[1AS-01-Introduction]Introduction
〇Shinichi Nakagawa1(1.Hokkaido University)
The 42nd Annual Meeting of the Molecular Biology Society of Japan
Dec 3 - Dec 6, 2019Fukuoka International Congress Center・Fukuoka sunpalace hotel & hall・Marine Messe Fukuoka
You can search for presentations in this event.
Search
The 42nd Annual Meeting of the Molecular Biology Society of Japan
Dec 3 - Dec 6, 2019Fukuoka International Congress Center・Fukuoka sunpalace hotel & hall・Marine Messe Fukuoka
You can search for presentations in this event.
SearchSearch Results(4,564)
[1AS-01-1]Chemical approach to elucidate the regulatory mechanisms of snRNP biogenesis
Saki Ohazama2, Shinichi Nakagawa1,2, 〇Hiroshi Maita1,2(1.Fac. of Pharm. Sci., Hokkaido Univ., 2.Grad. Sch. of Life Sci., Hokkaido Univ.)
[1AS-01-2]Identification of novel molecular glue that induces selective degradation of splicing factor CAPER-alpha via CUL4-DCAF15 ubiquitin ligase
〇Taisuke Uehara1, Yukinori Minoshima1, Koji Sagane1, Naoko Sugi1, Kaoru Mitsuhashi1, Noboru Yamamoto1, Hiroshi Kamiyama1, Kentaro Takahashi1, Yoshihiko Kotake1, Mai Uesugi1, Akira Yokoi1, Atsushi Inoue1, Miyuki Mabuchi2, Akito Tanaka2, Takashi Owa1(1.Eisai Co., Ltd., 2.School of Pharmacy, Hyogo University of Health Science)
[1AS-01-3]A novel translational buffering system that links splicing and cancer
〇Minoru Yoshida1,2(1.RIKEN CSRS, 2.Dept. of Biotechnol., CRIIM, Univ. of Tokyo)
[1AS-01-4]Using molecular glues to target gene expression
〇Ting Han1(1.National Institute of Biological Sciences, Beijing)
[1AS-01-5]mRNA processing and disease
〇Gideon Dreyfuss1(1.Dept. Biochemistry and Biophysics, Howard Hughes Medical Institute, School of Medicine, Univ. of Pennsylvania, Philadelphia, PA 19104, USA)
[1AS-01-6]Drug Discovery for Genetic Diseases Caused by Aberrant mRNA Splicing
〇Masatoshi Hagiwara1(1.Grad. Sch. of Med., Kyoto Univ.)
[1AS-01-Conclusion]Conclusion
〇Masatoshi Hagiwara1(1.Kyoto University)
[1AS-11-Introduction]Introduction
〇Kinichi Nakashima1(1.Kyushu University)
[1AS-11-1]Gene expression dynamics regulating the timing of neuronal differentiation during mammalian neural development
〇Hiromi Shimojo1, Ryoichiro Kageyama1(1.Inst. for Frontier Life and Medical Sciences, Kyoto Univ.)
[1AS-11-2]How has the brain expanded and acquired complexity in the mammalian evolution?
Yuji Tsunekawa1, Taeko Suetsugu1, Ikumi Fujita1, Quan Wu1, Atsunori Shitamukai1, Ayaka Omori1, Osamu Nishimura1, Shigehiro Kuraku1, 〇Fumio Matsuzaki1(1.RIKEN BDR)
[1AS-11-3]Controlling the positioning of new neurons for functional regeneration in the post-stroke brain
〇Naoko Kaneko1, Kazunobu Sawamoto1,2(1.Department of Developmental and Regenerative Biology, Nagoya City University Graduate School of Medical Sciences, 2.Division of Neural Development and Regeneration, National Institute for Physiological Sciences)
[1AS-11-4]Artificial generation of new neurons in adult central nervous systems
〇Kinichi Nakashima1(1.Dep. Stem Cel Biol. Med., Grad. Sch. Med. Sci., Kyushu Univ.)
