€¦ · XLS file · Web view · 2010-12-02Fitness effects of pellicle formation in aerobic bacteria ... Dynamics of the parasitic ciliate Cryptocaryon irritans in aquaculture area

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Facultative aerobic thermophiles capable of ferric iron reduction in a coastal hydrothermal field

Crude oil biodegradation and methane production in a deep subsurface oil field

AIST

Possible electrolithotrophy sustained by electrical current generation across a black smoker chimney

Shizuoka Univ.

National Agricultural Research Center for Hokkaido RegionSeasonal variation of bacterial key species maintaining an aquaculture environment

Potential of subsurface microbes to produce natural gas

○SATOSHI KAWAICHI1、 NORIHIRO ITO2、 RYOSUKE KIMURA1、 HIROSHI NISHIMURA1、 REIJI TANAKA3、 TAKASHI YOSHIDA1、 YOSHIHIKO SAKO1

1Graduate School of Agriculture, Kyoto University、 2Kyoto University、 3Graduate School of Bioresources, Mie University

○HANAKO MOCHIMARU、 DAISUKE MAYUMI、 HIDEYOSHI YOSHIOKA、 SUSUMU SAKATA、 HIDEYUKI TAMAKI、 YOUICHI KAMAGATA

Influence of chemosynthetic symbionts: the lipid and fatty acid compositions of a deep-sea vent gastropod, Ifremeria nautilei○HIROAKI SAITO1、 JUN HASHIMOTO2

1NRIFS、 2Nagasaki University

RYUHEI NAKAMURA1、 TOSHIHIRO TAKASHIMA2、 SOUICHIRO KATO2、 KEN TAKAI3、 ○MASAHIRO YAMAMORO3、 KAZUHITO HASHIMOTO2

1Dept. Applied Chemistry, Univ. Tokyo、 2ERATO Hashimoto Project、 3JAMSTEC SUGAR ProjectDepth variation in microbial community structure and metabolic activities in granitic aquifers at the Mizunami Underground Research Laboratory (MIU), Gifu, Japan○AKARI FUKUDA1、 MARIKO KOUDUKA2、 DAISUKE AOSAI1、 HIROKI HAGIWARA1、 TAKASHI MIZUNO1、 YOHEY SUZUKI21JAEA、 2AIST Analysis on the microbial community structure in Izu-Akazawa deep-sea water○KATSUHISA YAMADA1、 TOMO KATOU2、 MICHIYASU NOMURA1、 CHIAKI IMADA2、 TAKESHI KOBAYASHI2、 NAOKO HAMADA(SATHO)21DHC Co.、 2Tokyo University of marine science and technologyCharacterization of electricity production and bacterial community in microbial fuel cell with organic waste○SHUJI YAMAMOTO、 KEI SUZUKI、 OWEN RUBABA、 HIROYUKI FUTAMATA

Molecular diversity of bacterial community in the phyllosphere of sugar beet○SEISHI IKEDA、 KAZUYUKI OKAZAKI、 HIROYUKI TAKAHASHI、 YOSUKE KURODA、 KAZUNORI TAGUCHI、 HIDEYUKI ABE、 TAKURO SHINANO

○AKITO TANIGUCHI1、 TAKASHI HAMANAKA2、 MITSURU EGUCHI11Graduate School of Agriculture, Kinki University、 2School of Agriculture, Kinki University

○SUSUMU SAKATA1、 HIDEYOSHI YOSHIOKA1、 HANAKO MOCHIMARU1、 DAISUKE MAYUMI1、 MASAHIRO OBA2、 HARUO MAEDA3、 AKIHIKO MARUYAMA1、 YOICHI KAMAGATA1

1AIST、 2Tohoku U.、 3INPEXIdentification of the N-acyl-L-homoserine lactones-degrading genes from a β-lactam antibiotics resistant bacterium Acidovorax sp.strain S7○HIROYUKI KUSADA1、 NOBUTADA KIMURA2、 YOICHI KAMAGATA2、 SATOSHI HANADA3

A high-throughput screening for novel quorum sensing autoinducers from metagenomic libraries

Serial and generalised transducing particle mediated high-frequency horizontal gene transfer

Department of Biological Science, Faculty of Science and Engineering, Chuo University

Grad Sch of Engineering, Hokkaido Univ.

TOHOKU Univ.

1Graduate School of Life and Environmental Sciences, University of Tsukuba,Bioproduction Research Institute, National Institute of Advanced Industrial Science and Technology (AIST)、 2Bioproduction Research Institute, National Institute of Advanced Industrial Science and Technology (AIST)、 3Graduate School of Life and Environmental Sciences, University of Tsukuba,International Patent Organism Depositary, National Institute of Advanced Industrial Science and Technology (AIST)The cep gene is necessary for invasion of leguminous hosts by Mesorhizobium loti

○SATOSHI SUGAWARA1、 YASUYUKI KAWAHARADA1、 TAKASHI MATSUMOTO2、 YUU SHIWA2、 HIROHUMI YOSHIKAWA3、 SHIMA EDA1、 HISAYUKI MITSUI1、 KIWAMU MINAMISAWA1

1Graduated School of Life Sciences,Tohoku University、 2Tokyo University of Agriculture、 3Faculty of Applied Biosciences, Tokyo University of Agriculture

○ERI NASUNO1、 NOBUTADA KIMURA2、 YOUICHI KAMAGATA2、 SATOSHI HANADA1

1Graduate school of Life and Environmental Sciences, Univ. of Tsukuba, Bioproduction Research Institute, National Institute of Advanced Industrial Science and Technology、 2Bioproduction Research Institute, National Institute of Advanced Industrial Science and TechnologyCharacterization of endobacterial communities in dark-sepate endophytic fungus, Veronaeopsis simplex associated with biocontrol mechanisms of Fusarium disease of Chinese Cabbage○RIDA KHASTINI1、 SATO YOSHINORI2、 TOMOYASU NISHIZAWA3、 HIROYUKI OHTA4、 KAZUHIKO NARISAWA4

1TUAT、 2ICAS、 3Tokyo University、 4Ibaraki University

○HIROSHI X. CHIURA1、 BRANKO VELIMIROV2、 KAZUHIRO KOGURE1

1AORI Univ. Tokyo、 2CfACB MdUniWienInduction of heterocyst differentiation in the cyanobacterium Anabaena sp. PCC 7120○SHIGEKI EHIRA、 MASAYUKI OHMORI

Factor identification for RelE toxin sensitivity in Eschelichia coli○KENJI KAKINUMA、 YOSUKE TASHIRO、 MAY THITHIWAT、 SATOSHI OKABE

Oligotrophic mutants of a gamma-HCH-degrading bacterium Sphingobium japonicum UT26○HIROKI UI、 HIROSHI SASAKI、 MICHIRO TABATA、 YOSHIYUKI OHTSUBO、 YUJI NAGATA、 MASATAKA TSUDA

Screening of the genes for the organic solvent tolerance in bacteria from activated sludge by a metagenomic approach○KOJI YAMADA1、 MANABU KANNO2、 NOBUTADA KIMURA2、 YASUO MITANI2、 YOICHI KAMAGATA2、 SATOSHI HANADA3

1Graduate School of Life and Environmental Science, University of Tsukuba, Bioproduction Research Institute, National Institute of Advanced Industrial Science and Technology(AIST)、 2Bioproduction Research Institute, National Institute of Advanced Industrial Science and Technology(AIST)、 3Graduate School of Life and Environmental Science, University of Tsukuba, International Patent Organism Depositary, National Institute of Advanced Industrial Science and Technology(AIST)A new geobiological DNA extraction method with alkaline treatment: Application to deep subsurface biomes

Specificity of random genomic DNA fragment probes used in shotgun isotope array

Current situation of microbial ecology within the biodiversity projects

Microbial ecology related to the issue of radioactive waste treatment

Shizuoka Univ.An evaluation of DNA extraction kit for enviromental samples

Diversity and role of Integron/gene cassette metagenome in extreme marine environments

National Institute of Advanced Industrial Science and Technology

Denitrification in groundwater at 140 m depth in sedimentary rock

Distribution and activity of ANME-1 archaea in the terrestrial subsurfaces

○MARIKO KOUDUKA1、 YUKI MORONO2、 FUMIO INAGAKI2、 KAZUMASA ITO1、 YOHEY SUZUKI11Advanced industrial science and technology (AIST)、 2Japan Agency for Marine-Earth Science and Technology (JAMSTEC)

○TOMOHIRO TOBINO1、 FUTOSHI KURISU2、 IKURO KASUGA1、 HIROAKI FURUMAI21Grad Sch of Engineering, Univ of Tokyo、 2RECWET, Grad Sch of Engineering, Univ of Tokyo

○HIROYUKI YAMAMOTO1、 KAZUHIRO KOGURE2、 SHINICHI NAKANO3

1Japan Agency fro Marine-Earth Science and Technology、 2Atomospher and Ocean Reserach Institute, The University of Tokyo、 3Center for Ecological Research, Kyoto University

○KENJI KATO

○MAYU OKAMOTO1、 KOHEI ICHIKAWA2、 SHINYA KURATA1、 KAZUNORI NAKAMURA1

1J-Bio 21 Corporation、 2Nippon Steel Kankyo Engineering Co., Ltd.Candidate division OP1 species located in deeply branching bacterial lineage is a thermophilic acetogen○HIDETO TAKAMI1、 HIDEKI NOGUCHI2、 YOSHIHIRO TAKAKI1、 IKUO UCHIYAMA3、 SHINROU NISHI1、 ATSUSHI TOYODA4、 GAB-JOO CHEE1、 WATARU ARAI1、 TAKEHIKO ITOH2、 TAKURO NUNOURA1、 MASAHIRA HATTORI5、 KEN TAKAI11JAMSTEC, BioGeos、 2Tokyo Institute of Tech.、 3National Institute of Basic Biol.、 4National Institute of Genetics、 5Univ. of Tokyo

○HOSAM ELSAIED、 AYA AKIBA、 KEIKO KITAMURA、 AKIHIKO MARUYAMA

Methylmercury resistance of Bifidobacterium○MASAAKI NAGANO1、 KAZUHIRO IWASAKI1、 OSAMI YAGI21National Institute for Environmental Studies、 2Nihon UniversityDevelopment of automated determination of Escherichia coli O157 in irrigation water by the micro-colony FISH combined with fluorescence antibody technique○TAKASHI SOMEYA1、 YOSUKE HARADA1、 TOMOYA HIGUCHI2、 DAISUKE UENO1、 KOICHI INOUE1

1Faculty of Agriculture, Saga University、 2Chuo Electric Works,Ltd

1、 HIROAKI NASHIMOTO2、 TOMOTAKA ISHIBASHI3、 KAZUKI FURUTA4、 KAZUYO NAGAOSA4、 HIDEKI YOSHIKAWA5、 TAKAHIRO ASANO5、 YOSHITO SASAKI5、 KAZUHIRO AOKI6、 YUICHI SUWA7

