A review of analytical methods for assessing the public health risk from microcystin in the aquatic environment

Hawkins P.R.(*1),Novic S.(*1),Cox P.(*1),Neilan B.A.(*2),Burns B.P.(*2),Shaw G.(*3),Wickramasinghe W.(*4),Itayama T.,Saitou T.,Mizuochi M.,Inamori Y. et al(*1Sydney Water Co.,*2NSW Univ.,*3NRCET,*4Chiangmai Univ.)

Aqua,54(8):509-518(2005)

Analysis of energy conversion characteristics in liquefaction of algae

Yang Y.F.,Feng C.P.,Inamori Y.,Maekawa T.(*1)(*1Univ.Tsukuba)

Resour.Conserv.Recycl.,43:21-33(2004)

Monitoring the microbial population dynamics at the start-up stage of wastewater treatment reactor by terminal restriction fragment length polymorphism analysis based on 16S rDNA and rRNA gene sequences

Terahara T.(*1),Hoshino T.(*1),Tsuneda S.(*1),Hirata A.(*1),Inamori Y.(*1Waseda Univ.)

J.Biosci.Bioeng.,98(6):425-428(2004)

Effects of heavy metals on the specific growth rate of metazoan isolated from activated sludge and bio-film

Shimizu Y.(*1),Suzuki R.(*1),Ebie Y.,Inamori Y.,Sudo R.(*2)(*1Univ.Tsukuba,*2Tohoku Inst.Technol.)

Jpn.J.Water Treat.Biol.,41(4):171-180(2005)

Molecular analysis of microbial population transition associated with the start of denitrification in a wastewater treatment process

Hoshino T.(*1),Tarahara T.(*1),Tsuneda S.(*1),Hirata A.(*1),Inamori Y.(*1Waseda Univ.)

J.Appl.Microbiol.,99:1165-1175(2005)

Growth Characteristics of Small Aquatic Oligochaetes Contributing on Sludge Reduction in Biological Wastewater Treatment System

Suzuki R.(*1),Shimizu Y.(*1),Ebie Y.,Inamori Y.,Sudo R.(*2)(*1Univ.Tsukuba,*2Tohoku Inst.Technol.)

Jpn.J.Water Treat.Biol.,41(3):121-128(2005)

Utilizing a database to interpret leaching characteristics of lead from bottom ashes of municipal solid waste incinerators

Jeong S.-M.(*1),Osako M.,Kim Y.-J.(*2)(*1Jeonnam Prov.Coll.,*2Mokpo Natl.Marit.Univ.)

Waste Manage.,(25):694-701(2005)

Fundamental adorption characteristics of carbonaceous adsorbents for 1,2,3,4-tetrachlorobenzene in a model gas of an incineration plant

Inoue K-i.,Kawamoto K.

Environ.Sci.Technol.,39(15):5844-5850(2005)

Determination of ion-specific NRTL parameters for predicting phase equilibria in aqueous multielectrolyte solutions

Kuramochi H.,Osako M.,Kida A.,Nishimura K.,Kawamoto K.,Asakuma Y.(*1),Fukui K.(*1),Maeda K.(*1)(*1Univ.Hyogo)

Ind.Eng.Chem.Res.,44:3289-3297(2005)

Measurement and correlation of the solubility of MnSO4¡¦H2O with MgSO4¡¦7H2O in MeOH+H2O solution

Safaeefar P.(*1)(*2),Ang H.M.(*1)(*2),Kuramochi H.,Asakuma Y.(*3),Maeda K.(*3),Tade M.O.(*1)(*2),Fukui K.(*3)(*1Curtin Univ.Technol.Aust.,*2Murdook Univ.,*3Univ.Hyogo)

Fluid Phase Equilibria,238:180-185(2005)

Detection of mutagenicities of chlorinated toluenes and related compounds using a gas-exposure apparatus

Mineki S.(*1),Takagi Y.(*2),Takahashi A.(*1)(*3),Goto S.,Nakajima D.,Endo O.(*4),Matsushita H.(*5)(*1Tokyo Univ.Sci.,*2Azabu Univ.,*3Takasago Thermal Eng.,*4Natl.Inst.Public Health,*5Shizuoka Inst.Environ.Hydiene)

Mater.Technol.,23(6):413-417(2005)

Effect of carbonization temperature on adsorption isotherms of wood charcoals

Yoshizawa S.(*1),Utsugi T.(*1),Shibano K.(*1)(*2),Goto S.,Yajima H.(*3)(*1Meisei Univ.,*2Tokyu Constr.,*3Tokyo Univ.Sci.)

