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Mon. Mar 17, 2025

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Determining the Direction of Cerebellar Synaptic Plasticity by Redox Signaling

In living organisms, "dynamic changes in biological events" are observed at various levels, from cells to whole organisms. Elucidation of the signaling mechanisms that underlie these changes is essential for understanding the pathogenesis of diseases caused by abnormal enhancement or inhibition of these dynamic changes, and for developing novel therapeutic strategy. This symposium will feature four speakers proceeding advanced research on the signaling systems underlying the dynamic changes in various biological events, such as differentiation, aging, disease onset, and acquisition/extinction of memory, and will bring about a multi-modal approach to the dynamic changes in biological events. This symposium aims to propose new strategies for controlling biological functions and treating diseases based on the understanding of signaling systems, and brings together researches using morphological, physiological and pharmacological approaches. Thus, this symposium fits well with the concept of the joint meeting of the three societies. Despite the high expectations for the significance and applications of the research mentioned above, a symposium of this kind has not been planned at our annual meeting, at least for the past few years. Furthermore, each topics at this symposium has been published in top journal within the past two years, or just before submittion. Therefore, this symposium is expected to attract a large audience, and it is very timely to hold this symposium at this annual meeting.

Multifaceted approaches to signaling systems underlying dynamic changes in biological events

APPW2025

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[1S08m-4]Determining the Direction of Cerebellar Synaptic Plasticity by Redox Signaling

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