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Utsumi Motoo

Researcher's full information

  • 活性汚泥法における運続/間欠曝気法の亜酸化窒素発生特性解析
    城野 晃志; 佐野 彰; 小椋 有未永; 徐 開欽; 木持 謙; 稲森 ...
    日本水処理生物学会誌. 別巻 = Journal Japan Biological Society of Water and Waste/(32)/p.69, 2012-10
  • Degradation kinetics of geosmin by biofilm with organic carbon as a substrate
    Tian X.; Utsumi M.; Shimizu K.; Zhang Z.; Sugiura N.
    Japanese Journal of Water Treatment Technology/49(3)/pp.93-101, 2013-08
  • Removal of microcystins (-LR, -YR, -RR) by highly efficient photocatalyst Ag/Ag3PO4 under simulated solar light condition
    Wang X.; Utsumi M.; Yang Y.; Shimizu K.; Li D.; Zhang Z.;...
    Chemical Engineering Journal/230/pp.172-179, 2013-08
  • Correlation between Expression of mcy Gene Cluster Relevant to Microcystin Production and Cell Cycle of Microcystis viridis.
    Utsumi M.; Kameyama K.; Okano K.; Sugiura N.
    Jpn. J. Water Treatment Biology/44(4)/pp.195-202, 2008-03
  • Archaeal distribution and abundance in water masses of the Arctic Ocean, Pacific sector.
    Amano-Sato C.; Akiyama S.; Uchida M.; Shimada K.; Utsumi M.
    Aquat. Microb. Ecol./69(2)/pp.101-112, 2013-04
  • Geochemistry of sulfide chimneys and basement pillow lavas at the Southern Mariana Trough (12.55°N – 12.58°N).
    Kakegawa T. M. Utsumi and K. Marumo.
    Resource Geology/58(3)/pp.249-266, 2008-09
  • Degradation of microcystin by an electrochemical oxidative electrode cell.
    Gao Y.; Shimizu K.; Utsumi M.; Xue Q.; Feng C.; Sakha...
    Environmental Technology/p.DOI:10.1080/09593330.201, 2012
  • MlrA Located in the Inner Membrane Is Essential for Initial Degradation of Microcystin in Sphingopyxis sp. C-1
    Maseda H.; Shimizu K.; Doi Y.; Inamori Y.; Utsumi M.; Sug...
    Jpn. J. Water Treatment Biology/48(3)/pp.99-107, 2012-09
  • Inhibition of Growth and Microcystins Production on Microcystis aeruginosa by Electrolytic Method
    Gao Y.; Shimizu K.; Xue Q.; Feng C.; Utsumi M.
    Jpn. J. Water Treatment Biology/48(3)/pp.125-132, 2012-09
  • Enzymatic pathway for biodegrading microcystin LR in Sphingopyxis sp. C-1.
    Shimizu Kazuya; Maseda Hideaki; Okano Kunihiro; Kurashima...
    Journal of bioscience and bioengineering/114(6)/pp.630-634, 2012-12
  • Anaerobic Coculture of Microalgae with Thermosipho globiformans and Methanocaldococcus jannaschii at 68 degrees C Enhances Generation of n-Alkane-Rich Biofuels after Pyrolysis
    Yamane Kunio; Matsuyama Shigeru; Igarashi Kensuke; Utsumi...
  • Ecosystem structure of a boiling spring with high bacterial production on Mt. Tateyama, Japan
    Sasa M.; Ishizaka S.; Asamizu T.; Aoki M.; Nojiri Y.; Hig...
    Arch. Hydrobiol./136/pp.563-574, 1996-01
  • Methane emission to the atmosphere and cycling ashallow eutrophic lake
    Nakamura T.; Nojiri Y.; Utsumi M.; Nozawa T.; Otsuki A.
    Arch. Hydrobiol./144/pp.383-407, 1999-01
  • 水田とメタン
    農業土木学会誌/69(10)/pp.1092-1092, 2001-01
  • Spatial and temporal changes of microcystins concentration in eutrophicated lakes in Japan.
    Sugiura N.; Kameyama K.; Saito T.; Utsumi M.; Inamori Y.;...
    Eco-Engineering/14(4)/pp.11-18, 2002-01
  • Intrinsic Biodegradation of Heavy oil from NAKHODKA and the effect of exogenous fertilization at a coastal area of the sea of Japan.
    Maki H.; Utsumi M.; Koshikawa H.; Hiwatari T.; Kohata K.;...
    Water, Air and Soil Pollut./145/pp.123-138, 2003-01
  • Assessment for the complicated occurrence of nuisance odours from phytoplankton and environmental factors in a eutrophic lake.
    Sugiura N.; Utsumi M.; Wei B.; Iwami N.; Okano K.; Kawauc...
    Lake & Reservoirs: Research and Management/9/pp.195-201, 2004-01
  • 21世紀は水の時代?水循環の保全に重要な微生物の機能解明.
    筑波フォーラム/(70)/pp.132-135, 2005-06
  • Biochemical characteristics of microcystin LR degradation by typical protease.
    Okano K.; Maseda H.; Sugita K.; Saito T.; Utsumi M.; Maek...
    Jpn. J. Water Treatment Biology/42(1)/pp.27-35, 2006-02
  • Adsorption and biodegradation characteristics of musty odorous compounds, 2-methylisoborneol and geosmin.
    Sugiura N.; Okano K.; Burns B.P.; Utsumi M.; Inamori Y.;...
    Jpn. J. Water Treatment Biology/42(2)/pp.91-97, 2006-04
  • Degradation characteristics of Alkylphenols using electrochemical treatment.
    Okazaki T.; Utsumi M.; Okano K.; Zhang Z.; Sugiura N.
    The Journal of the Society of Agricultural Structures, Japan/39(1)/pp.17-24, 2008-02
  • 水環境中における複雑なかび臭発生の原因.
    杉浦則夫; 奈須野あすか; 赤上陽一; 内海真生
    用水と廃水/50(10)/pp.833-839, 2008-10
  • Effect of Microcystin and Its Degradation Products on the Transcription of Genes Encoding Microcystin Degrading Enzymes
    Shimizu Kazuya; K. Okano; H. Maseda; T. Amemiya; T. Kuras...
    Japanese Journal of Water Treatment Biology/45(1)/pp.45-55, 2009-02
  • Microbial Communities in Sulfide Structures of Active and Inactive Vents at Deep-sea Hydrothermal Fields at the Southern Mariana Trough.
    Kato S.; Takano Y.; Kakegawa T.; Oba H.; Inoue K.; Kobaya...
    Environmental Microbiology/p.doi:10.1111/j.1462-2920., 2009-02
  • Electrochemical treatment of waste brine water –Degradation of ammonia and control of trihalomethane production-.
    Cui J.; Miyoshi K.; Utsumi M.; Zhang Z.; Sugiura N.
    The Journal of the Society of Agricultural Structures, Japan./40(1)/pp.19-26, 2009-03