Trans.Mater.Res.Soc.Jpn.,30(4):1155-1158(2005)

Saturated adsorption amount of chemical compounds by charcoal board as building interior materials

Shibano K.(*1)(*2),Yoshizawa S.(*1),Goto S.,Ogawa Y.(*2)(*1Meisei Univ.,*2Tokyu Constr.)

Trans.Mater.Res.Soc.Jpn.,30(4):1163-1166(2005)

Method for the elucidation of the elemental composition of low molecular mass chemicals using exact masses of product ions and neutral losses: application to environmental chemicals measured by liquid chromatography with hybrid quadrupole/time-of-flight mass spectrometry

Suzuki S.,Ishii T.,Yasuhara A.(*1),Sakai S.(*2)(*1Tokyo Univ.Sci.,*2Kyoto Univ.)

Rapid Commun.Mass Spectrom.,19(23):3500-3516(2005)

Determination of hexabromocyclododecane diastereoisomers and tetrabromobisphenol A in water and sediment by liquid chromatography/mass spectrometry

Suzuki S.,Hasegawa A.(*1)(*1Kanagawa Environ.Res.Cent.)

Anal.Sci.,22:469-474(2006)

Bio/Chemical analysis of dioxin-like compounds in sediment samples from Osaka Bay,Japan

Takigami H.,Sakai S.,Brouwer A.(*1)(*1Vrije Univ.)

Environ.Technol.,26:459-469(2005)

Time-course changes of mixture effects on AhR binding-dependent luciferase activity in a crude extract from a compost sample

Suzuki G.,Takigami H.,Kushi Y.(*1),Sakai S-i(*2)(*1Grad.Sch.Iwate Univ.,*2Environ.Preserv.Cent.Kyoto Univ.)

Toxicol.Lett.,161:174-187(2006)

Waste management and recycling in Asia

Terazono A.,Moriguchi Y.,Yamamoto Y.S.(*1),Sakai S.,Inanc B.,Yang J.(*2),Siu S.(*3),Shekdar A.V.(*4),Lee D.-H.(*5),Idris A.B.(*6), et al.(*1United Nations Univ.,*2Chin.Acad.Sci.,*3Environ.Prot.Dep.,*4Okayama Univ.,*5Univ.Seoul,*6Univ.Putra Malaysia)

Int.Rev.Environ.Startegies,5(2):477-498(2005)

Effects of organic solvents in luminescent umu test using S.typhimurium TL210

Nakajima D.,Ishii R.,Nishimura K.,Takagi Y.(*1),Mineki S.(*2),Onodera S.(*2),Goto S.(*1Azabu Univ.,*2Tokyo Univ.Sci.)

J.Environ.Chem.,15(3):569-574(2005)

Simultaneous analysis of termiticides in indoor air by using gas chromatography mass spectrometry

Tsuji K.(*1),Fushiwaki Y.(*1),Mori Y.(*1),Arashidani K.(*2),Nakajima D.,Fujimaki H.,Goto S.(*1Kanagawa Pref.Inst.Public health,*2UOEH)

J.UOEH,27(2):151-160(2005)

Measurement of concentrations of polycyclic aromatic hydrocarbons and dioxin compounds in canine lungs

Takagi Y.(*1),Nakajima D.,Goto S.,Sugita K.(*2),Uchida K.(*3),Matsumura T.(*3),Kato Y.(*1),Kohzaki K.(*1)(*1Azabu Univ.,*2Dia Anal.Serv.,*3Metocean Environ.)

