Day1A 会場 (Room A)B 会場 (Room B)C 会場 (Room C)D 会場 (Room D)E 会場 (Room E)1A-01#Analysis of spontaneous polycythemia model mouse, pocy, showing recessive inheritance *Yuuri Kitamoto[1], Konomi Masuda[1], Narumi Koga[1], Kumiko Yoshinobu[1], Naomi Nakagata[1], Daisuke Torigoe[1], Naoko Nakamura[1], Kumiko Yanagi[2], Tadashi Kaname[2], Yutaka Takaoka[3], Kimi Araki[1], Masatake Araki[1] [1] IRDA, Kumamoto Univ. [2] NCCHD [3] Toyama Univ. 1B-01Endogenous retrovirus grows into megasatellite by tandem duplications: examples found in kangaroo *Akihiko Koga [1], Sakura Hayashi [1], Hideyuki Tanabe [2] [1] Kyoto Univ. [2] Grad. Univ. Adv. Studies 1C-01Elucidation of molecular mechanisms of cancer evolution by using single-cell technology *Yosuke Seto[1], Naoya Fujita[2], Ryohei Katayama[1] [1] Div. of Experimental Chemotherapy, The Cancer Chemotherapy Center, Japanese Foundation for Cancer Research (JFCR) [2] Center Director, The Cancer Chemotherapy Center, JFCR 1D-01Analysis of acetaldehyde-induced DNA damageアセトアルデヒドによるDNA損傷とその修復経路の解析 *Kenji Kumatoriya [1],Miki Shinohara [1] [2],Kenichiro Matsuzaki [1] [1]Grad. Schl. Agri., Kindai Univ. [2]ATIRI, Kindai Univ. 1E-01Molecular mechanism of the DNA fusion by IEE and transposase *Kishino Ren [1], Muto Shuntaro [1], Sekine Yasuhiko [1] [1] Dept. Life Sci., Coll. Sci., Rikkyo Univ. 1A-02Characterization of a new coat color mutant mouse strain expressing age- and hair cycle- dependent coat color changes (II) Ryuhei Minei [1], Risa Matsumiya [1], Kazuya Takigawa [1], Emiko Katahira[2], Hiromasa Tabata [1], Ichiro Yajima [3], Ryutaro Fukumura [4], Yoichi Gondo [5], Hiroshi Masuya [6], Shigeharu Wakana [7], Takanori Amano [8], Hirotoshi Shibuya [9], Masaru Tamura [9], Toshihiko Shiroishi [4], *Hiroaki Yamamoto [1] [1]GSB, Nagahama Inst Bio-Sci&Tech [2]GSLS, Tohoku Univ [3]CSES, Shibaura InstTech [4]RIKEN BRC [5]DMLS, Tokai Univ Sch Med [6]IBID, RIKEN BRC [7]DG, IBRI [8]NGHDMT, RIKEN BRC [9]TDT-MPA, RIKEN BRC 1B-02Endogenous mutagenesis to the noncoding regions in human genome by biallelic and large-scale editing *Yasunori Aizawa [1,2] [1] Tokyo Tech, Life Science and Tech, [2] KISTEC 1C-02Evolution trajectory of Y chromosome loss in Drosophila ~ translocations and gains of Y-linked genes *Reika Sato [1], Masafumi Ogawa [1], Yoshitaka Ogawa [1], Machiko Hatsumi [1], Masafumi Nozawa [1,2] [1] Department of Biological Sciences, Tokyo Metropolitan University, [2] Research Center for Genomics and Bioinformatics, Tokyo Metropolitan University 1D-02Analysis of intracellular energy environment and DNA repair pathway selection *Ren Tsujimoto[1],Miki Shinohara[1][2] [1]Agli.Bio,Kindai Univ.[2]ATIRI, Kindai Univ. 1E-02RecN-induced reconstruction of fragmented nucleoids. Shunsuke Noda[1], Anju Niki[1], Kenji Keyamura[1],Genki Akanuma[1], Takashi Hishida[1] [1]Biol. Sci, Grad. Sch. Sci, Gakushuin Univ. 1A-03Functional analysis of an intronic variant of IQGAP3 associated with autosomal dominant hereditary motor and sensory neuropathy *Luoming Fan [1], Yinrui Sun [1], Takuya Morikawa [1], Ryuta Fujioka [2], Shiroh Miura [3], Hiroki Shibata [1] [1] Div. Genomics, Med. Inst. Bioreg., Kyushu Univ. [2] Food Nutr. Beppu Jr. Univ. [3] Dept. Neurol. Geriatr. Med., Ehime Univ., Grad. Sch. Med. 1B-03Transcriptional regulation of intragenic transposon in plant genome *Hidetoshi Saze Okinawa Institute of Sicence and Technology 1C-03Effect of acquiring sex chromosomes on the evolution of histone modification in Drosophila *Yinjia Chen [1], Kaori Aoki [1], Masafumi Nozawa [1,2] [1] Dept. Biol. Sci., Tokyo Metropolitan Univ. [2] Research Center for Genomics and Bioinformatics, Tokyo Metropolitan Univ. 1D-03#Oxidative stress-induced mutagenesis in DNA mismatch repair deficient mice *Noriko Takano[1], Kyoko Hidaka[2], Fumiko Sasaki[3], Yoshimichi Nakatsu[3], Teruhisa Tsuzuki[4], Mizuki Ohno[3] [1]Fac. Design, Kyushu Univ. [2]Ctr. Fundam. Ed., Univ. of Kitakyushu [3]Med. Sci., Kyushu Univ. [4]Kyushu Univ 1E-03The loading mechanism of the replicative DnaB helicase in Caulobacter crescentus. *Shogo Ozaki [1], Yasutaka Wakasugi [1], Tsutomu Katayama [1] [1]Mol. Biol., Kyushu