[1AS-11-5]Elucidating the molecular and cellular dynamics of neurogenesis
〇Sebastian Jessberger1(1.Univ. of Zurich)
[1AS-11-Conclusion]Conclusion
〇Sebastian Jessberger1(1.University of Zurich)
[1PS-01-Introduction]Introduction
〇Tohru Ishitani1(1.Gunma University / Osaka University)
[1PS-01-1]Genetic dissection of epithelial wound repair and remodeling via cell-cell communication
〇Tatsushi Igaki1(1.Lab. of Genetics, Grad. Sch. of Biostudies, Kyoto Univ. )
[1PS-01-2]Mechanical Feedbacks in Morphogenetic Robustness
〇Fengzhu Xiong1(1.Gurdon Institute, University of Cambridge)
[1PS-01-3]Defective cell sensing and elimination system utilizing Wnt morphogen-gradient
Yuki Akieda1, Shohei Ogamino2, 〇Tohru Ishitani1,2(1.Homeostatic Reg., RIMD, Osaka Univ., 2.Integ. Signal. Sys., IMCR, Gunma Univ.)
[1PS-01-4]Environmental Stress and Myocardial Regeneration
〇Wataru Kimura1(1.RIKEN BDR)
[1PS-01-5]Epithelial stem cells in tissue regeneration and aging
〇Aiko Sada1(1.TARA., Univ. of Tsukuba)
[1PS-01-6]Organoid-based analysis of human kidney development and disease
〇Ryuichi Nishinakamura1(1.Int. Mol. Embryol. Genet., Kumamoto Univ.)
[1PS-01-Conclusion]Conclusion
〇Erina Kuranaga1(1.Tohoku University)
[1PS-11-1]History of CRISPR/Cas, beginning from encounter with a mysterious repeated sequence
〇Yoshizumi Ishino1(1.Dept. Biosci.Biotech., Grad.Sch.of Bioresouce & Bioenviron. Sci., Kyushu Univ.)
[1PS-11-2]Diversity, evolution, and exaptation of CRISPR-Cas systems
〇Eugene Koonin1(1.Nath. Center Biotechnol. Info., NIH, USA)
[1PS-11-3]Molecular mechanisms of antiviral defence by archaeal CRISPR-Cmr systems
〇Qunxin She1,2(1.Micro. Tech. Inst., Shandong Univ., 2.Archaea Centre, Dept. of Biol., Univ. of Copenhagen)
[1PS-11-4]Structure-based molecular engineering of CRISPR-Cas9
〇Hiroshi Nishimasu1(1.The University of Tokyo)
[1PS-11-5]Expanding the diversity of the Type V CRISPR repertoire
〇David Scott1, Pratyusha Hunnewell1, Lauren Alfonse1, Jason Carte1, Elise Keston-Smith1, Shanmugapriya Sothiselvam1, Anthony Garrity1, Shaorong Chong1, Kira Makarova2, Eugene Koonin2, David Cheng1, Winston Yan1(1.Arbor Biotechnologies, Cambridge, MA 02139, USA, 2.National Center for Biotechnology Information, National Library of Medicine, National Institutes of Health, Bethesda, MD 20894, USA)
[1PS-11-Conclusion]Conclusion
〇Yoshizumi Ishino1(1.Kyushu University)
[2AS-01-1]Novel protein quality control system cooperated by zinc ions and ERp44 in the early secretory pathway
〇Kenji Inaba1(1.Tohoku University)
[2AS-01-2]Phase Separation for Compartmentalization: Mechanism, Function and Pathology
〇Tanja Mittag1(1.Dept. of Structural Biology, St. Jude Children's Research Hospital, Memphis, USA)
[2AS-01-3]Stress– and ubiquitylation–dependent phase separation of the proteasome
Sayaka Yasuda1, Hikaru Tsuchiya1, Qiang Guo2, Wolfgang Baumeister2, Ruben Fernandez-Busnadiego2, Keiji Tanaka1, 〇Yasushi Saeki1(1.Lab. of Prot. Metabo., TMIMS, 2.Dept. of Mol. Struct. Biol., MPI of Biochem.)
[2AS-01-4]Interplay between autophagy-related liquid droplets and membranes
〇Nobuo N. Noda1(1.Lab. of Struct. Biol., Inst. Microbial Chem.)
