with EMDR; 8 discontinued
treatment because of relocation, transportation difficulties, and the like. Followup reveals no
return to seizure status.
Conclusions: EMDR appears to be an efficacious intervention in the psychological treatment of
PNEA patients with trauma histories. A two year highly innovative single center randomized
controlled tial comparing EMDR with another innovative promising approach, Neurofeedback
Therapy (NFT) is planned for the fall of 2010 for 60 patients.
Keywords: Trauma-Induced Psychogenic Nonepileptic Attacks
Accuracy Verified: Yes
27. Pagani, M., Di Lorenzo, G., Verardo, A. R., Nicolais, G., Lauretti, G., Russo, R., Cogolo, P., Niolu, C., Ammaniti, M., Siracusano, A., & Fernandez, I. (2012, January). P-1162 Pre- intra- and post-treatment EEG imaging of EMDR - neurobiological bases of treatment efficacy. European Psychiatry, 27(Supplement 1), 1-1. doi:10.1016/S0924-9338(12)75329-4.
Language: English
Format: Journal
Abstract:
Aim: Eye Movement Desensitization and Reprocessing (EMDR) is a recognized first-line treatment for psychological trauma. However its neurobiological bases have not been disclosed yet. Methods: Electroencephalography was used for the first time to fully monitor neuronal activation during whole EMDR sessions including the autobiographical script. Nine clients with major psychological trauma were investigated during the first EMDR session and during the last one performed after processing the index trauma. Comparisons between the EEG of the first and last EMDR session and between the EEG of the clients at the first session and those of 9 controls undergoing the same EMDR procedure were performed. Results: During both script listening and bilateral stimulation EEG showed significantly higher activity in the prefrontal limbic cortex (Brodmann Areas, BA 9–10) at the first as compared to the last EMDR session. The opposite comparison showed a shift of the prevalent activity towards temporal, parietal and occipital cortical regions (BAs 20, 21, 22, 37, 17, 18, 19) with leftward lateralisation. The comparison between the 9 clients and the 9 controls confirmed the maximal activation in the limbic cortex in the clients before processing the trauma. Conclusions: The implemented methodology made possible to image for the first time the specific activations associated with the therapeutic actions contemplated by EMDR. The findings suggest cognitive processing of traumatic events following successful EMDR therapy supporting the evidence of distinct neurobiological patterns of brain activations during bilateral ocular stimulation associated with a significant relieve from negative emotional experiences.
Keywords: EEG Imaging Neurobiology
Accuracy Verified: Yes
28. Grant, M. (2001). Pain Control with EMDR: An Information Processing Approach. (2nd ed) Waterloo, ON: TherapistsResources.com.
Language: English
Format: Book
Abstract: Pain Control with EMDR is an 'information-processing' based approach to the psychological management of pain, using Eye Movement Desensitization & Reprocessing (EMDR). The title of this manual 'Pain Control with EMDR' is meant to suggest that pain can be overcome. But the approach described herein differs significantly from mainstream approaches to pain management. I want to suggest that pain is most effectively controlled when the patient is supported in having their experience, and then learning to master it.
Information processing approaches are based on a model of learning that incorporates emotion, cognition, and neurological processes. Some psychotherapies seek to help the patient cope with their pain, but information processing approaches (e.g., EMDR, EEG biofeedback) seek to change the way the patient experiences their pain, by changing the way it is stored in the nervous system. Information processing approaches to seek to do this by appealing as directly as possible to the nervous system.
This manual is divided into two parts, between theory and practice. Part one is a review of historical ideas and treatments for pain, in order to gain an appreciation of how history still shapes how we approach this problem. In part two the practicalities of treating chronic pain using EMDR are described.
Keywords: Chronic Pain Pain Control
Accuracy Verified: Yes
29. Grant, M. (2002). Pain control with eye movement desensitization and reprocessing: An information reprocessing approach. Waterloo, ON: Therapists Resources.com.
Language: English
Format: Book
Abstract:
Pain Control with EMDR is an 'information-processing' based approach to the psychological management of pain, using Eye Movement Desensitization & Reprocessing (EMDR). The title of this manual 'Pain Control with EMDR' is meant to suggest that pain can be overcome. But the approach described herein differs significantly from mainstream approaches to pain management. I want to suggest that pain is most effectively controlled when the patient is supported in having their experience, and then learning to master it.
Information processing approaches are based on a model of learning that incorporates emotion, cognition, and neurological processes. Some psychotherapies seek to help the patient cope with their pain, but information processing approaches (e.g., EMDR, EEG biofeedback) seek to change the way the patient experiences their pain, by changing the way it is stored in the nervous system. Information processing approaches to seek to do this by appealing as directly as possible to the nervous system.