Univ. 1A-04Phosphorylation of RNA polymerase II leads to stable pausing via transcription coupled re-assembly of nucleosomes *Takuya Kajitani[1], Hiroaki Kato[2], Masaya Oki[1], Hiroshi Kimura[3], Yasu Oki[1], Hiroshi Kimura[3], Yasuyuki Ohkawa[4], Chikashi Obuse[5], Damien Hermand[6], John Lis[7], Yota Murakami[8] [1]Engi, Univ. of Fukui, [2]Med, Shimane Univ, [3]Biosci. Biotech, Tokyo Tech. [4] Bioreg, Kyushu Univ. [5]Biosci, Osaka Univ. [6]Namur Univ. NARC [7]Cornell Univ, MBG [8]Sci, Hokkaido Univ. 1B-04Evolution of anti-silencing systems in Arabidopsis thaliana. *Taku Sasaki, Kyudo Ro, Riku Manabe, Tetsuji Kakutani Biol. Sci, Tokyo Univ. 1C-04Adaptation of the eyes of fish to the riverine and marine environments *Misa Osada【1】Yohey Terai【1】 SOKENDAI , Department of Evolutionary Studies of Biosystems 1D-04Characterization of genome wide mutations in gamma-irradiated Arabidopsis plants *Satoshi Kitamura [1], Katsuya Satoh [1], Yutaka Oono [1] [1] QST, Takasaki Adv. Radiat. Res. Inst. 1E-04Multiple pathways for loading of replicative helicase by initiation complexes in E. coli Tsutomu Katayama [1], Ryusei Yoshida [1], Takumi Tsuruda [1], Kazumasa, Korogi [1], Kazutoshi Kasho [1], Shogo Ozaki [1] Kyushu Univ., Grad. Sch. of Pharm. Sci., Dept. of Mol. Biol. 1A-05Exploration of functional motifs in microproteins translated from human non-coding regions *Taichi Akase [1][2], Hinata Hashimoto [1], Atsuki Matsumoto [1], Yasunori Aizawa [1] [1] Sch. Life Sci. Technol., Tokyo Tech. [2] IMS, Riken [3] KISTEC 1B-05Activation mechanisms of Tpn1 family in the Japanese morning glory *Yuki Mizunaru [1], Atsushi Hoshino [2], Kenta Shirasawa [3], Tetsuya Yamada [4], Eiji Nitasaka [5] [1] Grad. Sch. Syst. Life Sci, Kyushu Univ., [2] NIBB, Sch. Life Sci. SOKENDAI, [3] Kazusa DNA Res. Inst., [4] Tokyo Univ. Agric. Tech., [5] Grad. Sch. Sci, Kyushu Univ. 1C-05Divergent evolution of cofactor preferences of metalloenzymes Takahiro Seki[1], Daisuke Umeno[1, 2] [1] Res. Inst. Sci. Eng., Waseda Univ., [2] Appl. Chem., Adv. Sci. Eng., Waseda Univ. 1D-05DNA Damage Response in M. polymorpha, a basal lineage of land plants. *Kaoru (Okamoto) Yoshiyama [1], Tomoaki Sakamoto [2], Seisuke Kimura [2], Atushi Higashitani [1], Jun Hidema [1] [1] Graduate School of Life Sciences, Tohoku University [2]Faculty of Life Sciences, Kyoto Sangyo University 1E-05#Self-interactions of Sld3 play a unique role in DNA replication *Shiho Ogawa, Sae Ninomiya, Seiji Tanaka Life sci., Koch univ. tech. 1A-06Gene redundancy in the core metabolic network of hydrogen-oxidizing bacteria *Shota Yamazaki [1], Yuki Miyahara [2], Takeharu Tsuge [2], Yasunori Aizawa [1][3] [1] Department of Life Science and Technology, Tokyo Institute of Technology [2] Department of Materials and Chemical Technology, Tokyo Institute of Technology [3] KISTEC 1B-06Burst of WOX transcription factor by hitchhiking TE in Vigna genomes *Ken Naito [1], Takanori Wakatake [1], Kenji Fukushima [3], Hiroaki Sakai [1] [1] NARO, [2] University of Wurzburg 1C-06Metabolite-induced stability control of fusion partner for modulating enzyme evolvability *Miyu Tsukada [1], Takahiro Seki [2], Yuki Kimura [2], Shigeko Kawai-Noma [1], Daisuke Umeno [1,2] [1] Grad. Sch. Adv. Integr. Sci., Chiba Univ., [2] Sch. Adv. Sci. Eng., Waseda Univ. 1D-06ROS accumulation is synchronised with growth inhibition of temperature-sensitive recAts polA Escherichia coli *Akihio Kaidow [1], Noriko Ishii [1], Sinngo Suzuki[2], Takashi Shiina[2], Hirokazu Kasahara [1] [1] Biol. Tokai Univ. [2] Mol. Med., Tokai Univ. 1E-06Interplay between DNA double-strand break repair and transcription during rDNA replication inhibition *Mariko Sasaki, Takehiko Kobayashi Institute for Quantitative Biosciences, The Univ. of Tokyo 1A-07Intracellular stability-based screening for functional human proteins encoded in noncoding regions *Hinata Hashimoto[1], Taichi Akase[1][2], Atsuki Matsumoto[1], Yasunori Aizawa[1][3] [1] Department of Life Science and Technology, Tokyo Institute of Technology [2] RIKEN IMS [3] KISTEC 1B-07Acidic condition stabilizes the ribosomal RNA gene cluster and