Schedule and Program
Program book
| Cover～P87 |
All（PDF 7,729KB） |
Download |
| P1～P29 |
Welcome to the 55th Annual Meeting of the JSDB in Kanazawa, Access Guide to Kanazawa Bunka Hall etc（PDF 3,497KB） |
Download |
| P30～P69 |
Scientific Programs（PDF 1,155KB） |
Download |
| P70～P71 |
About World Cafe（PDF 1,117KB） |
Download |
| P72 |
Career Path Workshop (in Japanese)（PDF 892KB） |
Download |
| P73～P79 |
Author Index（PDF 793KB） |
Download |
| P80～P84 |
Exhibitor Index Advertising etc（PDF 1,444KB） |
Download |
| P85～P87 |
How to view the online abstract book（PDF 894KB） |
Download |
The program book can be downloaded from the links above.
Please note that we will not be issuing meeting program books and 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 85-87).
Tentative Schedule（2022/05/09）
Day 0 (May 30)
Day 1 (May 31)
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Day 2 (June 1)
Scroll to the right
Day 3 (June 2)
Day 4 (June 3)
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Tentative Program（2022/04/19）
Prof. Claude Desplan (NYU, USA)
Prof. Ryoichiro Kageyama (RIKEN)
Prof. Yoh Iwasa (Kyushu University)
Symposia (in English)
Free Style Workshops (in Japanese)
Oral Presentations (in English)
Poster Sessions
Poster Room 1：
（Conference tower 2F）
|
001A～020B Early Embryogenesis
021C～027C Evolution
028A～036C Growth and Metabolism
037A～075C Morphogenesis and Organogenesis
076A～086B Neural Development
087C～096C Patterning
097A～113B Regeneration
|
Poster Room 2：
（Conference tower 1F）
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114C～115A New Experimental Systems
116B～126C Reproduction and Germ Cells
127A～134B Stem Cells
135C～136A Technologies and Resources
137B～142A Theory and Modeling
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Plenary Lectures
DATE: June 1 (Wed) 9:00-11:00 Room A
| Chairperson: |
Hiroshi Kawasaki (Kanazawa University) |
| Chairperson: |
Makoto Sato (Kanazawa University) |
DATE: June 2 (Thu) 9:00-10:00 Room A
| Chairperson: |
Koichiro Uriu (Kanazawa University) |
Symposia (in English)
DATE: June 1 (Wed) 15:00-17:30 Room A
| Symposium 1：Stem Cells in Developmental Biology |
| Chairpersons: |
Makoto Ikeya (Kyoto University)
Yayoi Toyooka (Kyoto University)
Stem cell biology and developmental biology are inextricably linked. In this symposium, front-runners of thie filed will introduce their latest achievments on developmental biology research using stem cells or stem cell research using the knowledge from developmental biology. We hope that this symposium will especially stimulate young developmental biologists by exposing them to the cutting edge of stem cell-based developmental biology research.
|
DATE: June 1 (Wed) 15:00-17:30 Room B
| Symposium 2：Analysis, reconstruction and synthesis of multicellular systems |
| Chairpersons: |
Etsuo Susaki (Juntendo University)
Hirofumi Nishizono (Kanazawa Medical University)
Synthetic biology, which aims to understand biological systems and create industrially beneficial organisms through constitutive methodologies, has expanded worldwide in recent years. However, the synthetic biology of multicellular bodies has not yet been thoroughly investigated in the academic field. The purpose of this symposium is to create this "multicellular synthetic biology" community ahead of the rest of the world and discuss possible multicellular models and techniques for artificially designing synthetic multicellular bodies. In particular, the speaker will propose the idea of extending the DBTL (design-build-test-learning) cycle, which enables a systematic design workflow for ongoing single-cell synthetic biology, to multicellular synthetic biology.
|
DATE: June 1 (Wed) 15:00-17:30 Room C
| Symposium 3：Developmental mechanisms underlying sexual reproduction |
| Chairperson: |
Kei-Ichiro Ishiguro (Kumamoto University)
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. 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.
|
DATE: June 3 (Fri) 9:00-11:30 Room A
| Symposium 4：Novel insights into cellular plasticity in development, regeneration, and aging |
| Chairperson: |
Mio Nakanishi (Chiba University)
In the classical hierarchical model of differentiation, upstream stem cells or progenitors progressively narrow their differentiation potentials with a series of fate decisions that lead to each mature cell type. An underlying assumption has been that differentiation is an irreversible process, which is fully supported by the analysis of cell progeny in transplantation studies. However, this assumption is challenged by recently-accumulated data from single-cell transcriptmics, live-cell imaging, and next-generation lineage tracing studies that allowed us to assess the differentiation dynamics in the native context. The goal of this symposium is to bring together researchers leading studies related to the cellular plasticity to share new insights into its roles in development, disease, and aging with the audience.
|
DATE: June 3 (Fri) 9:00-11:30 Room B
| Symposium 5：Unveiling morphogenesis through theory and engineering |
| Chairpersons: |
Satoru Okuda (Kanazawa University)
Fumio Motegi (Hokkaido University)
The ability of cells to autonomously progress from simple to complex, organized structures is the most fundamental properties of biological systems. Recent advances in engineering techniques have accelerated progress in understanding the mechanisms of morphogenesis. This symposium will focus on cutting-edge engineering techniques that enpower studies of morphogenesis on multiple scales and will bring together engineers, material scientists, and developmental biologists interested in new interdisciplinary connections. We hope to generate an opportunity to discuss exciting advances in the field.
|
DATE: June 3 (Fri) 9:00-11:30 Room C
| Symposium 6：New perspectives of brain development and evolution |
| Chairpersons: |
Hiroshi Kawasaki (Kanazawa University)
Kinichi Nakashima (KyushuUniversity)
The molecular mechanisms underlying the development and evolution of the brain have been of great interest. To uncover these mechanisms, various new approaches including experimental techniques, disease models and animal species have been utilized. In this symposium, to further facilitate combinatorial approach, we will discuss the recent advances of the mechanisms of the development and evolution of the brain using various techniques and animals.
