Vol. 16, Supplement B (2000)

Contents

• AN ENZYME SENSOSR USING DNA/POLYCATION FILMS AS SENSING ELEMENTS
  
  Yasushi HASEBE, Hirotaka MOGAMI and Shunichi UCHIYAMA
  page 1-3
  
  
  
• THE CONSTRUCTION OF THE pH STAT FLOW AMPEROMETRIC SENSING SYSTEM FOR THE DETECTION OF UREA
  
  Kenji YONEYAMA, Yukiko YAMADA, Ichiro KOIWA, Tetsuya OSAKA, Ikuo SATOH
  page 4-6
  
  
  
• APPLICATION OF THE pH-STAT FLOW AMPEOMETRIC SENSING SYSTEM FOR UREA DETECTION
  
  Kenji YONEYAMA, Yukiko YAMADA, Ichiro KOIWA, Tetsuya OSAKA, and Ikuo SATOH
  page 7-9
  
  
  
• CHARACTERIZATION OF THE INTEGRATED SURFACE PHOTOVOLTAGE SENSOR FOR THE SIMULTANEOUS DETECTION OF GLUCOSE, SUCROSE AND MALTOSE USING THERMOSTABLE ENZYMES
  
  Kazuhito AOKI*, Hideaki UCHIDA**, Teruaki KATSUBE**,Yoshihiro ISHIMARU*, and Takeaki IIDA
  page 10-12
  
  
  
• CHARACTERISTICS OF A PROTEIN SENSOR FOR MONITORING VARIOUS PROTEINS USING THERMOPHILIC PROTEASE�FTHERMOLYSIN
  
  Takamori MATOBA, Yoshihiro ISHIMARU, and Takeaki IIDA
  page 13-15
  
  
  
• BIOASSAY USING MICROBIAL CHIP WITH E.COLI SPOTS
  
  Takatoshi KAYA, Matsuhiko NISHIZAWA, Tomoyuki YASUKAWA, Kazuhiro NIWA, Masashi NISHIGUCHI, Tooru ONOUCHI, and Tomokazu MATSU
  page 16-18
  
  
  
• DEVELOPMENT OF IMMUNOSENSOR USING FERROCENE-LABELED ANTIBODIES
  
  Mikito YASUZAWA, Hikari MITSUI, Keisuke Oga and Akira KUNUGI
  page 19-21
  
  
  
• AMPEROMETRIC ACID SENSOR
  
  Fumiyo KUSU
  page 22-24
  
  
  
• Design and view of catalytic antibody for the development of new immunosensor
  
  Taizo UDA
  page 25-27
  
  
  
• DEVELOPMENT OF RAPID COULOMETRIC SENSOR AND NOVEL BIOSENSING METHODS
  
  Shunichi UCHIYAMA
  page 28-30
  
  
  
• STUDY OF THE CHARACTERISTICS OF THE RESONANCE ON THE QUARTZ CRYSTAL MICROBAL ANCE IN A SOLUTION
  
  Shigeru KUROSAWA�C Yoshimi SARUGAKU�C Hidenobu AIZAWA�C Minoru YOSHIMOTO and Hiromitsu HIRAKAWA
  page 31-33
  
  
  
• STUDY OF THE CHARACTERISTICS OF THE RESONANCE ON THE QUARTZ CRYSTAL MICROBALANCE WITH ULTRAHIGH FREQUENCY IN A SOLUTION
  
  Shigeru KUROSAWA�C Noriaki NAKASHIMA�C Hidenobu AIZAWA�C Dae-Sang HAN, and Minoru YOSHIMOTO
  page 34-36
  
  
  
• STUDY OF THE MASS SENSITIVITY OF THE QUARTZ CRYSTAL MICROBALANCE WITH THE UL TRAHIGH FREQUENCY
  
  Shigeru KUROSAWA, Shohei HIGASHI, Hidenobu AIZAWA,Dae-Sang HAN , and Minoru YOSHIMOTO
  page 37-39
  
  
  
• BIOSENSING OF ZINC(II) IONS AT FEMTOMOLAR LEVELS BASED ON AN APOENZYME REACTIVATION METHOD
  
  Ikuo SATOH, Masayuki KAMEYAMA, Takako ARIGA, and Yasuhiro IIDA
  page 40-42
  
  
  
• NEW METHODOLOGY FOR DETERMINING THE pH DIFFERENCE ACROSS A CELL MEMBRANE USING A TRIETHYLAMMONIUM-SENSITIVE MEMBRANE ELECTRODE
  
  Takashi KATSU, Hideki NAKAGAWA, Tatsuaki KANAMORI*, Naoki KAMO* and Tomofusa TSUCHIYA
  page 43-45
  
  
  