extends lifespan through non-coding transcription repression Yo Hasegawa[1,2],Hiroyuki Ooka[1,2],Tsuyoshi Wakatsuki[1,2], Ayumi Yamamoto[3], Takehiko Kobayashi[1,2,4] [1] IQB, univ. of Tokyo [2] Dept. of Biol. sci. Grad. Sch. of Sci. univ. of Tokyo [3] Mat. and Biol. Eng. Cour, Dept. of Ind. Sys. Eng, Nat. Ins. Tech, Hachinohe Col. [4] CRIIM, univ. of Tokyo 1C-07Rapid Divergence of Product specificity of Monoterpene Synthase via random mutagenesis *Ryo Kurita [1], Tomoyuki Ichikawa [2], Noriko Kinoshita [2], Daich Ishihara [1], Daisuke Umeno [1, 2] [1] Appl. Chem., Adv. Sci. Eng., Waseda Univ. [2] Appl. Chem., Eng., Chiba Univ. 1D-07DNA repair pathway choice of the SNM1A nuclease *Kotaro Tsukada [1], Shin Hatakeyama [1], Shuuitsu Tanaka [1] [1] Grad. Sch. of Sci. & Eng., Saitama Univ. 1E-07The involvement of gene distribution and transcription in replication fork dynamics Yasukazu Daigaku [1], Eri Koyanagi [2], Yoko Kakimoto [2], Tamiko Minamisawa [1], Toyoaki Natsume [3], Masato Kanemaki [3] [1] Cancer Inst., Japanese Foundation for Cancer Res. [2] Frontier Res. Inst. for Interdisciplinary Sci., Tohoku Univ. [3] Dept. of Chromosome Sci., Natl. Inst. of Genetics 1A-08Analysis of a (p)ppGpp deficiency suppressor mutation resided in 5' UTR of the RNA polymerase gene *Honoka Takanashi [1], Natsuki Osaka [2], Kei Asai [1] [1] Bio, Tokyo Univ. of Agri. [2] Institute for Advanced Biosciences, Keio Univ 1B-08Analysis of the genomic regions that affect stability of the ribosomal RNA gene cluster. *Taichi Murai[1], Shuichi Yanagi[2], Takehiko Kobayashi[3] [1][2][3]Bio. Sci, Tokyo Univ. 1C-08Origin and evolution of nitrogen fixation in prokaryotes *Hong-Wei Pi [1,2], Wen-Hsiung Li [2,3] [1] Ph.D. Program in Microbial Genomics, NCHU and Academia Sinica. [2] Biodiversity Research Center, Academia Sinica. [3] Department of Ecology and Evolution, University of Chicago. 1D-08H3K4 methylation is associated with DNA damage tolerance via the regulation of PCNA ubiquitination *Kento Yanagisawa [1], Ryouhei Yoshihara [1], Shin Hatakeyama [1], Shuuitsu Tanaka [1] [1] Grad. Sch. of Sci. & Eng., Saitama Univ. 1E-08Frequent somatic gene conversion as a mechanism for loss of heterozygosity in tumor suppressor genes Kazuki Takahashi[1,2], Hideki Innan[2] [1] Human Genome Center Institute of Medical Science University of Tokyo, [2] Research Center for Integrative Evolutionary Science, The Graduate University for Advanced Studies, SOKENDAI 1A-09Expression patterns of GAL4 drivers in female sperm storage organs in Drosophila melanogaster *Kotori Inai [1], Takashi Ohsako [2], Masatoshi Tomaru [1,3], Toshiyuki Takano-Shimizu-Kouno [1,3] [1] KIT Appl Biol, [2] KIT ATC [3] KIT Drosophila Stock Center [1] KIT Appl Biol, [2] KIT ATC [3] KIT Drosophila Stock Center 1B-09Analysis of the mechanisms by which transcription factor Spt4 promotes rDNA instability and cellular senescence *Masaaki Yokoyama [1], Mariko Sasaki [1], Takehiko Kobayashi [1] [1] IQB,The Univ. of Tokyo 1C-09Phylogeographic analyses on Japanese moles (Mogera imaizumii, M. wogura) based on next-generation sequencing *Takeru Tsunoi [1], Gohta Kinoshita [2], Masashi Harada [3], Jun Sato [4], Yasuhiro Go [5], Tatsumoto Shoji [5], Reiko Mitsuhashi [3], Hitoshi Suzuki [6], Naoki Osada [1] [1] Info. Sci. Tech, Hokkaido Uni., [2] National Institute of Genetics, [3] No affiliation, [4] Biotech., Fukuyama Uni., [5] ExCELLS, National Institutes of Natural Sciences, [6] Institute of Low Temperature Science, Hokkaido Uni. 1D-09Functional analysis of the transcriptionally active region CSCT in the mouse genome *Kumiko Yoshinobu, Mana Kawashita, Reika Uriu, Airi Hirayama, Taichi Noda, Masatake Araki, Kimi Araki IRDA, Kumamoto Univ. 1E-09Analysis of the factors that reduce genome stability and cause cellular senescence *Yoshio Yamamuro [1], Takehiko Kobayashi [2] [1]Biol. Sci, The Univ. of Tokyo [2] Inst. for Quant. Biosciences, The Univ. of Tokyo 1A-10Comparison of function of the primary sigma factors among various bacteria in Bacillus subtilis *Shusuke Yahano, Kei Asai Bio, Tokyo Univ. of Agri 1B-10Functional Analysis of Chromosome Specific