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Free Style Workshops (in Japanese)
DATE: May 31 (Tue) 17:00-19:00 Room B
| Free style Workshop 1：Developmental biology spin-off: Exploring principles that govern the emerging intelligence of cells |
| Chairperson: |
Daiki Umetsu (Tohoku University)
We focus on "intelligent" behaviors which emerge from the self-organizing activities of autonomous individuals such as cells or organisms. Swarms of organisms behave intelligently as if the entire group were a single individual with a will. Individuals achieve this collective behavior only through the local interactions. It is expected that the similar behaviors are also found in the multicellular systems. Here, we will brainstorm to build such a new vision in the developmental biology by discussing a wide range of multi-scale "intelligent" behaviors of cells, organisms and robots.
本ワークショップでは、細胞や個体が自己組織化的に創発する「知能」的な振る舞いにスポットライトを当てる。鳥や魚の群れはしばしば全体としてあたかも一つの生き物であるかのような秩序的な振る舞いを見せる。これと似た現象が発生過程における細胞集団においても認められる。細胞のこうした動態は我々人間の目には「知能」的な振る舞いとして映るが、細胞は全体を俯瞰することをせずとも、お互いの局所的なやりとりによってこの振る舞いを実現している。細胞の「知能」的な振る舞いの謎を解き明かし、生命の構築原理の本質に迫るという切り口から発生生物学の新たな展開を図る。
発生現象にとどまらず、細胞単体、動き回る単細胞の群れ、個体の群れなど、さまざまなスケールで生命が示す「知能」的振る舞いの制御原理の解明を目指す最新の研究成果を共有し、それらの制御原理のロボット工学や再生医療など人間社会への応用可能性を含め幅広く議論を展開したい。
|
| 17:00-17:02 |
Brief Introduction |
DATE: May 31 (Tue) 17:00-19:00 Room C
| Free style Workshop 2：Lessons from Non-Model organisms: For developmental biologists who only use model organisms |
| Chairperson: |
Naoki Okamoto (University of Tsukuba)
Research using model organisms has contributed to discovering many fundamental principles in the life sciences. On the other hand, research using non-model organisms was challenging until several years ago due to the limitations of genome information, research techniques, and tools. However, with the recent development of sequencing and genome editing techniques, the barrier between model and non-model organisms is breaking down. Nowadays, unique phenomena and fundamental principles that can only be discovered from studies using non-model organisms are reported daily. In this workshop, I invite researchers working with non-model organisms in developmental biology and various other fields and aim to enjoy and learn from their pure and innocent research pursuing fascinating phenomena. I believe that researchers who have only worked with model organisms can learn a lot from the unique research techniques and approaches using a wide range of species, from vertebrates to plants.
モデル生物を用いた研究は、生命科学分野において数々の重要な基本原理の発見に貢献してきた。その一方で、これまで非モデル生物を用いた研究は、研究技術やツールの制限から、多角的な研究を進めることが難しく、その結果、多くの場合、モデル生物を用いた研究者からは見向きされない不遇の時代が続いてきた。しかしながら、近年のシークエンシング技術やゲノム編集技術の発展に伴い、モデル生物と非モデル生物の壁は壊れつつある。非モデル生物を用いた研究からしか発見し得ないユニークな現象や新たな基本原理が次々と報告されている。本ワークショップでは、発生生物学分野に限定せず、さまざまな分野において非モデル生物を用いて研究を進める演者達をお招きし、真に面白い現象を追求する純粋無垢な研究を楽しみ、学ぶことを目的とする。脊椎動物から植物まで幅広い生物種を用いたユニークな研究技術や研究アプローチから、モデル生物しか扱ったことのない研究者も多くを学ぶことができると考え、本ワークショップを開催する。
|
Oral Presentations (in English)
DATE: June 1 (Wed) 17:45-19:15 Room A
DATE: June 1 (Wed) 17:45-19:15 Room B
DATE: June 1 (Wed) 17:45-19:15 Room C
DATE: June 2 (Thu) 10:15-12:15 Room A
DATE: June 2 (Thu) 10:15-12:15 Room B
DATE: June 2 (Thu) 10:15-12:15 Room C
DATE: June 2 (Thu) 16:15-18:45 Room A
DATE: June 2 (Thu) 16:15-18:45 Room B
DATE: June 2 (Thu) 16:15-18:45 Room C
DATE: June 3 (Fri) 13:45-16:15 Room A
DATE: June 3 (Fri) 13:45-16:15 Room B
DATE: June 3 (Fri) 13:45-16:15 Room C
Poster Sessions
The white number is Poster Award candidate.
DATE: June 1 (Wed) 13:15-14:45 and June 2 (Thu) 14:30-16:00
| Poster Room 1:（Conference tower 2F） |
| P067A: | カイメン動物におけるゲノムへの遺伝子導入の試み
Tetsurou Nishizawa (Kyoto University, Graduate School of Science, Department of Biophysics) |
DATE: June 1 (Wed) 13:15-14:45 and June 2 (Thu) 14:30-16:00
| Poster Room 2:（Conference tower 2F） |
