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| P1～P133 | All（PDF 5,846KB） | Download |
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| P1～P26 | Welcome to the 53rd Annual Meeting of the JSDB in Kumamoto, Access Guide to Kumamoto-jo Hall etc（PDF 2,431KB） | Download |
| P33～P111 | Scientific Programs（PDF 921KB） | Download |
| P112 | Career Path Workshop (in Japanese)（PDF 334KB） | Download |
| P113～P123 | Author Index（PDF 526KB） | Download |
| P124～P129 | Exhibitor Index Advertising etc（PDF 2,638KB） | Download |
| P130～P132 | How to view the online abstract book（PDF 659KB） | Download |
The program book can be downloaded from the links above.
Please note that meeting program books will be distributed to all participants, but we will not be issuing an abstract booklet. Instead, an online abstract book has been created. For instructions on how to view the abstracts, go to the link for “How to view the online abstract book” (page 130-132).
You will need the User ID (en00XXXX or kn00XXXX) and password that was assigned to you upon registration. JSDB members can also view the abstracts by entering their membership number and password.
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| 9:00-11:30 | 11:45-12:45 | 13:00-16:00 | 16:15-17:30 | 17:45-19:00 | |
| Room A | Symposium 1 “Genomic Inference of Gene Regulatory Networks Underlying Development, Regeneration, and Evolution" | Luncheon Miltenyi Biotec | Oral Presentation 01 Technologies and Resources & New Experimental Systems &Reproduction and Germ Cells (1) | Oral Presentation 04 Reproduction and Germ Cells (2) |
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| Room B | Symposium 2 “Towards understanding the developmental logic of human and primate uniqueness" | Luncheon Carl Zeiss | Oral Presentation 02 Neural Development (1) | Oral Presentation 05 Neural Development (2) |
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| Room C | Symposium 3 “Developmental mechanisms underlying sexual reproduction” | Luncheon | Oral Presentation 03 Morphogenesis and Organogenesis (1) | Oral Presentation 06 Morphogenesis and Organogenesis (2) |
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| Poster & Exhibition | Poster Mounting | Poster Session A: 13:00~14:00 B: 14:00~15:00 C: 15:00~16:00 | |||
| Exhibition & Book | |||||
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| 9:00-10:40 | 11:00-12:00 | 12:15-13:00 | 13:30-14:45 | 15:00-16:15 | 16:40-17:40 | 18:00-20:00 | |
| Room A | Plenary Lecture (Broadcast video in Room B and Room C) | Oral Presentation 07 Morphogenesis and Organogenesis (3) | Oral Presentation 10 Morphogenesis and Organogenesis (4) | Special Lecture (Broadcast video in Room B and Room C) | Reception | ||
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| Room B | Oral Presentation 08 Evolution | Oral Presentation 11 Regeneration |
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| Room C | General Assembly | Oral Presentation 09 Early Embryogenesis | Oral Presentation 12 Stem cells (1) |
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| Poster & Exhibition | Poster Session Odd Number | ||||||
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| 9:00-10:45 | 11:00-12:00 | 12:15-13:15 | 13:45-16:15 | |
| Room A | Oral Presentation 13 Stem cells (2) | Luncheon | Symposium 4 “Fetomaternal interactions in development” |
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| Room B | Oral Presentation 14 Growth and Metabolism & Disease Models and Mechanisms | Luncheon | Symposium 5 “From collective cell behaviors to tissue morphogenesis” |
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| Room C | Oral Presentation 15 Patterning | Luncheon | Symposium 6 “Stem-ness across plant and animal kingdoms ～their similarities and differences～“ |
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| Poster & Exhibition | Poster Session Even Number | Poster Removal | ||
| Exhibition & Book | ||||
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Prof. Masatoshi Takeichi (RIKEN BDR, Japan)
Prof. Pierre Leopold (Institut Curie, France)
Prof. Ryoichiro Kageyama (Kyoto University, Japan)
| Symposium 1： | Genomic Inference of Gene Regulatory Networks Underlying Development, Regeneration, and Evolution | |
| Chairpersons: |
Yuuri Yasuoka (RIKEN IMS) Masahiro Uesaka (RIKEN BDR) |
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| Speakers: |
Ken W. Cho (UC Irvine, USA) Yi-Jyun Luo (Harvard University) Hiroyuki Koga (University of Tokyo) Takeo Horie (Tsukuba University) Masahiro Uesaka (RIKEN BDR) Yuuri Yasuoka (RIKEN IMS) |
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| Symposium 2： | Towards understanding the developmental logic of human and primate uniqueness | |
| Chairpersons: |
Jun Hatakeyama (Kumamoto University) Ikuo Suzuki (University of Tokyo) |
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| Speakers: |
Hideyuki Okano (Keio University) Cantas Alev (Kyoto University) Tomonori Nakamura (Kyoto University) Tomoyuki Tsukiyama (Shiga University of Medical Science) Tomoko Sakai (Quantum and Radiological Science and Technology) Ikuo Suzuki (University of Tokyo) |
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| Symposium 3： | Developmental mechanisms underlying sexual reproduction | |
| Chairpersons: |
Katsuhiko Hayashi (Kyushu University) Kei-ichiro Ishiguro (Kumamoto University) |
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| Speakers: |
Peter Koopman (The University of Queensland, Australia) Katsuhiko Hayashi (Kyushu University) Kiyokazu Agata (NIBB) Shosei Yoshida (NIBB) Minoru Tanaka (Nagoya University) Kei-ichiro Ishiguro (Kumamoto University) |
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| Symposium 4： | Fetomaternal interactions in development（supported by ABiS） | |
| Chairpersons: |
Toshihiko Fujimori (NIBB) Guojun Sheng (Kumamoto University) |
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| Speakers: |
Toshihiko Fujimori (NIBB) Guojun Sheng (Kumamoto University) Isao Matsuo (Osaka Women’s and Children’s Hospital) Kimiko Fukuda (Tokyo Metropolitan University) Fumitoshi Ishino (Tokyo Medical and Dental University) Hongmei Wang (Chinese Academy of Sciences, China) |
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| Symposium 5： | From collective cell behaviors to tissue morphogenesis | |
| Chairpersons: |
Kaoru Sugimura (Kyoto University) Erina Kuranaga (Tohoku University) |
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| Speakers: |
Keiko Nonomura (NIBB) Hidehiko Hashimoto (University of Chicago、USA) Masayuki Oginuma (Gunma University) Satoshi Sawai (University of Tokyo) Minako Ueda (Nagoya University) |
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| Symposium 6： | Stem-ness across plant and animal kingdoms ～their similarities and differences～ | |
| Chairpersons: |
Takumi Era (Kumamoto University) Tomomi Tsubouchi (NIBB) |
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| Speakers: |
Mitsuyasu Hasebe (NIBB) Keiko Sugimoto (RIKEN CSRS) Takumi Era (Kumamoto University) Tomomi Tsubouchi (NIBB) Yukiko Goto (University of Tokyo) |
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| Mini symposium 1： | Developmental Toxicology and toxicogenomics | |
| Chairperson: | William Ka Fai TSE (Kyushu University) | |
| Speakers: |
William Ka Fai TSE (Kyushu University) Zhiyuan GONG (National University of Singapore, Singapore) Alexandra K. KIEMER (Saarland University, Germany) Keng Po LAI (Guilin Medical University, China) Chris Kong Chu WONG (Hong Kong Baptist University, HKSAR) Chung-Der HSIAO (Chung Yuan Christian University, Taiwan) |
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| Mini symposium 2： | The Cerebellum: Evolution, Development and Neuronal Circuits | |
| Chairpersons: |
Takeru Honda (Tokyo Metropolitan Institute of Medical Science) Sachiko Tsuda (Saitama Univerisity) |
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| Speakers: |
Yasunori Murakami (Ehime University) Masahiko Hibi (Nagoya University) Izumi Sugihara (Tokyo Medical and Dental University) Kazuto Fujishima (Kyoto University) Takeru Honda (Tokyo Metropolitan Institute of Medical Science) Sachiko Tsuda (Saitama Univerisity) |
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| Technical seminar： | The chick: an Outgrowing Model Animal beyond Classical Developmental Biology | |
| Chairpersons: |
Takayuki Suzuki (Nagoya University) Noriaki Sasai (NAIST) |
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| Speakers: |
Yoshiko Takahashi (Kyoto University) Saori Matsuhana (Kobe University) Yuki Sato (Kyushu University) Daisuke Saito (Kyushu University) Hisato Kondoh (Kyoto Sangyo University) Koji Tamura (Tohoku University) Guojun Sheng (Kumamoto University) Yukiko Nakaya (RIKEN BDR) |
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| Oral Presentation 01： | Technologies and Resources & New Experimental Systems & Reproduction and Germ Cells (1) |
| Oral Presentation 02： | Neural Development (1) |
| Oral Presentation 03： | Morphogenesis and Organogenesis (1) |
| Oral Presentation 04： | Reproduction and Germ Cells (2) |
| Oral Presentation 05： | Neural Development (2) |
| Oral Presentation 06： | Morphogenesis and Organogenesis (2) |
| Oral Presentation 07： | Morphogenesis and Organogenesis (3) |
| Oral Presentation 08： | Evolution |
| Oral Presentation 09： | Early Embryogenesis |
| Oral Presentation 10： | Morphogenesis and Organogenesis (4) |
| Oral Presentation 11： | Regeneration |
| Oral Presentation 12： | Stem cells (1) |
| Oral Presentation 13： | Stem cells (2) |
| Oral Presentation 14： | Growth and Metabolism & Disease Models and Mechanisms |
| Oral Presentation 15： | Patterning |
| Satellite Workshop 1： | Early embryogenesis + Morphogenesis & Organogenesis |
| Satellite Workshop 2： | Patterning + Regeneration |
| Satellite Workshop 3： | Stem cells + Neural Development + Technologies & Resources |
| Chairperson: | Shinichi Nakagawa (Hokkaido Univ.) |
| SL: 16:40-17:40 |
Cell-cell adhesion machinery important for self-organization of tissues Masatoshi Takeichi (RIKEN BDR) |
| Chairperson: | Jun Hatakeyama (Kumamoto University) |
| PL-1: 9:00-9:50 |
Dynamic transcriptional control of neural stem cells 神経幹細胞のダイナミックな転写制御 Ryoichiro Kageyama (IFLMS, Kyoto U, iCeMS, Kyoto U) |
| Chairperson: | Hiroko Sano (Kurume University) |
| PL-2: 9:50-10:40 |
Systemic control of organ size in Drosophila Pierre Leopold (Institut Curie) |
| Symposium 1： Genomic Inference of Gene Regulatory Networks Underlying Development, Regeneration, and Evolution | |