Clustered Trap region (CSCT) in Mouse inter-subspecies hybrid ES cells. *Airi Hirayama[1]、Midori Tokuyasu[1]、Kumiko Yoshinobu[1]、Masatake Araki[1]、Kimi Araki[1] [1]Institute of Resource Development and Analysis Kumamoto University 1C-10A new time-irreversible model of nucleotide substitutions for the SARS-CoV-2 genome Kazuharu Misawa [1] [1] Yokohama City Univ. 1D-10CCAN-dependent epigenetic marking for centromere specification *Tetsuya Hori, Jinghui Cao, Tatsuo Fukagawa FBS, Osaka Univ. 1E-10A novel cell labeling technique for multiplexing of scRNA-seq samples *Michihiko Sugimoto [1], Yuhki Tada [1], Shigeyuki Shichino [2], Saeko Koyamatsu [3,4], Noriyuki Tsumaki [3,4], Kuniya Abe [1,5] [1] BRC, RIKEN [2] RIBS, Tokyo Univ. Sci. [3] CiRA, Kyoto Univ. [4] Med. Osaka Univ. [5] T-LSI, Tsukuba Univ. 1A-11Analysis of the cellular maintenance mechanism during the transition state in Bacillus subtilis *Sakura Hamamoto ,Kei Asai Bio,Tokyo Univ. of Agri 1B-11Identification of evolutionally conserved open reading frames from long interspersed nuclear elements (LINEs) *Koichi Kitao [1], Takayuki Miyazawa [1], So Nakagawa [2] [1] LiMe, Kyoto Univ. [2] Sch. Med, Tokai Univ. 1C-11Improvement of a mouse genome variation database, MoG+ *Toyoyuki Takada[1], Daiki Usuda[1], Tatsuya Kushida[1], Toshihiko Shiroishi[2], Hiroshi Masuya[1] [1] Integrated Bioresource Information Division, RIKEN BRC, [2] Office of the Center Director, RIKEN BRC 1D-11Structure and evolution of germline-restricted chromosomes in a Japanese hagfish, Eptatretus burgeri *Kohei Nagao, Yuji Goto, Souichirou Kubota Biol. Sci, Toho Univ. 1E-11Efficient generation of chromoanasynthesis-like complex chromosomal rearrangements in mouse zygotes *Satoru Iwata[1][2][3][4]、Miki Nagahara[1]、Takashi Iwamoto[1][2] [1]Center for Educ. in Lab. Animal Res., Chubu Univ. [2]Dept. of Biomed. Sci., Col. of Life and Health Sci. [3]Col. of Biosci. and Biotech. [4]Center for Math. Sci. and Artif. Intell. 1A-12Investigation for novel functions of Bacillus subtilis IMPDH (GuaB) *Naruhisa Yuki[1], Natsuki Osaka[2], Kei Asai[1] [1]Bio, Tokyo Univ. of Agri [2]Institute for Advanced Biosciences, Keio Univ 1B-12Functional diversity of syncytin genes revealed in New World monkeys and a model for evolution of virus-derived genes. *Hiyori Shoji [1], Koichi Kitao [1], Takayuki Miyazawa [1], So Nakagawa [2] [1] LiMe, Kyoto Univ. [2] Sch. Med, Tokai Univ. 1C-12Large-scale repetitive genome structure finding using optical mapping Claire Yik-Lok Chung [1,2], Ting-Fung Chan [2] [1] School Life Sci, Chinese Univ. Hong Kong [2] Hokkaido Univ. 1D-12Universal mitochondrial changes and cellular influences on acute aneuploidy *Riku Kuse[1], Yuko Ohno[2], Kazuhumi Hosoda[3], Yoshino Kubota[2], Kojiro Ishii[1][2] [1] Life Sci, Kochi tech Univ. [2]Frontier Biosci, Osaka Univ. [3]CiNet, NICT 1E-12Knockdown of uncharacterized genes conserved between humans and a fission yeast, by using CRISPR interference methods Ken Ishikawa [1], Saeko Soejima [1], Shigeaki Saitoh [1] [1] Inst. Life Sci., Kurume Univ. Warning: Undefined array key 0 in /home/res/domains/api.ibio.jp/public_html/gsj94p/talks.php on line 96 1B-13Demonstration of insertion sequence-driven formation of operon structure using Escherichia coli *Yuki Kanai [1]、Saburo Tsuru [2] 、Chikara Furusawa [2, 3] [1] Biol. Sci, U Tokyo [2] UBI, U Tokyo [3] BDR, RIKEN
Warning: Undefined array key 0 in /home/res/domains/api.ibio.jp/public_html/gsj94p/talks.php on line 96 1D-13Formation of pericentromeric heterochromatin via ZNF518s that link satellite DNA to heterochromatin *Shinya Ohta Institute for Genetic Medicine, Hokkaido University 1E-13Artificial controlled horizontal transfer for the large-sized plasmid DNA *Shinya KANEKO [1], Misako NAKAHAMA [1], Yasunori AIZAWA [1][2] [1] School of Life Science and Technology, Tokyo Institute of Technology [2] KISTEC Warning: Undefined array key 0 in /home/res/domains/api.ibio.jp/public_html/gsj94p/talks.php on line 96 1B-14Regulatory mechanism of heat-active retrotransposons by DDR complex *SYOUEI GYUU [1], Lu Chen [1], ATUSHI KATO [2], HIDETAKA ITO [2]. [1] Life Sci, HOKKAIDO Univ. [2] Sci, HOKKAIDO Univ.
