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    모래놀이치료에서 치료자-내담자 우뇌 간(inter-brains) 동시화(synchronization)현상에 관한 fNIRS 하이퍼스캐닝 연구 = fNIRS Hyperscanning of Right-brain Synchronization between Therapist-client in Sandplay Therapy

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    https://www.riss.kr/link?id=A108573376

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    다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

    This study investigated inter-right brain synchrony between therapist and client in Sandplay therapy, using hyperscanning technique based on functional near-infrared spectroscopy (fNIRS). fNIRS is a non-intrusive method that measures changes in oxyhemoglobin the cerebral blood. A total of seven therapist-client pairs-i.e., 14 participants-wore fNIRS devices on their heads and engaged in two sessions of Sandplay therapy, with each session lasting for 30 minutes. The study observed synchronization in the right and left prefrontal cortices of both therapists and clients in all seven pairs, during every session. Interestingly enough, synchronization occurred not only while the pairs engaged in verbal communication about the completed sandpicture but also during the non-verbal process of clients' creating sandpictures. The outcome of the study hence suggests neurobiological fundamentals for the therapeutic relationship between therapist and client, which is also called the therapeutic resonance, relational mutual regression, therapeutic alliance, and mother-child unity.
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    This study investigated inter-right brain synchrony between therapist and client in Sandplay therapy, using hyperscanning technique based on functional near-infrared spectroscopy (fNIRS). fNIRS is a non-intrusive method that measures changes in oxyhem...

    This study investigated inter-right brain synchrony between therapist and client in Sandplay therapy, using hyperscanning technique based on functional near-infrared spectroscopy (fNIRS). fNIRS is a non-intrusive method that measures changes in oxyhemoglobin the cerebral blood. A total of seven therapist-client pairs-i.e., 14 participants-wore fNIRS devices on their heads and engaged in two sessions of Sandplay therapy, with each session lasting for 30 minutes. The study observed synchronization in the right and left prefrontal cortices of both therapists and clients in all seven pairs, during every session. Interestingly enough, synchronization occurred not only while the pairs engaged in verbal communication about the completed sandpicture but also during the non-verbal process of clients' creating sandpictures. The outcome of the study hence suggests neurobiological fundamentals for the therapeutic relationship between therapist and client, which is also called the therapeutic resonance, relational mutual regression, therapeutic alliance, and mother-child unity.

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    참고문헌 (Reference)

    1 류재관 ; 이건창, "아이디어 연상기억 탐색 (SIAM) 모형에 기반한 비즈니스 문제해결창의성 측정을 위한 뉴로과학 관점의 탐색연구: 근적외선 분광학 (fNIRS) 방법을 중심으로" 한국경영학회 47 (47): 1111-1137, 2018

    2 박준호 ; 서영석, "대학생을 대상으로 한 한국판 지각된 스트레스 척도 타당화 연구" 한국심리학회 29 (29): 611-629, 2010

    3 김미경 ; 박선하 ; 박혜연, "기능적 근적외선 분광법(fNIRS)을 이용한 우세손에 따른 뇌 활성화도에 대한 융합 연구" 한국융합학회 12 (12): 323-330, 2021

    4 Leclère, C., "Why synchrony matters during mother-child interactions: A systematic review" 9 : e113571-, 2014

    5 Goldfried, M. R., "What should we expect from psychotherapy" 33 : 654-662, 2013

    6 Scaer, R., "The trauma spectrum: Hidden wounds and human resiliency" Norton 2005

    7 Cohen, S., "The social psychology of health" Sage 31-67, 1988

    8 Schore, A. N., "The science of the art of psychotherapy" Norton 2012

    9 Keenan, J. P., "The right hemisphere and the dark side of consciousness" 41 : 695-704, 2005

    10 Foo, M., "The effect of sandplay therapy on the thalamus in the treatment of generalized anxiety disorder : A case report" 29 : 191-200, 2020

    1 류재관 ; 이건창, "아이디어 연상기억 탐색 (SIAM) 모형에 기반한 비즈니스 문제해결창의성 측정을 위한 뉴로과학 관점의 탐색연구: 근적외선 분광학 (fNIRS) 방법을 중심으로" 한국경영학회 47 (47): 1111-1137, 2018

    2 박준호 ; 서영석, "대학생을 대상으로 한 한국판 지각된 스트레스 척도 타당화 연구" 한국심리학회 29 (29): 611-629, 2010

    3 김미경 ; 박선하 ; 박혜연, "기능적 근적외선 분광법(fNIRS)을 이용한 우세손에 따른 뇌 활성화도에 대한 융합 연구" 한국융합학회 12 (12): 323-330, 2021

    4 Leclère, C., "Why synchrony matters during mother-child interactions: A systematic review" 9 : e113571-, 2014

    5 Goldfried, M. R., "What should we expect from psychotherapy" 33 : 654-662, 2013

    6 Scaer, R., "The trauma spectrum: Hidden wounds and human resiliency" Norton 2005

    7 Cohen, S., "The social psychology of health" Sage 31-67, 1988

    8 Schore, A. N., "The science of the art of psychotherapy" Norton 2012

    9 Keenan, J. P., "The right hemisphere and the dark side of consciousness" 41 : 695-704, 2005

    10 Foo, M., "The effect of sandplay therapy on the thalamus in the treatment of generalized anxiety disorder : A case report" 29 : 191-200, 2020

    11 Taki, S. R., "The crucial moment in sandplay relationship : The therapist’s emotive experiences" 13 (13): 131-146, 2004

    12 Koole, S. L., "Synchrony in psychotherapy : A review and an integrative framework for the therapeutic alliance" 7 : 862-, 2016

