|
２．伊永隆史，井勝久喜．実験廃液中の化学的酸素要求量のフローインジェクション分析．分析化学;29: 497-501(1980) ３．Takashi KORENAGA, Hisayoshi IKATSU, Toshio MORIWAKE and Teruo TAKAHASHI. Improved Method for the Flow Injection Analysis of Chemical Oxygen Demand Using Silver Nitrate. Memoirs of the School of Engineering Okayama University;15:111-121(1980) ４．伊永隆史，井勝久喜．フローインジェクション分析による化学的酸素要求量測定における銀塩添加効果． 日本化学会誌；4:616-618(1981) ５．Takashi KORENAGA and Hisayoshi IKATSU. Continuous-flow Injection Analysis of Aqueous Environmental Samples for Chemical Oxygen Demand. Analyst (London);160:653-662(1981) ６．伊永隆史，井勝久喜．フローインジェクション法による化学的酸素要求量の自動連続計測システム．分析化学;31:135-141(1982) ７．Takashi KORENAGA, Hisayoshi IKATSU, Toshio MORIWAKE. The Oxidation Behavior of Various Organic Compounds on the Determination of Chemical-oxygen Demand by Means of Flow-injection Analysis with Acidic Permanganate. Bulletin of the Chemical Society of Japan;55:2622-2627 (1982) ８．Takashi KORENAGA and Hisayoshi IKATSU. The Determination of Chemical Oxygen Demand in Waste-waters with Dichromate by Flow Injection Analysis. Analytica Chimica Acta;141:301-309 (1982) ９．伊永隆史，井勝久喜．パーソナルコンピューターを用いるフローインジェクション分析システム −河川水の溶存状化学的酸素要求量測定への応用−．分析化学;31:517-523(1982) 10．伊永隆史，山田悦，原由美子，坂元隼雄，丁子哲治，中川千枝，井勝久喜，伊沢美代子，後藤正志． 還元気化原子吸光法による水銀分析におけるヨウ化物の干渉とその除去−改良法．分析化学;36: 194-198(1987) 11．井勝久喜，加瀬野悟，伊永隆史，高橋照男，篠田純男．教育研究活動により発生する染料・絵具廃液 の一括処理．水質汚濁研究;10:310-314(1987) 12．伊沢美代子，伊永隆史，井勝久喜．アルカリ性還元気化−原子吸光法による有機物共存試料の水銀簡 易定量．衛生化学;34:470-474(1988) 13．中島民江，井勝久喜，王瑞生，沖野知範，村山忍三．肝過酸化脂質に対するアルコールと糖質の相互 作用．アルコール代謝と肝;8:62-67(1989) 14．井勝久喜，中島民江，沖野知範，村山忍三．廃液処理作業者の健康管理 1)廃液処理施設における廃 液処理作業者の有機溶剤暴露の実態．産業医学;31:355-362(1989) 15．田中雅邦，伊沢美代子，井勝久喜，伊永隆史，高橋照男，篠田純男．大学等複雑混合廃水の水銀分析 法の改善に関する技術検討．環境制御;13:23-32(1991) 16．H.IKATSU, T.OKINO, T.NAKAJIMA. Ethanol and food deprivation induced enhancement of hepatotoxicity in rats given carbon tetrachloride at low concentration. British Journal of Industrial Medicine;48:636-642(1991) 17．Tamie NAKAJIMA, Hisayoshi IKATSU, Tomonori OKINO, Rui-Sheng WANG, Ninzo MURAYAMA, Ikumi YONEKURA and Akio SATO. Enhancement of ethanol-induced lipid peroxidation in rat liver by lowered carbohydrate intake. Biochemical Pharmacology;43:245-250(1992) 18．山田悦，長岡健二，竹内豊英，井勝久喜，中川千枝，田中雅邦，藤原勇，原由美子，小島秀子，坂元 隼雄，後藤正志，伊永隆史．複雑組成廃液中の全シアン分析の大学間クロスチェック．分析化学;41: T103-T108(1992) 19．Hisayoshi IKATSU, Tamie NAKAJIMA, Ninzo Murayama and Takashi KORENAGA. Flow-Injection Analysis for Malondialdehyde in Plasma with the Thiobarbituric Acid Reaction. Clinical Chemistry;38:2061-2065(1992) 20．