Warning: Undefined array key 0 in /home/res/domains/api.ibio.jp/public_html/gsj94p/talks.php on line 96 Warning: Undefined array key 0 in /home/res/domains/api.ibio.jp/public_html/gsj94p/talks.php on line 96 1E-14Construction of a gene recombination system by conjugation using Bacillus subtilis as a host. *Wakana Suda[1],Kei Asai[1] [1]Bio,Tokyo Univ of Agri #remoteDay2A 会場 (Room A)B 会場 (Room B)C 会場 (Room C)D 会場 (Room D)E 会場 (Room E)2A-01Analysis of Cells Responsible for Transcriptional Elongation Factor TCEB-3 in Cold Tolerance of C.elegans using NGS *Hiroaki Teranishi1, Toshihiro Iseki1, Natsune Takagaki1, Yohei Minakuchi22, Atsushi Toyoda, Akane Ohta1, 3, Atsushi Kuhara1, 3 1. Grad. Sch of Nat. Sci., Konan Univ.& Ins. integrative Neurobio., Konan Univ., Japan 2. National Institute of Genetics 3. PRIME, AMED 2B-01Stella contributes to CG methylation reprogramming in mouse primordial germ cells *Wan Kin Au Yeung [1], Keisuke Toriyama [1], Azusa Inoue [2], Toshinobu Nakamura [3], Toru Nakano [4], Yi Zhang [5], Hiroyuki Sasaki [1] [1] Div. Epigenom. Dev, MIB, Kyushu U. [2] Epigenom. Inherit. Lab, IMS, RIKEN [3] Lab. Epigenet. Regul, Nagahama Ins. Bio-Sci. Tech. [4] Dept. Patho, Osaka U. [5] Dept. Genet, Harvard Med. School 2C-01Experimental evolutionary analyses for cold adaptation in Drosophila albomicans Tomoki Kondo[1], Yoshitaka Ogawa[1], Mikumo Tamura[1], Tsubasa Ide[1], *Koichiro Tamura[1,2] [1]Biol, Sci., Tokyo Metropolitan Univ., [2] RCGB, Tokyo Metropolitan Univ. 2D-01 Transcriptome analysis to elucidate the mechanism of chromosome breaks by the gametocidal gene in wheat *Koichi Yamamori[1], Ami Hashimoto[1], Yu Uegaki[1], Kazuki Murata[1], Shuhei Nasuda[1] [1]Grad. Sch., Agr., Kyoto Univ. 2E-01Functional analysis of TCAA (Trap Clone Accumulated Area). *Masatake Araki[1], Runa Ikeda[1], Keika Saitou[1], Kanehiro Kuba[1], Yuri Kitamoto[1], Kumiko Yoshinobu[1], Mariko Yamane[2,3], Hitoshi Niwa[2], Kimi Araki[1] [1] Inst. Resource Development and Analysis, Kumamoto Univ., [2] Inst. Molecular Embryology and Genetics, Kumamoto Univ., [3] Med. Res. Inst., Tokyo Med. Dental Univ. 2A-02Enhancement of Escherichia coli ArfA induction by ArfB *Toya Seki, Shiori Yasuda, Tatsuhiko Abo Dept. Biol., Okayama Univ. 2B-02Alteration in DNA methylome and transcriptome during spermatogenesis in diabetic mice *Yamato Otsuka [1], Beverly Ann G. Boyboy [2], Tomoko Ichiyanagi [3], Kenji Ichiyanagi [4] [1]Grad. Sch. Bioagri. Sci., Nagoya Univ. [2]Grad. Sch. Bioagri. Sci., Nagoya Univ. [3]Grad. Sch. Bioagri. Sci., Nagoya Univ. [4]Grad. Sch. Bioagri. Sci., Nagoya Univ. 2C-02Relationship of metabolism on cold tolerance in an artificial selection population of Drosophila albomicans *Tsubasa Ide [1], Mikumo Tamura [1], Koichiro Tamura [1][2] [1] Biol. Sci, Tokyo Metropolitan Univ. [2] RCGB, Tokyo Metropolitan Univ. 2D-02Analysis of the regulatory mechanism of bi-directional DSB resection by Rad50 *Tomoki Tamai[1], Katsunori Sugimoto[2], Petr Cejka[4], Miki Shinohara[1][3] [1] Grad. Schl. Agri., Kindai Univ. [2] New Jersey Medical School, Rutgers, The State University of New Jersey, [3] ATIRI, Kindai Univ. [4] IRB Università della Svizzera italiana, Switzerland 2E-02Establishment of mouse model of glutaric academia type 2 and analysis of its pathophysiology *Erika Ohira [1], Kana Uendo [1], Kumiko Yoshinobu[1], Yuichi Oike [2], Shiro Matsumoto[2], Kimitoshi Nakamura [2], Kimi Araki [1],Masatake Araki [1] [1] Institute of resource development and analysis, Kumamoto Univ. [2] Faculty of Life Sciences, Kumamoto University Graduate School 2A-03ArfB homolog found in Machantia polymorpha L. *Aiko Makino, Takumi Koyama, Hiroyasu Motose, Tatsuhiko Abo Grad Schl Natl Sci Tech, Okayama Univ 2B-03The analysis of epigenetic regulation in retinal ischemia and angiogenesis. *Takuma Neo [1][2], Kengo Nakanishi [1], Yoshihiro Takamura [3], Masaru Inatani [3], Masaya Oki [1][4] [1] Dept. of Appl. Chem. Biotech., Grad. Sch. of Eng., Fukui Univ. [2] Research fellow, JSPS [3] Dept. of Opthalmol., Fac. of Med. Sci., Fukui Univ. [4] Life Science innovation center, Fukui Univ. 2C-03Transgenerational effects of cold selection in Drosophila albomicans *Mikumo Tamura[1] , Tsubasa Ide[1] , Koichiro Tamura[1] [2] [1] Biol. Sci, Tokyo Metropolitan Univ. [2]RCGB,Tokyo Metropolitan Univ. 2D-03Functional analysis of the C-terminal region of Zip3, a component of the meiotic chromosome Kei Yoshimura [1], Haruko Seki [1], Kayoko Hayashihara [2], Miki Shinohara [1][2][3] [1] Agri., Kindai Univ.