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15. Proceedings of the 26th annual meeting Chiba, Japan, October 18–20, 1984

Author

Higashi, Shunsaku, Yamazaki, Yoshio, Tanaka, Junji, Ozawa, Kazue, Ryu, Munemasa, Odaka, Michio, Kojima, Kuniaki, Hanzawa, Takashi, Sugiura, Mitsuo, Kanno, Toru, Yamamoto, Sukeo, Ando, Keijiro, Kado, Yuji, Sato, Morio, Yamada, Ryusaku, Miyazaki, Masaru, Okui, Katsuji, Imaoka, Shingi, Sasaki, Yo, Shimamura, Yoshiyuki, Shimizu, Hisakazu, Tezuka, Kiyotaka, Tsuji, Ichiya, Kajikawa, Shoji, Ishii, Masanori, Takahashi, Akira, Kodama, Toshinori, Kitatani, Tomomi, Matsuyama, Tomoharu, Hasegawa, Hiroshi, Kawashima, Hiroaki, Tabuse, Katsuyoshi, Katsumi, Masaharu, Jinno, Kenji, Tokuyama, Katsuyuki, Majima, Yasuo, Kubo, Yasuhiko, Toyonaga, Atsushi, Eguchi, Satoshi, Hirai, Kenji, Abe, Masahide, Nakatsuka, Haruki, Takashima, Sumio, Fukuda, Yoshihiro, Hiraoka, Masahiro, Sasaki, Takatoshi, Maruyama, Masakazu, Nishizawa, Mamoru, Nakamura, Kyoichi, Saitoh, N., Sarashina, H., Kudo, Shinei, Suda, Takeyasu, Kuramoto, Shu, Oohara, Takeshi, Narisawa, Tomio, Niwa, Makoto, Kaibara, Nobuaki, Koga, Shigemasa, Takashima, S., Kosaka, T., Miura, Kohi, Nakao, Norio, Ido, Kunio, Hiramatsu, Kyoichi, Matsutani, S., Kimura, K., Sano, Akira, Kuroda, Yasumasa, Kawahara, Kiyohiro, Yoshida, Tomoharu, Mizumachi, Shuzi, Takeuchi, Ken, Kobayashi, Yukio, Takase, Yasuhiro, Fuji, Tadasu, Amano, Hideo, Shu, Akiyoshi, Okamoto, Eizo, Kawata, Hirokazu, Kikuchi, Tomomitsu, Sakakibara, Noburu, Masaki, Morio, Kasukawa, Reiji, Ikegami, Fumiaki, Takasu, Sachio, Tsukada, Yoshihisa, Ichida, Fumihiro, Suzuki, Hiroaki, Inagaki, Yoshinori, Yasuda, Hideki, Takada, Tadahiro, Suwa, Toshikazu, Atomi, Yutaka, Morioka, Yasuhiko, Yokohata, Tokuyuki, Shimazu, Hisaaki, Takano, Sadamu, Yukimura, Katsunori, Shimaguchi, S., Ariyama, J., Sawada, Satoshi, Okamura, Yoshikuni, Yoshida, Tomohiko, Saito, Toshihiko, Nishimura, Okitsugu, Ogawa, Haruaki, Morita, Masahiko, Saisho, Hiromitsu, Shimakura, Katsuhide, Ueno, Kazuya, Miyata, Susumu, Shibue, Tadashi, Yamaguchi, Atzumasa, Tsunoka, Seiji, Hayashi