[PL-1]Imaging How Cells Choose their Fate, Shape and Position in the Living Mammalian Embryo
○Nicolas Plachta(IMCB ASTAR)
第52回日本発生生物学会大会
2019年5月14日〜5月17日大阪国際交流センター
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第52回日本発生生物学会大会
2019年5月14日〜5月17日大阪国際交流センター
当該イベント内で検索します。
検索する検索結果(583)
[PL-2]Paterning Transcription in Early Drosophila Embryos.
○Eric Wieschaus(Molecular Biology Department, HHMI, Princeton University)
[S1-01]Sculpting the vertebrate body axis
○Otger Campas(UCSB)
[S1-02]形態形成におけるNotchシグナル伝達ダイナミクスの意義
○Hiromi Shimojo1, Hiroshi Kori2, Ryoichiro Kageyama1(1.IFLMS, Kyoto Univ., 2.Univ. of Tokyo)
[S1-03]細胞サイズ依存的な細胞極性動態
○Akihiko Nakajima1,2(1.Grad Sch Arts Sci, Univ. Tokyo, 2.Res Cent Comp Sys Biol)
[S1-04]複眼のタイリングメカニズム
Takashi Hayashi1, Masakazu Akiyama2, Shin-Ichiro Ei3, Takamichi Sushida2, ○Makoto Sato1(1.InFiniti, Kanazawa Univ, 2.RIES, Hokkaido Univ, 3.Dept. Mathematics, Hokkaido Univ)
[S1-05]Modeling and experimental analysis of epithelial tube elongation in Drosophila revealed distinct biomechanical properties of tubes
○Fu-Lai Wen1,2, Housei Wada3, Katsuhiko Sato4, Hisao Honda3,5, Tatsuo Shibata2, Shigeo Hayashi3(1.IoP, Academia Sinica, Taiwan, 2.Laboratory for Physical Biology, RIKEN BDR, Japan, 3.Laboratory for Morphogenetic Signaling, RIKEN BDR, Japan, 4.Research Institute for Electronic Science, Hokkaido University, Japan, 5.Department of Physiology and Cell Biology, Kobe University Garduate School of Medicine, Japan)
[S1-06]肺上皮シートの形態形成におけるERKシグナルを介したメカノケミカルフィードバック制御
○Tsuyoshi Hirashima1, Takuya Yoshida2, Michiyuki Matsuda1,2(1.Grad Sch Med, Kyoto Univ, 2.Grad Sch Biostudies, Kyoto Univ)
[S1-07]Self-organized principles of branching morphogenesis
○Edouard Hannezo(IST Austria)
[S2-01]The EGF Receptor Pathway Regulates Axis Establishment in Drosophila and Serves as Model for Disease in Humans
○Trudi Schupbach1, Yogesh Goyal2, Granton Jindal2, Rebecca Burdine1, Stas Shvartsman2(1.Dept MolBio, Princeton University, 2.Dept. CBE, Princeton University)
[S2-02]Convergence of cell polarity systems across multicellular kingdoms
○Dolf Weijers(Wageningen University, the Netherlands)
[S2-03]Analysis of the SP8-dependent regulatory network in the limb ectoderm
○Marian Ros1, Roco Prez-Gmez1, Marc Fernndez-Guerrero1, Juan Lpez-Gimnez1, lvaro Rada-Iglesias1,2(1.IBBTEC, 2.CMMC)
[S2-04]Topological Data Analysis: What is it? What is it good for? How can it be used to study developmental biology?
○Daniel Chitwood1, Elizabeth Munch2, Erik Amézquita3, Mitchell Eithun3, Tim Ophelders3, Michelle Quigley4(1.Dept. Hort. and Dept. Comp. Math., Sci., & Eng., Michigan State Univ., 2.Dept. Comp. Math., Sci., & Eng. and Dept. Math., Michigan State Univ., 3.Dept. Comp. Math., Sci., & Eng., Michigan State Univ., 4.Dept. Hort., Michigan State Univ.)
