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Viii.References 277 VIII. VIII. REFERENCES (文献) Abe ,J. ,Kubo ,T. ,Takagi ,Y. ,Saito ,T. ,Miura ,K. , 13 Aoki ,S. ,Ohara ,S. ,Ki mura ,K. ,Mizuguchi ,H. ,Fuse ,Y., Fukuzawa ,H. ,Matsuda , Y. 2004 Th e 回 nscriptional Yamada , E. 2008 Characterization of dissolved organic programofs 戸lchronous gametogenesis in Chlamydomonas matter released from Microcystis aeruginosa. Ana l. Sci. ,24 , reinhardtii. reinhardtii. Cu rr. Genet. ,46 ,302 ・315.S 回 in:2235 389-394. S住ain:l09 2 Abe ,T. ,Tsuzuki ,M. ,Kaplan ,A., Miyachi , S. 1987 14 Aoshima ,J., Kubota ,M. ,Nishimura ,T. ,Iwamur 九 T. 1984 Transport Transport and fixation of inorganic carbon during DNA polymerases of Chlorella. 11. Characterization to photosynthesis photosynthesis of Anabaena grown under ordinary air. distinguish the two enzymes. J. Biochem. ,96 ,461 -4 73. II.E 能 ct of sodium concen 回 tion during growth on the S位百 in:2170 induction induction of active 仕'anspo 託 system for IC. Plant Cell 15 15 Aoshima ,J. ,Nishimura ,T. ,Iw 釘 nura , T. 1982 DNA Physiol. ,28 ,671 ・677.S 住ain:2093 polymerases polymerases of Chlorella. I. Chloroplastic and nuclear DNA 3 Abe ,T. ,Tsuzuki ,M. ,Miyachi , S. 1987 Transport and polymerases in synchronized algal cells. Cell Struct. Funct. , fixation fixation of inorganic carbon during photosynthesis of 7,327 ・340.S 仕ain:2170 Anabaena grown under ordinary air. I. Active species of inorganic inorganic carbon utilized for photos 卯也esis. Plant Cell 16 Aoyama ,K. ,Uemura ,I., Miyake ,J. ,Asada , Y. 1997 Fermentative Fermentative metabolism to produce hydrogen g鎚 and Physio l., 28 ,273 ・28 1. Strain:2093 organic organic compounds in a cyanobacterium ,Spirulina 4 Abe ,T. ,Ts 田 uki ,M. ,Miyachi , S. 1987 Transport platensis. J. Ferment. Bioeng. ,83 , 17-20. Strains:46 ,98 and fixation of inorganic carbon during photosynthesis of Anabaena grown under ordinary air. II I. Some 17 Ar chibald ,P. A. 1975 Trebouxia de Pulmaly (Chlorophyceae ,Chlorococcales) and Pseudotrebouxia gen. characteristics characteristics ofthe HC03- 住'ansport system in cells grown nov. nov. (Chlorophyceae ,Chlorosarcinales). Phycologia ,14 , under under ordinary air. Plant Cell Physiol. ,28 ,867 ・874. ・ 仕 S位'ain:2093 125 137. S ains:2183 ,2185 ,2186 ,2187 ,2188 5 Aizawa ,K., Miyachi , S. 1986 Carbonic anhydrase and CO 2 18 Aru ga ,Y. 1965 Ecological studies of photo-synthesis and concentrating concentrating mechanisms in microalgae and cyanobacteria. matter production of phytoplankton 11. Photosynthesis of algae algae in relation to light intensity and tempera 旬 re. Bot. FEMS 品1icrobiol. R ev., 39 ,215 ・233. Strains:2093 ,2160 , 2173 ,2235 Mag. Toky~ 78 ,360-365.S 回 in:19 6 A 包awa ,K. ,Nakamura ,Y. ,Miyachi , S. 1985 Variation of 19 Asada ,Y., Ka wamura , S. 1986 Screening for cyanobacteria phosphoenolpyruvate phosphoenolpyruvate carboxylase activity in Dunaliella that evolve molecular hydrogen under dark and anaerobic associated associated with changes in atmospheric C02 concentration. conditions. J. Ferment. Techno/. ,64 ,553 ・556. Strains: 19 , 21 ,23 ,36 ,39 ,46 ,2119 Plant Plant Cell Physiol. ,26 ,1199 ・1203.S 仕ain:2138 20 Asada Y. Kaw 創 n町 a S. Ho K.