| Chairpersons: | Yuuri Yasuoka (RIKEN IMS) Masahiro Uesaka (RIKEN BDR) ★A brief introduction：Genomics approaches have improved our understanding of developmental and regenerative processes of multicellular organisms, at levels of regulatory networks involving various number of genes. Currently, integrative trans-omics approaches are becoming crucial to discover novel principles of gene regulation and cell differentiation. In this symposium, we invited speakers exploring the overview of gene regulatory networks using various model systems (vertebrates, invertebrates, and plants) for the massive data analysis (e.g. single-cell, time-course, and so on). On the basis of their talks, we would like to discuss about the "predictability" of genotypes, phenotypes, and evolution, as a next direction of the developmental biology. ★Co-organized by：(tentative) Grant-in-Aid for Scientific Research on Innovative Areas—"Evolutionary theory for constrained and directional diversities" |
| 9:00-9:03 | Introduction |
| S01-1: 9:03-9:23 |
Genome-wide Measurement for Fluctuation of Gene Regulatory Networks in Xenopus embryos ツメガエル胚初期発生における遺伝子制御ネットワークの揺らぎ測定 Yuuri Yasuoka (RIKEN IMS) |
| S01-2: 9:23-9:48 |
Pruning developmental gene regulatory networks using linked self-organizing maps Ken Cho (UC Irvine) |
| S01-4: 10:08-10:33 |
Regulatory cocktail for dopaminergic neurons in ascidian identified by single cell transcriptomics 単一細胞トランスクリプトーム解析によるドーパミンニューロンの分化を制御する転写因子カクテルの同定 Takeo Horie (SMRC, Univ of Tsukuba) |
| S01-5: 10:33-10:53 |
Using single-cell transcriptomics to understand acoel stem cell dynamics during post-embryonic development and whole-body regeneration Yi-jyun Luo (OEB, Harvard Univ.) |
| S01-6: 10:53-11:08 |
The epigenetic basis for positional memory during Axolotl limb regeneration 脊椎動物の四肢再生における位置記憶のエピゲノム制御 Akane Kawaguchi (IMP) |
| S01-7: 11:08-11:28 |
Testing the recapitulative pattern in vertebrate embryogenesis from the perspective of gene regulation 遺伝子制御の理解から目指す脊椎動物胚発生における反復的パターンの検証 Masahiro Uesaka (RIKEN BDR) |
| 11:28-11:30 | Closing remarks |
| Symposium 2： Towards understanding the developmental logic of human and primate uniqueness | |
| Chairpersons: | Jun Hatakeyama (Kumamoto University) Ikuo Suzuki (University of Tokyo) ★A brief introduction：Primates including human demonstrate unique characteristics incomparable to the other animals, such as a tremendously enlarged brain and highly specialized early embryogenesis, even though the studies using the conventional model animals have been uncovering the evolutionary conserved general rules. In addition, a significant number of human congenital diseases cannot be adequately modeled in the animals, suggesting the requirement of the research directly observing and manipulating human and primate development. Recent researchers’ efforts in establishing in vivo primate experimental systems and the in vitro models utilizing the pluripotent stem cells revealed interesting insights of the mechanisms constructing the uniqueness of our species. In this symposium, we will cover the topics relevant to primate developmental biology, including technological aspects. Researches using primate models would provide enormous novel insights into the development of our own species. |
| 9:00-9:01 | opening remarks |
| S02-1: 9:01-9:25 |
Comprehensive survey of human-specific molecular logic behind the construction of human cerebral cortex 大脳皮質発生を制御するヒト固有プログラムの網羅的探索 Ikuo Suzuki (Dept. Biological Sciences, Grad. Sch. Science, Univ. of Tokyo) |
| S02-2: 9:25-9:49 |
Dissecting the spectrum of pluripotency in primates 霊長類特異的多能性状態の解明 Tomonori Nakamura (Dept. Med. Kyoto-u, ASHBi Kyoto-U) |
| S02-3: 9:49-10:13 |
Towards in vitro human somitogenesis in vitroヒト体節形成に向けて Cantas Alev (ASHBi) |
| S02-4: 10:13-10:37 |
Studies on the Evolution and Development of the Primate Brain by Various Neuroimaging Techniques 様々なニューロイメージング技術による霊長類の脳進化と脳発達に関する研究 Tomoko Sakai (QST) |
| S02-5: 10:37-11:01 |
Disease modeling in cynomolgus monkeys using CRISPR/Cas9 CRISPR/Cas9を用いたカニクイザルにおける疾患モデリング Tomoyuki Tsukiyama (RCALS, Shiga Univ. of Medical Science) |
| S02-6: 11:01-11:30 |
Recapitulation of the areal patterning in the human cerebral cortex using human ESCs/iPSCs- derived cortical neurons Hideyuki Okano (Keio University School of Medcine) |
| Symposium 3： Developmental mechanisms underlying sexual reproduction | |
| Chairpersons: | Katsuhiko Hayashi (Kyushu University) Kei-ichiro Ishiguro (Kumamoto University) ★A brief introduction：Mechanisms underlying sexual reproduction are the fundamental subject in developmental biology, since genetic and epigenetic information involved in the development is constructed in the germline in a sex-dependent manner. The mechanisms include sex determination, meiosis and gametogenesis, some of which are conserved across species even between vertebrate and invertebrate. In the symposium, leaders in the research area will summarize their historical and recent researches and discuss a new horizon of the study on sexual reproduction. ★Co-organized by：Grant-in Aid for Scientific Research on Innovative Area: Ensuring integrity in gametogenesis |
| S03-1: 9:00-9:25 |
Asexual and/vs sexual reproduction ゲノム時代に無性生殖と有性生殖の違いを考える Kiyokazu Agata (NIBB, Okazaki, Dept of Life Sci. Gakushuin Univ.) |
| S03-2: 9:25-9:50 |
MEIOSIN directs the switch from mitosis to meiosis in mammalian germ cells 生殖細胞における体細胞分裂から減数分裂への切替え機構 Ishiguro Kei-ichiro (IMEG, Kumamoto Univ.) |
| S03-3: 9:50-10:15 |
Regulation of mammalian sex determination by the master switch gene Sry Peter Koopman (Institute for Molecular Bioscience, The University of Queensland) |
| S03-4: 10:15-10:40 |
The Mechanism of Sexual Fate Decision of Germ Cells in the Teleost Fish, Medaka メダカにおける生殖細胞の性決定機構について Minoru Tanaka (Reproductive Biology, Biological Science, Nagoya Univ.) |
| S03-5: 10:40-11:05 |
Understanding of mammalian oogenesis by reconstitution in vitro Katsuhiko Hayashi (Division of developmental stem cell biology, DFaculty of Medical Sciences, Kyushu University) |
| S03-6: 11:05-11:30 |
Sperm stem cell dynamics underlying continual sperm production with minimal mutations Shosei Yoshida (Div. Germ Cell Biol., Natl. Inst. Basic Biol., Natl. Inst. Natural Sci.) |
| Symposium 4： Fetomaternal interactions in development | |
| Chairpersons: | Toshihiko Fujimori (NIBB) Guojun Sheng (Kumamoto University) ★A brief introduction：Interactions between embryo and maternal environment are essential for embryonic development in mammals. In this symposium we will focus on the interactions and functions of extraembryonic tissues supporting the feto-environmental interactions. ★Co-organized by：supported by ABiS( Advanced Bioimaging Support) |
| S04-1: 13:45-14:05 |
Establishment of morphological and functional polarity in the mouse oviduct Toshihiko Fujimori (NIBB) |
| S04-2: 14:05-14:35 |
Cell fate determination on the fetal-maternal interface and the pregnancy outcome Hongmei Wang (State Key Laboratory of Stem Cell and Reproductive Biology, Institute of Zoology, Chinese Academy of Sciences (CAS)) |
| S04-3: 14:35-15:05 |
Roles of Peg10 and Peg11/Rtl1 proteins in feto-maternal interaction in placental fetal capillary 胎盤の胎児性毛細血管における母子相互作用におけるPeg10, Peg11/Rtl1タンパク質の役割 Fumitoshi Ishino (MRI, TMDU) |
| S04-4: 15:05-15:30 |
Intrauterine pressures adjusted by Reichert’s membrane are crucial for early mouse morphogenesis ライヘルト膜で調節された子宮内圧力がマウス初期胚卵円筒形成に働いている Isao Matsuo (Osaka Women's and Children's Hospital) |
| S04-5: 15:30-15:55 |
The vitelline membrane and the amniotic collar, a ventral connection between the embryo and extra-embryonic membrane, are required for the amnion formation in the chicken embryo. ニワトリ胚での羊膜形成には卵黄膜および，胚と胚体外膜を結ぶ羊膜えりが必要である Kimiko Fukuda (Dept,. Biol., Tokyo Metropol. Univ.) |
| S04-6: 15:55-16:15 |
Epithelial-Mesenchymal Transition in Chorio-allantoic Fusion Guojun Sheng (IRCMS, Kumamoto University) |
| Symposium 5： From collective cell behaviors to tissue morphogenesis | |
| Chairpersons: | Kaoru Sugimura (Kyoto University) Erina Kuranaga (Tohoku University) ★A brief introduction：During morphogenesis, tissue shape arises from collective behaviors of individual cells. This symposium aims at bringing together cutting-edge scientists who employ quantitative and computational approaches to deepen our understanding of multi-scale integration in tissue morphogenesis. We believe that such an opportunity will stimulate active discussion on new questions and new approaches in developmental biology. |
| S05-2: 14:15-14:45 |
Visualization of spatially defined mechanotransduction during lymphatic valve formation リンパ管弁形成における部位特異的なメカノトランスダクションの可視化 Keiko Nonomura (NIBB, SOKENDAI) |
| S05-3: 14:45-15:15 |
Live-cell imaging from zygote polarization to embryo patterning in plant 植物における受精卵の極性化から胚のパターン形成に至る過程のライブイメージング Minako Ueda (ITbM, Nagoya Univ., Dept. of Biol, Grad. Sch. of Sci., Nagoya Univ.) |
| S05-4: 15:15-15:45 |
Contact activation of locomotion – a defining mode of collective cell migration in amoebozoa morphogenesis Satoshi Sawai (Graduate School of Arts and Sciences, University of Tokyo) |
| S05-5: 15:45-16:15 |
Metabolite: A novel player controls embryonic development 代謝物：胚発生を制御する新規因子 Masayuki Oginuma (IMCR, Gunma Univ) |
| Symposium 6： Stem-ness across plant and animal kingdoms ～their similarities and differences～ | |
| Chairpersons: | Takumi Era (Kumamoto University) Tomomi Tsubouchi (NIBB) ★A brief introduction：Despite the enormous effort and enthusiasm towards complete understanding of the underlying mechanism that defines “stem-ness”, we are still far from gaining comprehensive understanding of stem-ness of both plant and animal kingdoms. In this symposium we have gathered scientists from both animal- and plant- stem cell field to discuss and share concepts on stem-ness. |
| S06-1: 13:45-14:15 |
Derivation and Differentiation in Mesenchymal Stem Cell Takumi Era (IMEG, Kumamoto University) |
| S06-2: 14:15-14:45 |
Molecular mechanism of stress-induced cellular reprogramming in plants 植物における傷害誘導性細胞リプログラミングの分子機構 Keiko Sugimoto (RIKEN CSRS) |
| S06-3: 14:45-15:15 |
Regulation of DNA replication in mammalian pluripotent stem cells 哺乳類多能性幹細胞におけるDNA複製制御 Tomomi Tsubouchi (NIBB, NINS, Dept Basic Biol, Sokendai) |
| S06-5: 15:45-16:15 |
Embryonic origin of adult neural stem cells Yukiko Gotoh (Graduate School of Pharmaceutical Sciences, The University of Tokyo) |
| Mini-Symposium 1： Developmental Toxicology and toxicogenomics | |
