• HOME
• 予約参加申込み
• 発表申込み
• 参加者リスト
• 講演要旨作成要領
• プログラム（日本語版）
• Program (English version)

Program (English version)

PDFをご覧いただくためには「アドビー・リーダー」（無償）が必要です。 右記のページからダウンロードできます。

Program of Events
8 September, Tuesday

1Lotus japonicus FEN1 protein play an essential role in successful symbiotic nitrogen fixation

* Tsuneo Hakoyama^1,2, Kaori Niimi², Hirokazu Watanabe², Ryohei Tabata², Junichi Matsubara², Shusei Sato³, Yasukazu Nakamura³, Satoshi Tabata³, Li Jichun⁴, Tsuyoshi Matsumoto⁴, Kazuyuki Tatsumi⁴, Mika Nomura⁵, Shigeyuki Tajima⁵, Masumi Ishizaka⁶, Koji Yano¹, Haruko Imaizumi-Anraku¹, Masayoshi Kawaguchi⁷, Hiroshi Kouchi¹, Norio Suganuma^2
1NIAS,²Aichi univ. Edu.,³Kazusa DNA Res. Inst.,⁴Nagoya Univ.,⁵Kagawa univ.,⁶NIAES,⁷NIBB

2Functional complementation analysis of CASTOR, POLLUX and DMI1

* han lu¹, Muthusubramanian Venkateshwaran², Yoshikazu shimoda¹, Marisa S. Otegui², Jean-Michel Ane², Haruko Imaizumi-Anraku^1
1 NIAS, ² Department of Agronomy

3Mycorrhiza-inducible mineral nutrient transporters of soybean

* Yosuke tamura¹, Yoshihiro Kobae¹, Mari Banba¹, Shoko Takai², Shingo Hata^1
1Grad. Sch. Bioagricult. Sci., Nagoya Univ., ²Sch. Agriculture, Nagoya Univ.

4Innate immunity in legume-rhizobium symbiosis; antibiotic peptides and terminal differentiation of microsymbiont

Willem Van de Velde¹, Grigor Zehirov², Agnes Szatmari^2,3, Monika Debreczeny⁴, Hironobu Ishihara², Attila Farkas⁴, Kata Mikulass⁴, Andrea Nagy⁴, Hilda Tiricz⁴, Beatrice Satiat-Jeunemaître¹, Benoit Alunni¹, Mickael Bourge¹, Ken-ichi Kucho², Mikiko Abe², Shiro Higashi², Attila Kereszt⁴, Gergely Maroti⁴, *Toshiki Uchiumi², Eva Kondorosi^1,4, Peter Mergaert^1
1Inst. Sci. Veget. France,²Grad. Sch. Sci. Eng. Kagoshima Univ.,³Plant Protec. Inst. Hungary, ⁴Inst. Plant. Genom. Human Biotech. Bioener. Hungary

5NifA protein is required for maximal expression of denitrification genes in Bradyrhizobium japonicum

Emilio Bueno¹, Socorro Mesa², Eulogio J. Bedmar¹, Maria J. Delgado^1
1EEZ-CSIC, Spain,²Inst. Microbiol., ETH, Switzerland.

6The effect of nitrate on nodule and root growth of soybean under light and dark conditions.

* Akinori Saito，Norikuni Ohtake, Kuni Sueyoshi，Takuji Ohyama
Niigata Univ.

7Regulation of nodule formation and the growth of soybean by nitrogen and photosynthetic product

* Taichi Kato, Kuni Sueyoshi, Norikuni Ohtake, Takuji Ohyama
Niigata Univ.

8Estimation of nitrogen fixation activity and diagnosis of mineral nutrition by xylem sap of soybean

* Sakazume D¹, Nagumo Y², Othake N³, Sueyosi K³, Takahashi Y³, Ohyama T^3
1Grad.Sch.Sci.& Technol.,Niigata Univ.,²Niigata Agri.Res.Inst.,Crop Res.Center,³Fac.Agri.,Niigata Univ.

9The Effects of the deep place application of the slow-release nitrogen fertilizer on the soybean seed yield and quality.