、 KENJI KATO8

1Fac. Sci., Shizuoka Univ.; Fac. Sci. & Eng., Chuo Univ.、 2Grad. Sch. Sci., Shizuoka Univ.、 3Grad. Sch. Sci. & Technol., Shizuoka Univ.、 4Fac. Sci., Shizuoka Univ.、 5JAEA (Tokai)、 6JAEA (Horonobe)、 7Fac. Sci. & Eng., Chuo Univ.、 8Fac. Sci., Shizuoka Univ.; Grad. Sch. Sci., Shizuoka Univ.; Grad. Sch. Sci. & Technol., Shizuoka Univ.○MIO TAKEUCHI 、 HIDEYOSHI YOSHIOKA、 YUNA SEO、 SUSUMU TANABE、 HIDEYUKI TAMAKI、 YOICHI KAMAGATA、 HIROSHI TAKAHASHI A、 SHUNICHIRO IGARI、 DAISUKE MAYUMI、 SUSUMU SAKATA

AIST

Graduate School of Life Sciences Tohoku University

Yamagata Univ. Facul. of Agricul.Application of bacterial signal molecules to nitrification process

Sumitomo Heavy Industries, Ltd. Research and Development Center

Yokohama National UniversityShotgun proteomics of dissolved proteins in coastal seawater

CMES, Ehime Univ.A diverse species of algicidal bacteria abundantly inhabiting with particles in seawater column

Effects of the antibiotic oxytetracycline on a freshwater microcosm

Yokohama National University

Proteorhodopsin functions as a light-driven proton pump among marine Flavobacteria

Trench biosphere exploration –Microbial ecosystem in the Challenger Deep at the Mariana Trench

mutagenesis○KEISUKE FURUKAWA、 TAKASHI OKUBO、 HISAYUKI MITSUI、 SHIMA EDA、 KIWAMU MINAMISAWA

Growth properties and functions of psychrophilic Clostridium spp. isolated from rice paddy soil○SACHI SAITO、 ATSUKO UEKI、 NOBUO KAKU、 KATSUJI UEKI

○YOHEI HASHIMOTO

Effective removal of Microcystis using Spirodela polyrhiza, and the biological mechanism○KOUSUKE MIZUTANI、 SHINYA UEHARA、 TAKASHI AMEMIYA、 KIMINORI ITOH

○MITSUHIRO YOSHIDA、 KEITARO YAMAMOTO、 SATORU SUZUKI

JUNG-HWAN PARK1、 ○IKUO YOSHINAGA1、 ICHIRO IMAI21KYOTO UNIV、 2HOKKAIDO UNIVDistribution and genetic diversity of chlorophyll d-containing cyanobacteria in Lake Biwa○SATOSHI OHKUBO1、 YUKI HOSOKAWA1、 KANAKO ISHIKAWA2、 HIDEAKI MIYASHITA1

1Grad Sch Human & Env., Kyoto Univ、 2LBERI

○KENICHI SHIBATA、 YUSUKE ITO、 TAKASHI AMEMIYA、 KIMINORI ITOH

Seasonal dynamics of fungoid protists, Thraustochytrids○MAYUMI UEDA1、 DAISKE HONDA2

1Graduate School of Natural Science, Konan Univ.、 2Faculty of Science and Engineering, Konan Univ.

○SUSUMU YOSHIZAWA1、 AKIRA KAWANABE2、 HIDEKI KANDORI3、 KAZUHIRO KOGURE1

1Atmosphere and Ocean Research Institute, the University of Tokyo、 2Osaka University、 3Nagoya Institute of Technology

○TAKURO NUNOURA1、 MICHINARI SUNAMURA2、 MIHO HIRAI1、 JUNICHI MIYAZAKI1、 AKIKO MAKABE3、 KAZUHIRO INOUE3、 TOHRU KIKUCHI4、 OSAMU KOIDE1、 YUICHIRO UENO5、 KEN TAKAI11Extremobiosphere Research Program, Japan Agency for Marine-Earth Science & Technology、 2Department of Earth & Planetary Science, School of Science, The University of Tokyo、 3Department of Environmental Science and Technology, Interdisciplinary Graduate School of Science and Engineering, Tokyo Institute of Technology、 4International College of Arts & Sciences, Yokohama City University、 5Global Edge Institute, Tokyo Institute of TechnologyPattern and mechanism of fluctuation of soil metagenomes induced by contamination with aromatic hydrocarbons○HIROMI KATO1、 HIROSHI MORI2、 ATUSHI TOYODA3、 YOSHIYUKI OHTSUBO1、 FUMITO MARUYAMA4、 GENKI FUCHU1、 RYO ENDO1、 AYUMI DOZONO2、 MASATOSHI MIYAKOSHI1、 YUJI NAGATA1、 FUJIYAMA ASAO5、 KEN KUROKAWA2、 MASAKATA TSUDA1

Univ. Tokyo

Study to enhance methanogenesis by subsurface microorganisms within petroleum reservoirs

Appl. Bio. Sci., Nihon Univ

IAI corporation

Korea University

Graduate School of Life and Environmental Sciences, University of Tsukuba

Characteruzation of novel chloroethene-dechlorinating enrichment culture

Shizuoka Univ.Construction of analysis method for tetrachloroethylene dissimilate-degrading microbes

Univ. of Tsukuba Graduate School of Life and Environmental Sciences

1Tohoku University、 2Tokyo Institute of Technology、 3National Institute of Genetics、 4Tokyo Medical and Dental University、 5National Institute of InformaticsIdentification, isolation, and characterization of the N2O-reducing denitrifiers in rice paddy soil

○SATOSHI ISHII、 HIROKI OHNO、 MASATAKA TSUBOI、 SHIGETO OTSUKA、 KEISHI SENOO

Metagenomic analysis of microbial communities in paddy soil○HIDEOMI ITOH1、 SATOSHI ISHII1、 KENSHIRO OSHIMA2、 YUTAKA SHIRATORI3、 SHIGETO OTSUKA1、 MASAHIRA HATTORI2、 KEISHI SENOO1

1Graduate School of Agriculutural and Life Sciences, The University of Tokyo、 2Graduate School of Frontier Sciences, The University of Tokyo、 3Niigata Agricultural Reseach Institute

○HAJIME KOBAYASHI1、 KEITA ENDO1、 SUSUMU SAKATA2、 DAISUKE MAYUMI2、 HIDEO KAWAGUCHI1、 MASAYUKI IKARASHI3、 YOSHIHIRO MIYAGAWA3、 HARUO MAEDA3、 KOZO SATO1

1The University of Tokyo、 2AIST、 3INPEXRegulation of the cell-localization of Rhodococcus erythropolis PR4 on medium/alkane two-phase cultures by the addition of minerals○YUMIKO AKASE、 TOMOYA SUZAKI、 NORIYUKI IWABUCHI、 MICHIO SUNAIRI、 MUTSUYASU NAKAJIMA

Effects of GroEL2 on the cell-localization and solvent tolerance of Rhodococcus erythropolis PR4 on medium/alkane two-phase cultures○HAYATO TAKIHARA1、 NORIYUKI IWABUCHI1、 TAKAO YOSHIDA2、 SHIGERU SHIMAMURA2、 MICHIO SUNAIRI1、 JUN OGIHARA1

1Dept. Appl.Bio.Sci., Nihon Univ.、 2JAMSTECInteraction between growth of tomato and bacteria communities of rhizoplane biofilms in the organic-hydroponic system○SHOKO YAMAMOTO、 MASANORI TOMITA

Complexity of cell-cell interaction between Pseudomonas sp. AS1 and Acinetobacter sp. DR1: Commensalism, quorum sensing and biofilms○HYOJU SEO、 WOOJUN PARK

Analysis of Pseudomonas aeruginosa mucoid-nonmucoid mixed biofilm○RYOSUKE SAKAI、 YUTAKA YAWATA、 HIROO UCHIYAMA、 NOBUHIKO NOMURA

Adaptive transformation of Pseudomonas aeruginosa biofilm structure in response to changing respiration conditions○YUTAKA YAWATA1、 MASANORI TOYOHUKU2、 MASAKAZE HAMADA1、 HIROO UCHIYAMA1、 NOBUHIKO NOMURA1

1Graduate School of Life and Environmental Sciences, Univ. of Tsukuba、 2University of Zurich

○HIROYA UEDA

○SHOUHEI YAMASAKI、 NOBUHIKO NOMURA、 TOSHIAKI NAKAJIMA、 HIROO UCHIYAMA

Yonsei UniversityAnalysis of benzene-degrading microorganisms by novel Stable Isotope Probing

Korea University

AIST

Uncovering the bacterial cytochrome P450 system capable of catabolizing mycotoxin deoxynivalenol

Characterization of fatty acid compositions from wastewater-adapted microalgae

Yonsei UniversityEmergence of disparate exoelectrogens from a MFC according to isolation methods

PNUUse of barcoded pyrosequencing and shared OTUs to determine sources of fecal bacteria

GISTMicrobial communities associated with hadopelagic sediments at the Ogasawara Trench

Characterization of novel Geobacter sp. strain AY that dechlorinates 1,2-dichloroethane to ethylene○NAOKO YOSHIDA1、 KIYOTOSHI ASAHI2、 HIROYA YURIMOTO3、 YASUYOSHI SAKAI3、 ARATA KATAYAMA4

1Div. Appl. Life Sc i. Grad. Sch. Agri. Kyoto Univ., EcoTopia Institute Nagoya University、 2Environmental Science Institute of Nagoya city、 3Div. Appl. Life Sc i. Grad. Sch. Agri. Kyoto Univ.、 4EcoTopia Institute, Nagoya UniversityDetection of novel Dehalococcoides populations in a microbial consortium exhibiting complete PCE dechlorination using Titanium Pyrosequencing and quantitative PCR○JAEJIN LEE、 JIHOON YANG、 JUNG MIN HAN、 SARA BANG、 JOONHONG PARK

○YUANBAI PANGraduate school of Life and Environmental Science Life science and Bioengineering University of TsukubaIsolation and characterization of alkane-degrading Pseudoalteromonas species isolated from oil spill coastal area○JUNGSOON PARK、 WOOJUN PARK

Isolation and characterization of aerobic butanol-tolerant bacteria ○MANABU KANNO、 HIDEYUKI TAMAKI、 YASUO MITANI、 NOBUTADA KIMURA、 SATOSHI HANADA、 YOICHI KAMAGATA

Culturability restoration and cell multiplication of the population of R. solanacearum following different stress responses○SERGIO DANIEL MOREIRA ASCARRUNZ1、 TOMOHIDE NATSUAKI2、 HITOSHI HONJO2、 RYO FUKUI21Tokyo University of Agriculture and Technology United Graduate School of Agriculture, Utsunomiya University United Graduate School of Agriculture、 2Utsunomiya University Faculty of Agriculture

○MICHIHIRO ITO1、 MASUMI ISHIZAKA1、 SHIN-ICHIRO YOSHIDA2、 YOKO IKUNAGA1、 IKUO SATO1、 MOTOO KOITABASHI1、 SEIYA TSUSHIMA1

1National Institute for Agro-environmental Sciences、 2Research and Analytical Center for Giant Molecules, Graduate School of Science, Tohoku University