| Chairperson: | William Ka Fai TSE (Kyushu University) ★A brief introduction：The drastic advancement in industrialization and technology, and the growth in human population in the past century have resulted in unprecedented environmental changes in the human history. The production of large amounts of synthetic industrial and biomedical compounds as well as pollutants poses a risk to our ecosystem and induces negative effects on the health of wildlife and human beings. With the emergence of the global problem of chemical contamination, the adverse biological effects of chemicals are gaining attention among the scientific communities, industry, governments, nongovernmental organizations, and the public. At the same time, there is an increasing need for the identification and quantification of all these ubiquitous chemical contaminants. Studies in toxicology field have been continuous be performed, however, there is a need to understand the potential developmental hazardous of such chemicals. It is especially important to understand the possible toxic effect on the developing embryo. The symposium will introduce the current developmental toxicology studies using various experimental models, and omics methods; and finish by discussing the future directions of the field. |
| Introduction 16:30-16:35 |
Current Trend in Developmental Toxicology and the application of omics William Ka Fai TSE (Kyushu University) |
| MS01-1: 16:35-17:05 |
Transgenic and genomic approaches for development of fish biomonitoring tools in surveillance of environmental toxicants Zhiyuan Gong (DBS, NUS) |
| MS01-2: 17:05-17:35 |
Cytotoxicity assessment in mammalian cell systems: cell death and beyond Alexandra Kiemer (PharmBio, USAAR) |
| MS01-3: 17:35-17:55 |
Transgenerational reproductive impairment caused by hypoxia Keng Po Lai (Guilin Medical University) |
| MS01-4: 17:55-18:15 |
Effects of In Utero Exposure to Perfluorinated Compounds on Placental Functions. Chris Wong (Hong Kong) |
| MS01-5: 18:15-18:45 |
Assessemnt of Chemical Toxicity by Behavioral Phenomics in Zebrafish Chung-der Hsiao (Department of Bioscience Technology & Center of Nanotechnology, Chung Yuan Christian University) |
| 18:45-18:50 | Conclusion remarks/Discussion |
| Mini-Symposium 2： The Cerebellum: Evolution, Development and Neuronal circuits | |
| Chairpersons: | Takeru Honda (Tokyo Metropolitan Institute of Medical Science) Sachiko Tsuda (Saitama Univerisity) ★A brief introduction：The cerebellum plays the central role for information processing in motor coordination, learning, and also cognitive functions, and has been providing critical insights on the structure and function of the brain and neural circuits. In this symposium, we invite established and young researchers who are actively studying the cerebellum from its evolution, development to circuit theory by using various model organisms and techniques. We hope that cross-disciplinary discussions in this symposium will provide an opportunity to obtain a new perspective on the development of the brain through findings by cerebellar studies. |
| 16:30-16:33 | Introduction |
| MS02-1: 16:33-16:58 |
Development and evolution of the vertebrate cerebellum 脊椎動物の小脳の発生と進化 Yasunori Murakami (GSSE, Ehime Univ.) |
| MS02-2: 16:58-17:23 |
Transcriptional regulators controlling differentiation of Purkinje cells and inferior olivary nucleus neurons in zebrafish ゼブラフィッシュにおいてプルキンエ細胞と下オリーブ核ニューロンの分化を制御する転写調節因子 Masahiko Hibi (Nagoya University) |
| MS02-3: 17:23-17:43 |
Cytoskeletal regulation of Purkinje cell dendritic arbor morphology プルキンエ細胞樹状突起形態形成の細胞骨格制御メカニズム Kazuto Fujishima (iCeMS, KUIAS, Kyoto Univ.) |
| MS02-4: 17:43-18:08 |
Formation of the striped compartments of heterogeneous Purkinje cells during cerebellar development in the mouse マウス小脳発達における異種プルキンエ細胞の区画構築の形成 Izumi Sugihara (Department of Systems Neurophysiology, Tokyo Medical and Dental University Graduate School of Medical and Dental Sciences) |
| MS02-5: 18:08-18:28 |
Neural population dynamics in the cerebellar circuits: calcium and voltage imaging in zebrafish larvae ニューロンの集団ダイナミクスから見る小脳：ゼブラフィッシュ稚魚におけるCa・膜電位イメージング Sachiko Tsuda (Grad Sch of Sci and Eng, Saitama Univ.) |
| MS02-6: 18:28-18:48 |
Cerebellar development from view points of theory and clinical sides 理論研究と臨床研究からみた小脳発達 Takeru Honda (Movement Disorders PJ, TMiMS) |
| 18:48-19:00 | Panel discussion |
| Technical seminar： The chick: an Outgrowing Model Animal beyond Classical Developmental Biology | |
| Chairpersons: | Takayuki Suzuki (Nagoya University) Noriaki Sasai (NAIST) ★The chick has been used as an excellent model animal in classical developmental biology. The merits in using chick in developmental biology include its large embryonic size and easy accessibility. In addition, recent development of genetic tools have made chick more useful experimental animal. In this seminar, cutting-edge techniques and latest findings will be presented and discussed. A big avian resource based on the NBRP (National BioResource Project) will be introduced as well. |
| TS-02: 16:44-16:57 |
An effective approach to uncover the cardiac neural crest genes Saori Tani-Matsuhana (Dept. Biol., Grad. Sch. Sci., Kobe Univ.) |
| TS-03: 16:57-17:10 |
Long-term time-lapse imaging of whole-egg cultured quail embryo reveals process of amniotic membrane formation 全卵培養ウズラ胚のタイムラプス観察による羊膜形成プロセスの解明 Yuki Sato (Grad. Sch. Med. Sci., Kyushu Univ.) |
| TS-04: 17:10-17:23 |
Chick limb development as a model system for integrating comparative genomics and developmental biology 比較ゲノムと発生学の統合のためのモデルシステムとしての鳥類四肢発生 Koji Tamura (Grad. Sch. of Life Sci., Tohoku Univ.) |
| TS-05: 17:23-17:36 |
Anomaly in mechanotransduction necessary for driving directional cell rearrangement causes cyclopia in SHH-deficient embryos SHH依存的な力学応答能の欠損による細胞再配列不全が単眼症様形態異常を引き起こす Daisuke Ohtsuka (RIKEN BDR) |
| TS-06: 17:36-17:49 |
Avian primordial germ cell migration: translocation into blood vessels and extravasation. 鳥類始原生殖細胞の血管を使った細胞移動：血管内侵入と血管外遊出 Daisuke Saito (Kyushu univ.) |
| TS-07: 17:49-18:02 |
Extravasation of primordial germ cells in avian embryos is enabled by dynamic plasticity revealed by high-resolution confocal microscopy トリ胚における始原生殖細胞の血管外遊出機構：高解像度可視化による細胞ダイナミクスの理解 Yoshiko Takahashi (Dept of Zoology., Kyoto Univ.) |
| TS-08: 18:02-18:15 |
Systematic mapping of transcriptional start sites and CRISPR-on/off-mediated transcriptional regulation in the chick Guojun Sheng (Kumamoto University, IRCMS) |
| TS-09: 18:15-18:28 |
Let’s see the mesoderm formation in chicken ニワトリ胚における中胚葉の形態形成のしくみ Yukiko Nakaya (RIKEN BDR) |
| TS-10: 18:28-18:41 |
Live imaging of avian epiblast development using randomly or selectively marked cell populations 細胞群のランダムな標識や選択的な標識による、エピブラストからの発生過程のライブイメージング Hisato Kondoh (Kyoto SU) |
| TS-11: 18:41-19:00 |
New technical tips using chick embryo; genetics, electroporation, and NBRP ニワトリ胚を用いた新たな実験法；遺伝学、電気穿孔法、ナショナルバイオリソースについて Takayuki Suzuki (Div. of Bioagr. Sci., Nagoya Univ.) |
| Oral presentation 1： Technologies and Resources & New Experimental Systems & Reproduction and Germ Cells (1) | |
| Chairpersons: | Cantas Alev (Kyoto Univ.) Nayuta Yakushiji-Kaminatsui (RIKEN IMS) |
| OP01-1: (P182B) 16:15-16:30 |
High resolution spatial transcriptomics method focusing on photo-irradiated region 光照射した領域に限定可能な高解像度RNA-seq法 Mizuki Honda (Dept. of Dev Biol., Grad. Sch. of Med. Sci., Univ. of Kyushu) |
| OP01-2: 16:30-16:45 |
Wide-field 2-photon light-sheet microscopy and its application to whole body imaging analysis of Medaka embryos 広視野２光子デジタル走査ライトシート顕微鏡とメダカ胚全身イメージング解析への応用 Takashi Saitou (Grad. Sch. Med, Ehime Univ., TRC, Ehime Univ. Hosp.) |
| OP01-3: (P121A) 16:45-17:00 |
DNA barcoding analysis of the lineage dynamics of developing germ cells in mice DNAバーコードによるマウス生殖細胞集団の系譜動態の包括的解析 Tatsuro Ikeda (Div. Germ Cell Biol., NIBB, JSPS research fellow) |
| Chairpersons: | Yoshiki Hayashi (Univ. of Tsukuba) Yuzuru Kato (NIG) |
| OP01-4: (P156C) 17:00-17:15 |
Decoding The Gene Regulatory Network of Human Germ Cell Specification ヒトの生殖細胞分化の遺伝子制御 Yoji Kojima (CiRA) |
| OP01-5: (P157A) 17:15-17:30 |
Germ cell-specific zinc finger protein is required for pachytene exit in mouse meiosis 生殖細胞特異的ジンクフィンガータンパク質は減数分裂前期パキテン脱出の転写制御に働く Yuki Takada (IMEG, Kumamoto Univ.) |
| Oral presentation 2： Neural Development (1) | |
| Chairpersons: | Tatsumi Hirata (NIG) Masahiko Hibi (Nagoya Univ.) |
| OP02-1: (P113B) 16:15-16:30 |
Area-specific laminar organization is regulated by thalamocortical axons through axon-derived secretory protein VGF in developing neocortex 発生期の大脳新皮質における領野特異的な層構造の形成は視床皮質軸索に由来する分泌タンパク質VGFにより制御される Haruka Sato (Brain Morphogenesis, IMEG, Kumamoto univ.) |
| OP02-2: 16:30-16:45 |
Cerebrospinal fluid contributes to a difference in neural progenitor proliferation between mice and primates 霊長類の神経幹細胞の増幅における脳脊髄液の役割 Jun Hatakeyama (IMEG, Kumamoto Univ.) |
| OP02-3: (P114C) 16:45-17:00 |
Mechanisms Underlying Left-Right Asymmetry Formation of the Drosophila Brain ショウジョウバエの脳における左右非対称性の形成機構 So Sakamura (Dept. bio., Grad. sci., Osaka univ.) |
| OP02-4: (P115A) 17:00-17:15 |
Exploring the intra- and extracellular functions of ALS-related ER protein VAP ALS関連小胞体タンパク質VAPの細胞内及び細胞外における生理機能解析 Kosuke Kamemura (Grad Sch of Sci, Hiroshima Univ) |
| OP02-5: 17:15-17:30 |
Fz2/PCP signaling regulates the morphogenesis and arrangement of the columnar structures in the fly brain ショウジョウバエ脳のカラム構造の形態形成と配置の制御におけるFz2/PCPシグナルの働き Makoto Sato (InFiniti, Kanazawa Univ.) |
| Oral presentation 3： Morphogenesis and Organogenesis (1) | |
| Chairpersons: | Keiko Nonomura (NIBB) Yoshio Wakamatsu (Tohoku Univ.) |
| OP03-1: (P080B) 16:15-16:30 |
Vascular intraluminal pressure inhibits angiogenic branch elongation via vascular wall stretch 血管内腔圧は血管壁伸展を介して血管新生を抑制する Koichi Nishiyama (IRCMS, Kumamoto Univ.) |
| OP03-2: 16:30-16:45 |
Quantification of mechanical forces generated in cell extrusion within living zebrafish embryos ゼブラフィッシュ胚における細胞排除の間に発生する力の定量 Takaaki Matsui (BS, NAIST) |
| OP03-3: (P081C) 16:45-17:00 |
Independent size regulation of bones and appendages in zebrafish ゼブラフィッシュでは付属肢の大きさと個々の骨の長さは独立して制御されている Toshihiro Aramaki (FBS, Osaka Univ.) |
| OP03-4: 17:00-17:15 |
Multicellular dynamics for an epithelial bending in developing murine cochlear duct – A differential growth hypothesis driven by nuclear positioning マウス蝸牛管の曲げ形成を支える多細胞動態 – 核配置に基づく偏差成長仮説 Tsuyoshi Hirashima (Grad Sch Med, Kyoto U) |
| OP03-5: 17:15-17:30 |