, Katsuji, Komatsu, Yoshihiko, Matsukawa, Masakatsu, Soejima, Yasuso, Nimura, Y., Ohnuma, Toshikazu, Inui, Kazuo, Matsushiro, Takashi, Nagashima, Hideyuki, Ise, Hideo, Sato, Toshio, Akita, Y., Shichino, S., Suzuki, H., Sato, T., Ono, K., Fujii, Hideki, Yamamoto, Masayuki, Matsumoto, Yoshiro, Sugahara, Katsuhiko, Ota, Tetsuo, Konishi, Kohji, Ono, Mikiko, Sohma, Satoru, Yoshino, Junji, Ohta, Hirosato, Obata, Hiroshi, Ageta, Tetsuya, Tsuru, Sumiaki, Sasagawa, Yutaka, Yoshida, Koichi, Jo, Toshiaki, Sasaki, Tsuneo, Ishiwata, Junichi, Fujimoto, Jiro, Mori, Takesada, Azuma, Noboru, Kamano, Toshiki, Hagiwara, Akeo, Takahashi, Toshio, Sasaki, Y., Sasaki, J., Arai, Yasuaki, Kido, Choichiro, Suyama, Kyoichiro, Kitamura, Masatsugu, Awane, Yasuyuki, Maeta, Mishio, Koga, Shigemasa, Sugiyama, Yuzuru, Sohma, Hiroki, Nakashima, Toshiaki, Nakagawa, Yoshihiro, Chijiiwa, Kazuo, Yamamoto, Masahiro, Saitoh, Yoichi, Horiuchi, Itaru, Fujita, Susumu, Nakamura, Teruo, Marino, Isao, Matsuzaki, Yasushi, Osuga, Toshiaki, Konno, Yasutoshi, Hiwatashi, Nobuo, Tamura, Noriaki, Hirayama, Chisato, Ishiguro, Naoki, Tsuchiya, M., Ikeguchi, Masahide, Tateno, Susumu, Setoguchi, Toshiaki, Shimizu, Yutaka, Tanaka, Masahito, Ouchi, Kiyoaki, Koyama, Kenji, Saito, Masayuki, Ohnishi, Kunihiko, Moriyasu, Fuminori, Takashi, Motohide, Hino, Shinichi, Kashiwagi, Toru, Koizumi, Takeo, Nagayama, Kazuo, Horiguchi, Masaharu, Ueno, Norio, Yamanaka, Takeo, Hasumi, Akitake, Aoki, Haruo, Takenaka, Hiroaki, Nakao, Kazuyasu, Yamazaki, Osamu, Kinoshita, Hiroaki, Komatsu, H., Oda, M., Tsukada, N., Kaneko, K., Shigeta, Y., Funatsu, K., Watanabe, Akiharu, Tobe, Kazuo, Matsuo, Akira, Kusumoto, Yukio, Adachi, Yukihiko, Yamamoto, Toshio, Oshio, Chikara, Ishii, Hiromasa, Matsuki, Shigeki, Shibata, Hisao, Kodama, Tatsuhiko, Takaku, Fumimaro, Miyata, Yasuji, Sakamoto, Shigeru, Matsuo, Nobutake, Tsuchiya, Yutaka, Nakamura, Haruki, Maruyama, Toshihiro, Morita, Tomofumi, Tsujii, Tadasu, Kage, Masayoshi, Arakawa, Masahiro, Sugiura, Nobuyuki, Ebara, Masaaki, Kumada, Takashi, Nakano, Satoshi, Yamazaki, Hideo, and Tanaka, Sachiko