[S2-05]Regulation of proximal-distal specification of the lung epithelium by Fibroblast Growth Factor 9 signaling pathways
Yongjun Yin, ○David Ornitz(Dev. Biol., Washington Univ. in St. Louis)
[S3-01]Cell fate determination and tissue morphogenesis in the zebrafish myotome
○Timothy Saunders1,2, Jianmin Yin1, Sham Tlili1, Jean-Francois Rupprecht1, Jacques Prost3, Philip Ingham2,4(1.MBI, Singapore, 2.Institute of Molecular and Cell Biology, A*Star, Singapore, 3.Institute Curie, Paris, France, 4.Nanyang Technological University, Singapore)
[S3-02]Hypoxia and embryonic patterning during sea urchin development
Wei-Lun Chang, ○Yi-Hsien Su(ICOB, Academia Sinica)
[S3-03]Translational control by RNA G-quadruplex/zinc-finger protein in plant development
○Ildoo Hwang(Department of Life Sciences, Pohang University of Science and Technology)
[S3-04]Timely and robust cell fate commitment in neural stem cell lineages
○Yan Song1,2(1.SLS, Peking Univ., 2.CLS)
[S3-05]Delineating the Immune-Epithelial Crosstalk in Embryonic Skin
○Srikala Raghavan, Ambika Kurbet, Oindrila Bhattacharjee, Uttkarsh Ayyangar(inStem)
[S3-06]消化管の左右非対称な捻転を引き起こす上皮細胞の3次元形態変化
○Mikiko Inaki1, Taishi Takigawa1, Akino Okubo1, Takamichi Sushida2, Masakazu Akiyama2, Yasuhiro Inoue3, Kenji Matsuno1(1.Dept. Biol. Sci., Grad. Sch. Sci., Osaka Univ.,, 2.RIES, Hokkaido Univ., 3.IFLMS, Kyoto Univ.)
[S4-01]ミズタマショウジョウバエにおけるエンハンサー機能と水玉模様の進化
○Shigeyuki Koshikawa1, Yuichi Fukutomi2(1.Environ. Earth Sci, Hokkaido Univ., 2.Environ. Sci, Hokkaido Univ.)
[S4-02]エンハンサーによる転写制御のライブイメージング解析
○Takashi Fukaya(IQB, Univ Tokyo)
[S4-03]Arid3a regulates nephric tubule regeneration through the evolutionarily conserved regeneration signal-response enhancers
Nanoka Suzuki1,2, Kodai Hirano1, Hajime Ogino2, ○Haruki Ochi1(1.Yamagata Univ., Fac. of Med., 2.Yamagata University, Faculty of Medicine, 3.Amphibian Research Center, Hiroshima University)
[S4-04]哺乳類Dlx遺伝子クラスター発現調節機構と進化
○Kenta Sumiyama(RIKEN BDR)
[S4-05]Similarities and differences in the regulation of Hoxd genes during tetrapod limb development
○Nayuta Yakushiji-Kaminatsui1, Lucille Lopez-Delisle2, Christopher Chase Bolt2, Guillaume Andrey3, Leonardo Beccari3, Denis Duboule2,3(1.Tokyo Univ. of Sci., 2.EPFL, 3.UNIGE)
[S4-06]後肢の位置を決定するGdf11のエンハンサーの同定とトランス因子の重要性
Seiji Saito2, Utsugi Kanazawa2, Nobuyuki Hibino2, Shinya Oki4, Tatsuya Takemoto3, Yoichi Matsuda1, Atsushi Kuroiwa2, ○Takayuki Suzuki1(1.Grad Sch. of Biolagr. Sci., Nagoya Univ., 2.Div. Biol. Sci, Grad. Sch. of Sci, Nagoya Univ., 3.IAMS, Tokushima Univ., 4.Dep of BasMed, Fac of MedSci, Kyushu univ)
[S5-01]発生中のニューロン核移動を制御する細胞骨格モーターの力発生機構
You Wu2, Chuying Zhou2, Hiroki Umeshima1, Gianluca Grenci3, Naotaka Nakazawa1, ○Mineko Kengaku1,2(1.KUIAS-iCeMS, Kyoto Univ., 2.Grad. Sch. Biostudies, Kyoto Univ., 3.MBI, Nat. Univ. Singapore)