Vascular remodeling: dynamics of avascular pillars regulated by local differences in blood flow 生体内血管リモデリング：局所的な血流の差異による血管網内の無血管領域"pillar"の変形制御 Yuta Takase (Dept. of Zoology, Grad. Sch. of Sci., Kyoto Univ., SACRA, Grad. Sch. of Sci., Kyoto Univ.) |
| Oral presentation 4： Reproduction and Germ Cells (2) | |
| Chairpersons: | Yoshiki Hayashi (Univ. of Tsukuba) Yuzuru Kato (NIG) |
| OP04-1: (P158B) 17:45-18:00 |
The induction mechanism of mitotic arrest in murine male germ cell differentiation マウス生殖細胞の雄性分化における細胞周期停止制御機構の解析 Ryuki Shimada (SOKENDAI) |
| OP04-2: (P159C) 18:00-18:15 |
Receptor-mediated yolk uptake directs Drosophila oocyte polarization and germ plasm assembly ショウジョウバエの卵母細胞の極性形成と生殖質形成には受容体を介した卵黄タンパクの取り込みが必須である Tsubasa Tanaka (IMEG, Kumamoto Univ.) |
| OP04-3: (P160A) 18:15-18:30 |
The Drosophila PGC-1 homolog, Spargel, is required for proper germ granule assembly during oogenesis. ショウジョウバエのPGC-1ホモログSpargelは、卵形成過程での生殖顆粒形成を制御する Kazuko Hanyu-Nakamura (Dept. Germline Dev., IMEG, Kumamoto Univ.) |
| OP04-4: 18:30-18:45 |
The role of nutrients and the gut hormone in mating-induced germline stem cell proliferation in the fruit fly Drosophila melanogaster キイロショウジョウバエの交尾依存的生殖幹細胞増殖における栄養と腸ホルモンの役割 Ryusuke Niwa (TARA Center, Univ. Tsukuba) |
| OP04-5: 18:45-19:00 |
Cell competition effector Sas-Ptp10D facilitates apoptosis for the proper shaping of germ-line stem cell niche in Drosophila 細胞競合制御因子Sas-Ptp10Dによるアポトーシス制御は生殖幹細胞ニッチの適正化に寄与する Kiichiro Taniguchi (Lab. of Genet., Grad. Sch. of Biostudies, Kyoto Univ.) |
| Oral presentation 5： Neural Development (2) | |
| Chairpersons: | Kenji Shimamura (Kumamoto Univ.) Takahiro Chihara (Hiroshima Univ.) |
| OP05-1: 17:45-18:00 |
Dysfunction of the proteoglycan Tsukushi causes hydrocephalus through altered neurogenesis in the subventricular zone プロテオグリカンTsukushiの機能を阻害すると神経発生が乱れ水頭症を発症する Kunimasa Ohta (Dept.of Dev.Neurobiol., Kumamoto Univ.Grad.Sch.of Life Scis.) |
| OP05-2: (P008B) 18:00-18:15 |
Dynamin-related GTPase, Drp1, is required for BNip1-mediated photoreceptor apoptosis in zebrafish ゼブラフィッシュ視細胞のBNip1依存性細胞死におけるダイナミン関連タンパク質Drp1の役割 Yuko Nishiwaki (Masai Unit, OIST) |
| OP05-3: (P082A) 18:15-18:30 |
Quest for claudin-independent occluding junctions in vivo クローディン非依存的な閉塞結合の検討 Tetsuhisa Otani (Div. of Cell Structure, NIPS, Dept. of Physiological Sciences, SOKENDAI) |
| OP05-4: 18:30-18:45 |
The functional role of G-quadruplex structures in developmental neurobiology 神経発達におけるグアニン四重鎖構造の機能的役割 Norifumi Shioda (IMEG, Kumamoto Univ.) |
| OP05-5: 18:45-19:00 |
A molecular mechanism for basal transport of Cyclin D2 mRNA within highly polarized cells and its evolutionary significance Noriko Osumi (Dept. of Dev. Neurosci., Tohoku Univ. Grad. Sch. of Med.) |
| Oral presentation 6： Morphogenesis and Organogenesis (2) | |
| Chairpersons: | Takefumi Kondo (Kyoto Univ.) Yukiko Nakaya (RIKEN BDR) |
| OP06-1: (P083B) 17:45-18:00 |
Mechanosensor channel Piezo1 mediates calcium upregulation during lymphatic valve morphogenesis リンパ管弁形成におけるメカノセンサーチャネルPiezo1を介したカルシウム制御 Hiroki Katsuta (Dept. Dev. Cell Biol. Grad. Sch. Med.Nagoya Univ., Division of Embryology, NIBB) |
| OP06-2: (P084C) 18:00-18:15 |
Common tissue deformation dynamics during limb development across species 四肢発生過程における種間で保存された組織変形ダイナミクス Yoshihiro Morishita (RIKEN BDR, PRESTO, JST) |
| OP06-3: (P085A) 18:15-18:30 |
Imaging data-driven extraction of the governing principle in multicellular dynamics 多細胞ダイナミックを司る法則のイメージングデータ駆動的解読 Naoki Honda (Kyoto University) |
| OP06-4: (P086B) 18:30-18:45 |
Identification and characterization of Wnt5a downstream targets during early development in mouse マウス初期発生におけるWnt5a下流因子の同定と機能解析 Rieko Ajima (NIG) |
| OP06-5: (P087C) 18:45-19:00 |
Mechanical stress regulates epithelial tissue integrity and stiffness through the FGF receptor/Erk2 signaling pathway during embryogenesis メカニカルストレスによるFGFR-Erk2シグナルを介した初期胚上皮組織の統合性制御 Noriyuki Kinoshita (Div. of Morphogensis, NIBB) |
| Oral presentation 7： Morphogenesis and Organogenesis (3) | |
| Chairpersons: | Akio Kobayashi (Kumamoto Univ.) Kimiko Fukuda (Tokyo Metropol. Univ.) |
| OP07-1: (P088A) 13:30-13:45 |
Bidirectional Wnt signaling between endoderm and mesoderm confers tracheal identity in mouse and human. マウスおよびヒトにおける内ー中胚葉間の双方向Wntシグナルが気管間充織を確立する Mitsuru Morimoto (RIKEN BDR) |
| OP07-2: (P089B) 13:45-14:00 |
Spatial-temporal regulation of EMC anchoring for reproducible 3D packing design under spatial constraints. 限られた空間で正確な組織収納を可能にするECMの時空間制御の解明 Alice Tsuboi (Grad. Sch. of Biostudies., Kyoto Univ.) |
| OP07-3: (P090C) 14:00-14:15 |
A temporal ecdysone signal mediated by polished rice modulates cell fate decision in Drosophila tracheal development. polished rice遺伝子を介した時期特異的なエクジソンシグナルはショウジョウバエの気管形成において細胞の運命決定を調節する。 Yuki Taira (Dept. Biol., Grad. Sch. Sci.Sci., Kobe Univ.) |
| OP07-4: 14:15-14:30 |
Reduction of endocytic activity accelerates cell elimination during epithelial tissue remodeling in Drosophila ショウジョウバエ上皮リモデリング時の細胞除去はエンドサイトーシス活性の低下によって引き起こされる Daiki Umetsu (Tohoku University) |
| OP07-5: (P091A) 14:30-14:45 |
Three-dimensional simulation of epithelial tube revealed a chiral cellular behavior, cell twisting that may account for the directional gut rotation in Drosophila 3次元シミュレーションにより明らかとなった細胞のキラルなねじれによるショウジョウバエの消化管捻転の機構 Mikiko Inaki (Dept. Biol., Grad. Sch. Sci., Osaka Univ.) |
| Oral presentation 8： Evolution | |
| Chairpersons: | Rie Kusakabe (RIKEN BDR) Naoki Irie (Univ. of Tokyo) |
| OP08-1: 13:30-13:45 |
Lineage tracing of premandibular mesoderm: studies on zebra finch and shark 顎前中胚葉の細胞系譜解析：キンカチョウとサメ胚の比較 Shunya Kuroda (Laboratory for Evolutionary Morphology, RIKEN BDR, Department of Biology, Graduate school of Science, Kobe University) |
| OP08-2: 13:45-14:00 |
The evolutionary origin of the vertebrate head: insights from gene profiling of head mesoderm in early zebrafish development 脊椎動物頭部の進化起源：ゼブラフィッシュ胚の頭部中胚葉における遺伝子発現パターンからの考察 Tokiharu Takahashi (FBMH, Univ. Manchester) |
| OP08-3: (P045C) 14:00-14:15 |
The effect on metamorphosis by gene knockout of retinoic acid receptor in starfish and the evolution of RA-dependent metamorphosis ヒトデにおけるレチノイン酸受容体RARノックアウトの変態への影響およびRAに依存的な変態の進化 Shumpei Yamakawa (Grad. Sch. Life Env. Sci., Univ. Tsukuba) |
| OP08-4: |
Cancelled () |
| OP08-5: 14:30-14:45 |
Exploring segmental elements in the head mesoderm of lampreys by ultra structural analysis 超微細構造解析によるヤツメウナギ頭部中胚葉における分節要素の探索 Takayuki Onai (UFSM) |
| Oral presentation 9： Early Embryogenesis | |
| Chairpersons: | Fumio Motegi (Temasek Lifesciences Laboratory, Singapore) Hitoshi Sawa (NIG) |
| OP09-1: (P029B) 13:30-13:45 |
The regulatory mechanism of Nodal signal by the pro-domain cleavage revealed from a nanobody-based approach ナノボディにより明らかになったプロドメイン切断によるNodalシグナルの制御機構 Takafumi Ikeda (Lab. of Embryology., Dept. of Biol. Scis., Grad. Sch. of Sci., Univ. of Tokyo) |
| OP09-2: (P030C) 13:45-14:00 |
Mesenchymal-epithelial transition regulates initiation of pluripotency exit before gastrulation Sofiane Hamidi (KU (IRCMS)) |
| OP09-3: (P031A) 14:00-14:15 |
Differential cellular stiffness as a mechanism for tissue elongation on growing embryo 細胞間の硬さの相違が成長する胚における組織伸長に寄与する Hiroshi Koyama (Div. Embryology, NIBB, SOKENDAI) |
| OP09-4: (P032B) 14:15-14:30 |
Neural-fated self-renewing cells regulated by Sox2 during secondary neurulation in chicken tail bud ニワトリ胚尾側神経管形成secondary neurulationにおけるSox2による神経系自己増殖性細胞の制御 Teruaki Kawachi (Kyoto Univ.) |
| OP09-5: (P033C) 14:30-14:45 |
The formation of multiple pituitary pouches from the oral ectoderm in hedgehog signaling-defective avian embryos causing ectopic lens development ヘッジホッグシグナルを欠損した鳥類胚では複数の下垂体前駆体嚢が発生し、それから異所水晶体が発生する Hisato Kondoh (Kyoto SU) |
| Oral presentation 10： Morphogenesis and Organogenesis (4) | |
| Chairpersons: | Hiroshi Sasaki (Osaka Univ.) Yuki Sato (Kyushu Univ.) |
| OP10-1: (P092B) 15:00-15:15 |
A neomorphic inhibitor secreted from pecanex mutant phagocytes remotely suppresses Notch signaling pecanex突然変異の貪食細胞から分泌されるネオモルフィックな因子がNotchシグナルを遠隔的に抑制する Tomoko Yamakawa (Dept. of Biol. Sci., Grad. school of Sci., Osaka Univ.) |
| OP10-2: (P093C) 15:15-15:30 |
Mechanical property of zebrafish embryonic epithelium ゼブラフィッシュ胚上皮シートの力学特性解析 Sohei Yamada (Division of Material Sciences, NAIST) |
| OP10-3: (P094A) 15:30-15:45 |
Actin cytoskeleton generates cell chirality in Drosophila phagocytes ショウジョウバエ貪食細胞のキラリティはアクチン細胞骨格によって形成される Takeshi Sasamura (Grad. Sch. Sci., Osaka Univ.) |
| OP10-4: 15:45-16:00 |
Development of the adipose tissue: behaviors of adult fat body precursor cells of Drosophila and underlying genetic basis 脂肪組織の発生：ショウジョウバエ成虫脂肪組織の前駆細胞の振る舞いとその遺伝子制御 Tadashi Uemura (Graduate School of Biostudies, Kyoto Univ., Research Center for Dynamic Living Systems, Kyoto Univ., AMED-CREST) |
| OP10-5: 16:00-16:15 |
Distinct from the morphogenesis based on the reconfiguration of a mass of cells: Morphogenesis in which cells manipulate rigid materials 細胞が固い物体を運搬/配置・繋げる形態形成機構の解析：芽球骨片運搬とコラーゲン中での放射状配置による芽球コート形成 Noriko Funayama (Dept. of Biophys., Graduate School of Science, Kyoto Univ.) |
| Oral presentation 11： Regeneration | |
| Chairpersons: | Yoshihiko Umesono (Univ. of Hyogo) Akira Satoh (Okayama Univ.) |
| OP11-1: (P141C) 15:00-15:15 |
Accumulation of regeneration-specific transitional cells in pulmonary fibrosis 肺線維症に認められる組織再生特異的細胞の蓄積 Yoshihiko Kobayashi (Duke Cell Bio) |
| OP11-2: (P142A) 15:15-15:30 |
The AP-1 transcription factor JunB induced by TGF-β signaling plays an essential role in the initiation of cell proliferation during Xenopus tadpole tail regeneration TGF-βシグナルによって誘導されるJunB転写因子は、ツメガエル幼生尾の再生における細胞分裂開始に必須である Makoto Nakamura (ARC, Grad. Sch. of Inte. Sci. Life., Hiroshima Univ.) |
| OP11-3: (P143B) 15:30-15:45 |
Dilp8 and Derailed signaling is necessary for transdetermination of Drosophila imaginal disc. ショウジョウバエ成虫原基の決定転換におけるインスリン様ペプチドDilp8及びDerailedの役割 Kazuya Nemoto (Graduate School of Pharmaceutical Sciences, Tohoku Univ.) |
| OP11-4: (P144C) 15:45-16:00 |
Mechanism of gene induction in response to regeneration in zebrafish fin ゼブラフィッシュのヒレ再生における，再生に応答した遺伝子誘導のメカニズム Teruhisa Tamaki (Tokyo Tech) |
| OP11-5: (P095B) 16:00-16:15 |
Mechanical impact of apoptosis in compensatory cell division Takumi Kawaue (MBI, NUS) |
| Oral presentation 12： Stem cells (1) | |
| Chairpersons: | Aiko Sada (Kumamoto Univ.) Shosei Yoshida (NIBB) |
| OP12-1: (P034A) 15:00-15:15 |
Differences in mitochondrial activity trigger cell competition during early mouse development Ana Lima (NHLI, Imperial College London, UK, MRC LMS, Institute of Clinical Sciences, Imperial College London, UK) |
| OP12-2: (P035B) 15:15-15:30 |