、 [2] IPR, Osaka Univ.、 [3]ATIRI, Kindai Univ. 2E-03Familial retinitis pigmentosa with neuromuscular symptoms carrying a novel nonsense variant in RDH11 *Shigeyoshi Hiruki [1], Shiroh Miura[2], Saho Fujishita[2], Hiroki Shibata [1] [1] Div. Genomics, Med. Inst. Bioreg., Kyushu Univ. [2] Dept. Neurol. Geriatr. Med., Ehime Univ., Grad. Sch. Med. 2A-04Genes involved in leaf side-lobes development in the Japanese morning glory *Eiji Nitasaka[1], Takanori Miyao[2], Atsushi Hoshino[3], Kenta Shirasawa[4], Tetsuya Yamada[5] [1] Grad. Sch. Sci, Kyushu Univ., [2] Grad. Sch. Syst. Life Sci, Kyushu Univ., [3] NIBB, Sch. Life Sci. SOKENDAI, [4] Kazusa DNA Res. Inst., [5] Tokyo Univ. Agric. Tech. 2B-04Visualization of new DUX-independent two-cell-like cells to elucidate early developmental programs *Nao Hayakawa, Kouta Sugiyama, Kazuma Yoshioka, Yoshiyuki Seki Biomedical Chemistry, Kwansei Gakuin Univ. 2C-04Genomic changes in the Japanese population of Drosophila albomicans after migrating from Taiwan Runa Kamioa[１]、Yoshitaka Ogawa[１] 、Koichiro Tamura[1],[2] [1]Dept. Biol. Sci., Tokyo Metropolitan Univ. [2]RCGB, Tokyo Metropolitan Univ. 2D-04#A novel regulatory mechanism of crossover formation in the pairing defect condition of C. elegans *Koki Yamamoto [1], Hirohito Minami [2], Takamune T Saito [3] [1.2.3] Department of Genetic Engineering, Faculty of Biology-Oriented Science and Technology, Kindai University 2E-04Dominant effects of NSF variants identified in Japan's initiative on rare and undiagnosed diseases (IRUD) *Katsunori Sato [1], Kouhei Matsubara [2], Rikako Sanuki [1,2] Hisato Suzuki [3], Toshiki Takenouchi [4], Kenjiro Kosaki [3], Toshiyuki Takano-Shimizu [1,2] [1] KIT Appl Biol, [2] KIT Drosophila Stock Center, [3] Keio Univ Center for Med Genet, [4] Keio Univ School of Medicine 2A-05A unit of two cis-elements regulating light/cold/UV-B stress responses in Arabidopsis *Kana Mitai[1], Wasei Kodama[1], Natsuki Hayami[2], Ezeh Okechukwu Samson[2], Satoshi Iuchi[3], Yosiharu Y. Yamamoto[1][2][4][5] [1]Grad Sch Nat Sci Tech,[2] UGSAS Gifu Univ, [3]RIKEN CSRS, [4]Fac Appl Biol Sci, Gifu Univ [5]RIKEN BRC 2B-05SETDB1 deficiency in spermatocytes causes derepression of ERVK retrotransposons *Masaki Kawase[1], Hirotaka Sugimoto[1], Kenji Ichiyanagi[1] Bioagri, Nagoya Univ. 2C-05The epigenetics for cold tolerance in Drosophila albomicans Chihiro Kobayashi[1]、Tamura Koichiro[1][2] [1]Biol. Sci. Tokyo Metropolitan Univ.、[2] Tokyo Metropolitan Univ. Research Center for Genomics and Bioinformatics 2D-05Rapid and frequent loss of female fertility in plant pathogenic fungus Pyricularia oryzae under culture condition Kohtetsu Kita [1], Momotaka Uchida [1], Tohru Teraoka [2], Tsutomu Arie [2], Takayuki Arazoe [1], Takashi Kamakura [1] [1] Appl. Biol. Sci, Tokyo Univ. of Sci. [2] Appl. Biol. Sci, TUAT. 2E-05Alteration of academic Japanese terms proposed by the Genetics Society of Japan: How is the progress? ＊Tatsuro Ikeuchi [1] [1] Formerly, Tokyo Medical and Dental University 2A-06Functional redundancy of transcription factors manifested in anther pigmentation in petunia *Mashiro Yuhazu [1], Ryoko Hara [1], Akira Kanazawa [1] [1]Res. Fac., Hokkaido Univ. 2B-06Molecular mechanisms for global DNA demethylation of ground-state pluripotency in mouse embryonic stem cells *Miyu Marutani, Kazuma Yoshioka, Takumi Morita, Yoshiyuki Seki Biomedical Chemistry, Kwansei Gakuin Univ. 2C-06Revealing genetic background of wild house mouse captured from Madagascar by whole genome analysis *Kazumichi Fujiwara [1], Marie C. Ranorosoa [2], Satoshi D. Ohdachi [3,4], Satoru Arai [5], Yuki Sakuma [4], Hitoshi Suzuki [4], Naoki Osada [1] [1] Info. Sci., Hokkaido