Published
1985
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29. Can We Know the Frequency of True Late Adverse Reactions to Nonionic Contrast Media? : Late adverse reactions due to factors other than contrast media

Author

ジンザキ, マサヒロ, イド, クニオ, オガワ, ケンジ, ヒラマツ, キョウイチ, Jinzaki, Masahiro, Ido, Kunio, Ogawa, Kenji, Hiramatsu, Kyoichi, 陣崎, 雅弘, 井戸,邦雄, 小川, 建二, 平松, 京一, ジンザキ, マサヒロ, イド, クニオ, オガワ, ケンジ, ヒラマツ, キョウイチ, Jinzaki, Masahiro, Ido, Kunio, Ogawa, Kenji, Hiramatsu, Kyoichi, 陣崎, 雅弘, 井戸,邦雄, 小川, 建二, and 平松, 京一

Published
1996

30. Advantages of Intravascular Ultrasound-Preliminary experience in patients with peripheral and renal vasucular disease

Author

ジンザキ, マサヒロ, イド, クニオ, シンモト, ヒロシ, ナカツカ, セイシ, ヒラマツ, キョウイチ, Jinzaki, Masahiro, Ido, Kunio, Shinmoto, Hiroshi, Nakatsuka, Seishi, Hiramatsu, Kyouichi, 陣崎, 雅弘, 井戸, 邦雄, 新本, 弘, 中塚, 誠之, 平松, 京一, ジンザキ, マサヒロ, イド, クニオ, シンモト, ヒロシ, ナカツカ, セイシ, ヒラマツ, キョウイチ, Jinzaki, Masahiro, Ido, Kunio, Shinmoto, Hiroshi, Nakatsuka, Seishi, Hiramatsu, Kyouichi, 陣崎, 雅弘, 井戸, 邦雄, 新本, 弘, 中塚, 誠之, and 平松, 京一

Published
1993

31. Percutaneous Transluminal Angioplasty for Stenotic Dailysis Arterio-Venous Fistulas

Author

スズキ, コウジ, ナリマツ, ヨシアキ, イド, クニオ, オガワ, ケンジ, タニモト, アキヒロ, ハシモト, スバル, ヒラマツ, キョウイチ, デグチ, ノブヒロ, Suzuki, Koji, Narimatsu, Yoshiaki, Ido, Kunio, Ogawa, Kenji, Tanimoto, Akihiro, Hashimoto, Subaru, Hiramatsu, Kyouichi, Deguchi, Nobuhiro, 鈴木, 孝司, 成松, 芳明, 井戸, 邦雄, 小川, 健二, 谷本, 伸弘, 橋本, 統, 平松, 京一, 出口, 修宏, スズキ, コウジ, ナリマツ, ヨシアキ, イド, クニオ, オガワ, ケンジ, タニモト, アキヒロ, ハシモト, スバル, ヒラマツ, キョウイチ, デグチ, ノブヒロ, Suzuki, Koji, Narimatsu, Yoshiaki, Ido, Kunio, Ogawa, Kenji, Tanimoto, Akihiro, Hashimoto, Subaru, Hiramatsu, Kyouichi, Deguchi, Nobuhiro, 鈴木, 孝司, 成松, 芳明, 井戸, 邦雄, 小川, 健二, 谷本, 伸弘, 橋本, 統, 平松, 京一, and 出口, 修宏

Published
1992

32. Fallopian Tube Recanalization with the Catheter System-Experience on the use of a Balloon Cather

Author

シンモト, ヒロシ, イド, クニオ, スミ, キイチロウ, ナガイ, タカシ, イズミ, シュニチロウ, コンドウ, ゼンジロウ, ナリマツ, ヨシアキ, イズモト, ムツミ, ユアサ, ユウジ, ナカツカ, セイシ, ヒラマツ, キョウイチ, Shinmoto, Hiroshi, Ido, Kunio, Sumi, Kiichiro, Nagai, Takashi, Izumi, Shun-ichiro, Kondoh, Zenjiro, Narimatsu, Yoshiaki, Izumoto, Mutsumi, Yuasa, Yuji, Nakatsuka, Seishi, Hiramatsu, Kyoichi, 新本, 弘, 井戸, 邦雄, 角, 毅一郎, 永井, 孝, 和泉, 俊一郎, 近藤, 善二郎, 成松, 芳明, 井筒, 睦, 湯浅, 祐二, 中塚, 誠之, 平松, 京一, シンモト, ヒロシ, イド, クニオ, スミ, キイチロウ, ナガイ, タカシ, イズミ, シュニチロウ, コンドウ, ゼンジロウ, ナリマツ, ヨシアキ, イズモト, ムツミ, ユアサ, ユウジ, ナカツカ, セイシ, ヒラマツ, キョウイチ, Shinmoto, Hiroshi, Ido, Kunio, Sumi, Kiichiro, Nagai, Takashi, Izumi, Shun-ichiro, Kondoh, Zenjiro, Narimatsu, Yoshiaki, Izumoto, Mutsumi, Yuasa, Yuji, Nakatsuka, Seishi, Hiramatsu, Kyoichi, 新本, 弘, 井戸, 邦雄, 角, 毅一郎, 永井, 孝, 和泉, 俊一郎, 近藤, 善二郎, 成松, 芳明, 井筒, 睦, 湯浅, 祐二, 中塚, 誠之, and 平松, 京一

Published
1991

35. The Conserved His-144 in the PsbP Protein Is Important for the Interaction between the PsbP N-terminus and the Cyt b559 Subunit of Photosystem II.

