Session Details
[1-S]Emerging Perspectives in Homeostatic Regulation
Mon. Mar 16, 2026 3:50 PM - 5:20 PM JST
Mon. Mar 16, 2026 6:50 AM - 8:20 AM UTC
Mon. Mar 16, 2026 6:50 AM - 8:20 AM UTC
Room 6(B202)
Chair:Hiroshi Hibino(Div. of Glocal Pharmacol., Dept. of Pharmacol, Grad. Sch. of Med., Osaka Univ.), Takeshi Y Hiyama(Tottori University)
To maintain the stable internal environment of the body (homeostasis), sensory feedback from both internal and external sources, as well as anticipatory control and adaptive physiological changes, are essential. Understanding these dynamic regulatory mechanisms requires high spatiotemporal measurement of physiological responses, including changes in body fluid composition and hormone levels, body temperature, heart rate, and proprioception, together with mathematical modeling based on quantitative time-series data. In this symposium, researchers in medicine and life sciences who have advanced homeostasis research will join engineers specializing in precise and highly sensitive measurement technologies, as well as information scientists specializing in biological systems engineering, to discuss the concepts and key enabling technologies required for future homeostasis research.
[1-S-75]Thirst and Salt Appetite Regulation: The Current Landscape of Homeostasis Research and Its Expansion through Medical–Engineering Collaboration
*Takeshi Y Hiyama1,2 (1. Tottori University Graduate School and Faculty of Medicine, 2. Tottori University IPDRE)
[1-S-76]Electrochemical sensing: from in vivo to microphysiological system
*Hitoshi Shiku1 (1. Graduate School of Engineering, Tohoku University)
[1-S-77]Hypothalamic neural circuit connecting puberty and food availability
*Teppei Goto1, Kazunari Miyamichi2 (1. Kyoto University Institute for Life and Medical Sciences, 2. RIKEN Center for Biosystems Dynamics Research)
[1-S-78]Dynamical system modeling of homeostasis and homeodynamics
*Taishin Nomura1 (1. Kyoto University Graduate School of Informatics)
[1-S-79]Channel synapse mediates airway protective chemoreflexes
*Akiyuki Taruno1,2 (1. Department of Molecular Cell Physiology, Kyoto Prefectural University of Medicine, 2. Department of Cellular and Molecular Physiology, Faculty of Medicine, Kyoto University)