○SUNG-GEUN WOO、 JUYOUN LEE、 JANGHO LEE、 MYUNGJIN LEE、 JOONHONG PARK

○SUNAH KIM、 JAECHEUL YU、 SUNJA CHO、 TAEHO LEE

○TATSUYA UNNO、 YAESEUL SEO、 DONGFEI HAN、 HOR-GIL HUR

○MIHO HIRAI1、 TAKURO NUNOURA1、 TOHRU KIKUCHI2、 TAISHI TSUBOUCHI1、 OSAMU KOIDE1、 MANABU NISHIZAWA1、 JUNICHI MIYAZAKI1、 KEN TAKAI11JAMSTEC、 2YCUDiversity of purple photosynthetic bacteria in epilithic biofilm of streambed in Tama River

Dept.of Biol.Sci.,Tokyo Metropolitan Univ.,Search for Denitrification Photosynthetic Bacteria in hydrosphere

Tokyo Metropolitan University

Spring- and ground water at the foot of Mt. Fuji –aquatic environment and distribution of microbes–

Community structure of marine planktonic archaea in the Pacific sector of the Arctic Ocean

Distribution of ammonia-oxidizing archaea and bacteria in Matsushima Bay

Tohoku National Fisheries Research Institute, Fisheries Agency

Hokkaido UniversityEstablishment of a standard microcosm system including ecosystem function

Distribution and diversity of haloarchaea in marine environments

AORI, The University of Tokyo

Cross resistance to antibiotics and metals in marine bacteria

Ehime University, MatsuyamaCren- and Euryarchaeal Population Change in Coastal Area of Suruga Bay, Japan

○SETSUKO HIROSE、 KENJI NAGASHIMA、 KATSUMI MATSUURA、 SHIN HARUTA

○TAKEHIRO MATSUKAWA、 KATSUMI MATSUURA、 SHIN HARUTA

Evaluation of P. aeruginosa growth activity based on gene expression and elongated cell○AKIKO SAKOTANI1、 KATSUJI TANI1、 TAKEHIKO KENZAKA1、 MASAO NASU2

1Faculty of Pharmacy, Osaka Ohtani University, Japan、 2Guraduate School of Pharmaceutical Sciences, Osaka University, Japan

○TAKUYA SEGAWA1、 TAKESHI KINOSHITA2、 TAKAHITO UNNO2、 TAKUYA OKUMURA2、 KAZUYO NAGAOSA2、 HIROYUKI KIMURA3、 KENJI KATO3

1Grad Sch Sci. Shizuoka Univ、 2Dept Geosci. Shizuoka Univ、 3Dept Geosci. Shizuoka Univ, Grad Sch Sci. Shizuoka Univ

○SHOHEI AKIYAMA1、 CHIE SATO1、 GANG CHEN1、 MASAO UCHIDA2、 MOTOO UTSUMI11University of Tsukuba Graduate School of Life and Environmental Sciences、 2National Institute for Environmental Studies

○TOMOKO SAKAMI、 YUTAKA OKUMURA、 DAISUKE MURAOKA

Effect of ammonia concentration on activity of ammonia oxidization of ammonia-oxidizing microorganisms in sand of an eelgrass zone at Tanoura Bay, Shizuoka, Japan○TATSUNORI NAKAGAWA1、 YOSHIFUMI ANDO2、 RYO ISHII1、 REIJI TAKAHASHI1、 KIYOSHI YOSHIHARA1、 TATSUAKI TOKUYAMA1

1Coll. Bioresour. Sci., Nihon Univ.、 2Grad. Sch. Bioresour. Sci., Nihon Univ.Distribution of polyunsaturated lipid-producing bacteria in marine environment○TARO MOTOIGI

○KAZUHITO MURAKAMI1、 HIDEAKI HAYASHI21Chiba Inst. Tech.、 2chiba Inst. Tech.

○KENTARO INOUE、 KEIGO WATANABE、 SUSUMU YOSHIZAWA、 KAZUHIRO KOGURE

Quantitative survey of Scalindua anammox organisms in water environments using TaqMan probe assay of Real Time PCR○TETSURO KOHNO1、 HIROSHI TANAKA2

1Dept of Civil & Environ Engineering, Yamanashi University、 2Technical Development & Engineering Center, IHI Corporation

○CHUI WEI BONG、 SUZUKI SATORU

○HAO DO1、 TOMOKAZU TASHIRO2、 RUMI SOHRIN3、 CHIE KATSUYAMA4、 KAZUYO NAGAOSA3、 HIROYUKI KIMURA5、 KENJI KATO6

Distribution and diversity of tetracycline-resistant bacteria in Kasumigaura lake, Japan

Kunsan National University

Tokyo University of Marine Science and Technology

Center for Ecological Research, Kyoto University

Ehime University, G-COE

Tohoku Gakuin University a graduate school

Inst. Low Temp. Sci., Hokkaido Univ.Nitrous oxide-producing activity of fungi isolated from no-tilled upland soils

1Grad Sch Sci&Tech. Shizuoka Univ.、 2Grad Sch Sci. Shizuoka Univ、 3Shizuoka Univ、 4Shizuoka Univ., Sci and Eng, Chuo Univ、 5Shizuoka Univ., Grad Sch Sci. Shizuoka Univ、 6Shizuoka Univ, Grad Sch Sci. Shizuoka Univ, Sci&Tech. Shizuoka Univ.

○TATSUYA IMAI1、 M. HABIBUR RAHMAN1、 F. ASHRAFI NEELA2、 HISAO KURODA1、 HIROYUKI OHTA1

1Ibaraki University、 2Department of Botany, Rajshahi University, BangladeshSeasonal dｙnamics of cyanophages infectious to Microcystis aeruginosa in Hirosawanoike Pond○SHIGEKO KIMURA1、 TAKASHI YOSHIDA1、 NAOHIKO HOSODA2、 TAKASHI HONDA1、 SOTARO KUNO1、 RIKAE KAMIJI1、 YOSHIHIKO SAKO1

1Graduate School of Agriculture,Kyoto University、 2Department of Marine Bioscience, Fukui Prefectural UniversityComparison of bacterial population densities and community composition in the waters of inside and outside Saemangeum Sea Dike○UNG-HEE KIM、 SUHK-HWAN PARK、 GEON-HYOUNG LEE

Isolation and identification of bacteria from excrement and skin of bottlenose dolphin or excrement of Otaria○GO OGAWA、 MASAMI ISHIDA、 NAOTO URANO

Effects of surface planktonic production on bacterial abundance, composition and activity in hypolimnion of Lake Biwa○YUSUKE OKAZAKI、 SHIN-ICHI NAKANO

Dynamics of the parasitic ciliate Cryptocaryon irritans in aquaculture area estimated by real time PCR○HIROYUKI ONISHI1、 AKITO TANIGUCHI2、 MITSURU EGUCHI21Graduate school of Kinki University、 2Kinki UniversityIn situ metabolic analysis of marine bacterial community using the ROCS incubate system

○CHIE SATO1、 SHOHEI AKIYAMA1、 TETSUYA SHINOZAKI1、 MASAO UCHIDA2、 MOTOO UTSUMI11Univ. of Tsukuba、 2NIESsediment○KIM SOO-JIN 、 SUZUKI SATORU

Impacts of extra-cellular organic matter derived from red tide forming algae (Chattonella marina and C.antiqua, Raphydophyceae) on bacterial population○YUKIKO TAKANO1、 YU UMEZAWA2、 MINORU WADA1

1NagasakiUniv.Grad sch.Sci&Tech、 2NagasakiUniv.Faculty of FisheriesTransition and diversity of denitrification bacillus that exists in compost manufacturing process that uses livestock waste○ERIKA SHINDO

Proteome analysis of the response of Pseudomonas putida F1 to aromatic hydrocarbon in soil○HAJIME MORIMOTO、 MASAYOSHI KUWANO、 YASUHIRO KASAHARA

○MEGUMI AKAIKE1、 YOSHINORI SATO2、 TOMOYASU NISHIZAWA3、 MASAKAZU KOMATSUZAKI1、 HIROYUKI OHTA1

Fundamental studies on the relationship between soil particle size and microbial flora

University of TsukubaChange analysis of the biodegradable plastic degrading bacteria by stable – isotope – probing

University of TsukubaDevelopment of the soil microbe ecosystem impact statement method

Investigation of denitrifying bacteria involved in N2O reduction during livestock waste composting

Effect of ploughing on coliform population in lettuce field

Mokwon University

1Ibaraki University College of Agriculture、 2Institute for Global Change Adaptation Science, Ibaraki University、 3Department of Applied Biological Chemistry, University of Tokyo

○RINA ONO、 NOBUHIKO NOMURA、 TOSHIAKI NAKAJIMA、 HIROO UCHIYAMA

○MARI SAITOU

○TAKUYA YOSHIMOTO1、 TOSHIYA SHIGENO2、 NOBUHIKO NOMURA1、 HIROO UCHIYAMA1、 TOSHIAKI NAKAJIAMA1

1Grad. Sch. Life Env. Sci., Univ. Tsukuba、 2Tsukuba Inst. Environmental Microbiology

OHTSUBO1、 RYO TAKAHASHI1、 MASAYUKI TAKAHASHI1、 ERIKA SHINDO1、 HIDEYO UEDA2、 YASUICHI UEDA2、 KEISUKE MIYAUCHI1、 GINRO ENDO1

1Faculty of Engineering, Tohoku Gakuin University、 2Japan Life Center Co.Diversity of culturable chitin degrading enzyme-producing bacteria in rhizospheres of agronomic plants○NOBUTAKA SOMEYA1、 SEISHI IKEDA1、 TOMOHIRO MOROHOSHI2、 MASAKO NOGUCHI TSUJIMOTO3、 TAKANOBU YOSHIDA4、 HIROYUKI SAWADA5、 TSUKASA IKEDA2、 KENICHI TSUCHIYA6

1National Agricultural Research Center for Hokkaido Region (NARCH), NARO、 2Utsunomiya University、 3National Agricultural Research Center (NARC), NARO、 4Bio-oriented Technology Research Advancement Institution, NARO、 5National Institute of Agrobiological Sciences、 6Kyushu UniversityMethane absorption caused by microorganisms in tropical peat soil affected by forest fire and agriculture○HIRONORI ARAI1、 HADI ABDUL2、 DARUNG UNTUNG3、 LIMIN SUWIDO3、 RYUSUKE HATANO4、 KAZUYUKI INUBUSHI11Chiba Univ.、 2Lambung Mangkurat Univ.、 3Univ. Palangka Raya、 4Hokkaido Univ.Effects of sampling time and environmental factors on bacterial, fungal and nematode community compositions in geographical Andosols in Japan○ZHIHUA BAO1、 YOKO IKUNAGA 1、 YUKO MATUSHITA1、 SHUHEI TAKAMOTO1、 SHIGERU NIWA1、 HIROSUKE OBA1、 YASUFUMI URASHIMA2、 HIROYUKI SEKIGUCHI 3、 ATSUHIKO KUSHIDA3、 KOKI TOYOTA4、 SHO MORIMOTO1、 YUKO HOSHINO, T 1、 HIROAKI OKADA1、 1NIAES、 2Natl AgNatl Agricultural Res Center for Tohoku Region、 3Natl Agriculture Res Center for Hokkaido Region、 4Grad Sch of BASE, Tokyo Univ. of Agric. and Technol.、 5Grad Sch of Agricultural Science, Tohoku Univ.