[2AS-01-5]Molecular Dynamics and Interaction of Protein-Ligand Binding in Crowded Cellular Environments
〇Yuji Sugita1(1.RIKEN CPR)
[2AS-01-6]Solution NMR approaches to 3D structure determination of proteins in living eukaryotic cells
〇Yutaka Ito1, Teppei Ikeya1(1.Dept. of Chem., Tokyo Metropolitan Univ.)
[2AS-11-Introduction]Introduction
〇Hitoshi Niwa1(1.Kumamoto University)
[2AS-11-1]Overlapping function of Klf family members and Tbx3 prevents suicide of mouse ES cells by activation of Foxd3
〇Hitoshi Niwa1(1.IMEG, Kumamoto Univ.)
[2AS-11-2]Haploid mouse embryonic stem cells as a tool for discovery of new regulators of X chromosome inactivation
〇Anton Wutz1, Asun Monfort1, Andreas Postlmayr1(1.D-BIOL, Swiss Federal Institute of Technology)
[2AS-11-3]DNA hypomethylated female mouse ES cells as a useful tool to identify de novo DNA methylation activity by Dnmt3a and Dnmt3b
〇Yasuhiro Yamada1(1.IMSUT)
[2AS-11-4]Systems Biology of Gene Regulation in Mouse Pluripotency
〇Henk Stunnenberg1, Yaser Atalsi1, Wout Megchelenbrink1, Tianran Peng1, Menno ter Huurne1(1.Molecular Biology, Radboud University, Nijmegen, The Netherlands)
[2AS-11-5]Zscan4 and maintenance of genome integrity in pluripotent stem cells, preimplantation embryos, and germ cells
〇Minoru Ko1, Tomohiko Akiyama1, Kei-ichiro Ishiguro2, Shigeru Ko1, Nana Chikazawa-Nohtomi1, Yuhki Nakatake1, Saeko Sato1(1.Systems Med., Sch. of Med., Keio Univ., 2.Inst. of Mol. Embryology & Genet.)
[2AS-11-6]Formative Pluripotency
Masaki Kinoshita1, 〇Austin Smith1(1.Wellcome-MRC Cambridge Stem Cell Institute, Univ. of Cambridge)
[2AS-11-Conclusion]Conclusion
〇Austin Smith1(1.Wellcome-MRC Cambridge Stem Cell Institute, Univ. of Cambridge)
[2PS-01-Introduction]Introduction
〇Miyo Terao Morita1(1.National Institute for Basic Biology)
[2PS-01-1]Molecular and biophysical mechanisms of substrate rigidity sensing that determines cell fate
〇Masahiro Sokabe1, Takeshi Kobayashi2(1.Mechanobiology Lab., Nagoya Univ., Grad. Sch. of Med. , 2.Dept. of Physiol., Nagoya Univ., Grad. Sch. of Med.)
[2PS-01-2]Forces and their Feedback in Epithelial Tissue Morphogenesis: Multiscale Biomechanics Approach
〇Taiji Adachi1(1.Lab. of Biomechanics, Inst. for Front. Life & Med. Sci., Kyoto Univ.)
[2PS-01-3]Suboptimal mechanical signals add robustness to plant development
〇Olivier Hamant1(1.ENS Lyon)
[2PS-01-4]Sensing mechanism of directional cue of gravity in plant gravitropism
〇Miyo Terao Morita1, Moritaka Nakamura1, Takeshi Nishimura1, Masatsugu Toyota2(1.NIBB, 2.Grad. Sch. of Sci. & Eng., Saitama Univ.)
[2PS-01-5]Influence of cell wall composition toward mechanical property during gravitropism of Arabidopsis inflorescence stems
Misato Ohtani1,2, Norihiro Kanda1, Takuya Tokumoto1, Lorenz Gerber3, Satoru Tsugawa1, Moritaka Nakamura4, Miyo T. Morita4, 〇Taku Demura1(1.Div. of Biol. Sci., NAIST, 2.Grad. Sch. of Front. Sci., Univ. of Tokyo, 3.Genome Inst. of Singapore, 4.Div. of Plant Environ. Responses, NIBB)
[2PS-01-Conclusion]Conclusion
〇Masatsugu Toyota1(1.Saitama University)
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