Kazuya Tanaka，Tewari Kaushal，Yoshihiko Takahashi，Norikun Ohtake，Kuni Sueyoshi，Takuji Ohyama
¹Niigata Univ

10Activation mechanisms of calcium calmodulin-dependent protein kinase (CCaMK) during root nodule symbiosis

* Yoshikazu Shimoda, han lu, Makoto Hayashi, Haruko Imaizumi-Anraku
NIAS

11Analysis of AM and RNS signaling pathway by Gain of function CCaMK.

* Naoya Takeda¹, Takaki Maekawa², Makoto Hayashi^1
1NIAS, ²Max Planck Institute

12Characteristics of Lotus japonicus hypernodulation mutants rdh1 and har1

Azusa Nakajima, Yanxu Wang, Yong Yi Li, Keisuke Yokota, Toshihiro Aono, and Hiroshi Oyaizu
Biotechnology Research Center, University of Tokyo

13Community shifts of Alpha- and Gammaproteobacteria in soybean responding to different nodulation phenotypes and N levels

Seishi Ikeda¹, Takashi Okubo¹, Takakazu Kaneko², Shoko Inaba¹, Tomiya Maekawa³, Shima Eda¹, Shusei Sato², Satoshi Tabata², Hisayuki Mitsui¹, *Kiwamu Minamisawa^1
1 Graduate School of Life Sciences, Tohoku Univ.,² Kazusa DNA Res.Inst.³Graduate School of Agriculture, Tohoku Univ.

14in planta imaging of arbuscules using GFP fusion proteins

Yoshihiro Kobae, Shingo Hata
Nagoya Univ.

15PiP elicitor and suppressor of Phytophthora infestans regulate Ca2+ dependent portein kinase and the occurence of hypersensitive cell death in potato

Naotaka Furuichi,Hisakazu Okamura¹ and Masahiro Ohta¹
Grad.School of Science and Tech., Niigata Univ., 1School of Technology, Niigata Univ.

9 September, Wednsday

10 September, Thursday

16The key new features of the RhizoBase

* Shiobu Okamoto^1,2,Mitsuteru Nakao^1,2,Takatomo Fujisawa²,Shusei Sato²,Yasukazu Nakamura^3,2,Takakazu Kaneko^4,2
1DBCLS,²Kazusa DNA Res. Inst.,³NIG DDBJ,⁴Kyoto Sangyo Univ.

17Characterization and map-based cloning of Ljsym102 involved in nitrogen fixation activity in Lotus japonicus

Hiroko Yamaya¹, Tsuneo Hakoyama¹, Shusei Sato², Takakazu Kaneko², Satoshi Shibata¹, Yoshihiro Hase³, Atsushi Tanaka³, Masayoshi Kawaguchi⁴, Norio Suganuma⁵, Satoshi Tabata², Makoto Hayashi¹, Hiroshi Kouchi¹, Yosuke Umehara^1
1NIAS, ²Kazusa DNA Res.Inst., ³Japan Atomic Energy Agency, ⁴NIBB, ⁵Aichi Univ. of Education

18Structural analysis of a nitrogenase-like enzyme protochlorophyllide reductase catalyzing a key reaction for greening in the dark

*Yuichi Fujita¹, ³，Jiro Nomata¹，Norifumi Muraki²，Genji Kurisu^2
1Nagoya Univ.，²Univ.Tokyo³JST Presto

19Surveying fungal gene expression during biotrophy in Colletotrichum higginsianum

* Hiroyuki Takahara, Richard O’Connell
Department of Plant-Microbe Interactions, Max Planck Institute for Plant Breeding Research, Cologne, Germany.

20Analysis of motility and virulence by using the defective mutant for flagellar motor protein (Mot) in Pseudomonas syringae pv. tabaci

* Eiko Kanda, Fumiko Taguchi, Takahumi Kenmotsu, Yoshishige Inagaki, Kazuhiro Toyoda, Tomonori Shiraishi and Yuki Ichinose
Graduate school of Natural Science and Technology, Okayama University

21Analysis on global regulation of pathogenicity-related genes of Ralstonia solanacearum

Yasufumi HIKICHI, Takeshi YOSHIMOCHI, Yong Zhang, Kouhei OHNISHI, Akinori KIBA
Kochi Univ.

