Session Details

[3AS-08]【J】Multicellular Life System Adaptation Platform Linking Global Environmental Factors and the Whole Body and Peripheral Organs for Improving Quality of Life in a Super-Aged Society

Fri. Dec 5, 2025 9:00 AM - 11:00 AM JST
Fri. Dec 5, 2025 12:00 AM - 2:00 AM UTC
Room 8(Pacifico Yokohama Conference Center 3F, 315)
Organizer: Atomi Yoriko (Teikyo University, ACRO), Miho Shimizu (Teikyo University, ACRO)
Humans are also natural organisms that have adapted and evolved to maintain homeostasis in response to environmental factors (gravity, light, oxygen, etc.) that originated on the earth, but we are the only ones who can voluntarily change our behavior with the knowledge that we agree with. Stimuli (stress) that deviate from the homeostatic range within which the cellular-body system functions induce inflammation. In this symposium, we will explore the direction to improve the level of health by properly operating the total immune system and stress response system as preventive measures against diseases such as locomotive & metabolic syndrome, and cancer, in a spatiotemporal integrated manner, taking environmental factors into consideration

Introduction

[3AS-08-01]Reconsidering posture, exercise, and nutrition to induce positive stress based on the structure of the human body

○Yoriko Atomi1 (1. Teikyo University, ACRO)
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[3AS-08-02]Mechanisms of Skeletal Muscle Regeneration and Repair Regulated by Macrophage Diversity

○Yumiko Oishi1 (1. Institute of Science Tokyo)
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[3AS-08-03]Interleukin-1β contributes skeletal muscle homeostasis

○Mitsuharu Okutsu1 (1. Nagoya City University)
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[3AS-08-04]Skeletal muscle regeneration regulated by circadian rhythms

○Atsushi Asakura1 (1. Stem Cell Institute, University of Minnesota Medical School)
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[3AS-08-05]Evolutionary Origin of Homeostatic Regulation in Multicellular Life: A Hypoxia Adaptation Mechanism Acquired with the Emergence of Viviparity

○Nobuaki Takahashi1 (1. Kyoto University)
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[3AS-08-06]Development of prevention based on the mechanism of neurodegeneration in senescence accelerated mouse P8

○Kei Hashimoto1 (1. Ochanomizu University)
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General Discussion