    13 Friedman, H. S., "Supervision of sandplay therapy" Routlege 2007

    14 Stephens, G. J., "Speaker-listener neural coupling underlies successful communication" 107 : 14425-14430, 2010

    15 Kalff, D. M., "Sandplay: A psychotherapeutic approach to the psyche" Analytical Psychology Press and Sandplay Editions 2020

    16 Schore, A. N., "Right brain-to-right brain psychotherapy: recent scientific and clinical advances" 21 (21): 1-12, 2022

    17 Schore, A. N., "Right brain psychotherapy" Norton 2019

    18 Allan Schore, "Right Brain-to-Right Brain Psychotherapy: Recent Clinical and Scientific Advances" 사단법인 한국임상모래놀이치료학회 12 (12): 1-22, 2021

    19 Fishburn, F. A., "Putting our heads together : Interpersonal neural synchronization as a biological mechanism for shared intentionality" 13 : 841-849, 2018

    20 Kleinbub, J. R., "Physiological synchronization in the clinical process : A research primer" 67 (67): 420-437, 2020

    21 Kleinbub, J. R., "Physiological synchronization in the clinical process : A Research Primer" 67 (67): 420-437, 2020

    22 Feldman, R., "Physiological measures of emotion from a developmental perspective : state of the science : parent-infant synchrony : a biobehavioral model of mutual influences in the formation of affiliative bonds" 77 : 42-51, 2012

    23 Schachner, D. A., "Patterns of nonverbal behavior and sensitivity in the context of attachment relationships" 29 (29): 141-169, 2005

    24 "OBELAB"

    25 Ramseyer, F., "Nonverbal synchrony of head-and body-movement in psychotherapy : Different signals have different associations with outcome" 5 : 979-, 2014

    26 Ross, E. D., "Neurology of affective prosody and its functionalanatomic organization in right hemisphere" 104 (104): 51-74, 2008

    27 Jiang, J., "Neural synchronization during face-to-face communication" 32 : 16064-16069, 2012

    28 Mu, Y., "Neural mechanisms underlying inter-personal coordination: a review of hyperscanning research" 12 : e12421-, 2018

    29 OBELAB, "NIRSIT Channel Information"

    30 Cui, X., "NIRS-based hyperscanning reveals increased interpersonal coherence in superior frontal cortex during cooperation" 59 (59): 2430-2437, 2012

    31 Ye, J. C., "NIRS-SPM : Statistical parametric mapping for near-infrared spectroscopy" 44 : 428-447, 2009

    32 Kalff, D. M., "Introduction to sandplay therapy" 1 : 7-15, 1991

    33 Zhang, Y., "Interpersonal brain synchronization associated with working alliance during psychological counseling" 282 : 103-109, 2018

    34 Wikström, V., "Inter-brain synchronization occurs without physical co-presence during cooperative online gaming" 174 : 108316-, 2022

    35 Dumas, G., "Inter-brain synchronization during social interaction" 5 : e12166-, 2010

    36 Akimoto, M., "Inter-brain synchronization during sandplay therapy : Individual analyses" 12 : 723211-, 2021

    37 Trevarthen, C., "Infant intersubjectivity : Research, theory, and clinical applications" 42 (42): 3-48, 2001

    38 Piazza, E. A., "Infant and Adult Brains Are Coupled to the Dynamics of Natural Communication" 31 (31): 6-17, 2020

    39 Weinrib, E., "Images of the Self" Temenos Press 2004

    40 Czeszumski, A., "Hyperscanning : A valid method to study Neural inter-brain underpinnings of social interaction" 14 : 2020

    41 McGilchrist, I., "Handbook of neuroethics" Springer Science 2015

    42 Akimoto, M., "Exploring the sandplayer’s brain : A single case study" 30 : 85-94, 2018

    43 Zhang, Y., "Experience-dependent counselor-client brain synchronization during psychological counseling" 236 : 1-10, 2020

    44 Delpy, D. T., "Estimation of optical pathlength through tissue from direct time of flight measurement" 33 (33): 1433-1442, 1988

    45 Glover, G. H., "Deconvolution of impulse response in event-related BOLD fMRI" 9 (9): 416-429, 1999

    46 Kingsbury, L., "Correlated Neural Activity and Encoding of Behavior across Brainsof Socially Interacting Animals" 178 : 429-446, 2019

    47 Pan, Y., "Cooperation in lovers : An fNIRSbased hyperscanning study" 38 : 831-841, 2017

    48 Penksepp, J., "Can PLAY diminish ADHD and facilitate the construction of the social brain" 16 (16): 57-66, 2007

    49 Kinreich. S., "Brain-to-brain synchrony during naturalistic social interactions" 7 : 17060-, 2017

    50 Dikker, S. Wan, L., "Brain-to-Brain Synchrony Tracks Real-World Dynamic Group Interactions in the Classroom" 27 (27): 1375-1380, 2017

    51 Palmieri, A., "Attachment-security prime effect on skin-conductance synchronization in psychotherapists : An empirical study" 65 (65): 490-499, 2018

    52 Jang, M., "Analytical Psychological Sandplay Therapy" Hakji-sa 2017

    53 Tschacher, W., "Alliance : a common factor of psychotherapy modeled by structural theory" 6 : 421-, 2015

    54 Panksepp, J., "Affective neuroscience: The foundations of human and animal emotions" Oxford University Press 1998

    55 Andrade, V. M., "Affect and the therapeutic action in psychoanalysis" 86 : 677-697, 2005

    56 Ferrari, M., "A brief review on the history of human functional near-infrared spectroscopy(fNIRS)development and fields of application" 63 (63): 921-935, 2012

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