22Generation of ROS and NO and its role on disease resistance in plants

* Shuta Asai¹, Michie Kobayashi², Miki Yoshioka¹, Hirofumi Yoshioka^1
1Graduate School of Bioagricaltural Sciences, Nagoya University, ²NIAS

23A sec14p protein regulates defense responses of Nicotiana Plants.

*Akinori Kiba, Kouhei Ohnishi, Yasufumi Hikichi
Kochi Univ.,

24Comparative analysis of the Nod Factor signaling and chitin signaling

*Tomomi Nakagawa¹, Hanae Kaku², Akifumi Sugiyama³, Masayuki Shimamura⁴, Kojiro Takanashi³, Motomu Masai³, Kazufumi Yazaki³, Toshio Aoki⁴, Naoto Shibuya², Hiroshi Kouchi^1
1NIAS,²Meiji Univ.,³Rish, Kyoto Univ.,⁴Nihon Univ.

P1Expression of lipopolysaccharide binding protein genes in Lotus japonicus

*Ei-ichi Murakami¹, Hitomi Takayama¹, Yoshikazu Shimoda², Shusei Sato¹, Sayaka Muto^{4, 5}, Kucho Ken-ichi¹, Shiro Higashi¹, Mikiko Abe¹, Yukio Nagano⁴, Toshiki Uchiumi^1
1Grad. Sc. Sci. & Eng., Kagoshima Univ., ²NAIS, ³Kazusa DNA Res. Inst., ⁴Grad. Agr. Saga Univ., ⁵Analyt. Res. Cent. Experimental Sci, Saga Univ.

P2Development and characterization of core collection for wild accession of Lotus japonicus

* Masatsugu Hashiguchi¹, Sayumi Kai², Hidenori Tanaka¹, Takahiro Gondo¹, Hiroyoshi Iwata³, Ryo Akashi^1
1FSRC, Univ. of Miyazaki, ²Interdiscipl. Grad. Sch. Agri. and Eng., Univ. of Miyazaki, ³NARC

P3Overexpression lines of a class 1 hemoglobin gene of Lotus japonicus

Yo-ichiro Tanimura¹, Tomohiro Kado¹, Ken- ichi Kucho¹, Toshio Aoki², Shiro Higashi¹, Mikiko Abe¹, Toshiki Uchiumi^1
1 Kagoshima Univ.Grad. Schl. Sci. Eng., ²Nihon Univ., Fac. Biores. Sci.

P4Expression and functional analysis of a full-size ABCG type transporter, LjABCG1, in Lotus japonicus

* Shoju Fukuda¹, Akifumi Sugiyama¹, Kojiro Takanashi¹, Nobukazu Shitan¹, Shusei Sato² , Satoshi Tabata² , Kazufumi Yazaki^1
1Kyoto Univ, ² Kazusa DNA Res.Inst

P5Functional analysis of SNARE genes in Lotus japonicus nodules

* Yosuke Kanki¹, Tomomi Manabe¹, Misa Komi¹, Mika Nomura¹, Sigeyuki Tajima¹,
¹ Faculty of Agriculture, Kagawa University

P6Screening of ABA related-mutants of Lotus japonicus

* Ayaka Yamauchi¹, Susumu Arima¹, Masatsugu Hashiguchi², Ryo Akashi², Akihiro Suzuki^1
1Fac.Agr.,Saga Univ.,²FSRC.,Miyazaki Univ.