Polycyclic Aromat.Compd.,25:357-369(2005)

Site-Dependent life-cycle analysis by the SAME approach: Its Concept,usefulness,and application to the calculation of embodied impact intensity by means of an input-output analysis

Nansai K.,Moriguchi Y.,Suzuki N.

Environ.Sci.Technol.,39(18):7318-7328(2005)

By-side chlorodibenzo-p-dioxins and chlorodibenzofurans in technical chlorobiphenyl formulations of Aroclor 1268,Chlorofen and Clophen T 64

Falandysz J.(*1),Nose K.,Mostrag A.(*1),Ishikawa Y.,Noma Y.,Sakai S.(*1Univ.Gdansk)

J.Environ.Sci.Health,A,40(9):1665-1678(2005)

Chemical characterization of polychlorinated,-Biphenyls,-Dibenzo-p-Dioxins and-Dibenzofurans in technical kanechlor PCB formulations in Japan

Takasuga T.(*1),Kumar K.S.(*1),Noma Y.,Sakai S.(*1Shimadzu Techno-Res.)

Arch.Environ.Contam.Toxicol.,49:385-395(2005)

Chlorobiphenyl constituents of aroclor 1268,chlorofen,clophen T 64,KC-600,and KC-1000 technical formulations

Ishikawa Y.(*1),Falandysz J.(*2),Noma Y.,Sakai S.(*1Ochanomizu Univ.,*2Univ.Gdansk)

J.Environ.Sci.Health,A,40(12):2171-2187(2005)

By-Side chlorobenzenes and chlorophenols in technical chlorobiphenyl formulations of aroclor 1268,chlorofen,clophen T 64,kanechloro 600,and kanechlor 1000

Noma Y.,Yamamoto T.,Falandysz J.(*1),Mostrag A.(*1),Sakai S.(*1Univ.Gdansk)

J.Environ.Sci.Health,A,41(1):35-46(2006)

Behavior of PCNs,PCDDs,PCDFs,and dioxin-like PCBs in the thermal destruction of wastes containing PCNs

Noma Y.,Yamamoto T.,Giraud R.(*1),Sakai S.(*1DuPont Eng.Technol.)

Chemosphere,62:1183-1195(2006)

The Circular economy: A new development strategy in China

Calli B.(*1),Mertoglu B.(*1),Roest K.(*2),Inanc B.(*1Marmara Univ.,*2Wageningen Univ.)

J.Ind.Ecol.,10(1/2):4-8(2006)

Estimation of methane emission from whole waste landfill site using correlation between flux and ground temperature

Ishigaki T.(*1),Yamada M.,Nagamori M.(*2),Ono Y.(*2),Inoue Y.(*1Ryukoku Univ.,*2Cent.Environ.Sci.Saitama)

Environ.Geol.,48:845-853(2005)

Comparative analysis of nitrifying bacteria in full-scale oxidation ditch and aerated nitrification biofilter by using fluorescent(FISH) and denaturing gradient gel electrophoresis(DGGE)

Mertoglu B.(*1),Calli B.(*1),Girgin E.(*1),Inanc B.,Ozturk I.(*2)(*1Marmara Univ.,*2Istanbul Tech.Univ.)

J.Environ.Sci.Health,A,40(5):937-948(2005)

Effectiveness of resistivity monitoring for interpreting temporal changes in landfill properties

Kamura K.(*1),Hara Y.(*1),Inanc B.,Yamada M.,Inoue Y.,Ono Y.(*2)(*1Environ.Res.Cent.Chiba,*2Cent.Environ.Sci.Saitama)

J.Mater.Cycles Waste Manag.,7:66-70(2005)

Methanogenic diversity in anaerobic bioreactors under extremely high ammonia levels

Calli B.(*1),Mertoglu B.(*1),Inanc B.,Yenigum O.(*2)(*1Marmara Univ.,*2Bogazici Univ.)

Enzyme Microbial Technol.,37(4):448-455(2005)

Comparison of long-term performances and final microbial compositions of anaerobic reactors treating landfill leachate

Calli B.(*1),Mertoglu B.(*1),Roest K.(*2),Inanc B.(*1Marmara Univ.,*2Wageningen Univ.)

Bioresour.Technol.,97:641-647(2006)