Univ. [2] Agri. Sci., Univ. Antananarivo [3] Inst. Low Temp. Sci., Hokkaido Univ. [4] Env. Sci., Hokkaido Univ. [5] Cent. Surve. Immun. Epidem. Res., NIID 2D-063SL22026Y@s.kyushu-u.ac.jp Functional analysis of PY gene involved in axes determination in the Japanese morning glory *Taisei Mitsunaga[1], Takanori Miyao[1], Eiji Nitasaka[2] 2E-06Comparison of the tertiary structure of the spike protein of variant SARS-CoV-2 in Japan Michiyo Amemiya Okinaka Memorial Institute for Medical Research 2A-07RNA silencing caused by triplication of a gene for flower pigmentation produces white margin on Japanese morning glory flowers Soya Nakagawa [1, 2], Kyeung-Il Park [3], Yasumasa Morita [4], Shigeru Iida [1], Atsushi Hoshino [1,2] [1] NIBB. [2] Sch. Life Sci., SOKENDAI. [3] Dept. Hort. Life Sci., Yeungnam Univ. [4] Fac. Agri., Meijo Univ. 2B-07Regulatory mechanism of transposons acquiring gene-like epigenomes *Akihisa Osakabe[1][2][3], Chikae Yamasaki[1], Bhagyshree Jamge[3], Yuriko Tanaka [1], Hiromi Ogawa [1], Zdravko Lorkovic [3], Frederic Berger [3], Tetsuji Kakutani [1] [1] Dept. of Biol. Sci., Grad. Sch. of Sci., Univ. of Tokyo, [2] JST PRESTO, [3] Gregor Mendel Institute 2C-07Population genetic analysis to estimate a genetic divergence model for the L. siceraria to reach the Asian region *Dai Watabe[1]、Naoki Osada[1]、Hiroshi Yuasa[2]、Toshinori Endo[1] [1]Info. Sci., Hokkaido Univ. [2]Evol Bio. 2D-07katsuya.shoma.380@s.kyushu-u.ac.jp Functional analysis of PEAR gene involved in lateral leaf lobes and floral organs development in the Japanese morning glory *Shoma Katsuya[1], Atsushi Hoshino[2], Kenta Shirasawa[3], Eiji Nitasaka[4] 2E-07Sequence-based evaluation of promoter context in plants for prediction of TSS Tosei Hiratsuka [1], Yuko Makita [2,3], Yoshiharu Y. Yamamoto [1,2,4] [1] Grad Sci Nat Sci Technol, Gifu Univ. [2] RIKEN CSRS, [3] Div Informatics, Bioengineer Biosci, Maebashi Inst Tech. [4] Fac Appl Biol Sci, Gifu Univ. 2A-08Temperature adaptation in Arabidopsis and prediction of field transcriptome data based on lab data. Natsuki Hayami[1], Miyako Kusano[2][3], Kyonoshin Maruyama[4], Atsushi J. Nagano[5], Mieko Higuchi[2], Koshuke Hanada[6], Minami Matsui[2], Yoshiharu Y. Yamamoto[1][2] [1]United Sch.Agric.Sci, Gifu Univ.[2] RIKEN CSRS[3] Fac.Life and Env.Sci,Tsukuba Univ.[4] JIRCAS[5]Fac.Agric,Ryukoku Univ.[6]Frontier Research Academy for Young Researchers,Kyushu Inst.of Tech. 2B-08Co-transcriptional removal of H3K4me2 via targeting of demethylase to phosphorylated RNA polymerase II *Shusei Mori [1], Satoyo Oya [1], Soichi Inagaki [1], Tetsuji Kakutani [1] [1] Biol. Sci, The University of Tokyo 2C-08#Adaptive evolution emerging from intra-specific genome comparison Ichizo Kobayashi [1] [1] HOSEI University, Research Center for Micro-Nano Technology 2D-08syun.oomura.p4@dc.tohoku.ac.jp Genetic factors contributing to differences in cellular dynamics of early embryos of nematodes *Shun Oomura [1], Koji Kyoda [2], Shuichi Onami [2], Nami Haruta [1], Asako Sugimoto [1] 2E-08Exploring genomic regions involved in adaptive evolution in Japanese wild house mice. *Shumpe Kubo [1], Kazumichi Fujiwara [1], Toshinori Endo [1], Hitoshi Suzuki [2], Naoki Osada[1] [1] Info. Sci, Hokkaido Univ. [2] Hokkaido Univ. 2A-09Identification of new safe harbor loci suitable for exogenous gene expression. *Midori Tokuyasu[1],Riki Furuhata[1],Kumiko Yoshinobu[2],Masatake Araki[2],Kimi Araki[1] [1],[2]Institute of Resource Development and Analysis,Kumamoto Univ. 2B-09Cell viability is dominated by quantum effects *Takeshi Yasuda [1], Nakako Nakajima [2], Tomoo Ogi [3], Tomoko Yanaka [1], Takaya Gotoh [4], Katsushi Tajima [5] [1] iQLS, QST [2] iQMS, QST [3] Dept. of Genet., RIeM, Nagoya Univ. [4] Dept. of Heal. Sci., Daito Bunka Univ. [5] Dept. of Hemat., Yamagata Prefect. Central Hospital 2C-09#Natural selection lactase and human migration→ Natural selection on lactase and human migration Yoko Satta[1] [1] ESB,SOKENDAI 2D-09terui-hiromu@ed.tmu.ac.jp Analysis of the mechanism of regulating the cell division orientation in the early ascidian embryos *Hiromu Terui, Naohito Takatori 2E-09Unsupervised AI-supported comparative genomics of human and bat by focusing on oligonucleotide usage *Toshimichi Ikemura [1], Yuki Iwasaki [1], Kennosuke Wada [1], Yoshiko Wada [1], Takashi Abe [2] [1] Nagahama Institute of Bio-Science and Technology. [2] Faculty of Engineering, Niigata Univ. 2A-10Analysis of the relationship between S-adenosylmethionine metabolism and ribosome biogenesis in Bacillus subtilis *Natsuki Osaka [1], Ryunosuke Isozaki [2], Kei Asai [2] [1] Inst. Adv. Biosci., Keio Univ. [2] Biosci., Tokyo Univ. Agric. 