This manual is divided into two parts, between theory and practice. Part one is a review of historical ideas and treatments for pain, in order to gain an appreciation of how history still shapes how we approach this problem. In part two the practicalities of treating chronic pain using EMDR are described. (Revision)
Keywords: Chronic Pain Pain Control Pain
Accuracy Verified: Yes
30. Staff. (2000). Phobia: When an irrational fear takes control. Films for the Humanities & Sciences, Princeton, NJ.
Language: English
Format: Video
Abstract:
For a person with a phobia, overcoming the fear--or at least learning how to resist its debilitating effects--can open the door to a fuller, freer life. This riveting two-part series uses MRI scans, body imaging, EEG tracing, and thermal photography to take an unflinching look at the biological and psychological mechanics of terror, as courageous patients seek to master their fears through medication, behavioral therapy, hypnotherapy, desensitization, virtual reality exposure therapy, the controversial technique of flooding, and a new treatment called EMDR.
Keywords: Fear Phobias Psychosocial Factors Treatment
Accuracy Verified: No
31. Pagani, M. (2012, March). Pre-, intra-, and post-treatment EEG imaging of EMDR – Neurobiological bases of treatment efficacy. Poster presentation at the Scientific Programme of the 20th European Congress of Psychiatry, Prague, Czech Republic.
Language: English
Format: Conference
Abstract:
Conclusions: The implemented methodology made possible for the first time to image and represent on the cortical surface the specific brain activations associated with the therapeutic actions contemplated by EMDR protocol. These findings suggest the cognitivization of traumatic events following successful EMDR therapy with the maximal neuronal firing shifting from prefrontal-limbic to parieto-occipital associative cortex. Our results also support the evidence of distinct neurobiological patterns of brain activations during bilateral ocular stimulation.
Keywords: EEG Imaging Efficacy Neurobiology Poster
Accuracy Verified: Yes
32. Pagani, M., Di Lorenzo, G., Monaco, L., Niolu, C., Siracusano, A., Verardo, A. R., Lauretti, G., Fernandez, I., Nicolais, G., Cogolo, P., & Ammaniti, M. (2011). Pretreatment, intratreatment, and posttreatment EEG imaging of EMDR: Methodology and preliminary results from a single case. Journal of EMDR Practice and Research, 5(2), 42-56. doi:10.1891/1933-3196.5.2.42.
Language: English
Format: Journal
Abstract:
Electroencephalography (EEG), due to its peculiar time and spatial resolution, was used for the first time to fully monitor neuronal activation during the whole eye movement desensitization and reprocessing (EMDR) session, including the autobiographical script. The present case report describes the dominant cortical activations (Z-score >1.5) during the first EMDR session and in the last session after the client processed the index trauma. During the first EMDR session, prefrontal limbic cortex was essentially activated during script listening and during lateral eye movements in the desensitization phase of EMDR. In the last EMDR session, the prevalent electrical activity was recorded in temporal, parietal, and occipital cortical regions, with a clear leftward lateralization. These findings suggest a cognitive processing of the traumatic event following successful EMDR therapy and support evidence of distinct neurobiological patterns of brain activations during lateral eye movements in the desensitization phase of EMDR.
Keywords: Bilateral Ocular Stimulation Cortical Activation EEG
Accuracy Verified: Yes
33. McFarlane, A. (2010, June). PTSD as an information processing disorder. Keynote presented at the annual meeting of the EMDR Europe Association, Hamburg, Germany.
Language: English
Format: Conference
Abstract:
Posttraumatic stress disorder is a challenging condition, as people become captured by their past experiences and have difficulty engaging with the present. At the core of this condition is the role of traumatic memories, which orientate the individual's awareness and reactivity to reminders of the instigating traumatic event. The role of traumatic events has not been fully understood and grappled with in the full range of psychopathological conditions. This has important implications for the application of EMDR as a treatment for disorders above and beyond posttraumatic stress disorder.
However, the problems with information processing in PTSD go above and beyond the fear circuitry and reactivity to traumatic memories. Individuals with PTSD also have major difficulties with their self-orientation, which is reflected in deficits in default networks, the idling systems of the brain. These changes are indicative of problems in self-registration and free-floating reflection. Dissociative symptoms may relate to these abnormalities of individuals resting states as they reflect a sense of disconnection and integration of internal states into consciousness.
Secondly, posttraumatic stress disorder is associated with major problems in dealing with neutral environmental information. This is reflected in the symptoms of difficulty with concentration and emotional numbing. The underlying neurobiology of the working memory abnormalities in posttraumatic stress disorder will be highlighted. These studies show that, in PTSD, relatively simple attentional tasks recruit neural networks normally reserved for more demanding and higher order tasks. When confronted with more demanding challenges, individuals with PTSD do not have any further capacity to allocate to processing complex environments.
