Session Details

[1AS-14]【J】Orchestration of distinct cells in development, homeostasis and diseases

Wed. Nov 27, 2024 9:00 AM - 11:15 AM JST
Wed. Nov 27, 2024 12:00 AM - 2:15 AM UTC
Room 14(Marine Messe Fukuoka Hall B, 2F Meeting Room 1-1)
Organizer: Masato Enomoto (Kyoto University), Tomoko Yamakawa (National Institute of Technology (KOSEN), Ibaraki College )
In multicellular organisms, cell-cell interactions of distinct cells are important for animal development and homeostasis. Recent studies have revealed that interactions between different types of cells spatiotemporally coordinate various phenomena such as tissue morphogenesis, tissue repair, cancer and aging. In this symposium, we will focus on interactions of distinct cells that control development, tissue homeostasis and diseases.

Introduction

[1AS-14-01]Tissue repair and homeostatic regulation via intercellular and interorgan communications

○Masato Enomoto1, Tatsushi Igaki1 (1. Grad. Sch. of Bio., Kyoto Univ.)
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[1AS-14-02]Mechanisms for skin homeostasis focusing on cell-cell communication

○Ryo Ichijo1 (1. Kyoto University)
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[1AS-14-03]Mechanisms of tumor immune microenvironment formation and tissue-specific immune regulation

○Hideyuki Yanai1 (1. The University of Tokyo)
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[1AS-14-04]Elucidating the mechanism of non-autonomous tumor growth through ‘engulfing’ macrophages

○Eri Hirooka1, Keisuke Ikawa1, Shizue Ohsawa1 (1. Group of Genetics, Division of Biological Science, Graduate School of Science, Nagoya University)
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[1AS-14-05(1P-854)]ANGPTL2 in cancer: orchestration of tumor immune microenvironment

○Haruki Horiguchi1, Yuichi Oike1 (1. Kumamoto Univ.)
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[1AS-14-06]Macrophage-Neural Stem Cell Interactions: the pecanex mutation triggers macrophages to secrete a Notch signaling suppressor

○Tomoko Yamakawa1, Kenji Matsuno2 (1. Ibaraki Kosen, 2. Osaka Univ., Dept. of Biol. Sci.)
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[1AS-14-07(1P-591)]Inter-lineage Cellular Crosstalk Controlling the Development and Maturation of Hematopoietic Stem Cells

○Mio Nakanishi1 (1. Chiba University)
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[1AS-14-08]Mechanisms of mammalian neural tube closure driven by surface ectoderm

Chiharu Kimura-Yoshida1, ○Isao Matsuo1 (1. Osaka Women's and Children's Hospital)
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Conclusion