Hisayoshi IKATSU, Tamie NAKAJIMA. Hepatotoxic interaction between carbon tetrachloride and chloroform in ethanol treated rats. Archives of Toxicology;66:580-586(1992) 21．Hisayoshi Ikatsu, Tamie Nakajima, Tomonori Okino, Ninzo Murayama. Health care of workers engaged in waste water treatment. Proceedings of the First Asian Symposium on Academic Activity for Waste Management;159-167(1993) 22．Hisayoshi IKATSU, Masakuni TANAKA, Sumio SHINODA. Determination of semimetals in treated wastewater by graphite furnace atomic absorption spectrometry after coprecipitation with lanthanum hydroxide. Proceedings of the Second Asian Symposium on Academic Activity for Waste Treatment and Resources;165-170(1995) 23．井勝久喜，篠田純男．微生物によるセレン(IV)の濃縮と黒鉛炉原子吸光法による定量．環境技術;25: 618-625(1996) 24. Sumio SHINODA, Hiroshi OHNOGI, Tomonori TANAKA, Shin-ichi MIYOSHI, Ken-ichi TOMOCHIKA, Masakuni TANAKA, Hisayoshi IKATSU. Distribution of tributyltin in water environments and its biodegradation. Proceedings of the Third Asian Symposium on Academic Activity for Waste Management;170-177(1997) 25. Hisayoshi IKATSU, Sumio SHINODA. Pre-concentration of selenium by microorganisms and analysis by graphite furnace atomic absorption spectrometry. Proceedings of the Third Asian Symposium on Academic Activity for Waste Management;424-431(1997) 26. Yasuhiro KINO, Naoko KAWAHARA, Sin-ichi MIYOSHI, Ken-ichi TOMOCHIKA, Sumio SHINODA, Hisayoshi IKATSU. Biodegradation of hazardous chemicals; Isolation and characterization of bacteria containing cytochrome P-450. Proceedings of the Third Asian Symposium on Academic Activity for Waste Management;494-499(1997) 27．田中雅邦，藤元教尊，井勝久喜，高木茂明．複雑組成無機廃液中のセレン酸除去．環境制御;19:21-25 (1997) 28．Hisayoshi IKATSU, Sumio SHINODA, Tamie NAKAJIMA. CYP2E1 Level in Rat Liver Injured by the Interaction between Carbon Tetrachloride and Chloroform. Journal of Occupational Health;40: 223-229(1998) 29. Hisayoshi IKATSU, Naoko KAWAHARA, Yasuhiro KINO, Sin-ichi MIYOSHI, Ken-ichi TOMOCHIKA and Sumio SHINODA. Biodegradation of hazardous chemicals by bacterial cytochrome P450. Proceedings of the Fourth Asian Symposium on Academic Activity for Waste Management;77-83 (1998) 30. Naoko KAWAHARA, Hisayoshi IKATSU, Hiroshige KAWATA, Shin-ichi MIYOSHI, Ken-ichi TOMOCHIKA and Sumio SHINODA. Purification and characterization of 2-ethoxyphenol-induced cytochrome P450 from Corynebacterium