Individuals with PTSD also demonstrate a problem with switching their attentional focus from an idling to active state. The data suggests that they continue to use visio-spatial networks more than language-based systems for dealing with verbal tasks. This observation is in keeping with a broad body of literature, which suggests that there are problems with the processing of verbal memory tasks in PTSD. EMDR, as a treatment, may have an advantage, as it is not so dependent on verbal representations of traumatic experiences as other treatment approaches.
Finally, an important development in the field is a better understanding of the patterns of abnormal cortical arousal that accompany the peripheral arousal abnormalities in PTSD. Quantitative EEG has given insights into the instability of the cortical neural networks. Neurotherapy represents a treatment that can further assist clinicians in the management of these patients. It is important to consider the underlying psychosomatic aspects of posttraumatic stress disorder and ensure that treatment addresses these components as well the traumatic memories. Treatment should be thought of as a staged process where the processing of traumatic memories is only one component of a disorder that impacts on a range of information processing domains.
Keywords: Information Processing Keynote Posttraumatic Stress Disorder PTSD
Accuracy Verified: Yes
34. 菅原正和 加藤義男 我妻則明 [Sugawara Masakazu, Kato Yoshio, and Azuma Noriaki] (2005). PTSD(心的外傷後ストレス障害)治療のための心理療法EMDRのメカニズムの解明 Neurophysiological Mechanism of EMDR (Eye movement desensitization and reprocessing) . 岩手大学 [IWATE University] FY2005 Final Research Report Summary.
Language: Japanese
Format: Other
Keywords: EEG Mechanism of Action PTSD
Accuracy Verified: Yes
35. Kowal, J. (2008, September). QEEG analysis of EMDR in the treatment of childhood trauma. Presentation at the annual meeting of the EMDR International Association, Phoenix, AZ.
Language: English
Format: Conference
Abstract:
The presentation will examine the quantitative electroencephalogram (EEG) of patients with PTSD that reveals high amplitude low frequencies in the posterior region of the brain. These brain wave patterns also form abnormal amplitude asymmetries that are present prior to treatment. After EMDR treatment there is a marked improvement in the brain wave abnormalities. The presentation will explain the quantitative measurements obtained from digital analysis of quantitative EEGs and will compare the pre-treatment and post-treatment EEG analysis of PTSD patients. Analyzing the brain patterns of various psychological disorders reveals similarity in brain wave activity that interferes with memory.
Accuracy Verified: Yes
36. Nicosia, G. J. (1994, March). The quantitative analysis of EEG representing a localized psychogenic amnesia and its resolution by eye movement desensitization and reprocessing psychotherapy. Presentation at the EMDR Network Conference, Sunnyvale, CA.
Language: English
Format: Conference
Keywords: Posttraumatic Stress Disorder Psychogenic Amnesia PTSD QEEG
Accuracy Verified: Yes
37. Staff. (2007, November 19). Reports outline life sciences study findings from Merrimack College, Psychology Department. Biotech Business Week, Expanded Reporting, 1204.
Language: English
Format: Newsletter
Abstract:
A new study, 'Effect of bilateral eye movements on frontal interhemispheric gamma EEG coherence: implications for EMDR therapy,' is now available (see also Life Sciences). "The use of bilateral eye movements (EMs) is an important component of Eye Movement Desensitization and Reprocessing (EMDR) therapy for posttraumatic stress disorder. The neural mechanisms underlying EMDR remain unclear," scientists in the United States report.
Keywords: Research
Accuracy Verified: Yes
38. Pagani, M. (2011, June). Research on EMDR mechanism of action and brain research - Functional changes and EEG monitoring during EMDR therapy. Presentation at the 12th European Conference on Traumtic Stress (ECOTS), Vienna, Austria.
Language: English
Format: Conference
Keywords: Brain EEG Montioring Functional Changes Mechanism of Action Research
Accuracy Verified: Yes
39. Arnold, L. (1995). Some nontraditional (unconventional and/or innovative) psychosocial treatment for children and adolescents: Critique and proposed screening principles. Journal of Abnormal Child Psychology, 23(1), 125-140. doi:10.1007/BF01447048 .
