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Tue. Jun 9, 2026

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＜日本発生生物学会会員で大会参加者以外の方＞<br>要旨閲覧パスワードが必要な場合は、会員番号・氏名・所属機関名を明記の上、合同大会事務局jsdb2026@jsdb.jp までメールにてご連絡ください。

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新生仔脊髄は無グリア瘢痕性の再生能を有する

The neonatal spinal cord has glial scar-free regenerative potential.

The transition from an aquatic to a terrestrial life represents a fundamental shift in the history of vertebrate evolution, during which organisms underwent extensive reorganization of their morphology, metabolism, physiology, and developmental programs. The challenge of adapting to life on land arises not only in evolutionary history but also during ontogeny, such as amphibian metamorphosis and birth in amniotes, where organisms are confronted with terrestrial stresses including oxidative stress, desiccation, and temperature fluctuations. These transitions are thought to involve diverse physiological and developmental regulatory processes, including metabolic remodeling, the establishment of oxidative stress response mechanisms, and changes in tissue regenerative capacity.<br />In this symposium, under the conceptual framework of "From Water to Land," we aim to discuss the mechanisms acquired for terrestrial adaptation and their applications from diverse perspectives, including development, regeneration, metabolism, and evolution. Topics will include the evolution of tolerance to various stresses associated with terrestrialization, as well as medically relevant implications of life-stage dependent changes in regenerative capacity, as observed in amphibians and mammals. By bridging basic research and translational perspectives, this symposium aims to provide an interdisciplinary forum that connects basic and clinical sciences.

Symposium 01 From Water to Land: Evolutionary, Developmental, and Regenerative Strategies for Environmental Adaptation

The 59th Annual Meeting of the Japanese Society of Developmental Biologists

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[S01-08]The neonatal spinal cord has glial scar-free regenerative potential.新生仔脊髄は無グリア瘢痕性の再生能を有する

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