P7Functional characterization of Mesorhizobium loti STM mutants in Lotus japonicus symbiosis

*Nanthipak Thapanapongworakul¹, Hiroto Tsuji¹,Shusei Sato²,Yoshikazu Shimoda²,Satoshi Tabata²,Mika Nomura¹,Shigeyuki Tajima^1
1Faculty of Agriculture, Kagawa University,²Kazusa DNA Research Institute

P8Phenotype of class 1 hemoglobin mutant limes of Lotus japonicus

Tomohiro Kado, Ken-ichi Kucho, Mikiko Abe, Siro Higashi, Toshiki Uchiumi
Grad.Sc. Sci. & Eng., Kadoshima Univ

P9Functional analysis of soybean and Lotus japonicus mitochondrial proteins

*Hatthaya Arunothayanan,Mika Nomura and Tajima Shigeyuki
Faculty of Agriculture, Kagawa University

P10The effect and mechanism of enhanced nitrogen fixation in ABA low-sensitive mutant enf1 of Lotus japonicus.

* Koichi Futsuki¹, Akiyoshi Tominaga¹, Maki Nagata², Hidetoshi Abe¹, Toshiki Uchiumi³, Ken-ichi Kucho³, Mikiko Abe³,Masatsugu Hashiguchi⁴, Ryo Akashi⁴, Ann Hirsch⁵, Susumu Arima¹, Akihiro Suzuki^1
1Fac.Agr.,Saga Univ.,²Grad.Sc.Sci & Eng.,Kagoshima Univ.³Fac.Sci.,Kagoshima Univ.,⁴FSRC., Miyazaki Univ.,⁵UCLA

P11Toward identification of genes that promote rice growth by AM symbiosis.

* Sayo Suzuki¹, Mari Banba², Yoshihiro Kobae², Daisuke Nakagawa², Shingo Hata^2
1Sch. Agriculture,Nagoya Univ.,²Grad. Sch. Bioagricult. Sci.,Nagoya Univ.

P12Characterization of novel Hist^- mutants in Lotus japonicus

* Koji Yano¹, Norio Suganuma², Shusei Sato³, Satoshi Tabata³, Hiroshi Kouchi¹, Yosuke Umehara^1
1NIAS, ²Aichi University of Education, ³ Kazusa DNA Res.Inst.

P13Mesorhizobial genes specifically expressed during establishment and maintenance of symbiosis with Lotus japonicus: findings by improved RIVET system

Eriko Ishida¹, * Yoshimi Tani¹, Elina Mishima¹, Shin Okazaki¹, Shusei Sato², Satoshi Tabata² and * Kazuhiko Saeki
¹Nara Women's University, ²Kazusa DNA Research Institute

P14Development of DNA microarray for Mesorhizobium loti MAFF303099 and its application on the comprehensive transcriptome analysis

*Hiroyuki Ichida^1,2, Katsuyoshi Yoneyama¹, Tomoko Abe^2
1Faculty of Agriculture, Meiji University, ²Nishina Center, RIKEN

P15Analysis of effector proteins of Mesorhizobium loti TypeIII Secretion System

*Miku Higashi¹, Saori Okabe¹, Shin Okazaki¹, Yoshikazu Shimoda², Shusei Sato², Satoshi Tabata², Tetsuko Noguchi¹, Kazuhiko Saeki ^1
1Nara Women's Univ., ²Kazusa DNA Reserch Institute

P16Genomic comparison between strains USDA122 and USDA110 of Bradyrhizobium japonicum

Takahiro Tsukui¹ , Takakazu Kaneko² , Manabu Itakura¹ , Manabu Yamada³ , Shusei Sato³ ,Hisayuki Mitsui¹ , Shima Eda¹ , Kiwamu Minamisawa^1
1Graduate School of Life Sciences, Tohoku University, ²Kyoto Sangyo University, ³Kazusa DNA Research Institute

P17Analysis of novel symbiotic gene of Mesorhizobium loti with M. loti MAFF303099 mutated by signature-tagged mutagenesis

Hiroki Nakatsukasa¹, Yoshikazu Shimoda², Yasukazu Nakamura³, Satoshi Tabata¹, Shusei Sato^1
1Kazusa DNA Res. Inst., ²NIAS, ³DDBJ

P18Functional and evolutionary genomics: evolutionary estimation and empirical verification of the functional genes in rhizobia genome for mutualism between legumes and rhizobia

