The 47th Annual Meeting of the Molecular Biology Society of Japan
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Open-call Symposium : [2PS-17] Frontiers in molecular mechanisms of brain homeostasis and its disruption

[2PS-17]【J】Frontiers in molecular mechanisms of brain homeostasis and its disruption

Thu. Nov 28, 2024 4:45 PM - 7:00 PM JST
Thu. Nov 28, 2024 7:45 AM - 10:00 AM UTC
Room 17(Marine Messe Fukuoka Hall B, 2F Meeting Room 2-2)
Organizer: Shusaku Uchida (Nagoya City University), Sayaka Takemoto (Nagoya University)
The brain maintains homeostasis by dynamically altering intracellular molecular events in response to environmental changes. Recent advances in molecular tools and omics analysis allow us to understand the integrative molecular basis for the regulation of brain functions. In this symposium, we will present the latest findings on the molecular mechanisms of homeostasis in biological systems.
4:45 PM - 5:02 PM JST(7:45 AM - 8:02 AM UTC)

[2PS-17-01]Molecular and neural mechanisms underlying individual diferences in behavioral response to stress

○Shusaku Uchida1 (1. Nagoya City University)
Comment()
5:02 PM - 5:19 PM JST(8:02 AM - 8:19 AM UTC)

[2PS-17-02]Brain-wide mapping of neuronal architecture controlling torpor.

○Hiroshi Yamaguchi1 (1. National Institute for Physiological Sciences)
Comment()
5:19 PM - 5:33 PM JST(8:19 AM - 8:33 AM UTC)

[2PS-17-03(2P-689)]Thermo-receptor candidate GPCR and thermal responsive neural circuit in temperature response of C. elegans

○Hiromu Ueka1, Chinatsu Morimoto1,2,3, Chie Miyazaki1, Kohei Ohnishi1,2,3, Tohru Miura1,2,3, Akane Ohta1,2,3, Atsushi Kuhara1,2,3,4 (1. Dept. Biol. Facul. Sci & Engineer. Konan Univ. , 2. Dept.Biol. Grad. Sch. Sci. Konan Univ., 3. Inst. of Integral NeuroBiol. Konan Univ. , 4. PRIME AMED)
Comment()
5:33 PM - 5:50 PM JST(8:33 AM - 8:50 AM UTC)

[2PS-17-04]Different SIK3 isoforms regulate sleep

○Hiromasa Funato1,2 (1. Toho Univ, Sch Med, 2. U Tsukuba, IIIS)
Comment()
5:50 PM - 6:04 PM JST(8:50 AM - 9:04 AM UTC)

[2PS-17-05(2P-672)]Cryo-EM Structures of QRFP-GPR103-Gq complex reveal the activation mechanism of GPR103, which is involved in homeostasis.

○Aika Iwama1, Ryoji Kise2, Hiroaki Akasaka1, Fumiya K Sano1, Hidetaka S Oshima1, Asuka Inoue2,3, Wataru Shihoya1, Osamu Nureki1 (1. The University of Tokyo, 2. Tohoku University, 3. Kyoto University)
Comment()
6:04 PM - 6:18 PM JST(9:04 AM - 9:18 AM UTC)

[2PS-17-06(2P-679)]Developing multiplex imaging platforms for deciphering Ca2+-dependent biochemical signaling in the brain health and disease

○Hajime Fujii1, Keisuke Ota1, Yayoi Kondo1, George Cai2, Richard Song3, Haobo Song1, Hayato Kondo1, Masatoshi Inoue4, Shin-ichiro Horigane5, Sayaka Takemoto-Kimura5,6, Haruhiko Bito1 (1. Dept of Neurochemistry, Graduate School of Medicine, The University of Tokyo, 2. Dept of Physics, Harvard University, 3. Dept of Neuroscience, Vanderbilt University, 4. Dept Radiology, Wash U St. Louis, 5. Res. Inst. of Envrm. Med. (RIEM), Nagoya Univ., 6. Dept. of Molecular/Cellular Neurosci., Nagoya University Graduate School of Medicine)
Comment()
6:18 PM - 6:35 PM JST(9:18 AM - 9:35 AM UTC)

[2PS-17-07]Diverse functions of calcium signaling during neural circuit formation and its influence on brain pathogenesis

○Sayaka Takemoto-Kimura1 (1. Nagoya University)
Comment()
6:35 PM - 7:00 PM JST(9:35 AM - 10:00 AM UTC)

General Discussion

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