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The human brain consolidates various pieces of information about the mind and body and then deploys these pieces of information into action. When brain function is disrupted, a wide range of problems appear in the mind and body.

In order to examine these problems, we at Kodama’s laboratory (TK-Lab) conduct component and frequency analyses using non-invasive brain function examinations (i.e. quantitative electroencephalogram analyses). We also use applied brainwave imaging analyses (i.e. LORETA, microtate segmentation analysis, Livo, EEGLAB, etc.), autonomic nervous system analyses, and saliva biomarkers to examine these problems from the perspective of neurophysiology, particularly as it relates to rehabilitation.

Through these experiments, we aim to establish protocols for neurological rehabilitation to assist in the redevelopment of neural function in people with impaired brain function.

【2023/5/13】"Clinical Usefulness of Real-time Sensory Compensation Feedback Training on Clinical Usefulness of Real-time Sensory Compensation Feedback Training on Sensorimotor Dysfunction After Stroke" was published in the book "Stroke-Management Pearls" edited by Professor Amit Agrawal, IntechOpen. We hope that many people will read it.

【2023/2/16】Our research paper was published in Japanese J of Health Promotion and Physical Therapy.

Neurophysiological effects of defferent involved persons on emotional and cognitive functions of children with psychomotor retardation

【2022/9/22】Our research paper was published in International Journal of Physical Medicine & Rehabilitation.

Effectiveness of Sensory Compensation Approach for Hand Sensory-Motor Dysfunction Following Central Cervical Spinal Cord Injury  Article

【2022/7/29】Our research paper was published in Physical Medicine and Rehabilitation - International.

Neurophysiological Examination of the Effects of Behavioral Antecedents on Physical Balance in Older Individuals  Article

【2022/6/7】Suntory Wellness Ltd. has released the book titled "White Paper on Feeling Age 2022 Vol.2: Practical Application" supervised by Prof. Kodama.

Link to: White Paper on Feeling Age 2022 Vol.2

【2022/4/1】New members have jointed TK Lab!

Link to: TK Lab Members

【2022/2/25】TK Lab has started collaborative research with Suntory Wellness Ltd.

【2021/10/31】Suntory Wellness Ltd. has released the book titled "White Paper on Feeling Age 2022" supervised by Prof. Kodama.

Link to: White Paper on Feeling Age 2022 

【2021/10/31】Our research paper was published in Physical Therapy Japan.

The Effects of Temporal and Spatial Changes in Motor Imagery of Walking on Brain Neural Activity  Article

【2021/10/2】Our research paper was published in Brain Sciences.

Evaluation of Intervention Effectiveness of Sensory Compensatory Training with Tactile Discrimination Feedback on Sensorimotor Dysfunction of the Hand after Stroke  Article

【2021/7/13】Our research paper was published in Japanese J of Health Promotion and Physical Therapy.

Modulations of muscle activity in the elderly during transient lateral floor transition with handgrip holding and temporal instructions

【2021/6/20】Our research paper was published in JPTS.

Usefulness of Cognitive Function Evaluation Using an Inhibition Task for Community-dwelling Elderly Article

【2021/6/11】Dr. Kodama's article was published in Impact.

Development of a multi-sensory stimulation therapy device for the realization of tailor-made neurorehabilitation Article

【2021/4/11】Our research paper was published in Japanese J of Health Promotion and Physical Therapy.

Effect of Disturbance Instruction Against Lateral Floor Transition on Muscle Activity of Lower Limb Muscles

【2021/2/1】Our research paper was published in Healthcare.

Age-Related Changes in the Response of Finger Skin Blood Flow during a Braille Character Discrimination Task Article 

【2020/12/31】Dr. Kodama's paper was published in JSKE.

Considering Smell from Electroencephalography Study Article 

【2020/10/12】Our research paper was published in Gerontology and Geriatric Medicene.

Psychological and Neurophysiological Effects of Robot Assisted Activity in Elderly People with Cognitive Decline 

【2020/4/1】TK Lab has started collaborative research with Konica Minolta, Inc. 

【2020/3/25】TK Lab has started collaborative research with FANCL Corporation. 

TK-Lab.

Takayuki Kodama, Department of Physical Therapy, Faculty of Health Sciences, Kyoto Tachibana University,

34 Yamada-cho, Oyake, Yamashina-ku, Kyoto 607-8175 Japan.

  Copyright©2013 TK-Lab, Kyoto Tachibana University All Rights Reserved.