○NOBUYUKI KIJIMA、 TAKASHI SAITO、 SHIN-ICHI TOKUDANational Institute of Vegetable and Tea Science / National Agriculture and Food Research OrganizationDetection and phylogenetic characteristics of exopolysaccharide producing bacteria in rhizospere soil of medicinal herbs○HAE-RAN LEE、 KI-KWANG KIM、 KYUNG-SOOK WHANG

Microorganisms causing sludge bulking of methanogenic wastewater treatment systems

Yamagata Univ. Facul. of Agricul.Manganese removal from water by microbial consortia from biological filter media

Grad. Schl. Eng, Yokohama Natl. Univ.

Grad. Schl. Eng., Yokohama Natl. Univ.

School of Frontier Sciences, Univ. Tokyo

Yonsei University

EcoTopia Science Institute, Nagoya University

Hokkaido University

Influence of bacterial signal molecules on a mixed species community○YUKO KOBAYASHI1、 MASANORI TOYOFUKU1、 HIDEKI INABA2、 YOHEI HASHIMOTO2、 HIROO UCHIYAMA1、 NOBUHIKO NOMURA1

1Grad. Sch. of Life and Env. Sci.,Univ. of Tsukuba、 2Sumitomo Heavy Industries, Ltd

○MAYU TOYONAGA1、 YUJI SEKIGUCHI2、 TAKASHI YAMAGUCHI11Nagaoka University of Technology、 2National Institute of Advanced Industrial Science and Technology (AIST)Diversity of propionate-producing bacteria in the phylum Actinobacteria isolated from a methanogenic reactor

○YASUMITSU AKITA、 YOSHIMICHI SUGAWARA、 NOBUO KAKU、 KATSUJI UEKI、 ATSUKO UEKI

○KAZUSA SAKURABA、 KAZUO NITTA、 RAJAN THAPA CHHETRI、 DANLADI MAHUTA SAHABI、 ICHIRO SUZUKI、 JUN-ICHI KOIZUMI

Specific detection of Hyphomicrobium sp. in biological filtration reactor for removal of Fe and Mn from groundwaterHIROMITSU TABUSA、 TAKUYA FUJITA、 ○ICHIRO SUZUKI1、 JUN-ICHI KOIZUMI

Monitoring of nitrite-oxidizing bacteria in filtration materials of marine aquarium tank by reverse transcription PCR○RYOTA HAGAI1、 TATSUNORI NAKAGAWA2、 IKUO UEDA3、 REIJI TAKAHASHI2、 TATSUAKI TOKUYAMA2

1Grad. Sch. Bioresour. Sci., Nihon Univ.、 2Coll. Bioresour. Sci., Nihon Univ.、 3Enoshima AquariumEvaluation of sample concentration methods for the profiling of bacteriophages in activated sludge treated water by PFGE method○HE YANG、 HIROYASU SATOH、 TAKASHI MINO

Analyzing microbial diversity of nitrate-reducing and autotrophic biocathode biofilm communities using Titanium FLX pyrosequencing○TUAN VAN DOAN、 TAEKWON LEE、 KEUNJE YOO、 JOONHONG PARK

Phenol degradation without electron acceptors by phenol-degrading microbial communities enriched under sulfate-reducing conditions○DAISUKE SUZUKI、 ARATA KATAYAMA

Effect of electrochemical redox control on population structure of polyphosphate-accumulating organisms○TADASHI SHOJI1、 RYUTA KISHI2、 SHIN-ICHI HIRANO1、 NORIO MATSUMOTO1、 HIROAKI UEMOTO1、 HIRAKU SHINOZAKI21CRIEPI、 2Tokyo Denki UnivMetagenomic analyses for a novel anammox bacterium, Candidatus "Brocadia gluttonica", responsible for high-rate nitrogen removal○KAORI SHINYAKO、 MAMORU OSHIKI、 HISASHI SATOU、 SATOSHI OKABE

Relationship between bacterial population in activated sludge and phylotype of free DNA in treated water



Distribution and abundance of viruses in hydrothermal vent fields

Japan Agency for Marine-Earth Science and Technology

Genome analysis of endosymbionts in a deep-sea hydrothermal field, Central Indian Ridge

Synthesis and accumulation of cellular mutagen from bacteria in the deep-sea environment

Lab.Mol.,Coll.Agr.,Ibaraki Univ.Culturable diversity of thermophilic archaea from a hydrothermal vent of Tofua Arc

WASANA GUNAWARDANA、 HIROYASU SATOH、 KENSHIRO OSHIMA、 MASAHIRA HATTORI、 TAKASHI MINO

Comparative study of bacterial communities in wastewater treatment plants by pyrosequencing of partial 16S rRNA gene○PURNIKA RANASINGHE、 HIROYASU SATOH、 KENSHIRO OSHIMA、 MASAHIRA HATTORI、 TAKASHI MINO

Taxonomic and physiological characterizations of novel bacteria isolated from deep-sea hydrothermal vent chimneys

○NAOYA MORI1、 SATOSHI NAKAGAWA1、 GODFROY ANNE2、 KEN TAKAI3、 TOMOO SAWABE1

1Hokkaido University、 2IFREMER、 3JAMSTECAn approach to clarifying the population genetic structures of chemoautotrophic bacteria in deep-sea hydrothermal fields○SAYAKA MINO1、 SATOSHI NAKAGAWA1、 HIROKO MAKITA2、 FUMIO INAGAKI2、 MASAHIRO YAMAMOTO2、 TAKURO NUNOURA2、 KOICHI NAKAMURA3、 GODFROY ANNE4、 KEN TAKAI2、 TOMOO SAWABE1

1Hokkaido University、 2JAMSTEC、 3ASIT、 4IFREMER

○YUKARI YOSHIDA (TAKASHIMA)、 TAKURO NUNOURA、 KEN TAKAI

Characterization of methanogenic archaea isolated from deep-sea sediments and their response to hydrostatic pressure○EIJI TASUMI1、 NAOKO YOSHIDA2、 ARATA KATAYAMA3、 MASAYUKI EHARA4、 HIROYUKI IMACHI1、 KEN TAKAI11JAMSTEC、 2Kyoto Univ.、 3Nagoya Univ.、 4Nagaoka Univ, Tech.Visual detection of uncultured Archaea living in marine subsurface sediments by fluorescence in situ hybridization○MASAYUKI EHARA1、 SYUJI KAWAKAMI2、 TAKASHI YAMAGUCHI2、 KEN TAKAI3、 HIROYUKI IMACHI31Nagaoka University of Technology, Japan Agency for Marine-Science and Technology (JAMSTEC)、 2Nagaoka University of Technology、 3Japan Agency for Marine-Science and Technology (JAMSTEC)Isolation and characterization of novel bacteria which were frequently detected in marine subsurface sediments○SANAE SAKAI1、 MASAYUKI MIYAZAKI1、 YUKO YAMANAKA1、 YAYOI SAITO2、 YUMI SAITO1、 KEN TAKAI1、 HIROYUKI IMACHI11JAMSTEC、 2Nagaoka University of Technology

○SATOSHI NAKAGAWA1、 SHIGERU SHIMAMURA2、 YOSHIHIRO TAKAKI2、 KEN TAKAI2、 TOMOO SAWABE1、 SCIENTISTS YK09-13 LEG23

1Hokkaido Univ.、 2JAMSTEC、 3Hokkaido University

○HIROE HAYASHI、 YASUROU KURUSU

○IN-TAE CHA、 SUNG-KEUN RHEE

Chungbuk National UniversityIsolation and characterization of a new thermophilic carboxydotroph from an acidic hot spring

Kyoto University Graduate School of Agriculture

Tokyo metropolitan University

Kyushu UniversityDiversity of eukaryotes in cryoconite on Greenland Ice sheet

○YASUKO YONEDA、 TAKASHI YOSHIDA、 TAKASHI DAIFUKU、 SATOSHI KAWAICHI、 KEIJI TAKABE、 YOSHIHIKO SAKO

Laboratory cultivation of hot spring microbial mat containing sulfur-oxidizing bacteria and sulfide-reducing bacteria○NATSUMI HARA、 SHIN HARUTA、 KATSUMI MATSUURA

Phylogenetic analysis of anaerobic and thermophilic Thermotogae and Clostridia that will survive in 74℃ and 98℃ subsurface petroleum crude oil deposits○KUNIO YAMANE1、 YOSHIYUKI HATTORI2、 HIROSHI OHTAGAKI2、 KAZUHIRO FUJIWARA2

1University of Tsukuba, Life and Environmental Sciences、 2Chugai Technos Co. Ltd.Stable isotope tracer study of methanogenesis by a syntrophic microbial community in a petroleum reservoir○DAISUKE MAYUMI1、 SUSUMU SAKATA1、 HARUO MAEDA2、 YOSHIHIRO MIYAGAWA2、 MASAYUKI IKARASHI21AIST、 2INPEXInfluence of supercritical CO2 on subsurface microbial communities from Horonobe URL and Yubari CCS site○SATORU SHIMIZU1、 RAHUL UPADHYE1、 YOJI ISHIJIMA1、 TAKESHI NAGANUMA2

1H-RISE、 2Grad. Sch. of Biosphere Sci. Hiroshima Univ.Isolation and characterization of anaerobic bacteria targeted for CO2 fixing from deep subsurface groundwater in Horonobe area, Japan○RAHUL UPADHYE1、 SATORU SHIMIZU1、 YOJI ISHIJIMA1、 TAKESHI NAGANUMA2

1Horonobe Research Institute for the Subsurface Environment、 2Department of Biosphere, Hiroshima UniversityStudy of effective utilization of the N2-fixing terrestrial cyanobacterium, Nostoc commune based on the desiccation analysis of desiccation-responsible genes and a photosynthesis gene○HIROSHI KATOH1、 YUJI YAMAGUCHI2、 HIROYUKI TAKENAKA2

1Life Sci. Res. Center, Mie Univ.、 2MicroAlgae Corp.Diversity and functional analysis of bacterial communities associated with soda lake in Khovsgol, Mongolia○NATSUKO HAMAMURA1、 TAKAAKI ITAI1、 YITAI LIU2、 W.P. INSKEEP3、 ANNA-LOUISE REYSENBACH2

1Ehime Univ CMES、 2Portland State University、 3Montana State UniversityFunctional analysis of a thermostable sulfide dehydrogenase from a non-culturable large sausage-shaped bacterium dominating in a white microbial mat○SATOSHI TAMAZAWA1、 KAZUTO TAKASAKI2、 YOICHI KAMAGATA2、 SATOSHI HANADA3

1Graduate School of Life and Environment Sciences University of Tsukuba, Bioproduction Research Institue(AIST)、 2Bioproduction Research Institue(AIST)、 3Graduate School of Life and Environment Sciences University of Tsukuba, International Patent Organism Depository(AIST)The molecular biological detection of Thermaerobacter sp. in hyperthermal compost○ANNA TANAKA、 KOTA SHIOTSUKA、 KENJI SAKAI

○JUN UETAKE1、 RYO KANEKO2、 HIDEAKI MOTOYAMA1

1NIPR、 2Univ. of Tokyo

Molecular phylogenetic characters of microbes detected in body fluid of shallow-sea invertebrates

Hokkaido UniversityPhylogenetic analysis of change in a grassland bacterial population

(1) Clustering of isolates within a grassland eco-collection into clades

Attic LabPhylogenetic analysis of change in a grassland bacterial population

(II) Substitution among clades

Attic Lab

Yamagata Univ.DGGE analysis of bacterial community structure in hyperthermal compost

kyushu University

Bacterial community in cryoconite holes from Russell Glacier, Greenland

T-RFLP profiling of soil archaeal community in no-tilled upland soils

Diversity and distribution of methanogenic archaea in the Midagahara peat bog at Mt.Gassan

Yamagata Univ.

