Session Details
[3AS-18]【J】Plant cell plasticity from ephemeral to millennial timescales
Fri. Dec 5, 2025 9:00 AM - 11:00 AM JST
Fri. Dec 5, 2025 12:00 AM - 2:00 AM UTC
Fri. Dec 5, 2025 12:00 AM - 2:00 AM UTC
Room 18(Pacifico Yokohama Conference Center 5F, 511+512)
Organizer: Kenji Fukushima (National Institute of Genetics), Sachihiro Matsunaga (The University of Tokyo)
Unlike animals, plants do not flee from harsh environments, so each cell must adapt its own properties to cope with the stresses they face. This plasticity characterizes the 'plant way of life' across multiple dimensions, including responses, development, and evolution. In this symposium, researchers investigating these mechanisms at the molecular level will convene to explore 'plant cell plasticity' in greater depth.
Introduction
[3AS-18-01]Emergence of novel cell types in carnivorous plants
○Kenji Fukushima1 (1. National Institute of Genetics)
[3AS-18-02]The cellular behaviour and the control of pluripotent cambial stem cells
Jiao Zhao1, Hui Cao2,3, Kiara Kaeufer1, Buddhika Pathirana2, Thomas Greb1, ○Dongbo Shi1,2,3 (1. COS Heidelberg, 2. Uni. Potsdam, 3. RIKEN CSRS)
[3AS-18-03]The genetics of cellular plasticity in natural Arabidopsis thaliana
○Eriko Sasaki1 (1. Kyushu University)
[3AS-18-04]Development of machine learning methods for revealing the evolutionary dynamics of expression plasticity genes
○Tsukasa Fukunaga1 (1. Keio University)
[3AS-18-05]Seasonal plasticity of environmental responses: biological robustness provided by hierarchical control of short- and long-term responses
○Hiroshi Kudoh1, Haruki Nishio1,2, Genki Yumoto1,3, Mie N. Honjo1 (1. Kyoto University, 2. Shiga University, 3. Shinshu University)
[3AS-18-06]Plant nuclear pore complex is involved in shoot regeneration
○Nanami Ito1, Hikaru Sato1, Akira Iwase2, Hatsune Morinaka2, Ayako Kawamura2, Keiko Sugimoto2, Sachihiro Matsunaga1 (1. Dept. of Integr. Biosci., Grad. Sch. of Front. Sci., Univ. of Tokyo, 2. CSRS, RIKEN)
[3AS-18-07(3P-093)]Cryo-EM structure of plant MET1 reveals a similar but distinct DNA methylation maintenance mechanism from animals.
○Amika Kikuchi1, Atsuya Nishiyama2, Yoshie Chiba2, Makoto Nakanishi2, Taiko Kim To3, Kyohei Arita1 (1. Grad. Sch. of Med Life Sci., Yokohama City Univ., 2. Inst. of Med. Sci., Univ. of Tokyo., 3. Dept of Life Science and Technology, Institute of Science Tokyo.)
[3AS-18-08(3P-944)]Membrane remodeling and calcium signal transduction via cyclic nucleotide-gated channels induced by the local anesthetic lidocaine in Arabidopsis roots
○Noriyasu Magari1,2, Ken Yokawa2 (1. Keio University School of Medicine, 2. Kitami Institute of Technology)