Language: English
Format: Journal
Abstract:
Five examples of nontraditional psychosocial treatments used for children/adolescents are reviewed: eye movement desensitization and reprocessing, electroencephalographic (EEG) biofeedback, deep pressure/touch therapies, stress-challenge treatments, and confrontational scare treatments. The generic recommendations from the September 1992 National Institutes of Health Conference on Unconventional Medical Treatments are summarized. Additional screening principles specific for psychosocial treatments are proposed and applied to the five treatments. The screens do not validate treatment efficacy or evaluate the quality of any previous research, but only facilitate decisions as to whether treatments deserve controlled investigation. Scientific evaluation of the nontraditional treatments reviewed could in general benefit from blinds (at least for assessment); control conditions matched for intensity, frequency, and duration (double blind where feasible); dose-response studies; testing of generalization and endurance supplements or boosters for quick, cheap treatments with time- or domain-limited effects; and comparing cost-effectiveness with established treatments. Two unscientific pitfalls must be avoided: embracing new treatments uncritically and rejecting them without fair examination. These pitfalls must be skirted without dissipating scarce research resources. [Author Abstract]
Keywords: Adolescents Adventure Therapy Aversion Therapy Biofeedback Training Body Psychotherapy Children Literature Review Research Needs Treatment Effectiveness
Accuracy Verified: Yes
40. Pagani, M., Lorenzo, Gd., Verardo, A., Nicolais, G., Monaco, L., Niolu, C., Fernandez, I., & Siracusano, A. (2012, March-April). Substrato neurobiologico della terapia con EMDR [Neurobiological correlates of EMDR therapy]. Rivista di Psichiatria, 47(Supplement 1), 16S-18S. doi: 10.1708/1071.11734.
Language: Italian
Format: Journal
Abstract:
I EEG in un gruppo di dieci soggetti con grave trauma psicologico trattati con EMDR e in dieci controlli sono stati registrati sia durante l'ascolto del racconto autobiografico del trauma indice (script) e nel corso di una intera sessione EMDR. Gli EEG sono stati eseguiti nuovamente durante l'ultima sessione di EMDR quando i pazienti erano liberi da sintomi. Durante l'ascolto uno script di attivazione prevalente delle regioni limbiche corrispondenti alla corteccia prefrontale e orbitofrontale è stato registrato, essere spiegato come l'eccitazione emotiva durante trauma rivivere nella fase sintomatica. La diminuzione significativa di tali attivazioni durante la fase tardiva asintomatica rappresenta il correlato neurobiologico del recupero. Inoltre, l'evidenza di una significativa attivazione corticale nelle aree temporo-parieto-occipitale, durante l'ultima sessione, suggerisce uno switch del segnale elettrico dominante verso aree corticali con funzione prevalente cognitiva.
The EEGs in a group of ten subjects with major psychological trauma treated with EMDR and in ten controls have been registered both during the listening of the autobiographical narrative of the index trauma (script) and during a whole EMDR session. The EEGs have been performed again during the last EMDR session when patients were free of symptoms. During script listening a prevalent activation of the limbic regions corresponding to prefrontal and orbitofrontal cortex has been registered, being explained as the emotional arousal during trauma reliving at the symptomatic phase. The significant decrease of such activations during the late asymptomatic phase represents the neurobiological correlate of recovery. Moreover, the evidence of significant cortical activation in the parietal-temporo-occipital areas, during the last session, suggests a switch of the dominant electrical signal towards cortical areas with a prevalent cognitive function.
Keywords: Neurobiology
Accuracy Verified: Yes
41. Rasolkhani-Kalhorn, T. (2009, November). Translation and adaptation of the EMDR protocol to the Iranian culture: A country study. VDM Verlag Dr. Müller e.K. pp. 108.
Language: Farsi (Iran)
Format: Book
Abstract:
Dr. Rasolkhani-Kalhorn produced a translation of the EMDR protocol in Farsi (Persian). In her dissertation she tells how she found psychologists in Iran to help with the translation, and to use the EMDR protocol in their field work in earthquake devastated regions of Iran. The psychologists also filled out a survey assessing the value of the translation, and use of EMDR in Iran. She considers the possible problems using the treatment in a foreign culture and shows how it could be incorporated through a country-wide effort to train EMDR therapists at the village level throughout Iran. The dissertation also includes a publication from the journal Traumatology outlining a theory of the neural basis of EMDR. This theory has since been proven correct through her research with two colleagues using EEG recordings of patients undergoing EMDR therapy.
Keywords: Empirical Study Eye Movements Quantitative Study Sociocultural Factors
Accuracy Verified: Yes
42. Films for the Humanities (Firm). (2000). Treating phobias 1. Princeton, NJ: Films for the Humanities & Sciences.
Language: English
Format: Video
Abstract:
In this program, the treatment of John's claustrophobia, Judith's fear of flying, and David's fear of heights--phobias described by the Diagnostic and Statistical Manual of Mental Disorders-IV (DSM-IV) as Situational Type and Natural Environment Type--are documented. Applications of virtual reality, by Emory University's Barbara Rothbaum, and eye movement desensitization and reprocessing, by clinical psychologist Carl Nickeson, are profiled. The research of Jeffrey Gray, of the Institute of Psychiatry (London), into blood flow in the brain during moments of stress, panic, and terror is also examined. This program is part of the series "Phobia: When an Irrational Fear Takes Control." This two-part series uses MRI scans, body imaging, EEG tracing, and thermal photography to take an unflinching look at the biological and psychological mechanics of terror, as courageous patients seek to master their fears through various forms of treatment.
Keywords: Behavior Therapy Phobias
Accuracy Verified: No