○MASANORI AIDA、 SATOSHI NAKAGAWA、 TOMOO SAWABE

○REIKO HATTORI、 TSUTOMU HATTORI

○TSUTOMU HATTORI、 REIKO HATTORI

Diversity and distribution of mcrA genes in the coastal sediment of the Shonai area○SEIICHIRO SAITOU、 TAKAO MAEKAWA、 ATSUHIRO KANATANI、 SOUTARO MOTOMURA、 SATOSHI HATTORI

○ASUKA ITAHARA

Effects of light on electricity production using microbial fuel cells set in rice paddy field and analysis of cathodic microbial community structure

○NOBUO KAKU1、 NATSUKI YONEZAWA1、 ATSUKO UEKI1、 KAZUYA WATANABE2、 KATSUJI UEKI11Fac. of Agr, Yamagata Univ.、 2RCAST, The Univ. of Tokyo

○RYOU KANEKO1、 JYUN UETAKE2、 HIROSHI KANDA3

1Atmosphere and Ocean Research Institute, The University of Tokyo、 2Transdisciplinary Research Integration Center、 3National institute of polar research

○AKIHIRO KAWAMURA1、 TOMOYASU NISHIZAWA1、 MASAKAZU KOMATSUZAKI1、 NOBUHIRO KANEKO2、 HIROYUKI OHTA1

1Ibaraki University College of Agriculture、 2Graduate School of Environment and Information Sciences of YOKOHAMA NATIONAL UNIVERSITY

JUN MATSUDA、 TOMOAKI SUGAWARA、 TAKUYA INOUE、 ○SATOSHI HATTORI

Possible depths for methanogenesis in deep subsurface environment of sedimentary geological setting

○HIROAKI NASHIMOTO1、 KAZUYO NAGAOSA2、 CHIE KATSUYAMA3、 URUMU TSUNOGAI4、 HIDEKI YOSHIKAWA5、 TAKAHIRO ASANO5、 YOSHITO SASAKI5、 KAZUHIRO AOKI5、 KENJI KATO6

1Grad Sch Sci. Shizuoka Univ、 2Dept Geosci. Shizuoka Univ、 3Dept Geosci. Shizuoka Univ, Sci and Eng Chuo Univ、 4Dept Sci. Hokkaido Univ、 5JAEA、 6Dept Geosci. Shizuoka Univ, Grad Sch Sci. Shizuoka UnivChanges of gas production and microbial community by addition of ferric iron oxide or manganese oxide on the acetate degradation in thermophilic methane fermentation○CHIHAYA YAMADA1、 YOSHIYUKI UENO2、 DAISUKE SASAKI3、 KENGO SASAKI1、 MASAHARU ISHII1、 YASUO IGARASHI1

Toyohashi University of Techonology, Department of Environmental and Life SciencesCommunity analysis of nitrogen-fixing bacteria in rice roots grown in paddy field

SHIZUOKA UNIV.

Unexpectedly high diversity of bacterial community

Hankuk University of Foreign Studies

KORDISequence analysis of reverse dissimilatory sulfite reductase genes in sediments of Tokyo Bay

Depertment of Marine bioscience, Fukui Prefectural UniversityEffect of the soil collection method on the fungal community analysis

University of Tsukuba Graduate School of Life and Environmental Sciences

TechnoSuruga Laboratory Co., Ltd.

1Grad. Sch. Agr. Life Sci., Univ. Tokyo、 2Kajima Technical Research Institute、 3CRIEPIBiodiversity and population dynamics of denitrifying bacteria in solid-phase denitification processes with poly(L-lactic acid) as the substrate○TAKESHI YAMADA、 HIDETO TSUJI、 AKIRA HIRAISHI

○AINA KITANO1、 SEISHI IKEDA2、 SHIMA EDA1、 HISAYUKI MITSUI1、 KIWAMU MINAMISAWA1

1Graduate School of Life Sciences, Tohoku University, Katahira, Aoba-ku, Sendai, Miyagi, Japan、 2Graduate School of Life Sciences, Tohoku University, Katahira, Aoba-ku, Sendai, Miyagi, Japan Agricultural Research Center for Hokkaido Region, Memuro Research StationAnalyses of bacterial community structure in sediments of eutrophied lake and considering about nitrogen cycle○YOSHIKI SUGIURA、 MASANORI KURAHASHI、 HIROYUKI HUTAMATA

Community Structure of Denitrifying Bacteria in Rice Paddy Soils, as Revealed by Functional Single Cell Isolation○YUSUKE UEI1、 KANAKO TAGO2、 SATOSI ISII1、 TOMOYASU NISIZAWA1、 SIGETO OTUKA1、 KEISI SENOO1

1Grad. Sch. of Life Sci., Univ. Tokyo、 2JAEADiversity of ammonia-oxidizing bacteria and archaea in relict niter-bed due to a past saltpeter production○TAKASHI NARIHIRO1、 HITOMI NAKAMURA1、 NAOKI TSURUOKA1、 HANAKO MOCHIMARU1、 KIRIKO IKEBA1、 TAIZO MAJI2、 AKIHIKO MARUYAMA1、 SATOSHI HANADA1

1AIST, IPOD、 2Shubun Univ.Analysis of bacterial community in early stage of soil ecosystem after the 2000 volcanic eruption in Miyake Island, Japan○YONG GUO1、 REIKO FUJIMURA2、 KEN HOSOKAWA1、 YOSHINORI SATO1、 TOMOYASU NISHIZAWA1、 TAKASHI KAMIJO3、 HIROYUKI OHTA1

1Ibaraki University、 2Tokyo University of Agriculture and Technology、 3University of Tsukuba

in continental shelf sediment ○JIN KYUNG HONG、 SANG HOON LEE、 HYE JIN KIM、 JAE CHANG CHO

Comparison between clones and isolates of ultramicrobacteria at Ulleung-basin, Korea ○MI-REE KIM、 KAE KYOUNG KWON、 SANG-JIN KIM

○YUMI MORI、 RYUJI KONDO

○MARIKO UCHIDA、 KEN MIZUNO、 NOBUHIKO NOMURA、 TOSHIAKI NAKAJIMA、 HIROO UCHIYAMA

Effect of practical preservation and RNA extraction methods of activated sludge samples on the analysis of active microbial community structureJUNKO TOMITA、 ○MIYUKI NISHIJIMA、 SHUNSUKE TAKAHASHI、 TAKAYOSHI HISADA

Microbial compositions of travertines in Anraku hot spring, Kagoshima, Japan

Kyushu Univ.Differences of microbial diversities in sediments depending on the hydrothermal areas

Department of environmental studies, Tohoku University

Ibaraki University

Phylogenetic location of oceanic ammonia-oxidizing archaea demonstrated by enrichment culture

AORI, The University of Tokyo

Effects of temperature on organic matter decomposition process in anaerobic marine sediment

Institute of Low Temperature Science, Hokkaido UniversityArsenate respiratory reductase genes distributed in Japanese rice paddy soils

Changes of bacterial population and community on the leaf surface of wheat plant during the growing season○RIEKO NIWA1、 SHIGENOBU YOSHIDA1、 NARUTO FURUYA2、 KENICHI TUCHIYA2、 SEIYA TUSHIMA1

1NIAES、 2Graduate School of Bioresource and Bioenvironmental Science, Kyushu University

○TOMOYO OKUMURA、 AKIHIRO KANO

○YUI TAKAHASHI、 KOICHI SUTO、 CHIHIRO INOUE

Application of ribosomal intergenic spacer analysis (RISA) for monitoring bacterial population responsible for the rapid tissue necrosis (RTN) of stony coral○MINORU WADA1、 KEISUKE AIZU2、 MAKIO YANAGISAWA3

1Nagasaki Univ. Graduate School, Sci & Tech、 2Nagasaki Univ. Faculty of Fisheries、 3Okinawa Churaumi AquariumThe community structure of ammonia-oxidizing bacteria and ammonia-oxidizing archaea in cattle manure compost○NOZOMI YAMAMOTO、 RYOKI ASANO、 RYU OHISHI、 HIROKI YOSHII、 CHIKA TADA、 YUTAKA NAKAILaboratory of Sustainable Environmental Biology, Graduate School of Agricultural Science, Tohoku UniversityEffect of copper nonylphenol sulfonate on ammonia-oxidizing archaea and bacteria in soil percolation column○KEI YAMADA、 AKIHIRO KAWAMURA、 TOMOAKI YASUDA、 YOSHINORI SATO、 TOMOYASU NISHIZAWA、 HIROYUKI OHTA

Determination of microbial methane production via syntrophic process under high hydrostatic pressure○TOMOYUKI SATO1、 DAISUKE MAYUMI2、 HIDEKI MINAGAWA3、 TOMOYUKI HORI1、 HIRONORI HANEDA3、 SUSUMU SAKATA2、 HIDEO NARITA3、 YOICHI KAMAGATA1

1Bioproduction Research Institute, National Institute of Advanced Industrial Science and Technology、 2Institute for Geo-Resources and Environment, National Institute of Advanced Industrial Science and Technology、 3Methane Hydrate Research Center, National Institute of Advanced Industrial Science and Technology

○MINORU IJICHI、 KOJI HAMASAKI

Nitrate production and nitrifying communities in nitrogen-saturated subtropical forest soils in southern China

○KAZUO ISOBE1、 JUNKO IKUTANI2、 YUICHI SUWA3、 YU TAKEBAYASHI2、 MUNEOKI YOH2、 YUNTING YUNTING2、 MO JIANMING4、 KEISHI SENOO1、 SHIGETO OTSUKA1、 KEISUKE KOBA2

1The University of Tokyo、 2Tokyo University of Agriculture and Technology、 3Chuo University、 4Chinease Academy of Sciences

○TAKATO MATSUI、 HISAYA KOJIMA、 MANABU FUKUI

Tokyo University of Marine Science and Technology

Dep. of Biol., Tokyo Metropolitan Univ.Effects of growth promoting factors on a thermophilic bacterial isolate from compost

KAGOSHIMA UNIVERSITY

Ibaraki University College of Agriculutre

Graduate school of Life and Environmental Science, University of TsukubaMathematical modeling of gas production by methanogens

Univ. of TokyoCoenzyme A biosynthetic pathway of methanogenic archaea

Ibaraki Univ. College of Agr.