DDX6-mediated mRNA regulation is required for the mesoderm specification during early embryogenesis in mice Jessica Kim (Univ. of Tokyo) |
| OP12-3: (P036C) 15:30-15:45 |
Role of Dppa2/4-PRC1.6 axis for regulation of partially DNA methylated genes in naive pluripotent stem cells ナイーブ型の多能性幹細胞において部分的DNAメチル化を受ける遺伝子群のDppa2/4-PRC1.6軸による制御 Mitsuhiro Endoh (IMEG, Kumamoto University) |
| OP12-4: (P170B) 15:45-16:00 |
PKD1-dependent renal cystogenesis from human iPSC-derived ureteric bud organoids ヒトiPS細胞由来尿管芽オルガノイドにおけるPKD1に依存した腎嚢胞形成 Shohei Kuraoka (IMEG, Kumamoto Univ.) |
| OP12-5: (P171C) 16:00-16:15 |
Establishment of culture system for the induction of hematopoietic stem cells from mouse embryonic precursors マウス胎仔由来前駆細胞から造血幹細胞への分化誘導法の確立 Saori Morino-Koga (Dept. of Cell Diff., IMEG, Kumamoto Univ.) |
| Oral presentation 13： Stem cells (2) | |
| Chairpersons: | Shoen Kume (Tokyo Institute of Technology) Kunimasa Ohta (Kumamoto Univ.) |
| OP13-1: 9:00-9:15 |
In vivo tracing of hematopoietic stem and progenitor cell formation in the mouse embryo 細胞系譜追跡法によるマウス造血幹細胞および前駆細胞の発生機序の解析 Tomomasa Yokomizo (IRCMS, Kumamoto Univ) |
| OP13-2: (P172A) 9:15-9:30 |
Defining heterogeneous stem cell populations in oral and eye surface epithelia 上皮幹細胞のダイナミクス解析：眼と口腔をモデルにして Aiko Sada (IRCMS, Kumamoto Univ, TARA center, Univ of Tsukuba) |
| OP13-3: (P173B) 9:30-9:45 |
Characterization of cambium stem cell during radial plant growth 植物の二次成長過程における形成層幹細胞の特徴づけ Dongbo Shi (COS Heidelberg) |
| OP13-4: 9:45-10:00 |
Pax3b and Pax7a have sequential function to regulate fate choice of pigment cells in medaka メダカPax3bとPax7aは色素細胞の運命決定を連続して制御する Hisashi Hashimoto (Grad. Sch. Sci., Nagoya Univ.) |
| OP13-5: 10:00-10:15 |
Molecular mechanisms of dental epithelial stem cells under condition of low oxygen level. 低酸素環境によるエナメル上皮幹細胞の維持機構 Hidemitsu Harada (Div. of DBRM, Iwate Med Univ.) |
| OP13-6: 10:15-10:30 |
Direct reprogramming non-limb fibroblasts into limb bud progenitor-like cells ダイレクトリプログラミングにより肢芽前駆細胞を繊維芽細胞から誘導する Yuji Atsuta (HMS) |
| OP13-7: (P174C) 10:30-10:45 |
Type 3 muscarinic receptors contribute to stem cell proliferation and differentiation in the murine small intestinal crypts through the ephrinB/EphB receptor signaling タイプ3ムスカリン性アセチルコリン受容体はephrinB/EphB receptorを介して腸幹細胞分化・増殖を制御する Toshio Takahashi (Suntory Fdn. Life Sci.) |
| Oral presentation 14： Growth and Metabolism & Disease Models and Mechanisms | |
| Chairpersons: | Ryusuke Niwa (Univ. of Tsukuba) Shizue Ohsawa (Nagoya Univ.) |
| OP14-1: (P050B) 9:00-9:15 |
The polyol pathway is crucial for glucose sensing and sugar-responsive metabolic gene expression ポリオール経路はグルコース感知およびグルコース摂取に応じた代謝酵素遺伝子群の発現調節に重要な役割を果たす Hiroko Sano (Inst. of Life Science, Kurume Univ.) |
| OP14-2: (P051C) 9:15-9:30 |
The long noncoding RNA Neat1 regulates the expression of genes involved in themogenesis upon cold stimulation ノンコーディングRNA Neat1は寒冷刺激時に熱産生に関わる遺伝子を制御する Hikaru Toya (Fac.Pharm,Hokkaido Univ.) |
| OP14-3: (P009C) 9:30-9:45 |
Expansion of human iPSCs-derived nephron progenitors and modeling nephrotic disease iPS細胞由来ヒト腎臓ネフロン前駆細胞の増幅培養法確立と病態再現 Shunsuke Tanigawa (Dept. Kidney Dev. IMEG. Kumamoto Univ.) |
| OP14-4: 9:45-10:00 |
VMAT2 safeguards beta-cells against dopamine cytotoxicity under high fat diet-induced stress VMAT2による高脂肪食に起因するドーパミン毒性からの膵β-細胞保護に関する研究 Daisuke Sakano (TITECH) |
| OP14-5: (P010A) 10:00-10:15 |
A novel mouse model of syndactyly: The role of CtBP1/2 in limb organogenesis CtBPに着目した合指症発症機構の解明 Nayuta Yakushiji-Kaminatsui (RIKEN IMS) |
| OP14-6: (P011B) 10:15-10:30 |
A β‑catenin-IRX3/5 gene regulatory network controls osteogenesis versus adipogenesis in the chondrocyte-osteoblast lineage continuum with downstream metabolic consequences Kathryn S.E. Cheah (SBMS, HKU) |
| OP14-7: (P012C) 10:30-10:45 |
Nuclear matrix associated protein, BANP, is required for proper cell-cycle progression and neuronal survival in zebrafish retinas. Swathy Babu (OIST) |
| Oral presentation 15： Patterning | |
| Chairpersons: | Tatsuya Takemoto (Tokushima Univ.) Hiroki Oda (JT BRH) |
| OP15-1: 9:00-9:15 |
Reciprocal control of Wnt and Frizzled asymmetry during cell polarization 細胞極性化におけるWntとFrizzledの相互依存的非対称局在 Hitoshi Sawa (NIG) |
| OP15-2: 9:15-9:30 |
Binary decision between asymmetric and symmetric cell division is defined by the balance of PAR proteins 対称分裂と非対称分裂の二者択一は細胞極性因子PARタンパク質のバランスによって決定される Fumio Motegi (TLL, NUS, MBI) |
| OP15-3: (P130A) 9:30-9:45 |
The larvacean Oikopleura dioica lacks Nodal and utilizes calcium oscillation and Bmp expression for left-right patterning Nodalをもたない脊索動物 Oikopleura dioica における左右非対称形成にはCaオシレーションとBmpの右側発現がかかわる Takeshi Onuma (Dep. Biol. Sci., Osaka Univ.) |
| OP15-4: (P131B) 9:45-10:00 |
Left-right asymmetric balance of blood flow determines left-right asymmetry of vascular patterns 左右非対称な血流バランスがトリ胚後方卵黄静脈の左右非対称形成を誘導している Junki Yoshida (Dept of Zool, Grad Sch of Sci, Kyoto Univ) |
| OP15-6: (P132C) 10:15-10:30 |
Hexagonal versus Tetragonal tiling of the Drosophila eye ショウジョウバエ複眼における六角形・四角形タイリング Takashi Hayashi (InFiniti, Kanazawa U.) |
| OP15-7: (P133A) 10:30-10:45 |
Characterizing the spatiotemporal dynamics of “spermatogenic wave” in murine testes マウス精巣における精細管上皮周期波の動態解析 Toshiyuki Sato (Div. Germ Cell Biol., Natl. Inst. Basic Biol., Natl. Inst. Nat. Sci., Dept. Pathol., Nagoya Univ. Grad. Sch. Med) |
| Satellite Workshop 1: Early embryogenesis + Morphogenesis & Organogenesis | |
| Chairperson: | Shigeo Hayashi (RIKEN BDR) |
| SW1-1: (P028A) 15:00-15:15 |
Gating mechanism of blastopore to regulate extracellular fluid dynamics 初期胚の体液動態を制御する原口の開閉機構 Soichiro Kato (Osaka Univ., RIKEN BDR) |
| SW1-2: (P078C) 15:15-15:30 |
Roles of Sox9b in medaka pigment cell development メダカ色素細胞発生におけるSox9bの役割 Yuri Tsunogai (Grad, Sch, Sci, Nagoya Univ.) |
| SW1-3: (P079A) 15:30-15:45 |
Dynamics of interstitial cells of Cajal for elucidating the mechanism of the gut peristalsis 腸蠕動運動のメカニズム解明に向けたカハール介在細胞の動態解析 Rei Yagasaki (Dept of Zool., Grad. Sch. of Sci., Kyoto Univ.) |
| SW1-4: (P102C) 15:45-16:00 |
ECM remodeling regulates the deformation of the folded Drosophila imaginal discs during development ECMのリモデリングはショウジョウバエ成虫原基折り畳みの変形を制御する Katsuya Nozaki (Genetics, Div. of Biol.Sci., Grad. Sch. of Sci., Nagoya Univ.) |
| Satellite Workshop 2: Patterning + Regeneration | |
| Chairperson: | Harukazu Nakamura (Tohoku Universiry) |
| SW2-1: (P129C) 15:00-15:15 |
Regeneration mechanism of size and shape in the zebrafish fin ゼブラフィッシュヒレの再生における位置情報を介した形態とサイズの再生機構 Misato Yokozawa (Tokyo Institute of Technology) |
| SW2-2: (P139A) 15:15-15:30 |
Upregulation of TCR alpha/beta in the Ouro-expressing tail of Xenopus during tissue degeneration ツメガエルの組織崩壊時におけるOuro発現尾のTCR alpha/betaの発現上昇 Tenmei Maruyama (Grad. Sch. Sci. Technol. Niigata Univ) |
| SW2-3: (P140B) 15:30-15:45 |
Regulation in hepatocytes' proliferation in axolotl liver regeneration メキシコサラマンダー肝再生における細胞分裂制御 Ayaka Ooashi (Dept.Biol.Sci, Okayama Univ.) |
| SW2-4: (P134B) 15:45-16:00 |
Machine learning-assisted reconstruction of spatial transcriptome from scRNA-seq data 機械学習による遺伝子の空間的発現パターンのscRNAseqデータをもちいた新規再構成手法 Yasushi Okochi (Faculty of Medicine, Kyoto University, Laboratory for Theoretical Biology, Graduate School of Biostudies, Kyoto University) |
| Satellite Workshop 3: Stem cells + Neural Development + Technologies & Resources | |
| Chairperson: | Hisato Kondoh (Kyoto Sangyo University) |
| SW3-1: (P169A) 15:00-15:15 |
Effect of ribosome on human cancer cells ヒト癌細胞対するリボソームの影響 Mikiko Kudo (Dep.Dev.Neuro,Grad.Sch.Life Sci., Kumamoto Univ.) |
| SW3-2: (P181A) 15:15-15:30 |
Development of a single-cell full-length total RNA sequencing for non-model organisms. 非モデル生物のための１細胞完全長トータルRNAシーケンス法の開発 Tetsutaro Hayashi (RIKEN BDR) |
| SW3-3: (P116B) 15:30-15:45 |
Negative Regulation of mTOR Signaling Restricts Cell Proliferation in the Floor Plate mTORシグナルの不活性化による底板細胞数の制御 Minori Kadoya (NAIST) |
| SW3-4: (P176B) 15:45-16:00 |
VE-cadherin+ cells in the mouse embryo proper differentiate into mast cells in vitro and in vivo マウス胎仔のVE-cadherin+細胞はin vitroおよびin vivoにおいてマスト細胞に分化する Mariko Tsuruda (Dept. of Cell Diff., IMEG, Kumamoto Univ.) |
The white number is Poster Award candidate.
| P001A: | Insulin2 Q104del (Kuma) mutant mice develop diabetes with dominant inheritance Insulin2タンパクへのQ104del変異導入による自然発症1型糖尿病モデルマウスの作製 Airi Inoue (Life science and technology, Tokyo Tech) |
| P002B: | Roles of Notch signaling in regulating muscle plasticity Notchシグナルによる骨格筋可塑性の制御 Shin Fujimaki (Dept. Muscle Dev. & Regeneration, IMEG, Kumamoto Univ.) |
| P003C: | Artocarpus blancoi (Elmer) merr. LEAF EXTRACTS SHOWS ANTI-PROLIFERATIVE ACTIVITY AND P53 FUNCTION RESTORATION AGAINST MCF-7 BREAST CANCER CELL LINE Rod Vincent Borromeo (MSU-IIT) |
| P004A: | Role of Polycomb-group complex-1 in the initial phase of cellular senescence クロマチン作用因子ポリコーム群複合体PRC1による細胞老化抵抗性 Kyoichi Isono (WMU) |
| P005B: | Memory Dynamics of Helper T cells and Regulatory T cells in Adaptive Immunity 適応免疫におけるヘルパーT細胞および制御性T細胞の記憶ダイナミクス Kana Yoshido (Grad.Sch.Biostudies,Univ.Kyoto) |
| P006C: | Chemical-induced cleft palate is regulated by Wnt signaling pathway in zebrafish model ゼブラフィッシュを用いた口蓋裂モデル - 化学物質に起因する口蓋裂はWntシグナルによる制御を受ける - Rika Narumi (Safety Science Research, Kao Corporation) |
| P007A: | Peripheral blood mononuclear cells activated by Lactobacillus plantarum supernatant induces selective anti-cancer activity in vitro Ranelle Janine Asi (IB-UPD) |
| P008B: (OP05-2) | Dynamin-related GTPase, Drp1, is required for BNip1-mediated photoreceptor apoptosis in zebrafish ゼブラフィッシュ視細胞のBNip1依存性細胞死におけるダイナミン関連タンパク質Drp1の役割 Yuko Nishiwaki (Masai Unit, OIST) |
| P009C: (OP14-3) | Expansion of human iPSCs-derived nephron progenitors and modeling nephrotic disease iPS細胞由来ヒト腎臓ネフロン前駆細胞の増幅培養法確立と病態再現 Shunsuke Tanigawa (Dept. Kidney Dev. IMEG. Kumamoto Univ.) |
| P010A: (OP14-5) | A novel mouse model of syndactyly: The role of CtBP1/2 in limb organogenesis CtBPに着目した合指症発症機構の解明 Nayuta Yakushiji-Kaminatsui (RIKEN IMS) |
| P011B: (OP14-6) | A β‑catenin-IRX3/5 gene regulatory network controls osteogenesis versus adipogenesis in the chondrocyte-osteoblast lineage continuum with downstream metabolic consequences Kathryn S.E. Cheah (SBMS, HKU) |
| P012C: (OP14-7) | Nuclear matrix associated protein, BANP, is required for proper cell-cycle progression and neuronal survival in zebrafish retinas. Swathy Babu (OIST) |
| P013A: | YAP signaling regulations in CVP morphogenesis Prasad Yam (IHBR, KNU) |
| P014B: | Blastocoel expansion triggers nuclear translocation of YAP in inner cell mass of pre-implantation mouse embryos 胞胚腔の拡大は着床前マウス胚のICMにおけるYAPの核移行を引き起こす Hinako Maeda (FBS, Osaka Univ.) |