-K. 1987 Hydrogenase 7 Aizawa ,K. ,TS UZl永 i,M. ,Miyachi , S. 1986 Kinetic studies , , , , , on 血e active species of inorganic carbon absorbed by the from the unicellular cyano ・bacterium ,Microcystis cells cells of Dunaliella tertiolecta. Plant Cell Physiol. ,27 , aeruginosa. Phytochemis 句¥ 26 , 637-640. S回 in:44 37 -4 7. S仕ain:2170 21 21 Asai ,R. ,Matsukawa ,R. ,Ik ebukuro ,K., K 訂 ube ,I. 1998 8 Ak atsuka ,S. ,Sekimoto ,H. ,Iwai ,H. ,Fukumoto ,R. ,F吋 ii , Chemiluminescence flow-injection system for rapid T. T. 2003 Mucilage secretion regulated by sex pheromones detection of red tide ph 戸oplar 水ton ,Chattonella antiqua. in in Closterium peracerosum-strigosum-littorale complex. Anal. Lett. ,31 ,2279 ・2288.S 位置 in:l13 Plant Plant Cell Physiol. ,44 ,1081 ・1087.S 仕'ains:67 , 68 22 Asamizu ,E. ,Miura ,K. ,Kucho ,K., In oue ,Y. ,Fukuzawa , 9 Alam 司ah ,M. A., Hirao ,S. ,Ishibashi ,F. ,Fujita , Y. 2005 H. ,Ohyama ,K. ,Nakamura ,Y. ,Tabata , S. 2000 Generation of expressed sequence tags 企om IOW-C02 and high-C02 Isolation 叩 d structure determination of algicidal compounds 企om Ulvafasciata. Biosci. Biotechnol. Biochem. ,69 , adapted cells of Chlamydomonas reinhardtii. DNA Res. ,7, 305-307. 305-307. S紅百 in:2235 2186 ・2192.S 仕ains: 15 ,462 ,680 23 23 Asamizu E. Nakamura Y. Mi 田 'a K. Fukuzawa H. 10 10 Alam 司jah ,M. A., Ishibe ,K. ,Ki m ,D. ,Yamaguchi ,K. , , , , , , , , , Ishibashi ,F., Fujita ,Y. ,Oda , T. 2007 Selective toxic effects F吋iwara ,S. ,Hirono ,M. ,Iwamoto ,K. ,Matsuda ,Y. , Minagawa ,J. ,Shimogawara ,K., Takahashi ,Y. ,Tabata , S. ofpo ゆ郎副rated fatty acids derived from U/ va fasciata on red tide phytoplankter species. Biosci. Biotechnol. 2004 Establishment ofpublicly ava i1 able cDNAmaterial and information resource of Chlamydomonas reinhardtii Biochem. ,71 ,265 ・268.S 仕ain:3 (Chloroph 戸a) , to facilitate gene fimction analysis. 11 11 Allen ,M. B. 1959 Studies with Cyanidium caldarium , an Phycologia ,43 ,722 ・726.S 位置 in:2235 anomalously anomalously pigmented chlorophyte. Arch. Mikrobiol. ,32 , 24 Asarnizu ,E. ,Nak 佃 1町 a,Y. ,Sato ,S. ,Fukuzawa ,H. ,Tabata , 270 ・277. Medium (Allen , Allen me 匂 Is) S仕'ain:298 S. S. 1999 A scale large s住ucωre analysis of cDNAs in 12 12 Aoki ,S. ,Miyachi , S. 1964 Chromatographic analysis of a unicellular green alga ,Chlamydomonas reinhardtii. I. acid-soluble acid-soluble polyphosphates in Chlorella cells. Plant Cell Generation of3 433 non-redundant expressed sequence 阻gs. Physiol. ,S, 241 ・250.S 仕ain:2170 DNA Res. ,6, 369 ・373.S 住ain:2235 278 25 25 Baldia , S. F., Fukami ,K., Nish 討ima ,T. ,Hata ,T. 1995 38 Canini ,A., Civitareale ,P. ,Marini ,S. ,Grilli Caiola ,M. , Growth responses of Spirulina platensis to some physico- Rotilio , G. 1992 Purification of iron superoxide dismutase chemical chemical factors and the kinetics ofphosphorus utilization. 仕om the cyano-bacterium Anabaena cylindrica Lemm. and Fis h. Sci. ,61 ,331 ・335. Strain:46 localization ofthe enzyme in heterocysts by imrnunogold labeling. labeling. Planta ,187 ,438 ・444. Strain: 19 26 Baldia , S. F., Nishijima ,T. ,Fukami ,K. ,Hata , Y. 1994 Studies Studies on the chemical composition of a cyanophyte , 39 Cannell , R. J. P. ,Owsianka , A. M. ,Walker ,J. M. 1988 Spirulina Spirulina platensis. In The Third Asian Fisheries Forum , Results of a large-scale screening programme to detect Eds. Eds. by Chou , L. M. , et al. , Asian Fisheries Society ,Manila , antibacterial activity from 企eshwater algae. B r. Phycol. J. , Philippines ,1994 , p. 940 ・943.S 仕ain:46 23 , 41-44. S仕'ains:686 ,2287 27 Balmens ,D. ,Laere , A. V. 1988 Effect of ionophores on the 40 Carefoot ,1. R. 1966 Sexual reproduction and intercrossing ATP-pool ATP-pool and glycerol content in cells ofthe halotolerant m 陥 lv 引lina steinii. 