Brain Overwork Syndrome: A Cross-Organ Clinical Model of Psychosocial Stressor–Driven Multi-Symptom Presentations (Psychological and Physical)

Abstract: This review describes the origins, symptoms, and mechanisms of psychosocial stressors and compares these with symptoms induced by physical stressors. Diverse stressors can elicit symptoms that signal threats to homeostasis. Although physical and psychosocial pathways may differ in their afferent inputs, they can converge on shared efferent outputs. Recent advances suggest that identifying symptom origins helps link symptoms to relevant effector systems and guides treatment selection. Emerging bidirectional neuroimmune mechanisms, key moderators, and technological innovations further refine this framework, highlighting the need for personalized interventions to reduce disease chronicity. It is emphasized that identical symptoms may require different treatments depending on whether the triggering input is physical or psychosocial. Recognizing symptom origins is therefore essential to prevent diagnostic delay and avoid missed opportunities for timely care.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-06-30
DOI
https://doi.org/10.5281/zenodo.21063553
Primary Topic
Workplace Health and Well-being
Type
preprint
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preprint

Brain Overwork Syndrome: A Cross-Organ Clinical Model of Psychosocial Stressor–Driven Multi-Symptom Presentations (Psychological and Physical)

Tetsuya Hiramoto, Battuvshin Lkhagvasuren
Zenodo (CERN European Organization for Nuclear Research)
Workplace Health and Well-being
preprint

Brain Overwork Syndrome: A Cross-Organ Clinical Model of Psychosocial Stressor–Driven Multi-Symptom Presentations (Psychological and Physical)

Tetsuya Hiramoto, Battuvshin Lkhagvasuren
preprint en

Abstract

Abstract: This review describes the origins, symptoms, and mechanisms of psychosocial stressors and compares these with symptoms induced by physical stressors. Diverse stressors can elicit symptoms that signal threats to homeostasis. Although physical and psychosocial pathways may differ in their afferent inputs, they can converge on shared efferent outputs. Recent advances suggest that identifying symptom origins helps link symptoms to relevant effector systems and guides treatment selection. Emerging bidirectional neuroimmune mechanisms, key moderators, and technological innovations further refine this framework, highlighting the need for personalized interventions to reduce disease chronicity. It is emphasized that identical symptoms may require different treatments depending on whether the triggering input is physical or psychosocial. Recognizing symptom origins is therefore essential to prevent diagnostic delay and avoid missed opportunities for timely care.

Zenodo (CERN European Organization for Nuclear Research)
Fukuoka Hospital (JP), Kyushu University Hospital (JP)
Workplace Health and Well-being
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