| P015C: | Importin13 is required for the mouse embryonic development Importin13は、マウスの胚発生に必要である Yasuko Yamaguchi (Kumamoto Health Sci Univ) |
| P016A: | Investigation of hiPS differentiation potential into early blood/vascular progenitors using chicken-embryo based in vivo assay Galym Ismagulov (IRCMS) |
| P017B: | Foxd, which is important for patterning along the animal-vegetal axis in early ascidian embryos, acts as an activator or a repressor by differences in cis-regulatory sequences of its targets. ホヤの初期胚で動物極-植物軸極に沿ったパターニングにはたらくFoxdは、標的遺伝子のシス調節領域の違いによってactivatorまたはrepressorとして機能する。 Shinichi Tokuhiro (Graduate School of Science, Kyoto University) |
| P018C: | Toward understanding of the molecular mechanism by which Wnt directs planar cell polarity. Wntによる平面細胞極性の方向づけの分子メカニズム Yusuke Mii (NIBB, ExCELLS, JST PRESTO) |
| P019A: | Initial analysis for understanding molecular mechanisms of regulative development 調節発生の分子メカニズム解明に向けて Haruka Suzuki (Tsukuba univ, shimoda marine research center) |
| P020B: | A novel role of Numb prevents embryo from twisting through the inhibition of Notch signaling-dependent activation of Cdc25 Elzava Yuslimatin Mujizah (Faculty of Science) |
| P022A: | Autocrine and paracrine functions of Wnt ligand in the neuromesoderm progenitor cells of mouse embryo マウス胚の神経中胚葉前駆細胞におけるWntのオートクリン及びパラクリン機能の解析 Yudai Hatakeyama (SOKENDAI, NIBB, ExCELLS) |
| P023B: | Regulatory mechanism of morphogen signals by the autism-related gene cdc2-like kinase 2 (clk2) in Xenopus neural development Regina Virgirinia (Amphibian Research Center, Grad. Sch. of Sci., Hiroshima Univ.) |
| P024C: | GABA expressed in the neural tube area in the tail-bud stage is involved in elongation function independent of convergent extension 尾芽胚期の神経管領域に発現するGABAはconvergent extensionとは 独立した体軸伸長機能に関わる Masaki Hachiman (Graduate School of Media and Governance, Keio University) |
| P025A: | Collectivity of nuclear migration in the visceral muscles of the embryonic midgut may be required for the left-right asymmetry formation of this organ in Drosophila. Dongsun Shin (Department of Biological Science, Graduate School of Science, Osaka University) |
| P026B: | The roles of xArg1 in Xenopus early embryogenesis アフリカツメガエルの初期発生におけるxArg1の役割 Yuki Moriyama (Lab. Tissue Morph, Biol. Sci., Fac. Sci. Engng., Chuo Univ.) |
| P027C: | Mesoderm cells collectively migrate through a dynamic meshwork during chick gastrulation ニワトリ胚原腸陥入時における中胚葉細胞の集団運動メカニズム Yukiko Nakaya (RIKEN BDR) |
| P028A: (SW1-1) | Gating mechanism of blastopore to regulate extracellular fluid dynamics 初期胚の体液動態を制御する原口の開閉機構 Soichiro Kato (Osaka Univ., RIKEN BDR) |
| P029B: (OP09-1) | The regulatory mechanism of Nodal signal by the pro-domain cleavage revealed from a nanobody-based approach ナノボディにより明らかになったプロドメイン切断によるNodalシグナルの制御機構 Takafumi Ikeda (Lab. of Embryology., Dept. of Biol. Scis., Grad. Sch. of Sci., Univ. of Tokyo) |
| P030C: (OP09-2) | Mesenchymal-epithelial transition regulates initiation of pluripotency exit before gastrulation Sofiane Hamidi (KU (IRCMS)) |
| P031A: (OP09-3) | Differential cellular stiffness as a mechanism for tissue elongation on growing embryo 細胞間の硬さの相違が成長する胚における組織伸長に寄与する Hiroshi Koyama (Div. Embryology, NIBB, SOKENDAI) |
| P032B: (OP09-4) | Neural-fated self-renewing cells regulated by Sox2 during secondary neurulation in chicken tail bud ニワトリ胚尾側神経管形成secondary neurulationにおけるSox2による神経系自己増殖性細胞の制御 Teruaki Kawachi (Kyoto Univ.) |
| P034A: (OP12-1) | Differences in mitochondrial activity trigger cell competition during early mouse development Ana Lima (NHLI, Imperial College London, UK, MRC LMS, Institute of Clinical Sciences, Imperial College London, UK) |
| P035B: (OP12-2) | DDX6-mediated mRNA regulation is required for the mesoderm specification during early embryogenesis in mice Jessica Kim (Univ. of Tokyo) |
| P036C: (OP12-3) | Role of Dppa2/4-PRC1.6 axis for regulation of partially DNA methylated genes in naive pluripotent stem cells ナイーブ型の多能性幹細胞において部分的DNAメチル化を受ける遺伝子群のDppa2/4-PRC1.6軸による制御 Mitsuhiro Endoh (IMEG, Kumamoto University) |
| P037A: | Regulation of lactic acid mediated development competence of early stage embryos Yong-pil Cheon (CDPR, DDBP, Dept Biotech, Sungshin Univ.) |
| P038B: | Primary analysis of the characteristics of TCR β chain CDR3 repertoires in the peripheral blood of twins Danhua Su (Zunyi Medical University) |
| P039C: | Diversity and Development of Bacteriomes; Evo-devo approaches to symbiosis using beetles and their symbiotic bacteria 甲虫における菌細胞塊の多様性および発生機構の解明 Bin Hirota (The University of Tokyo) |
| P040A: | Convergent evolution of duplicated genes in different evolutionary lineages 異なる進化系譜における倍加遺伝子の収斂進化 Mikio Tanouchi (Department of Biological Science, Graduate School of Science,Hiroshima Univ.) |
| P041B: | Spatio-temporal regulation of homeobox genes in the vertebrate jaw primordium 脊椎動物の顎原基におけるホメオボックス遺伝子の時期・領域特異的な発現の制御 Yoshio Wakamatsu (Dept. Dev. Neurosci., Tohoku Univ. Grad. Sch. Med.) |
| P042C: | CRISPR/Cas9-mediated functional analyses of Hox/paraHox genes in the water flea, Daphnia magna オオミジンコHox/paraHox遺伝子群のCRISPR/Cas9法を用いたゲノム編集による機能解析 Yasuhiro Shiga (Tokyo Univ. Pham. & Life Sci., Sch.of Life Scis.) |
| P043A: | Telencephalic expression analysis of the 5-hydroxytryptamin receptor (5-HTR) genes in the chicken ニワトリ終脳におけるセロトニン受容体遺伝子の発現解析 Toshiyuki Fujita (Teikyo Univ.) |
| P044B: | PROTEOMIC APPROACH TO DISSECT THE ANCESTRAL β-CATENIN TRANSCRIPTION MACHINERY Ivan Mbogo (Evolutionary Neurobiology Unit) |
| P045C: (OP08-3) | The effect on metamorphosis by gene knockout of retinoic acid receptor in starfish and the evolution of RA-dependent metamorphosis ヒトデにおけるレチノイン酸受容体RARノックアウトの変態への影響およびRAに依存的な変態の進化 Shumpei Yamakawa (Grad. Sch. Life Env. Sci., Univ. Tsukuba) |
| P046A: | Expression of a possible horizontally-transferred gene containing a glycosyl hydrolase family 6-domain in Ciona embryos Kun-lung Li (MGU, OIST, Japan) |
| P047B: | Regulation of interstitial cell behaviors during branching morphogenesis of medusa tentacles in the jellyfish, Cladonema pacificum Shiting Hou (RCMB, Tohoku Univ.) |
| P048C: | Effect of nutritional condition for a biological timer to determine prepupal period in Drosophila melanogaster 栄養状態がショウジョウバエ前蛹期間を決める生物タイマーに与える影響 Hitoshi Ueda (Okayama Univ.) |
| P049A: | A homeobox transcription factor negatively regulates larval development via regulating molting hormone biosynthesis in Drosophila melanogaster. 脱皮ホルモン生合成調節を介してキイロショウジョウバエ幼虫の発生を負に調節するHOX型転写因子の機能解析 Takumi Kamiyama (Grad. School of Life and Env. Sci. , Univ. of Tsukuba) |
| P050B: (OP14-1) | The polyol pathway is crucial for glucose sensing and sugar-responsive metabolic gene expression ポリオール経路はグルコース感知およびグルコース摂取に応じた代謝酵素遺伝子群の発現調節に重要な役割を果たす Hiroko Sano (Inst. of Life Science, Kurume Univ.) |
| P051C: (OP14-2) | The long noncoding RNA Neat1 regulates the expression of genes involved in themogenesis upon cold stimulation ノンコーディングRNA Neat1は寒冷刺激時に熱産生に関わる遺伝子を制御する Hikaru Toya (Fac.Pharm,Hokkaido Univ.) |
| P052A: | Dopamine storage and production in pancreatic β-cells regulate insulin secretion in rodent マウス膵β細胞内のドーパミン貯蔵・合成がインスリン分泌を制御する Fumiya Uefune (Sch. Life Sci & Tech, Tokyo Tech) |
| P053B: | Investigating the Regulatory Mechanism of MET within Kidney Organoids 腎臓オルガノイドのMETイベントを用いた周辺環境の特異性の解明 Rio Noto (RIKEN Center for Biosystems Dynamics Research, Department of Nephrology, Graduate School of Medicine, Kyoto University) |
| P054C: | An approach to eGFP-label interstitial cells of Cajal (ICCs) by CRISPR/Cas9-based knock-in for the c-Kit gene in chicken embryos ニワトリ胚におけるc-Kit遺伝子へCRISPR/Cas9を基盤としたeGFPノックインによるICCの可視化の試み Tomoatsu Takano (Dept of Zool. Kyoto Univ) |
| P055A: | Regulatory mechanism of morphological change of roof-plate cells in the mouse spinal cord マウス神経管におけるroof plate細胞の形態変化の制御機構 Takuma Shinozuka (NIBB, ExCELLS) |
| P056B: | GFP-knock-in medaka revealed the involvement of dhfr-like and hdd in the xanthophore lineage pigment cell differentiation メダカ黄色素胞分化に関与するdhfr-likeおよびhddの解析 Hayato Yokoi (Grad Schl Agricul Sci, Tohoku Univ) |
| P057C: | Coordinated growth of midline tissues in the zebrafish body axis elongation ゼブラフィッシュ体軸伸長における正中軸組織の協調した伸長 Toru Kawanishi (Univ. Tokyo) |
| P058A: | Interaction of cell migration and surrounding tissues during early cardiogenesis in zebrafish ゼブラフィッシュ初期心臓形成における細胞移動と周辺組織の関係性の解析 Hitoshi Morita (University of Yamanashi) |
| P059B: | Functional analyses of Itga3b in zebrafish embryonic heart Xiang-ling Yu (DBB, National Taiwan Ocean University, ICOB,Academia Sinica) |
| P060C: | Quantitative analysis of epidermal cells dynamics during head development in zebrafish embryo ゼブラフィッシュ胚の顔発生時における表皮細胞動態の定量解析 Kazutaka Hosoda (RIKEN BDR) |
| P061A: | Chromatin dynamics in Hox-mediated animal body development Hox依存的動物個体発生におけるクロマチン動態 Yoshifumi Asakura (Grad. Sch. Biostudies, Univ. Kyoto) |
| P062B: | Expression pattern and developmental function of Piezo1 in craniofacial development Eui-seon Lee (IHBR, Kyungpook National University) |
| P063C: | Organ size and shape control during differential development of Drosophila Wing and Haltere Dilsha C (IISER Pune,India) |
| P064A: | Amplitude and phase dynamics of the segmentation clock during pattern recovery 分節時計再同期過程における振幅位相ダイナミクス Koichiro Uriu (Graduate School of Natural Science and Technology, Kanazawa University) |
| P065B: | Cuticle nano-patterning by self-assembly of an apical ECM molecule and its trafficking 自己集合能を有する分子ファミリーによる細胞外基質のナノパターニング Yuki Itakura (RIKEN BDR) |
| P066C: | Mesothelial EMT during chorio-allantoic membrane fusion on chick embryo development ニワトリ胚の漿尿膜融合を駆動制御する中皮EMT Hiroki Nagai (IRCMS) |
| P067A: | In vitro reconstitution of the Wolffian duct using human pluripotent stem cells ヒトiPS細胞を用いたウォルフ管の試験管内再構成 Junichi Taniguchi (RIKEN BDR) |
| P068B: | Theoretical model for leaf-shape variation in heterophyllous lake cress 異形葉性のロリッパアクアティカが示す多様な葉形を説明する理論モデル Akiko Nakamasu (IROAST, Kumamoto Univ.) |
| P069C: | Spatiotemporal distribution of macrophages and relationship with neural crest cells in cardiac development 心臓発生におけるマクロファージの時空間的分布と神経堤細胞との関係 Mayuko Kida (Dept of phys. Chim and Metab., Grad. Sch. of Med, Univ. of Tokyo) |
| P070A: | Cancelled () |
| P071B: | Development Pattern of Kidney -Ureter and Renal Abnormalities in Ahnak KO Sang-bin Oh (Division in Anatomy and Developmental Biology, Department of Oral Biology, Oral Science Research Center, BK21 PLUS Project, Yonsei University College of Dentistry, Seoul, Korea) |