1. Phycol. ,2 , 150-156. Strains:896 , green green alga Dunaliella tertiolecta. J. Gen. Microbiol. ,134 , 897 , 898 2261-2268. 2261-2268. Strain:2258 41 41 Carefoot ,J. R. 1968 Culture and heterotrophy ofthe 28 28 Ban , S. 1992 Effects of photoperiod ,tempera 旬 re , and freshwater dinofiagellate , Peridinium cinctum fa. ovoplanum population population density on induction of diapause egg production Li ndeman. 1. Phycol. ,4 ,129 ・13 1. Medium (Carefoot) in in Eurytemora affinis (Copepoda: Calanoida) in Lake Ohnuma ,Hokkaido , Japan. 1. Crustacean Biol. ,12 , 42 Castenholz , R. W. 1969 Thermophilic blue-green algae and and the thermal environrnen t. Bacteriol. Re v., 33 ,476 ・504. 361-367. 361-367. S仕ains:282 ,2235 Medium (D ,D solution) 29 Ban , S. 1994 Effect oftemperature and food concentration on post-embryonic development ,egg production and adult 43 Cattolico , R. A., Jacobs ,M. A., Zhou ,Y. ,Chang ,J. , Duplessis M. Lybrand T. McKay Ong H. C. Sims E. body size of calanoid copepod Eu η temora affinis. よ , , , , ,1., , , , , Rocap , G. 2008 Chloroplast genome sequencing analysis Plankton Plankton Res. ,16 , 721-735. S仕ain:282 of of Heterosigma akashiwo CCAM452 (West Atlantic) 30 Ban ,S. ,Minoda , T. 1994 Induction of diapause egg and NIES293 (West Pacific) strains. BMC Genomics ,9, production production in Eu η temora affinis by their own metabolites. 211-230. Strain:293 めIdrob ωlogia ,292/293 , 185-189. Strain:282 44 Chihara ,M. ,Inouye ,1., Takahata ,N. 1986 31 31 Bass ,D. ,Chao , E. E.-Y. ,Nikolaev ,S. ,Yabuki ,A., Ishida , Oltmannsiellopsis. ,a new genus ofmarine fiagellate K. ,Bemey ,C. ,Pakzad ,U. ,Wylezich ,C. ,Cavalier-Smith , (Dunaliellaceae ,Chlorophyceae). Arc h. Protistenk. ,132 , T. T. 2009 Phylogeny ofnovel naked filose and reticulose 313-324. Strains:359 ,360 Cercozoa: Cercozoa: Granofilosea cl. n. and Proteomyxidea revised. Protist ,160 , 75-109. 45 Choi ,K. ,Imai ,A., Ki m ,B. ,Matsushige , K. 2001 Properties Properties of dissolved organic carbon (DOC) released by 32 32 Becker ,B. ,Melkonian ,M. 1991 2・keto-sugar acids in three species ofblue-green algae. Korean 1. Limnol. ,34 , green green fiagellates: A chemical marker for prasinophycean 20 ・29. Strains:44 ,74 ,204 scales. scales. J. Phycol. ,27 , 498-504. Strain:2253 46 Chonudomkul ,D. ,Yongmanitchai ,W. ,Theeragool ,G. , 33 33 Bischoff , H. W. ,Bold , H. C. 1963 Some soil algae from Kawachi ,M. ,Kasai ,F., Kaya ,K. ,Watanabe ,M. M. 2004 enchanted enchanted rock and related algal species. Phycological Morphology ,genetic diversity ,tempera 旬re tolerance and Studies Studies Jv., Univ. No. 6318 ,Texas , p. 95. Medium (BBM) toxicity of Cylindrospermopsis raciborskii (N ostocales , Cyanobacteria) Cyanobacteria) strains 合om Thailand and Japan. FE 凡1S 34 Bowers , H. A. ,Tomas ,C. ,Tengs ,T. ,Kempton ,J. W. , Microbiol. Microbiol. Eco l., 48 ,345 ・355. Strains:991 ,992 ,993 ,1040 , Lewitus , A. J. ,Oldach , D. W. 2006 Raphidophyceae 1041 [Chadefaud [Chadefaud ex Si1 va] systematics and rapid identification: sequence sequence analyses and real-time PCR assays.
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