• A NOVEL MOLECULAR IMPRINTING TECHNOLOGY FOR RECOGNITION OF IONIC COMPOUNDS
  
  Bhavana A. DEORE, and Tsutomu NAGAOKA
  page 46-48
  
  
  
• ELECTROCHROMIC HYDROGEN-PHOSPHATE ION SENSOR USING SPINEL-TYPE METAL-OXIDE T HIN-FILM
  
  Masayuki SHIOTSUKA, Satoko TAKASE, and Youichi SHIMIZU
  page 49-51
  
  
  
• STUDY OF A BIOELECTRONIC NOSE WITH A DRUG METABOLIZING SYSTEM
  
  Yuki HASHIMOTO and Kohji MITSUBAYASHI
  page 52-54
  
  
  
• ELECTROCHEMICAL RESPONSE OF NOx BY USING METAL ELECTRODES
  
  Isao TANIGUCHI, Kenji TAKUSHIMA, Tessyu KOGA and Kazufumi INADA
  page 55-57
  
  
  
• AMPEROMETRIC DETERMINATION OF NO (NITRIC OXIDE) USING AN ELECTRODE COATED WITH POLYDIMETHYLSILOXANE -THE POSSIBLE APPLICATION OF THE ELECTRODE TO MONITORING NO IN BIOLOGICAL SYSTEMS-
  
  Fumio MIZUTANI, Yoshiki HIRATA, Takahiro SAWAGUCHI and Soichi YABUKI
  page 58-60
  
  
  
• CELLULAR NO SENSING USING IRON / POLYION COMPLEX COATED ELECTRODE
  
  Tetsuya HARUYAMA*, Seiichiro IIJIMA** and Masuo AIZAWA
  page 61-63
  
  
  
• MICRO CHIP BASED CAPILLARY ELECTROPHORESIS FOR ENVIRONMENTAL MONITORING (IV): PRELIMINARY STUDY ON HIGH THROUGHPUT SCREENING FOR ORGANIC POLLUTION
  
  Shin-ichi WAKIDA, Sahori TAKEDA, Atsushi CHIBA*, Keiichi FUKUSHI**, Hiroaki NAKANISHI*** and Toshio MATSUDA
  page 64-66
  
  
  
• DETERMINATION OF BLOOD GAS LEVELS USING A MINIATURIZED SENSING MODULE
  
  Hiroaki SUZUKI, Taishi HIRAKAWA, Takuo Hoshi, and Hidenori TOYOOKA
  page 67-69
  
  
  
• INTELLIGENT MOSQUITO (1)
  
  Kuniyuki KOBAYASHI and Hiroaki SUZUKI
  page 70-72
  
  
  
• CONSTRUCTION OF ELECTROCHEMICAL FLOW IMMUNOASSAY SYSTEM USING CAPILLARY COLUMNS
  
  Tae-Kyu LIM, Satoko IMAI, Haruko TAKEYAMA, Tadashi MATSUNAGA
  page 73-75
  
  
  
• APPLICATIONS OF A HETERO-CORE FIBER OPTIC SENSOR TO CHEMICAL SUBSTANCE DETECTION
  
  Kyouko HIRAMA, *Atsushi SEKI, Kazuhiro WATANABE
  page 76-78
  
  
  
• DETECTION MECHANISM OF AMPEROMETRIC SENSOR BASED ON pH-DEPENDENT REDOX REACTION OF METAL OXIDE FOR NH3 AND CO2
  
  Hiroshi IMAYA and Toru ISHIJI
  page 79-81
  
  
  
• MIXED-POTENTIAL TYPE SENSOR BASED ON STABILIZED ZIRCONIA AND SnO2 ELEC TRODE FOR DETECTION OF N2O
  
  Masahiro KUGISHIMA, Eiichi KANAZAWA, Kengo SHIMANOE, Yuichi KANMURA �–, Yasutake TERAOKA�–�–, Norio MIURA�–�–�–, and Noboru YAMAZOE
  page 82-84
  
  
  
• SENSING PERFORMANCE ON THE MIXED POTENTIAL TYPE NOx SENSOR USING OXIDE ELECTRODE
  
  Takashi ONO, Masaharu HASEI, Yongtie YAN, Yunzhi GAO, Norio MIURA*, and Akira KUNIMOTO
  page 85-87
  
  
  
• CHEMICAL POTENTIAL ANOMALY AT CONCERTED REACTION SITES AND ITS APPLICATION TO GAS SENSING
  
  Junichiro MIZUSAKI, Keiji YASHIRO, and Tatsuya KAWADA
  page 88-90
  
  
  
• DEVELOPMENT OF CO2 GAS SENSOR WITH LOW POWER CONSUMPTION AND COMPACT SIZE
  
  Taisuke MANABE, Kazunari KANEYASU, Takeshi NAKAHARA, Masakazu SAI*, Hirotoshi IKEYA*, Nobuyuki YAMAMOTO* and Mitsuhiko MATSUI
  page 91-93
  