| P072C: | Single cell mechanics in 3D tissue formation: combined approach of organoid culture and mathematical modeling 3D組織形成の1細胞力学解析：オルガノイド培養と数理モデリングの融合アプローチ Satoru Okuda (Nano Life Science Institute) |
| P073A: | Comparison of tail morphogenetic processes among three rodent species with different tail lengths 尾長の異なる3種の齧歯類における尾部形態形成過程の比較 Sayaka Tojima (Osaka City Univ.) |
| P074B: | Mathematical model of the plant root hair morphogenesis depending on the cell wall hardening 植物の根毛はなぜまっすぐに伸びるか数理モデルから考える Hisako Takigawa-Imamura (Dept. Anat. Cell Biol., Grad. Sch. Med., Kyushu Univ.) |
| P075C: | Understanding cell fate and developmental signals during mammalian bladder development. Filip Wymeersch (RIKEN BDR) |
| P076A: | Does the collective durotaxis actually happen in animal? 集団的弾性応答は生体内で観察されるか？ Sei Kuriyama (Akita University) |
| P077B: | Expression pattern and putative function of ER-stress molecules in tooth formation Yam Aryal (KNU) |
| P078C: (SW1-2) | Roles of Sox9b in medaka pigment cell development メダカ色素細胞発生におけるSox9bの役割 Yuri Tsunogai (Grad, Sch, Sci, Nagoya Univ.) |
| P079A: (SW1-3) | Dynamics of interstitial cells of Cajal for elucidating the mechanism of the gut peristalsis 腸蠕動運動のメカニズム解明に向けたカハール介在細胞の動態解析 Rei Yagasaki (Dept of Zool., Grad. Sch. of Sci., Kyoto Univ.) |
| P080B: (OP03-1) | Vascular intraluminal pressure inhibits angiogenic branch elongation via vascular wall stretch 血管内腔圧は血管壁伸展を介して血管新生を抑制する Koichi Nishiyama (IRCMS, Kumamoto Univ.) |
| P081C: (OP03-3) | Independent size regulation of bones and appendages in zebrafish ゼブラフィッシュでは付属肢の大きさと個々の骨の長さは独立して制御されている Toshihiro Aramaki (FBS, Osaka Univ.) |
| P082A: (OP05-3) | Quest for claudin-independent occluding junctions in vivo クローディン非依存的な閉塞結合の検討 Tetsuhisa Otani (Div. of Cell Structure, NIPS, Dept. of Physiological Sciences, SOKENDAI) |
| P083B: (OP06-1) | Mechanosensor channel Piezo1 mediates calcium upregulation during lymphatic valve morphogenesis リンパ管弁形成におけるメカノセンサーチャネルPiezo1を介したカルシウム制御 Hiroki Katsuta (Dept. Dev. Cell Biol. Grad. Sch. Med.Nagoya Univ., Division of Embryology, NIBB) |
| P084C: (OP06-2) | Common tissue deformation dynamics during limb development across species 四肢発生過程における種間で保存された組織変形ダイナミクス Yoshihiro Morishita (RIKEN BDR, PRESTO, JST) |
| P085A: (OP06-3) | Imaging data-driven extraction of the governing principle in multicellular dynamics 多細胞ダイナミックを司る法則のイメージングデータ駆動的解読 Naoki Honda (Kyoto University) |
| P086B: (OP06-4) | Identification and characterization of Wnt5a downstream targets during early development in mouse マウス初期発生におけるWnt5a下流因子の同定と機能解析 Rieko Ajima (NIG) |
| P087C: (OP06-5) | Mechanical stress regulates epithelial tissue integrity and stiffness through the FGF receptor/Erk2 signaling pathway during embryogenesis メカニカルストレスによるFGFR-Erk2シグナルを介した初期胚上皮組織の統合性制御 Noriyuki Kinoshita (Div. of Morphogensis, NIBB) |
| P088A: (OP07-1) | Bidirectional Wnt signaling between endoderm and mesoderm confers tracheal identity in mouse and human. マウスおよびヒトにおける内ー中胚葉間の双方向Wntシグナルが気管間充織を確立する Mitsuru Morimoto (RIKEN BDR) |
| P089B: (OP07-2) | Spatial-temporal regulation of EMC anchoring for reproducible 3D packing design under spatial constraints. 限られた空間で正確な組織収納を可能にするECMの時空間制御の解明 Alice Tsuboi (Grad. Sch. of Biostudies., Kyoto Univ.) |
| P090C: (OP07-3) | A temporal ecdysone signal mediated by polished rice modulates cell fate decision in Drosophila tracheal development. polished rice遺伝子を介した時期特異的なエクジソンシグナルはショウジョウバエの気管形成において細胞の運命決定を調節する。 Yuki Taira (Dept. Biol., Grad. Sch. Sci.Sci., Kobe Univ.) |
| P091A: (OP07-5) | Three-dimensional simulation of epithelial tube revealed a chiral cellular behavior, cell twisting that may account for the directional gut rotation in Drosophila 3次元シミュレーションにより明らかとなった細胞のキラルなねじれによるショウジョウバエの消化管捻転の機構 Mikiko Inaki (Dept. Biol., Grad. Sch. Sci., Osaka Univ.) |
| P092B: (OP10-1) | A neomorphic inhibitor secreted from pecanex mutant phagocytes remotely suppresses Notch signaling pecanex突然変異の貪食細胞から分泌されるネオモルフィックな因子がNotchシグナルを遠隔的に抑制する Tomoko Yamakawa (Dept. of Biol. Sci., Grad. school of Sci., Osaka Univ.) |
| P093C: (OP10-2) | Mechanical property of zebrafish embryonic epithelium ゼブラフィッシュ胚上皮シートの力学特性解析 Sohei Yamada (Division of Material Sciences, NAIST) |
| P094A: (OP10-3) | Actin cytoskeleton generates cell chirality in Drosophila phagocytes ショウジョウバエ貪食細胞のキラリティはアクチン細胞骨格によって形成される Takeshi Sasamura (Grad. Sch. Sci., Osaka Univ.) |
| P095B: (OP11-5) | Mechanical impact of apoptosis in compensatory cell division Takumi Kawaue (MBI, NUS) |
| P097A: | Repression of interstitial identity in nephron progenitor cells by Pax2 establishes the nephron-interstitium boundary throughout kidney development 腎発生におけるPax2を介したネフロン前駆細胞での間質表現系の抑制によるネフロン・間質間の細胞系譜境界の決定 Akio Kobayashi (Brigham and Women's Hospital, Harvard Medical School, Department of Medicine, Brigham and Women's Hospital, Harvard Medical School, Department of Medicine, University of Washington) |
| P098B: | Tissue-scale tension gradient drives cell shape change and rearrangement during spherical eye lens formation 組織内張力勾配が細胞形態変化と配置換えを制御し球状の水晶体を形成する Yuki Sugiyama (Okinawa Inst. Sci. Tech., OIST) |
| P099C: | Regulation of Six1 expression during hair cell development in the inner ear 内耳有毛細胞形成におけるSix1の発現制御 Shigeru Sato (Div. of Biol., Jichi Med. Univ.) |
| P100A: | Spatiotemporal regulation of Map7D1 expression and dynamics is involved in cell polarity formation during mammalian tissue morphogenesis. 組織形成における微小管結合タンパク質：Map7D1の時空間的な制御による細胞極性の調節メカニズム Koji Kikuchi (Dept. Mol. Pharm., Grad. Sch. of Med. Sci., Kumamoto Univ.) |
| P101B: | Thyroid hormone-upregulated expression of Wnt genes during intestinal remodeling in Xenopus laevis アフリカツメガエルの小腸再構築において甲状腺ホルモンにより発現誘導されるWnt遺伝子の解析 Kenta Fujimoto (Dept. of Biol., Nippon Med. Sch.) |
| P102C: (SW1-4) | ECM remodeling regulates the deformation of the folded Drosophila imaginal discs during development ECMのリモデリングはショウジョウバエ成虫原基折り畳みの変形を制御する Katsuya Nozaki (Genetics, Div. of Biol.Sci., Grad. Sch. of Sci., Nagoya Univ.) |
| P103A: | ASSESSMENT OF THE EFFECTS OF MACARANGA TANARIUS CRUDE LEAF EXTRACT ON MUS MUSCULUS EMBRYONIC DEVELOPMENT, ORGANOGENESIS AND ANGIOGENESIS Lerrie Ann Ipulan-Colet (IB-UP Diliman) |
| P104B: | Androgen receptor (AR) transcriptional activities are regulated by Sp1 during sexual differentiation of external genitalia. Sp1はアンドロゲンレセプター（AR）の転写活性に不可欠な性差制御因子である。 Daiki Kajioka (Dep. Dev. Genet., WMU) |
| P105C: | Origins of peristaltic waves are confined to specific sites in the developing gut of chicken embryos 発生過程における腸蠕動運動の定量化と起点の位置決定機構の解析 Yuuki Shikaya (Department of Zoology, Grad. Sch. of Sci., Kyoto Univ.) |
| P106A: | The function of paxillin in spinal motor axon guidance Tzu-jen Kao (TMU) |
| P107B: | Corticofugal Pathways from the Prefrontal Cortex Regulate Ultrasonic Vocalization of Neonatal Mice Fu-chin Liu (INS, NYMU) |
| P108C: | Identification of new G-quadruplex RNAs and their binding proteins involved in neural function 新規グアニン四重鎖RNA及びその結合タンパク質の同定と神経機能への関与 Moe Kawasaki (Dept. Genomic Neurology, IMEG, Kumamoto Univ.) |
| P109A: | Cerebellar Purkinje cells establish their identity to form cerebellar longitudinal compartments at their neuronal birthdate. 小脳プルキンエ細胞は、その神経細胞の誕生日に、小脳内縦縞状領域形成のアイデンティティーを確立する。 Mitsuhiro Hashimoto (Dep. of Neuroanat. Fukushima Med. Univ.) |
| P110B: | Searching for novel genes regulating differentiation of multiple neuronal subtypes of the enteric neurons during early development of zebrafish gut ゼブラフィッシュ消化管の初期発生過程において、腸神経細胞の分化や多様性の創出に関わる新規遺伝子の探索 Masataka Nikaido (Univ. of Hyogo, Graduate School of Llife Science) |
| P111C: | Purkinje cell populations form functional compartments in the cerebellum contributing to the sensorimotor integration in zebrafish larvae 発達期のゼブラフィッシュ小脳において、プルキンエ細胞集団は機能コンパートメントをなして感覚運動統合に関与する Kanae Hiyoshi (Grad Sch of Sci and Eng, Saitama Univ.) |
| P112A: | Molecular mechanisms that control the development of Purkinje cells and inferior olivary nucleus neurons in zebrafish ゼブラフィッシュにおけるプルキンエ細胞および下オリーブ核ニューロンの分化の分子機構 Tsubasa Itoh (Division of Biological Science, Grad. School of Science, Nagoya Univ.) |
| P113B: (OP02-1) | Area-specific laminar organization is regulated by thalamocortical axons through axon-derived secretory protein VGF in developing neocortex 発生期の大脳新皮質における領野特異的な層構造の形成は視床皮質軸索に由来する分泌タンパク質VGFにより制御される Haruka Sato (Brain Morphogenesis, IMEG, Kumamoto univ.) |
| P114C: (OP02-3) | Mechanisms Underlying Left-Right Asymmetry Formation of the Drosophila Brain ショウジョウバエの脳における左右非対称性の形成機構 So Sakamura (Dept. bio., Grad. sci., Osaka univ.) |
| P115A: (OP02-4) | Exploring the intra- and extracellular functions of ALS-related ER protein VAP ALS関連小胞体タンパク質VAPの細胞内及び細胞外における生理機能解析 Kosuke Kamemura (Grad Sch of Sci, Hiroshima Univ) |
| P116B: (SW3-3) | Negative Regulation of mTOR Signaling Restricts Cell Proliferation in the Floor Plate mTORシグナルの不活性化による底板細胞数の制御 Minori Kadoya (NAIST) |
| P118A: | Post-transcriptional modifications of Charlatan, a Drosophila NREF/REST, are required for courtship memory formation NRSF/REST様転写因子の翻訳後修飾は求愛行動の記憶に必要である Leo Tsuda (NCGG) |
| P119B: | Exploration of the molecular basis underlying organismal aging program using turquoise killifish (Nothobranchius furzeri), a model vertebrate with an extremely short lifespan. 超短命魚ターコイズキリフィッシュを用いた個体老化プログラムを制御する分子機構の探索・解析 Kota Abe (Department of Homeostatic regulation, RIMD, Osaka University) |
| P120C: | Metabolomic analysis reveals metabolic alterations of human peripheral blood lymphocytes by perfluorooctanoic acid Rong Li (LTIMR, Guilin Medical Univ., DP, Guilin Medical Univ.) |
| P121A: (OP01-3) | DNA barcoding analysis of the lineage dynamics of developing germ cells in mice DNAバーコードによるマウス生殖細胞集団の系譜動態の包括的解析 Tatsuro Ikeda (Div. Germ Cell Biol., NIBB, JSPS research fellow) |
| P122B: | Left-right asymmetry in the structure of basal bodies in mouse node cilia マウス胚ノード繊毛の基底小体の左右性 Hiroshi Yoke (NIBB, ExCELLS) |
| P123C: | Role of Ca2+ transients at the node of the mouse embryo in breaking of left-right symmetry Katsutoshi Mizuno (RIKEN, BDR) |
| P124A: | The role of Gse1, a component of the CoREST complex, in epigenetic regulation during development Natsumi Shimizu (RIKEN BDR) |
| P125B: | Asymmetric distribution of cadherin-catenin complex drives cell intercalations in nectin-dependent mosaic cellular pattern formation 異なるネクチンの細胞間相互作用は、カドヘリン・カテニン複合体の偏在を作り出すことで2種類の細胞のモザイクパターンを形成する Shuhei Kuno (Div. Mol. Cell. Biol., Kobe Univ. Grad. Sch. Med.) |
| P126C: | Analysis of limb and lung phenotypes in Fgf10 crispant mouse embryos Fgf10モザイク変異マウスの四肢と肺の表現型解析 Hideyo Ohuchi (Okayama Univ.) |