Seishiro Aoki ¹、Yoshikazu Shimoda ²、Motomi Ito ^1
1Tokyo Univ., ²NIAS

P19Rhizobium Type III secretion system is involved in the nodulation of Rj soybean

* Shin Okazaki and Kazuhiko Saeki
Department of Biological Science, Faculty of Science, Nara Women's University

P20KazusaMart: data integration and management system for RhizoBase

* Takatomo Fujisawa¹, Shinobu Okamoto^1,2, Mitsuteru Nakao^1,2, Takakazu Kaneko^1,3, Shusei Sato¹, Yasukazu Nakamura^1,4
1 KDRI, ²DBCLS, ³Kyoto Sangyo Univ., ⁴NIG DDBJ

P21Analysis of factors on increase of Endophytic infections of non-symbiotic to black soybean root nodules under continuous cropping of black soybean.

Kenichi Nakajima¹,* Tadashi Yokoyama¹,Masami Yoshikawa²,Seiji Matsumoto^2
1Tokyo Univ. of Agriculture and Technology,²Kyoto Prefectural Agriculture,Forestry and Fisheries Technology Center

P22Complete genomic structure of the cultivated rice endophyte Azospirillum sp. B510

* Takakazu Kaneko¹, Kiwamu Minamisawa², Hiroki Nakatsukasa³, Hisayuki Mitsui², Yasuyuki Kawaharada², Yasukazu Nakamura⁴, Satoshi Tabata³, Shusei Sato^3
1Kyoto Sangyo U., ²Tohoku U.,³Kazusa DNA Res.Inst., ⁴DDBJ

P23Repression of TypeIII Secretion System in Bradyrhizobium japonicum nolA and nodD2 mutants

* Keisuke Takeshima¹，Min Wei¹， Tadashi Yokoyama²， Kiwamu Minamisawa³，Hisayuki Mitsui³， Manabu Itakura³，Takakazu Kaneko⁴， Satoshi Tabata⁵，Kazuhiko Saeki⁶， Hirofumi Oomori⁷，Shigeyuki Tajima⁸， Toshiki Uchiumi⁹，Mikiko Abe⁹，Takuji Ohwada^1
1Obihiro University of Agriculture and Veterinary Medicine，²Tokyo University of Agriculture and Technology，³Graduate school of Life Science，Tohoku University，⁴Faculty of Engineering，Kyoto Sangyo University，⁵Kazusa DNA Research Institute，⁶Department of Biology Science，Nara Women’s University，⁷Department of Biology，Graduate School of Science Osaka University, ⁸Department of Life Science，Kagawa University, ⁹Graduate School of Science and Engineering，Kagoshima University

P24The linkage mapping and the phenotypic characterization of symbiotic mutants of Lotus japonicus, specific for arbuscular mycorrhiza

* Tomoko Kojima¹, Hirosuke Oba², Katsuharu Saito³, Suganuma Norio⁴, Masayoshi Kawaguchi⁵, Ryo Ohtomo^1,6
1National Institute of Livestock and Grassland Science, ²The University of Tokyo, ³Shinshu University, ⁴Aichi University of Education, ⁵National Institute of Basic Biology, ⁶present：Ministry of Agriculture, Forestry and Fisheries

P25Mycorrhiza-inducible mineral nutrient transporters of rice and sorghum.

Daisuke Nakagawa, Yoshihiro Kobae, Shingo Hata
Grad.Sch.Bioagricult.Sci.

P26 Proteomic analysis of a S. meliloti strain BL3 membrane proteins by mass spectrometry and investigation of salt stress response.

Tanthanuch, W.¹, Mohammed, S.², Matthiesen, R.², Titrabutr, P.¹, Yamabhai, M.¹, Taemthaisong, K.¹, Jensen, Ole N.², Teaumroong, N.¹ and Boonkerd1, N.^1
1 Sc. Biotech., Agr. tech., Suranaree Univ. Technology. ²Dept. Biochem., Mol. Biol., Univ. Southern Denmark.