  
  
• DEVELOPMENT OF SOLID ELECTROLYTE CO2 SENSOR USING LI-ION CONDUCTORS
  
  Y. C. ZHANG1, M. KANEKO1, S. KIMURA1, O. OGIWARA1, K. UCHIDA1,�@J. MIZUSAKI2, H. TAGAWA3, K. INOUE4, and T. HAMADA4
  page 94-96
  
  
  
• HIGH TEMPERATURE GALVANIC CELL TYPE HYDROGEN SENSOR WITH ELECTROCHEMICAL HYDRO GEN EVACUATION
  
  Koji KATAHIRA, Hiroshige MATSUMOTO, Hiroyasu IWAHARA, and Takashi IWAMOTO
  page 97-99
  
  
  
• ANALYSIS ON SENSING ELECTRODE REACTIONS OF AMPEROMETRIC NO2 SENSOR BASED ON Na+ CONDUCTOR BY USING CHRONOPOTENTIOMETRY
  
  Masaki ONO, Kengo SHIMANOE, Norio MIURA* and Noboru YAMAZOE
  page 100-102
  
  
  
• STUDY TO INCREASE THE SENSITIVITY OF QCM GAS-SENSOR COATED WITH PLASMA POLYM ERIZATION FILM
  
  Shigeru KUROSAWA, Daisuke TACHIYUKI, Dae-Sang HAN, Hidenobu AIZAWA, Minoru Y OSHIMOTO
  page 103-105
  
  
  
• GAS SENSOR USING FULLERENE FILM
  
  Hiroshi KODA, Hiroya NAKAJIMA, Yoshiaki SAKURAI*, Akio OKAMOTO*, and Toshikazu NOSAKA
  page 106-108
  
  
  
• OPTICAL OXYGEN SENSOR BASED ON FLUORESCENCE QUENCHING OF POLYCYCLIC AROMATIC HYDROCARBONS
  
  Takashi ABE, Masanobu MATSUGUCHI, and Yoshiro SAKAI
  page 109-1111
  
  
  
• EFFECT OF VARIOUS GASES ON THE RESPONSE OF POLYMER COMPOSITE TO CO2 GAS
  
  Hiroshi SHIIGI, Takahiro OHO, Tsuyoshi TONOSAKI, Masaharu NAKAYAMA and Kotaro OGURA
  page 112-114
  
  
  
• CO SENSITIVITY OF SURFACE MODIFIED SnO2-BASED GAS SENSORS AND ITS RELATIONSHIP TO LONG-TERM STABILITY AND TEMPERATURE-HUMIDITY DEPENDENCE
  
  Masatsugu MORIMITSU, Yasutaka OZAKI*, Sachiyo SUZUKI*, and Morio MATSUNAGA
  page 115-117
  
  
  
• EMPLOYMENT OF POROUS CERAMICS AS THE SUBSTRATES OF SEMICONDUCTOR GAS SENSORS
  
  Akihiko KAWAHARA, Hiroaki KATSUKI, and Makoto EGASHIRA
  page 118-120
  
  
  
• DEVELOPMENT OF HETEROLAYER NOx SENSORS BY SLIDE-OFF TRANSFER PRINTING
  
  Takeo Hyodo, Yoshiaki Tominaga, Takashi Yamaguchi, Akihiko Kawahara, Hiroaki Katsuki, Yasuhiro Shimizu, Makoto Egashira
  page 121-123
  
  
  
• H2 GAS SENSING PROPERTIES OF AN ANODICALLY OXIDIZED FILM WITH NANOHOLES
  
  Naoki KUWANO, Takeo HYODO, Yasuhiro SHIMIZU and Makoto EGASHIRA
  page 124-126
  
  
  
• DISCRIMINATION AND QUANTIFICATION OF MIXED GASES BY A SINGLE SEMICONDUCTOR GAS SENSOR
  
  Yo KATO, Kimiko KATO, Yasuhiro SETOGUCHI, Takeshi NAKAHARA
  page 127-129
  
  
  
• DETECTION OF ALIPHATIC CARBOXYLIC ACIDS AS OFFENSIVE ODORS USING TIN OXIDE BASED SENSORS
  
  Tomonori HAYASHI, Jun TAMAKI, Yoshifumi YAMAMOTO, and Masao MATSUOKA
  page 130-132
  
  
  
• EVALUATION OF A NEW OZONE SENSOR USING COMBUSTION-TYPE GAS SENSOR DEVICES FOR AN OZONE GENERATOR
  
  S.Okazaki, H.Nakagawa, S.Asakura, H.Shimizu, and I.Iwamoto
  page 133-135
  
  
  
• BEHAVIOR OF ULTRA-THIN LAYER LAPS
  
  Yoshitaka Ito
  page 136-138