National institute for agro-environmental sciences

○KAZUHIRO SAKURAI1、 NORIKO YAMAGUCHI2、 TOMOYUKI MAKINO2、 KAN TANAKA1、 SEIGO AMACHI11Grad. Sch. of Hort., Chiba Univ.、 2NIAESIsolation and Characterization of Actinomycetes, Producing Cholesterol Esterase from Marine Environment○KAORU ONODERA、 CHIAKI IMADA、 TAKESHI KOBAYASHI、 NAOKO HAMADA

Different relationships between starvation-survival and ATP level in several purple phototrophic bacteria○NANAKO KANNO、 SHIN HARUTA、 KATSUMI MATSUURA

○HIROSHI URAZONO、 TAKAYOSHI IDE 、 KOUICHIROU TATENO 、 HAIZHU LI、 DAIGO DEGUCHI、 MASAO SAKAI

Growth Characteristics of Uncultured Nitrite-Oxidizing Nitrospira○HIROTSUGU FUJITANI1、 YOSHITERU AOI2、 SATOSHI TSUNEDA1

1Department of Life Science and Medical Bioscience, Waseda University、 2Department of Biology, Northeastern UniversityCharacterization of clostridia able to grow in sweet sorghum juice and produce butanol○MOHO KANEMOTO、 RAHMAN HABINUR、 SHIGERU CHOHNAN、 YOUJI NITTA、 YASUROU KURUSU、 HIROYUKI OHTA

Analysis of Succinoyl Trehalose Lipids production regulation mechanism in Rhodococcus sp.○TOMOHIRO INABA、 TAKUMA KIKUKO、 TOSHIAKI NAKAJIMA、 HIROO UCHIYAMA、 NOBUHIKO NOMURA

○YUTALA ONAKA、 HAJIME KOBAYASHI、 HIDEO KAWAGUCHI、 KOZO SATO

○HIROKI KATO、 SHIGERU CHOHNAN

ATCC17616○NAOTO OGAWA1、 YUMIKO ISHIZUKA1、 YUKI TOKURA1、 MAYUMI UDAGAWA2、 TOMOYOSHI MIYASAKA2、 SHO MORIMOTO2、 MASATAKA TSUDA3、 TAKESHI FUJII21Shizuoka University、 2NIAES、 3Tohoku UniversityPurification and characterization of deoxynivalenol dehydrogenase from Gram negative bacterium SS5○IKUO SATO、 MICHIHIRO ITO、 MASUMI ISHIZAKA、 YOKO IKUNAGA、 SHIGENOBU YOSHIDA、 MOTOO KOITABASHI、 SEIYA TSUSHIMA

Identification of eukaryotic functional genes from lignocellulolytic activity-induced forest soil using metatranscriptomic approach○KAZUTO TAKASAKI1、 NOBUTADA KIMURA1、 SATOSHI HANADA2、 YOICHI KAMAGATA1

1Bioproduction Research Institute, National Institute of Advanced Industrial Science and Technology (AIST)、 2International Patent Organism Depository, National Institute of Advanced Industrial Science and Technology (AIST)coli

in various compositions of culturing mediums

PNU

PNU

Taxonomic study of aerobic bacteria isolated from deep subseafloor sediments

JAMSTEC

Inha University

Inha University

Mokwon University

Institute of Low Temperature Science, Hokkaido University

○ARUNEE THONG-ON1、 SUSUMU KAJIWARA2、 MORIYA OHKUMA1

1Japan Collection of Microorganisms, RIKEN BioResource Center、 2Dept of Life Science, Tokyo Institute of TechnologyTechCharacteristics of FAMEs produced by Chlorella sp. 227

○DUKHAENG LEE、 SUNJA CHO、 THANH THAO LUONG、 YOUKWAN OH、 TAEHO LEE

Availability of domestic wastewater for mass-cultivation of Chlorella sp. 227 as a feedstock for biodiesel production ○THANH THAO LUONG、 SUNJA CHO、 DUKHAENG LEE、 YOUKWAN OH、 TAEHO LEE

Genetic and ecological analysis of cyanobacterial bloom occurred in reservoir Kutsuwa-zeki at Yokosuka

○AYAKO HOSHINO1、 TOMOYASU NISHIZAWA1、 AKIRA TAKANEZAWA1、 MUNEHIKO ASAYAMA1、 YASUKO NEAGARI2、 KOICHI MURATA3、 KEN-ICHI HARADA4、 MAKOTO SHIRAI11Ibaraki University、 2NIES、 3Nihon University、 4Meijo UniversityGenetic and ecological analysis of cyanobacterial genus Microcystis occurred in Lake Kasumigaura○RYOU MURAKAMI1、 HIROKI FUTAWATARI1、 TOMOYASU NISHIZAWA1、 MUNEHIKO ASAYAMA1、 KEN-ICHI HARADA2、 MAKOTO SHIRAI11Ibaraki University、 2Meijyo University

○MASAYUKI MIYAZAKI、 MARIKO ABE、 OSAMU KOIDE、 KOZUE MORI、 SIGERU SIMAMURA、 TAKUROU NUNOURA、 TOHRU KOBAYASHI、 HIROYUKI IMACHI、 YUICHI NOGI、 KEN TAKAI

Does 365 meters vertical profile of oceanic sediments afford cues to solve the correlation between archaea and their habitat?○TAISHI TSUBOUCHI1、 ATSUSHI TOYODA2、 WATARU ARAI1、 YOSHIHIRO TAKAKI1、 KAN AOIKE3

、 SHINRO NISHI1、 HIDETO TAKAMI11JAMSTEC(Biogeos)、 2NIG、 3JAMSTEC(CDEX)Polyphasic taxonomy of novel species in the Gammaproteobacteria and Flavobacteriaceae isolated from the Yellow Sea○AYOUNG CHOI、 JANG-CHEON CHO

Phylogenetic and physiological analyses of novel marine Verrucomicrobia groups, cultivated by dilution-to-extinction from surface seawaters○KWANG-HYUN RHEE、 SEUNG-JO YANG、 JANG-CHEON CHO

A novel marine acetate-utilizing methanogen, Methanosaeta sp. isolated from tidal flat sediment○KOJI MORI1、 KEN-ICHIRO SUZUKI1、 TAKAO IINO1、 YOICHI KAMAGATA2

1NBRC, NITE、 2AISTBiodiversity and phylogenetic analysis of Actinobacteria collected from bamboo forest soil○HYO-JIN LEE、 KYUNG-SOOK HWANG

Isolation and characterization of a p-xylene-degrading, sulfate-reducing bacterium○YURIKO HIGASHIOKA、 HISAYA KOJIMA、 MANABU FUKUI

Atmosphere and Ocean Research Institute, The University of Tokyo

AIST

Thinking about ecological species and ecotype of bacteria

Specific detection of Archaea in the microbial community as minor populations using LNA primers

Profiling of Bacterial Populations in Freshwater Environments Using Microchip Electrophoresis

Grad. Sch. Pharm. Sci., Osaka Univ.Novel on-chip method for time cource analysis of microbial metabolisms

Isolation of a representative strain of the SAR116 clade and culture properties of Puniceispirillum marinum gen. nov. sp. nov.○HYUN-MYUNG OH1、 SEUNG-IL LIM1、 ILNAM KANG1、 KAE KYOUNG KWON2、 HANA KIM2、 JAEHO SONG1、 AYOUNG CHOI1、 AH REUM CHOI3、 KWANG-HWAN JUNG3、 JUNG-HYUN LEE2、 SANG-JIN KIM2、 JANG-CHEON CHO1

1Inha University、 2KORDI、 3Sogang UniversityResearch on Classification of the Genus Polaribacter○KENTARO INOMATA、 SUSUMU YOSHIZAWA、 KAZUHIRO KOGURE

Identification of Aspergillus species within the section Flavi by multilocus sequence typing○HITOMI NAKAMURA、 TAKASHI NARIHIRO、 NAOKI TSURUOKA、 RENA MATSUMOTO、 YUKO MOMOSE、 AKIHIKO MARUYAMA、 SATOSHI HANADA

Intraspecies classification of antibiotic-producing Rhodococcus erythropolis strains using multilocus sequence analysis (MLSA) and MALDI-MS analysis○WATARU KITAGAWA1、 KANAE TERAMOTO2、 HIROAKI SATO1、 MASAKI TORIMURA1、 TOMOHIRO TAMURA1、 HIROAKI TAO1

1AIST、 2JEOLCharacterization actinomycetes-like bacteria belonging to the class Ktedonobacteria in the phylum Chloroflexi

○SHUHEI YABE1、 YOSHIFUMI AIBA2、 YASUTERU SAKAI1、 MASARU HAZAKA 3、 AKIRA YOKOTA2

1Kennan Eisei Kogyo, Co., Ltd. Hazaka Plant Research Center、 2Inst. Mol. Cell. Biosci., Univ. Tokyo、 3Kennan Eisei Kogyo, Co., Ltd.

○HIROYUKI OTA1、 TOMOYASU NISHIZAWA2、 REIKO FUJIMURA3、 YOSHINORI SATO1

1Ibaraki University、 2University of Tokyo、 3Tokyo University of Agriculture and TechnologySensitivity enhancement of RNA-based stable isotope probing by introducing 13C-Carrier-RNA○MAKOTO ATO1、 TOMOYUKI HORI2、 MASAHARU ISHII1、 YASUO IGARASHI11Grad. Sch. Agr. Life Sci., Univ. Tokyo、 2Bioproduction research institute, AIST

○KOHEI NAKAMURA1、 IZUMI NOMURA2、 KUMI KAWASE3、 KAZUHIRO TAKAMIZAWA4、 TOHRU SUZUKI51Faculty of Applied Biological Sciences, Gifu Univ.、 2Faculty of Applied Biological Sciences, Gifu Univ., IBIDEN Co., Ltd.、 3IBIDEN Co., Ltd.、 4Grad. School of Applied Biological Sciences, Gifu Univ.、 5The United Graduate School of Agricultural Science, Gifu Univ.Establishment of novel nucleic acid extraction method –highly efficient method for microbial lysis and nuceleic acid recovery○TAKESHI TERADA1、 YUKI MORONO2、 FUMIO INAGAKI21Marine Works Japan Ltd.、 2JAMSTEC

○NOBUYASU YAMAGUCHI、 SYUHEI MATSUKAWA、 YOKO SHONTOME、 MASAO NASU

○ERIKA SETOYAMA1、 YUTAKA YAWATA1、 KENSUKE TODA2、 JUNJI FUKUDA2、 HIROAKI SUZUKI2、 HIROO UCHIYAMA1、 NOBUHIKO NOMURA1

High throughput in situ cultivation - accessing to uncultivable environmental microorganisms -

National Institute of Agro-Environmental Sciences

Metabolic potential of deep subsurface biosphere revealed by metagenomic analysis

Inha University

Inha UniversityStrategy for bioinformatic dissection ofnext generation metagenomic sequence data

SNU

Probing carbon and nitrogen pathway in a syntrophic microbial community using Raman-FISH

AIST

Mokwon University

1Graduate School of Life and Environmental Sciences, University of Tsukuba、 2Graduate School of Pure and Applied Sciences, University of TsukubaDevelopment of in vivo cultivation method targeting human oral microbes○TAKUYA SUZUKI1、 SATOSHI TSUNEDA1、 TAISEI KANAMOTO2、 YOSHITERU AOI31Waseda Univ. Dept. Life Science and Medical Bioscience、 2St. Marianna Univ. School of Medicine、 3Department of Biology, Northeastern University