2B-10Genomic origins of interspecies epigenetic differences in human and chimpanzee iPS cells. Mayu Hirata [1], Tomoko Ichiyanagi [1], Hirokazu Katoh [1], Takuma Hashimoto [1], Hirohisa Nitta [1], Risako Nakai [2], Mansanori Imamura [2], *Kenji Ichiyanagi [1] [1] Grad. Sch. Bioagri. Sci., Nagoya Univ. [2] Center Evol. Orig. Hum Behav., Kyoto Univ. 2C-10Assessing the power of tests for detecting natural selection. *Tomotaka Tanaka [1], Kosuke M. Teshima [2] [1] Graduate School of System Life Science, Kyushu University,[2] Department of Biology, Faculty of Science, Kyushu University 2D-10yao@mmbs.s.u-tokyo.ac.jp The genetic basis of ovotestis formation in anemonefishes based on interspecific omics analysis *Akifumi Yao [1], Toru Miura [1] 2E-10#Insect species-specific genome signature extracted by unsupervised explainable AI Yui Sawada[1], Ryuhei Minei[1], Hiromasa Tabata[1], Toshimichi Ikemura[1], Kennosuke Wada[1], Yoshiko Wada[1], *Yuki Iwasaki[1] [1] Nagahama Institute of Bio-Science and Technology 2A-11#Drosophila METTL1 regulates spermatogenesis and preserves complete fertility via tRNA m7G modification *Shunya Kaneko [1,2], Keita Miyoshi [1,2], Shu Kondo [1,3], Atsushi Toyoda [4], Makoto Terauchi [5], Hideki Noguchi [5], Kuniaki Saito [1,2] [1] Invertebrate Genet. Lab., NIG, [2] Dept. Genet., SOKENDAI, [3] Dept. of Biol. Sci. Tech., Tokyo Univ. of Sci., [4] Comparative Genomics, NIG, [5] Center for Genome Info., ROIS-DS 2B-11Single-cell analysis of subtelomeric gene expression regulated by GTP-dependent heterochromatin fluctuation. *Takahito Ayano [1][2], Masaya Oki [1][3] [1] Dep. Applied Chem & Biotech. Grad. Eng., University of Fukui. [2] Research fellow, JSPS. [3] Life Science Innovation Center, University of Fukui. 2C-11Whole-body circular Nneural circuits for the brain-gut interaction underlying temperature acclimation *Haruka Motomura [1], [2], Kazutoshi Murakami [1], Makoto Ioroi [1], Atsushi Kuhara [1], [2], [3], Akane Ohta [1], [2], [3] [1] Grad. Sch of Nat. Sci., Konan Univ. [2] Ins. integrative Neurobio., Konan Univ., Japan [3] PRIME, AMED 2D-11mikan-rinrin@eis.hokudai.ac.jp Expression analysis of genes involved in sex determination and differentiation in emu *Yuki Kimura [1], Matiz Luisa [1], Shusei Mizushima [1,2], Asato Kuroiwa [1,2] 2E-11#Systematic discovery of regulatory motifs associated with an insulator function *Naoki Osato [1], Michiaki Hamada [2] [1] WISE, Waseda Univ. [2] Elec. Eng. Biosci, Waseda Univ. 2A-12Identification of the gene responsible for the senescent (sen) mutant in Neurospora crassa Takeru Sasaki[2], Risa Tanaka[2], Ryouhei Yoshihara[1]、Shuuitsu Tanaka[1]、Shin Hatakeyama[1] [1] Fac. Sci. Saitama Univ. [2] Grad. Sch. Of Sci. & Eng. Saitama Univ 2B-12The roles of histone H2A variants for the establishment of transposon-specific silent modification in Arabidopsis *Shoko Oda[1], Sayaka Tominaga[1], Shumpei Takeuchi[1], Taiko Kim To[1], Tetsuji Kakutani[1] [1]Biol. Sci, Tokyo Univ. 2C-12#Neural circuit responsive to oxygen and carbon dioxide underlying cold acclimation diversity in C. elegans Misaki Okahata [1], Sawako Yoshina [2], Yohei Minakuchi [3], Atsushi Toyoda [3], Shohei Mitani [2], Toru Miura [1], Akane Ohta [1], Atsushi Kuhara [1, 5] [1] Inst. for Integrative Neurobio., Konan Univ. [2] Sch. of Med., Tokyo Women’s Med. Univ. [3] Natl. Inst. of Genetics [4] PRIME, AMED 2D-1216cd008f@elms.hokudai.ac.jp Identification of the transcription factors regulating SOX9 in Tokudaia osimensis *Shoichiro Mitsukawa[1], Shusei Mizushima[1, 2], Asato Kuroiwa[1, 2]
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