P27Arbuscular mycorrhizal symbiosis in rice strigolactone-deficient mutants

○Satoko Yoshida¹，Mikihisa Umehara¹，Kohki Akiyama², Junko Kyozuka³，Shinjiro Yamaguchi¹，Ken Shirasu^1
1RIKEN, PSC ²Osaka Pref. Univ. ³Univ. Tokyo

P28Application of strong promoters to transformation of the symbiotic nitrogen-fixing bacterium Frankia

* Kentaro Kakoi ,Masatoshi Yamaura ,Shiro Higashi ,Toshiki Uchiumi ,Mikiko Abe and Ken-ichi Kucho
Graduate School of Science and Engineering, Kagoshima University

P29Involvement of phospholipid metabolism in Ralstonia solanacearum – tobacco plants interaction

* Masahito Nakano, Kouhei Ohnishi, Yasufumi Hikichi, Akinori Kiba
Kochi Univ.

P30Induction of hyphal branching in an AM fungus Glomus intraradices by a branched fatty acid from Paenibacillus validus

Kohki Akiyama, * Ippo Tsutsui, Hideo Hayashi
Grad Sch Life & Environ Sci, Osaka Prefecture Univ.

P31Abscisic Acid and β-1,3-glucanase as Plant Molecules Involved in Autoregulation of Nodulation

Osuki K¹,Suzuki A³,Hara H¹, Kinoue T²,Yamashita K¹,Ishihara M², Kobayashi Y²,Asami T⁴,Kucho K¹,Uchiumi T¹,Higashi S¹, Abe M^1
1Kagoshima Univ.Graduate School of Science and Engineering,²Kagoshima Univ.Department of Chemistry and Bioscience,³Saga Univ.Department of Environmental Science,⁴Tokyou Univ.Graduate School of Agriculture and Life Science

P32Effects of the inoculation with endophytic Azospirillum sp. B510 on the morphology, growth and gene expression of rice seedlings

* Ayumi Momiyama¹, Shima Eda¹, Michiko Yasuda², Hideo Nakashita², Tadashi Sato¹, Hisayuki Mitsui¹, Kiwamu Minamisawa^1
1Tohoku Univ., ²RIKEN

P33Screening for cowpea nodule bacteria with high ability of biological nitrogen fixation -Influence of the light intensities-

* Shunsei Fujimoto, Takeo Yamakawa, Papa Saliou SARR
Kyushu Univ. Bio.

P34 Screening of rhizobacteria that can inhibit the growth of plant pathogenic fungi for using as co-inoculation with rhizobial inoculant

Watcharin Yuttawanichakul, Thi Thi Aung, Sudarat Sripakdee, Neung Teaumroong, Nantakorn Boonkerd, Panlada Tittabutr.
Sch. Biotech., Inst. Agr. Tech., Suranaree University of Technology

P35Bacteroidal differentiation in the nodules of a leguminous tree Leucaena glauca

*Hironobu Ishihara¹, Hiroki Koriyama², Peter Mergaert³, Ken-ichi Kucho¹, Mikiko Abe¹, Shiro Higashi², Toshiki Uchiumi^1
1Grad. Sc. Sci. & Eng., Kagoshima Univ., ²Faculty of Science, Kagoshima Univ., ³Institut des Sciences du Végétal-CNRS

P36Effects of Plant Growth Promoting Rhizobacteria (PGPR) inoculum on indigenous microbial community structure on maize cultivation

Piromyou, P., Tittabutr, P., Boonkerd, N., Teaumroong, N.
Sch. Biotech., Inst. Agr. Tech., Suranaree University of Technology

P37Early induction of haustorium-like organs in Orobanche minor by saturated GR24

Kohki Akiyama¹, * Naoto Matsumoto¹, Xiaonan Xie², Koichi Yoneyama², Hideo Hayashi^1
1Grad Sch Life & Environ Sci, Osaka Prefecture Univ., ²Weed Sci Ctr, Utsunomiya Univ.

P38Identification of Frankia genes induced in nirtogen-fixing cell under free-living conditions

*Masatoshi Yamaura, Shiro Higashi, Toshiki Uchiumi, Mikiko Abe, Ken-ichi Kucho
Grad.Sch.Sci & Engineer., Kagoshima Univ.