○TATSUROU SUZUKI1、 YOSHITERU AOI2、 SATOSHI TSUNEDA1

1Department of Life Science and Medical Bioscience,Waseda University、 2Department of Biology,Northeastern UniversityComparison of PCR primers suited for denaturing gradient gel electrophoresis (DGGE) and real-time PCR analysis of amoA from soil ammonia-oxidizing bacteria (AOB)○YUMI SHIMOMURA、 SHO MORIMOTO、 YUKO HOSHINO、 YOSHITAKA UCHIDA、 HIROKO AKIYAMA、 MASAHITO HAYATU

Microbial ecosystem revealed by metagenomic analysis of the deepest sea mud of the Mariana Trench○SHINRO NISHI1、 YOSHIHIRO TAKAKI1、 TAISHI TUBOUTHI1、 WATARU ARAI1、 YOSHITOSHI OGURA2、 TETSUYA HAYASHI2、 HIDETO TAKAMI11JAMSTEC、 2University of MIYAZAKI

○YOSHIHIRO TAKAKI1、 SHINRO NISHI1、 ATSUSHI TOYODA2、 TAKEHIKO ITOH3、 WATARU ARAI1、 TAISHI TSUBOUCHI1、 YUUKI MORONO1、 FUMIO INAGAKI1、 KAN AOIKE1、 KEN TAKAI1、 HIDETO TAKAMI11JAMSTEC、 2National Institute of Genetics、 3Tokyo Institute of TechnologyIsolation of eight bacteriophages infecting marine bacteria belonging to the Proteobacteria and Flavobacteriaceae○HANI JANG、 ILNAM KANG、 HYUN-MYUNG OH、 JANG-CHEON CHO

Cultivation and draft genome sequences of strain IMCC3088 add proteorhodopsin-based phototrophic potential to the OM60 clade○YOONRA JANG、 HYUN-MYUNG OH、 KIYOUNG LEE、 JANG-CHEON CHO

○SEOK HWAN YOON、 YONG JOON CHO、 HANA YI、 JONG SIK CHUN

Characterization of population-to-population interactions and system stability in a mixed chemostat culture○AZWANI FATMA 1、 JUN SENO1、 YASUHISA SAITO2、 HIROYUKI FUTAMATA1

1SHIZUOKA UNIV.、 2BUSAN UNIV.

○YUNA SEO、 MIO TAKEUCHI、 YOICHI KAMAGATA、 SUSUMU SAKATA

Phylogenetic diversity of bacterial populations within digestive organs of predatory natural enemy insects○KI-KWANG KIM、 KYUNG-SOOK WHANG

KORDI

Impact of protozoan grazing on the bacterial community in a rice field soil oxidizing methane

JAMSTEC SUGAR

Graduate School of Agriculture, Kinki University

Anaerobes living in flowers

Tokyo Univ. Agri. Bio.Screening of some root endophytic fungi induced salt tolerance into canola (Brassica napus).

IBARAKI UNIV, COLLEGE OF AGR

Ibaraki Univ. College of AgrEffect of co-cultivated bacteria on the growth of microalgae

The University of Tokyo

Tokyo Metropolitan University

Molecular characterization of bacteria associated with the trophosome of Lamellibrachia satsuma and ambient sediment from cold seeps in the Kagoshima Bay, Japan

HYUN HEE CHO、 KAE KYOUNG KWON、 CHIAKI KATO、 TAKAKO SATO、 ○SANG-JIN KIM

Studies on hydrogenase genes of symbiotic oxymonad protists in the gut of the termite Reticulitermes speratus○KEISUKE SASHIDA1、 JUN-ICHI INOUE2、 RON USAMI3、 MORIYA OHKUMA2

1TOYO UNIVERSITY,RIKEN、 2RIKEN、 3TOYO UNIVERSITY

○JUN MURASE1、 PETER FRENZEL2

1Grad. Sch. Bioagr. Sci., Nagoya Univ.、 2Max Planck Institute for Terrestrial MicrobiologyCharactracterization of Alviniconcha endosymbiont from hydrothermal fields in Central Indian Ridge (CIR)

○MARIKO ABE、 JUNICHI MIYAZAKI、 TOMOO WATSUJI、 MASAHIRO YAMAMOTO、 KEN TAKAI

Vibrio species bio-control by the phytoplankton–bacteria interaction in a microcosm experiment ○NOOR EMILIA SHARIFAH、 AKITO TANIGUCHI、 MITSURU EGUCHI

Isolation and characterization of N-acylhomoserine lactone-degrading bacteria from the roots surface of potato plants

○TOMOHIRO MOROHOSHI1、 RUMANA RASHID1、 NOBUTAKA SOMEYA2、 TSUKASA IKEDA1

1Grad. Sch. Eng., Utsunomiya Univ.、 2Nat. Agr. Res. Cent. Hokkaido Reg.Survival of E. coli O57:H7 in growing Tomato plants○MASAYUKI MAEDA1、 TAKASHI SAITO2、 FUMIKO ORITATE3、 NOBUYUKI KIJIMA2

1Niigata Agricultural Research Institute、 2National Institute of Vegetable and Tea Science / National Agriculture and Food Research Organization、 3National Institute for Rural Engineering / National Agriculture and Food Research Organization

○KANA KUROSAWA、 MADOKA MIYAZAKI、 MIKIO KATOU、 YUKI SEKITA、 ASAMI SUGAWARA、 YOUICHI NIIMURA、 SHINJI KAWASAKI

○SHUICHI NAKAMURA、 KAZUHIKO NARISAWA

Selection and determination of the best system for applying of a root endophyte which promote sweet sorghum growth under low temperature condition○AKANE YONEKURA、 YUKI KAWAI、 LING XIE、 KAZUHIKO NARISAWA

○HOAN THI VU、 SHIGETO OTSUKA、 KEISHI SENOO

Growth of green algae under nitrogen-deficient conditions was supported by coexisting nitrogen-fixing Cyanobacteria○YO GOTOH、 KASTUMI MATSUURA、 SHIN HARUTA

Promoting factors for gliding motility of filamentous photosynthetic bacterium Chloroflexus aggregans

TMU

Ibaraki univ, college of agrEvaluation of bioremediation techniques for marine oil spill using microplates

AISTThe analysis of rhizospere microbe in the oil-contaminated soil for phytoremediation

NIESAutochthonous bioaugmentation testspredicting the contamination of Hokkaido coasts by crude oil

Interactions between fungi and bacteria associated with degradation of persistent organic pollutants

University of Tsukuba

Yokohama City University

Yokohama City Univarsity

Yokohama City UniversityBiodegradation of kata-annelated PAHs by Sphingobium species strain KK22

Yokohama City University

Dept. Environmental and Life Sciences, Toyohashi University of TechnologyAnalysis of tetrachloroethylene dissimilate-degrading microbes in microcosm by SIP-D method

Univ. of Tsukuba Graduate School of Life and Environmental SciencesEvaluation of analysis range of SIP-D method

○SHO MOROHOSHI、 KATSUMI MATSUURA、 SHIN HARUTA

Optimization of parameters for the effective sorption of cadmium using isolated fungi from e-waste contaminated siteR. RAJESH RAJESH KUMAR1、 ○CONGEEVARAM SHANKAR2、 K THAMARAISELVI11Bharathidasan University、 2Yonsei UniversityBioremediation of Cd polluted soil by two host plant species treated with three different species of dark-septapte root endophytic fungi originated from the subarctic-subtropical areas○YUKI KAWAI、 TAKUYA TAKAHASHI、 AKANE YONEKURA、 KAZUHIKO NARISAWA

○KEIKO KITAMURA、 AYA AKIBA、 HOSAM ELSAIED、 AKIHIKO MARUYAMA

KAZUHIRO IWASAKI、 ○MEGUMI OKAWA

○NAOFUMI SAKAGUCHI1、 MOTONORI NAGAI1、 HIDEAKI MAKI2、 SEIICHI HAMADA3、 HIDETOSHI OKUYAMA1

1Hokkaido University、 2National Institute for Environmental Studies、 3Geological Survey of Hokkaido

○SHUOZHI WANG

Salicylic acid stimulates the cometabolic biotransformation of the 3-ring PAH fluorene by a phenanthrene-degrading bacterium○NAOYA SUEHIRO、 AKIHITO KATORI、 ROBERT KANALY

Bacterial biotransformation of the PAH nitrogen heterocycle, 9H-carbazole and metabolite analyses by liquid chromatography tandem mass spectrometry○SATOKO MIZUMURA、 SYUNSUKE UNO、 ROBERT KANALY

Liquid chromatography tandem mass spectrometry analyses of the bacterial biotransformation products of the sulfur heterocycle benzothiophene○YUUKI NEMOTO、 ROBERT KANALY

○MARIE KUNIHIRO、 NAOYA SUEHIRO、 ROBERT KANALY

Population dynamics under anaerobic growth conditions of novel Rhizobium strains isolated from anaerobic dechlorinating consortia○SHINICHI KAIYA、 YUKITOMO YAMASAKI、 TAKESHI YAMADA、 AKIRA HIRAISHI

○TAKAHIRO SUZUKI、 SHOUHEI YAMASAKI、 TAKAYUKI MORISAWA、 TAKUMI MINAKAWA、 NOBUHIKO NOMURA、 TOSHIAKI NAKAJIMA、 HIROO UCHIYAMA

○TAKUMI MINAKAWA、 SHOUHEI YAMASAKI、 TAKAHIRO SUZUKI、 NOBUHIKO NOMURA、 TOSHIAKI NAKAJIMA、 HIROO UCHIYAMA

Univ. of Tsukuba Graduate School of Life and Environmental Sciences



Grad. Sch. Life Env. Sci., Univ. TsukubaRemoval of nutrient ions from surrounding water to reed biofilm

Ritsumeikan UniversitySurface characteristics of bacterial cells isolated from reed biofilm at an early formation stage

Grad. Sch. Sci. & Eng. Rits. Univ.