[S5-02]Endothelial cell response to haemodynamic forces in developing blood vessels
○Li-Kun Phng(RIKEN BDR)
[S5-03]Biophysical approaches to morphogenesis in the organ stage mouse embryo
Hirotaka Tao1, Min Zhu1,2, Mohammad Samani1, Evan Thomas1, Clarissa Pasiliao1,3, Kelli Fenelon1,3, Huaxiong Huang4, Yu Sun2, ○Sevan Hopyan1,3,5(1.Program in Dev. Bio. and Stem Cell Bio., RI, Hosp. for Sick Children and U. of T., 2.Department of Mechanical and Industrial Engineering, University of Toronto, 3.Department of Molecular Genetics, University of Toronto, 4.Department of Mathematics and Statistics, York University and University of Toronto, 5.Division of Orthopaedic Surgery, Hospital for Sick Children and University of Toronto)
[S5-04]眼杯組織形成における機械的ひずみ惹起性力学フィードバック機構
○Satoru Okuda1,2(1.PRESTO, JST, 2.IFLMS, Kyoto Univ.)
[S5-05]YAP is essential for tissue tension to ensure vertebrate 3D body/organ shape
○Makoto Furutani-Seiki(Yamaguchi University)
[S5-06]マウス胚卵円筒形成に必要な子宮内の力学的環境
Yoko Ueda, Chiharu Kimura-Yoshida, ○Isao Matsuo(Osaka Women's and Children's Hospital)
[S6-01]脊椎動物脳進化の黎明期を発生学研究から考察する
○Yu Katsuyama(Shiga Univ. Med. Sci.)
[S6-02]脊椎動物型の脳の進化的起源：視覚系を中心に
○Daichi Suzuki(ExCELLS, NINS)
[S6-03]脊椎動物の脳の進化におけるシグナル分子の役割
○Yasunori Murakami(GSSE, Ehime Univ.)
[S6-04]Wntシグナル依存性の神経細胞移動の変化が哺乳類大脳皮質の進化に寄与した
○Tadashi Nomura(Dev. Neurobiol. Kyoto Pref. Univ. Med.)
[S6-05]大脳発生におけるouter radial glia誕生の制御機構
○Ayano Kawaguchi1, Takumi Kawaue1, Atsunori Shitamukai2, Yuji Tsunekawa2, Arata Nagasaka1,2, Kanako Saito1, Tomoyasu Shinoda1, Fumio Matsuzaki2, Takaki Miyata1(1.Dept of Anatomy and Cell Biology, Nagoya Univ Grad Sch Med, 2.Lab for Cell Asymmetry, RIKEN BDR)
[S6-06]ヒト固有遺伝子NOTCH2NLはNotchシグナルを調節することにより大脳皮質の神経細胞数を拡大する
○Ikuo Suzuki1,2,3, David Gacquer5, Roxane Van Heurck2,3, Devesh Kumar2,3, Marta Wojno2,3, Angeline Bilheu3, Adele Herpoel3, Nelle Lambert3, Julian Cheron3, Franck Polleux6, Vincent Detours5, Pierre Vanderhaeghen2,3,4,7(1.Dept. Biological Sciences, Grad. Sch. Science, Univ. Tokyo, 2.CBD, VIB-KUL, 3.IRIBHM & UNI, ULB, 4.Dept. Neurosci, LBI, 5.IRIBHM, ULB, 6.Dept. Neurosci, Columbia Univ., 7.WELBIO)
[OP1-01(P-081)]三次元組織剛性率マッピング法によりマウス肢芽初期形成における硬領域指向性細胞移動を明らかにする
○Hirotaka Tao1, Zhu Min1,2, Mohammad Samani1, Mengxi Luo2, Xian Wang2, Sevan Hopyan1,3,4, Yu Sun2,5,6(1.DSCB, Sick Kids, 2.MIE, U of T, 3.MoGen, U of T, 4.Division of Orthopaedic Surgery, Sick Kids and U of T, 5.IBBME, U of T, 6.ECE, U of T)
[OP1-02(P-102)]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 Takase1,2, Kenichi Nakazato3, Atsushi Mochizuki3,4, Yoshiko Takahashi1(1.Dept. of Zoology, Grad. Sch. of Sci., Kyoto Univ., 2.MACS, Grad. Sch. of Sci., Kyoto Univ., 3.Theor. Biol. Lab., RIKEN, 4.IFLMS, Kyoto Univ.)