sp. strain EP1. Canadian Journal of Microbiology;45:833-839(1999) 31. Hiroshige KAWATA, Chizuko NAKAYAMA, Miwa SAKAMOTO, Hisayoshi IKATSU, Shin-ichi MIYOSHI, Ken-ichi TOMOCHIKA and Sumio SHINODA. Isolation of dichloromethane-degrading bacteria from drainage water. Journal of Health Science; 46:187-191(2000) 32. Hisayoshi IKATSU, Yasuhiro KINO, Naoko KAWAHARA, Masaco ADACHI, Hiroshige KAWATA, Shin-ichi MIYOSHI, Ken-ichi TOMOCHIKA and Sumio SHINODA. Isolation and characterization of cytochrome P450-producing bacteria from various environments. Biocontrol Science;5:111-116(2000) 33. Hisayoshi IKATSU, Hiroshige KAWATA, Chizuko NAKAYAMA, Shin-ichi MIYOSHI, Ken-ichi TOMOCHIKA and Sumio SHINODA. Dichloromethane-Degrading Properties of Bacteria Isolated from Environmental Water. Biocontrol Science;5:117-120(2000) 34．岩崎保雄，武村耕輔，佐藤文也，井勝久喜．余剰汚泥高速減容化装置の開発に関する研究．環境制御; 24:35-40(2002) 35．Risa Yonetani, Hisayoshi Ikatsu, Chizuko Miyake-nakayama, Eriko Fujiwara, Yoko Maehars, Shin-ich Miyoshi, Hideomi Matsuoka, and Sumio Shinoda. Isolation and Characterization of a 1,3-Dichloro-2- Propanol-degrading Bacterium. Journal of Health Science; 50:605-612(2004) 36．Chizuko Miyake-Nakayama, Sachiyo Masujima, Hisayoshi ikatsu, Shin-ich Miyoshi, and Sumio Shinoda. Isolation and Characterization of a New Dichloromethane Degrading bacterium, Ralstonia metallidurans, PD11. Biocontrol Science; 9:89-93 (2004) 37．井勝久喜，篠田純男．チトクロームP450産生細菌 Rhodococcus sp. strain EP1 による有害有機化合物 の分解．吉備国際大学政策マネジメント学部紀要;1:11-18(2005) 38．井勝久喜，有本睦，宮原俊郎．凝集沈殿法によるホウ素含有廃液の処理．吉備国際大学政策マネジメント学部紀要;2:13-20(2006) 39．Chizuko Miyake-Nakayama, Hisayoshi Ikatsu, Minoru Kashihara, Masako Tanaka, Shin-ichi Miyoshi, and Sumio Shinoda. Biodegradation of dichloromethane by poly vinyl alcohol immobilized methylotrophic bacteria Ralstonia metallidurans PD11. Applied Microbiology and Biotechnology;70:625-630 (2006) 40．宮川雅充，井勝久喜，諸岡浩子，廣田陽子，土生真弘，青山勲．環境配慮行動および社会活動の実践と子どもの頃との関連 −岡山県内の大学生を対象とした質問紙調査−．吉備国際大学研究紀要（国 際環境経営学部）19:37-46(2009.3) 41．井勝久喜，山崎智恵，宮川雅充．環境報告書の内部機能に関する研究．吉備国際大学研究紀要（国際環境経営学部）19:57-64(2009.3) 42．宮川雅充，井勝久喜，諸岡浩子，土生真弘，青山勲．「持続可能な開発」の認知率とその関連要因−岡山市民を対象とした質問紙調査−．環境教育18(3):53-58(2009.3) 43．宮川雅充，井勝久喜，諸岡浩子，廣田陽子，土生真弘，青山勲．環境配慮行動および社会活動の実践と生き方志向との関係 −岡山県の大学生を対象とした質問紙調査−．吉備国際大学研究紀要（国際環境経営学部）20:47-55(2010.3) 44．井勝久喜．吉備国際大学における環境マネジメントシステムの構築とその効果．吉備国際大学研究紀要（国際環境経営学部）21:63-71(2011.3) 45．井勝久喜，三宅康裕，古川美由姫．水辺環境と水辺との関わりの時代変遷．吉備国際大学研究紀要 （人文・社会科学系）24:53-62(2014.3) |