-Comparison among the biofilm at the same seasons of different years -

Grad. Sch. Sci. & Eng. Rits. Univ.Analysis of interaction between other bacterial species by aromatic compounds

Graduate school of Life and Environmental Sciences, University of TsukubaAminoglycoside antibiotics promote Escherichia coli biofilm formation

Hokkaido UniversityControl of curli production and biofilm formation by an engineered bacteriophage

HOKKAIDO UNIVERSITYFitness effects of pellicle formation in aerobic bacteria

Dept. Biotech., Univ. of TokyoHigh throughput assay to evaluate membrane biofouling

Hokkaido UniversityLocalization of Filamentous Bacteriophages in Escherichia coli Biofilms

Involvement of Terminal Oxidase cbb3 in Biofilm Formation by Pseudomonas aeruginosa under Anaerobic Environments○MASAKAZE HAMADA、 MASANORI TOYOFUKU、 TOMOKI MIYANO、 TOSHIAKI NAKAJIMA、 HIROO UCHIYAMA、 NOBUHIKO NOMURA

Subinhibitory concentrations of ethanol stimulates biofilm formation by the Pseudomonas aeruginosa PAO1○AYA INAGAKI、 YUTAKA YAWATA、 TOSHIAKI NAKAJIMA、 HIROO UCHIYAMA、 NOBUHIKO NOMURA

Involvement of cell surface proteins in biofilm formation of Lactobacillus plantarum JCM1149

○KENSUKE KAKIHARA1、 HIROMU OURA1、 HIROMI KUBOTA2、 ASAKO YOSHIZUMI2、 JUN HITOMI2、 HAJIME TOKUDA2、 YUTAKA YAWATA1、 HIROO UCHIYAMA1、 NOBUHIKO NOMURA1

1Institute of Life and Environmental Sciences, University of Tsukuba、 2Kao Corporation Grobal R&D - Safty ScienceAnalysis of aggregation in Rhodococcus sp. SD-74○TAKUMA KIKUKO、 TOMOHIRO INABA、 TOSHIAKI NAKAJIMA、 HIROO UCHIYAMA、 NOBUHIKO NOMURA

○YUKARI OSHIMA、 CHIHO KIRIYAMA、 YUKI TUCHIYA、 AYAMI HIRAKI、 YASUAKI HUKUDA、 TATSUYA YAMAMOTO、 HISAO MORISAKI

○CHIHO KIRIYAMA、 AYAMI HIRAKI、 YUUKI TSUCHIYA、 YUKARI OOSHIMA、 HISAO MORISAKI

Variation of bacterial community structure during the biofilm formation process

○YUKI TSUCHIYA、 CHIHO KIRIYAMA、 AYAMI HIRAKI、 HISAO MORISAKI

○HIROMU OURA、 YOSUKE TASHIRO、 TOSHIAKI NAKAJIMA、 HIROO UCHIYAMA、 NOBUHIKO NOMURA

○HIROAKI EIDA、 YOSUKE TASHIRO、 MAY TITIWAT、 SATOSHI OKABE

○MAY THITHIWAT、 OKABE SATOSHI

○KYOSUKE YAMAMOTO、 HIROYUKI ARAI、 MASAHARU ISHII、 YASUO IGARASHI

○KEITARO YOSHIDA、 YOSUKE TASHIRO、 THITHIWAT MAY、 SATOSHI OKABE

Hokkaido University

Structure of 2,4-D degrading megaplasmids distributed throughout paddy fields in Japan

A study of bacterial culturability during bioaerosol challenge test using a test chamber

Yamatake CorporationIdentification of coliforms from rivers flowing into Lake Inawashiro

Kangwon National University

Microbial flora of biofilms in dwelling environments

Kao Corporation

Diversity of bacteria transported with Asian dust

Abundance of bacteria transported with Asian dust determined by rRNA gene-targeted approach

Study on the water pollution and microbial diversity in a river flowing through an urban area

TOHOKU GAKUIN HIGH SCHOOLApplications of the electrochemical reaction with microbes for environmental technology

Univ. of Tokyo

○KENJI TSURUTA

Novel lineage of transferable multi-drug resistance plasmids derived Vibrionaceae isolated from coastal aquaculture site○LISA NONAKA1、 FUMITO MARUYAMA2、 MANABU MIYAMOTO1、 MASATOSHI MIYAKOSHI3、 KEN KUROKAWA4、 MICHIAKI MASUDA1

1Dokkyo Med. Unv. Sch. Med.、 2Tokyo Med. Dent. Univ.、 3Tohoku Univ.、 4Tokyo Ins. Tech.

○YORIKO SAKAI1、 YUMI SHIMOMURA1、 NAOTO OGAWA2、 TAKESHI FUJII11NIAES、 2Shizuoka Univ.

○NORIO HASEGAWA、 SHINSUKE YAMASAKI、 YASUKO HORIGUCHI

○KOJI ONO1、 KENJI NANBA2、 IZUMI FUNABASHI2、 MOMOKA TAKIZAWA2

1Graduate School of Fukushima Univ.、 2Fukushima Univ.Isolation of antifungal materials producing bacteria and their biocontrol potential against Candida albicans and Cryptococcus neoformans○HYEOK-DO KWON、 KYUNG-MI KIM、 YOUNG-MI KIM、 HONG-GYU SONG

Occurrence of antibiotic resistant bacteria in aquatic environment associated with shrimp farm in Bangladesh○FARZANA NEELA1、 ATIQUR RAHMAN1、 NASRIN AKHTER BANU1、 HABIBUR RAHMAN1、 HIROYUKI OTA2、 FIROZ ALAM1

1Rajshahi University、 2Ibaraki University

○TAKEHISA YANO、 HIROMI KUBOTA、 JUN HITOMI、 HAJIME TOKUDA

Evaluation of the number of mercury resistance bacteria by quantification of mercury reductase gene (merA)○SATOSHI YOSHINAMI1、 MASARU NARITA2、 GINRO ENDO3、 KAZUAKI MATSUI11Kinki Univ.、 2Touhoku Ryokka、 3Touhoku Gakuin Univ.

○TAKASHI BABA1、 TOMOAKI ICHIJO1、 MAKOTO SARAYA1、 KANAMI ENOKI2、 NOBUYASU YAMAGUCHI1、 MASAO NASU1

1Grad. Sch. Pharm. Sci. Osaka Univ.、 2Sch. Pharm. Sci. Osaka Univ.

○TOMOAKI ICHIJO1、 TAKASHI BABA1、 YUKA HIMEZAWA2、 NOBUYASU YAMAGUCHI1、 MASAO NASU1

1Grad. Sch. Pharm. Sci., Osaka Univ.、 2Sch. Pharm. Sci., Osaka Univ.

○SHOUTA SATO、 YUUSUKE MASUYA、 NORIYUKI OJIMA

○NAOKI SAITO、 HAJIME KOBAYASHI、 EIICHI ARAKAWA、 HIDEO KAWAGUCHI、 KOZO SATO

Attempt to isolate novel uncultivable bacteria by improved culturing methods

Univ. of Tsukuba Graduate School of Life and Environmental Science

Dept. Appl. Chem., Utsunomiya Univ.

Accuracy of Titanium Pyrosequencing in Functional Gene Amplicon Analysis

Symbioses of cellulolytic protists and their intracellular bacteria in the gut of termites

RIKEN BioResource CenterPhylogenetic and Functional Diversities of Denitrifiers in Rice Paddy Soils in Japan

The University of TokyoPower of attached bacteria for restoration of disturbed aquatic ecosystem

Kangwon National Univ.

National Institute for Agro-Environmental Sciences

Graduate School of Life Sciences, Tohoku University

Biological nitrification inhibition –New approach to control nitrification in soil–

JIRCASNitrogen cycling in forested ecosystems:Needs of microbial ecological approaches from biogeochemical viewpoint

Department of Forest Science, The University of Tokyo

Shizuoka Univ.Rapid adaptation and its effect on predator-prey interaction

University of Tokyo

○KATSUYA KOBAYASHI、 NOBUHIKO NOMURA、 TOSHIAKI NAKAJIMA、 HIROO UCHIYAMA

A chemotactic response toward inorganic phosphate of Stenotrophomonas maltophilia○TAKAHIRO KONDOU、 TOSHIYUKI NIKATA、 KAZUO KAKII

Effect of Mimicking Microgravity on the Swarming Motility and Gene Expression of Pseudomonas aeruginosa Strains on the Agar Medium○SHINYA SATO1、 TOMOYASU NISHIZAWA2、 KEISHI SENOO2、 TETSUYOSHI INOUE3、 HIROYUKI OHTA1

1Ibaraki University、 2The University of Tokyo、 3Okayama University

TAE KWON LEE1、 JAMES M. TIEDJE2、 ○JOONHONG PARK1

1Yonsei University、 2Michigan State University

○MORIYA OHKUMA

○KEISHI SENOO、 SATOSHI ISHII、 KANAKO TAGO、 SHIGETO OTSUKA

○TAE SEOK AHN、 SEUNG IK CHOI、 YOU JUNG JUNG、 IN HO CHANG

Bridging the research gap between greenhouse gas emission and soil microorganisms○HIROKO AKIYAMA

Mechanism and reduction of N2O emission from nodulated soybean rhizosphere○KIWAMU MINAMISAWA

Denitrifiers Responsible for Low Emission of N2O in Paddy Soils: Identification, Isolation, and Application to Mitigate N2O Emission from Upland Soils○KEISHI SENOO1、 KANAKO TAGO2、 SATOSHI ISHII1、 TOMOYASU NISHIZAWA1、 SHIGETO OTSUKA1

1Univ. of Tokyo、 2JAEA

○TAKAYUKI ISHIKAWA、 SUBBARAO GUNTUR、 OSAMU ITO

○NOBUHITO OHTE

Find the principle of Microbial Ecosystem; about the Mechanisms of Self-Organization or Dynamic Equilibrium ○HIROYUKI FUTAMATA

○TAKEHITO YOSHIDA

Northeastern UniversityPlasticity, Robustness and Evolution

Univ. TokyoAdaptation with phenotypic fluctuation

Osaka University

The comparative and combined study of mathematical modeling, computer simulation and experimental data analysis○YOSHITERU AOI

○KUNIHIKO KANEKO

○TETSUYA YOMO

D. 極限環境

D. 極限環境

D. 極限環境

D. 極限環境

E. 群集構造解析





D. 極限環境

K. 共生/相互作用

M. 界面/バイオフィルム



N. 遺伝子伝播系

G. 生理/代謝/増殖




I. 方法論

I. 方法論

P. その他

P. その他

P. その他

J. ゲノム

J. ゲノム

O. 環境衛生

O. 環境衛生

F. 物質循環

F. 物質循環

B. 土壌生態系

B. 土壌生態系

C. 水処理生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

B. 土壌生態系

B. 土壌生態系

B. 土壌生態系

B. 土壌生態系







L. バイオレメディエーション












A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

A. 水圏生態系

B. 土壌生態系

B. 土壌生態系

B. 土壌生態系

B. 土壌生態系

B. 土壌生態系

B. 土壌生態系

B. 土壌生態系

B. 土壌生態系

B. 土壌生態系

B. 土壌生態系

B. 土壌生態系

B. 土壌生態系














D. 極限環境

D. 極限環境

D. 極限環境

D. 極限環境

D. 極限環境

D. 極限環境

D. 極限環境

D. 極限環境

D. 極限環境

D. 極限環境

D. 極限環境

D. 極限環境

D. 極限環境

D. 極限環境

D. 極限環境

D. 極限環境

D. 極限環境

D. 極限環境

D. 極限環境

D. 極限環境





























F. 物質循環

F. 物質循環

F. 物質循環

F. 物質循環

F. 物質循環















H. 分類/系統解析















I. 方法論

I. 方法論

I. 方法論

I. 方法論

I. 方法論

I. 方法論

I. 方法論

I. 方法論

J. ゲノム

J. ゲノム

J. ゲノム

J. ゲノム

J. ゲノム













































O. 環境衛生

O. 環境衛生

O. 環境衛生

O. 環境衛生

O. 環境衛生

P. その他

P. その他

P. その他

P. その他

P. その他

P. その他

P. その他

P. その他

P. その他

P. その他

P. その他

P. その他

P. その他

B. 土壌生態系

P. その他

P. その他

P. その他

P. その他

A. 水圏生態系

P. その他

P. その他

P. その他

Documents

€¦ · XLS file · Web view · 2010-12-02Fitness effects of pellicle formation in aerobic bacteria ... Dynamics of the parasitic ciliate Cryptocaryon irritans in aquaculture area