| P127A: | The quantitative analysis of enhancer activity and the analysis of Gdf11 enhancer エンハンサーの定量的解析方法の確立とGdf11のエンハンサーの解析 Seiji Saito (Grad. School of Sci., Nagoya Univ.,) |
| P128B: | AI for morphogenesis Mustafa Sami (RIKEN BDR) |
| P129C: (SW2-1) | Regeneration mechanism of size and shape in the zebrafish fin ゼブラフィッシュヒレの再生における位置情報を介した形態とサイズの再生機構 Misato Yokozawa (Tokyo Institute of Technology) |
| P130A: (OP15-3) | The larvacean Oikopleura dioica lacks Nodal and utilizes calcium oscillation and Bmp expression for left-right patterning Nodalをもたない脊索動物 Oikopleura dioica における左右非対称形成にはCaオシレーションとBmpの右側発現がかかわる Takeshi Onuma (Dep. Biol. Sci., Osaka Univ.) |
| P131B: (OP15-4) | Left-right asymmetric balance of blood flow determines left-right asymmetry of vascular patterns 左右非対称な血流バランスがトリ胚後方卵黄静脈の左右非対称形成を誘導している Junki Yoshida (Dept of Zool, Grad Sch of Sci, Kyoto Univ) |
| P132C: (OP15-6) | Hexagonal versus Tetragonal tiling of the Drosophila eye ショウジョウバエ複眼における六角形・四角形タイリング Takashi Hayashi (InFiniti, Kanazawa U.) |
| P133A: (OP15-7) | Characterizing the spatiotemporal dynamics of “spermatogenic wave” in murine testes マウス精巣における精細管上皮周期波の動態解析 Toshiyuki Sato (Div. Germ Cell Biol., Natl. Inst. Basic Biol., Natl. Inst. Nat. Sci., Dept. Pathol., Nagoya Univ. Grad. Sch. Med) |
| P134B: (SW2-4) | Machine learning-assisted reconstruction of spatial transcriptome from scRNA-seq data 機械学習による遺伝子の空間的発現パターンのscRNAseqデータをもちいた新規再構成手法 Yasushi Okochi (Faculty of Medicine, Kyoto University, Laboratory for Theoretical Biology, Graduate School of Biostudies, Kyoto University) |
| P135C: | Regulation of dynamic gene expression at wavefront in zebrafish somitogenesis ゼブラフィッシュ体節形成時のwavefrontにおける遺伝子発現動態の制御機構 Taijiro Yabe (NIBB) |
| P136A: | Neural regulation in tooth regeneration of Ambystoma mexicanum メキシコサラマンダー歯再生における神経関与と神経因子の効果について Akira Satoh (RCIS) |
| P137B: | Hoxa11 Regulation by Itself Can Explain Phenotype Variation Between Amphibian Limb Regeneration Models Joao Pedro Vieira Mariz (OU) |
| P138C: | Identification of fgf-retated gene in planarian Dugesia japonica ナミウズムシにおけるfgf遺伝子の同定 Mohammad Abdul Auwal (Grad. Sch. of Life Sci. Univ. of Hyogo) |
| P139A: (SW2-2) | Upregulation of TCR alpha/beta in the Ouro-expressing tail of Xenopus during tissue degeneration ツメガエルの組織崩壊時におけるOuro発現尾のTCR alpha/betaの発現上昇 Tenmei Maruyama (Grad. Sch. Sci. Technol. Niigata Univ) |
| P140B: (SW2-3) | Regulation in hepatocytes' proliferation in axolotl liver regeneration メキシコサラマンダー肝再生における細胞分裂制御 Ayaka Ooashi (Dept.Biol.Sci, Okayama Univ.) |
| P141C: (OP11-1) | Accumulation of regeneration-specific transitional cells in pulmonary fibrosis 肺線維症に認められる組織再生特異的細胞の蓄積 Yoshihiko Kobayashi (Duke Cell Bio) |
| P142A: (OP11-2) | The AP-1 transcription factor JunB induced by TGF-β signaling plays an essential role in the initiation of cell proliferation during Xenopus tadpole tail regeneration TGF-βシグナルによって誘導されるJunB転写因子は、ツメガエル幼生尾の再生における細胞分裂開始に必須である Makoto Nakamura (ARC, Grad. Sch. of Inte. Sci. Life., Hiroshima Univ.) |
| P143B: (OP11-3) | Dilp8 and Derailed signaling is necessary for transdetermination of Drosophila imaginal disc. ショウジョウバエ成虫原基の決定転換におけるインスリン様ペプチドDilp8及びDerailedの役割 Kazuya Nemoto (Graduate School of Pharmaceutical Sciences, Tohoku Univ.) |
| P144C: (OP11-4) | Mechanism of gene induction in response to regeneration in zebrafish fin ゼブラフィッシュのヒレ再生における，再生に応答した遺伝子誘導のメカニズム Teruhisa Tamaki (Tokyo Tech) |
| P145A: | Dorsal-ventral pattern formation and dorsal-specific lmx1b expression are simultaneously lost in limb regeneration of a metamorphosing Xenopus laevis 背腹パターン形成と背側特異的なlmx1bの発現は変態中のアフリカツメガエルの四肢再生において同時期に失われる Hitoshi Yokoyama (Dept. of Biochem. & Mol. Biol.., Facul. of Agri. & Life Sci., Hirosaki Univ.) |
| P146B: | The role of a transcription regulator Larp7 in mouse spermatogenesis 精子形成過程における転写調節因子Larp7の機能解析 Yukiko Tando (CRCBR, IDAC, Tohoku University) |
| P147C: | Phosphorylation of the Anaphase Promoting Complex activator Cdh1 regulates transition from Meiosis I to Meiosis II in mouse male germ cell マウス雄性生殖細胞においてAPC活性化サブユニットCdh1のリン酸化は減数第一分裂、第二分裂移行を制御する Nobuhiro Tanno (IMEG, Kumamoto University, Institute for Advanced Medical Research, Keio University School of Medicine) |
| P148A: | The germ cell-specific nuclear factor KCTD19 is required for completion of meiosis in male mice 生殖細胞特異的因子KCTD19は雄マウスにおける減数分裂の完了に必須である Chisato Kodera (IMEG, Kumamoto Univ.) |
| P149B: | Annual analysis of gonad structure and hormonal variation in development of male mule ducks Cheng-chun Fan (Dept. Life Sci. NCHU) |
| P150C: | The developmental progression of ovarian structure and reproductive hormones in female mule ducks Shih-yi Liao (Dept. Life Sci. NCHU) |
| P151A: | P-body dynamics underlying the recruitment of germ cell-specific target mRNA by NANOS2 Danelle Wright (SOKENDAI) |
| P152B: | Analysis of NANOS3 function in mouse germline stem cells. マウスgermline stem cellsを用いたNANOS3の機能解析 Hiroki Inoue (NIG) |
| P153C: | MAST4 regulates spermatogonial stem cell self-renewal through ERM transcription factor Seung-doo Lee (Division in Anatomy and Developmental Biology, Department of Oral Biology, Oral Science Research Center, BK21 PLUS Project, Yonsei University College of Dentistry, Seoul, Korea) |
| P154A: | Seasonal activity changes in geese testes Po-liang Cheng (Department of life science, NCHU) |
| P155B: | A new germ-cell specific factor MRM is required for meiotic recombination in male mouse. 新規生殖細胞特異的因子MRMは雄マウスの減数分裂組換えに必要である Kazumasa Takemoto (Kumamoto univ., IMEG, CARD, Kumamoto Univ.) |
| P156C: (OP01-4) | Decoding The Gene Regulatory Network of Human Germ Cell Specification ヒトの生殖細胞分化の遺伝子制御 Yoji Kojima (CiRA) |
| P157A: (OP01-5) | Germ cell-specific zinc finger protein is required for pachytene exit in mouse meiosis 生殖細胞特異的ジンクフィンガータンパク質は減数分裂前期パキテン脱出の転写制御に働く Yuki Takada (IMEG, Kumamoto Univ.) |
| P158B: (OP04-1) | The induction mechanism of mitotic arrest in murine male germ cell differentiation マウス生殖細胞の雄性分化における細胞周期停止制御機構の解析 Ryuki Shimada (SOKENDAI) |
| P159C: (OP04-2) | Receptor-mediated yolk uptake directs Drosophila oocyte polarization and germ plasm assembly ショウジョウバエの卵母細胞の極性形成と生殖質形成には受容体を介した卵黄タンパクの取り込みが必須である Tsubasa Tanaka (IMEG, Kumamoto Univ.) |
| P160A: (OP04-3) | The Drosophila PGC-1 homolog, Spargel, is required for proper germ granule assembly during oogenesis. ショウジョウバエのPGC-1ホモログSpargelは、卵形成過程での生殖顆粒形成を制御する Kazuko Hanyu-Nakamura (Dept. Germline Dev., IMEG, Kumamoto Univ.) |
| P161B: | Functional analysis of the zebrafish ddx5 gene on gonad development ゼブラフィッシュddx5遺伝子の生殖腺発生における機能解析 Atsuo Kawahara (University of Yamanashi) |
| P162C: | Decoding the aging of human IVM oocytes Wing Tung Lee (SBS, CUHK) |
| P163A: | Hedgehog signaling pathway in seminiferous tubule-like structural reconstruction Sun Mengdi (SBMS, Zunyi Med Uni) |
| P164B: | Investigation of molecular mechanisms of stem cell maintenance which enables indeterminate leaf growth 葉の無限成長を可能にする幹細胞維持機構の探索 Yasutake Moriyama (Grad. School Sci., Univ. Tokyo) |
| P165C: | Embryoid body-like cell clusters formation by ribosome is reproducible with various kinds of cell lines リボソームによって胚様体のような細胞塊の形成が様々な細胞株で再現可能である Yuichi Goto (Uto Senior High School) |
| P167B: | Estrogen Receptor β regulates muscle mass and regeneration in female mice 雌性マウスにおいてエストロゲン受容体βは骨格筋量と筋再生を調節する Kodai Nakamura (IMEG, Kumamoto Univ) |
| P168C: | The single molecular dynamics of transcription factors, Nanog and Oct4, change along cellular states 転写因子Nanog・Oct4の1分子動態と分化状態との関係性 Kazuko Okamoto (RIKEN BDR Comprehensive Bioimaging Laboratory) |
| P169A: (SW3-1) | Effect of ribosome on human cancer cells ヒト癌細胞対するリボソームの影響 Mikiko Kudo (Dep.Dev.Neuro,Grad.Sch.Life Sci., Kumamoto Univ.) |
| P170B: (OP12-4) | PKD1-dependent renal cystogenesis from human iPSC-derived ureteric bud organoids ヒトiPS細胞由来尿管芽オルガノイドにおけるPKD1に依存した腎嚢胞形成 Shohei Kuraoka (IMEG, Kumamoto Univ.) |
| P171C: (OP12-5) | Establishment of culture system for the induction of hematopoietic stem cells from mouse embryonic precursors マウス胎仔由来前駆細胞から造血幹細胞への分化誘導法の確立 Saori Morino-Koga (Dept. of Cell Diff., IMEG, Kumamoto Univ.) |
| P172A: (OP13-2) | Defining heterogeneous stem cell populations in oral and eye surface epithelia 上皮幹細胞のダイナミクス解析：眼と口腔をモデルにして Aiko Sada (IRCMS, Kumamoto Univ, TARA center, Univ of Tsukuba) |
| P173B: (OP13-3) | Characterization of cambium stem cell during radial plant growth 植物の二次成長過程における形成層幹細胞の特徴づけ Dongbo Shi (COS Heidelberg) |
| P175A: | Incorporation of Bacterial Ribosome in Diverse Mammalian Cells Arif Istiaq (Dev Neur, Kumamoto Univ.) |
| P176B: (SW3-4) | VE-cadherin+ cells in the mouse embryo proper differentiate into mast cells in vitro and in vivo マウス胎仔のVE-cadherin+細胞はin vitroおよびin vivoにおいてマスト細胞に分化する Mariko Tsuruda (Dept. of Cell Diff., IMEG, Kumamoto Univ.) |
| P177C: | Large-scale time-course RNA-Seq to understand functions of piwi genes in planarian adult pluripotent stem cell system. プラナリア成体多能性幹細胞システムにおけるpiwi遺伝子の機能解析のための大規模時系列RNA-Seq解析 Makoto Kashima (Aoyama Gakuin Univ.) |
| P178A: | Roles of Importin13 in the mouse epiblast development Importin13の原始外胚葉分化における役割について Satomi Tanaka (Kumamoto Health Sci. Univ.) |
| P179B: | Quantitative analysis of cell shape features in C. elegans embryos 線虫C. elegans 胚の細胞形状特徴の定量解析 Yusuke Azuma (RIKEN BDR) |
| P180C: | Retrovirus-mediated gene editing system in chick embryos レトロウィルスべクターを用いたニワトリ胚のゲノム編集 Yuji Watanabe (Dept. Neuroanat. Embryol., Fac. Med., Fukushima Med. Univ.) |
| P181A: (SW3-2) | Development of a single-cell full-length total RNA sequencing for non-model organisms. 非モデル生物のための１細胞完全長トータルRNAシーケンス法の開発 Tetsutaro Hayashi (RIKEN BDR) |
| P182B: (OP01-1) | High resolution spatial transcriptomics method focusing on photo-irradiated region 光照射した領域に限定可能な高解像度RNA-seq法 Mizuki Honda (Dept. of Dev Biol., Grad. Sch. of Med. Sci., Univ. of Kyushu) |
| P183C: | SSBD: a public database of quantitative data of biosystems dynamics and microscopy images – 2020 update 生命動態情報とバイオイメージの統合データベースSSBD：最新情報と新機能の紹介 Shuichi Onami (RIKEN BDR) |
| P184A: | Influence of heavy metal contamination in the Life History Trait of free-living nematodes Mylah Villacorte (MSU-IIT) |
| P185B: | Telencephalic expression of the chick orthologues of mammalian neocortical layer 5- or 6-specific genes ニワトリ終脳において、哺乳類の大脳新皮質深層選択的遺伝子オルソログの発現は、様々な領域に見られた Shinji Yamaguchi (Teikyo Univ.) |
| P186C: | Dynamic change of ultraviolet (UV) light-responsive behaviors in developing larvae of Xenopus ツメガエル幼生の発生過程における紫外光に反応する行動のダイナミックな変化 Yumiko Harada (Grad.Sch.Sci.Tech. for Innov., Yamaguchi Univ.) |