[OP1-03(P-104)]水チャネルAquaporinは内皮ー造血転換時の細胞出芽を制御する
Mugiho Shigematsu, Chie Tamura, ○Yuki Sato(Grad. Sch. Med. Sci., Kyushu Univ.)
[OP1-04(P-072)]上皮バリアのホメオスタシスにおける細胞競合の役割
○Tetsuhisa Otani1,2, Mikio Furuse1,2(1.Division of Cell Structure, NIPS, 2.Department of Physiological Sciences, SOKENDAI)
[OP1-05(P-085)]ショウジョウバエTrynity分子は細胞外基質の微細構造形成を介して表皮バリア機能と気管成熟の制御を行う
○Yuki Itakura1, Sachi Inagaki2, Housei Wada1, Shigeo Hayashi1,3(1.RIKEN BDR, 2.Biosignal Research Center, Kobe University, 3.Department of Biology, Kobe University Graduate School of Science)
[OP1-06(P-082)]Patterns of proliferation in the developing tendon differ between embryonic and postnatal stages
○Saundra Schlesinger1, Seongkyung Seo2, Alice Huang3, Brian Pryce2, Ronen Schweitzer1,2(1.OHSU, 2.Shriner's Hospital, 3.Mount Sinai)
[OP1-07(P-003)]匂い分子取り込みにはたらく昆虫嗅覚器官ナノポア構造の構築機構
○Shigeo Hayashi1, Toshiya Ando1,2, Sayaka Sekine1, Sachi Inagaki2, Kazuyo Misaki1, Laurent Badel3, Hiroyuki Moriya4, Mustafa Sami1, Takahiro Chihara5, Hokuto Kazama3, Shigenobu Yonemura1(1.RIKEN BDR, 2.NIBB, 3.RIKEN CBS, 4.U. Tokyo, 5.U. Hiroshima)
[OP1-08(P-083)]Tissue-scale mechanical coupling reduces morphogenetic noise to ensure precision during epithelial folding
○Anthony Eritano1, Claire Bromley1, Lucas Schütz2, Fu-Lai Wen3, Tatsuo Shibata3, Mustafa Sami1, Michiko Takeda1, Steffen Lemke2, Yu-Chiun Wang1(1.Riken BDR, 2.Centre for Organismal Studies Heidelberg, University of Heidelberg, Heidelberg, Germany, 3.Laboratory for Physical Biology, RIKEN Center for Biosystems Dynamics Research, Kobe, Japan)
[OP1-09]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 Kawanishi1,2, Hiroyuki Takeda1, Sean Megason2(1.UT, 2.HMS)
[OP1-10]初期胚心臓のキラリティー形成の機構
○Hisao Honda1, Takaya Abe2, Toshihiko Fujimori2,3(1.Kobe Univ. Medicine, 2.RIKEN CBDR, 3.NIBB)
[OP1-11(P-095)]GPR17によるSonic Hedgehogシグナルへの負のフィードバック制御機構が与える神経管発生への影響
○Atsuki Yatsuzuka1, Akiko Hori-Nishi1, Minori Kadoya1, Toru Kondo2, Noriaki Sasai1(1.NAIST, 2.Insititute for Genetic Medicine, Hokkaido Univercity)
[OP2-01(P-014)]Examination the potential of using first polar body mitochondrial DNA content as an indicator of oocyte quality
○Wing Tung Lee, Tin Lap Lee(SBS, CUHK)
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