Author

Ido, Kunio, Kakiuchi, Shusuke, Uno, Chihiro, Nishimura, Taishi, Fukao, Yoichiro, Noguchi, Takumi, Sato, Fumihiko, and Ifuku, Kentaro

Subjects
*PHOTOSYSTEMS, *FOURIER transform infrared spectroscopy, *MASS spectrometry, *PLASTOQUINONES, *OXIDOREDUCTASES
Abstract

The PsbP protein regulates the binding properties of Ca2+ and Cl-, and stabilizes the Mn cluster of photosystem II (PSII); however, the binding site and topology in PSII have yet to be clarified. Here we report that the structure around His-144 and Asp-165 in PsbP, which is suggested to be a metal binding site, has a crucial role for the functional interaction between PsbP and PSII. The mutated PsbP-H144A protein exhibits reduced ability to retain Cl- anions in PSII, whereas the D165V mutation does not affect PsbP function. Interestingly, H144A/D165V double mutation suppresses the effect of H144A mutation, suggesting that these residues have a role other than metal binding. FTIR difference spectroscopy suggests that H144A/D165V restores proper interaction with PSII and induces the conformational change around the Mn cluster during the S1/S2 transition. Cross-linking experiments show that the H144A mutation affects the direct interaction between PsbP and the Cyt b559 α subunit of PSII (the PsbE protein). However, this interaction is restored in the H144A/D165V mutant. In the PsbP structure, His- 144 and Asp-165 form a salt bridge. H144A mutation is likely to disrupt this bridge and liberate Asp-165, inhibiting the proper PsbP-PSII interaction. Finally, mass spectrometric analysis has identified the cross-linked sites of PsbP and PsbE as Ala-1 and Glu- 57, respectively. Therefore His-144, in the C-terminal domain of PsbP, plays a crucial role in maintaining proper N terminus interaction. These data provide important information about the binding characteristics of PsbP in green plant PSII. [ABSTRACT FROM AUTHOR]

Published
2012
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36. High and low potential forms of the QA quinone electron acceptor in Photosystem II of Thermosynechococcus elongatus and spinach

Author

Ido, Kunio, Gross, Christine M., Guerrero, Fernando, Sedoud, Arezki, Lai, Thanh-Lan, Ifuku, Kentaro, William Rutherford, A., and Krieger-Liszkay, Anja

Subjects
*QUINONE, *ELECTROPHILES, *PHOTOSYNTHESIS, *SPINACH, *OXIDATION-reduction reaction, *CHLOROPHYLL, *PHOTOSYNTHETIC oxygen evolution
Abstract

Abstract: The redox potential of QA in Photosystem II (PSII) from Thermosynechococcus elongatus was titrated monitoring chlorophyll fluorescence. A high potential form (E m =+60±25mV) was found in the absence of Mn4Ca, the active site for water oxidation. The low potential form (E m =−60±48mV), which is difficult to measure in conventional titration experiments, could be “locked in” by cross-linking the active enzyme. This indicates that the presence of Mn4Ca is relayed to the quinone site by significant structural changes in the protein. The presence of high and low potential forms agrees with what has been seen in plants, algae from our lab and in T. elongatus (Shibamoto et al., Biochemistry 48 (2009) 10682–10684). In the latter work, the potentials of QA were shifted to lower potentials compared to other measurements. The redox potential of QA in Mn-depleted PSII from spinach was titrated in the presence of redox mediators and the midpoint potential was shifted by 80mV towards a more negative value compared to titrations without mediators. The lower values of the midpoint potential of the () redox couple in the literature could be due to a perturbation due to a specific mediator. [Copyright &y& Elsevier]

Published
2011
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42. Intra-arterial injection therapy with ethanol for a patient with renal arteriovenous fistula

Author

HAYAKAWA, Masamichi, AO, Teruaki, NAGAKURA, Kazuhiko, FUJIOKA, Toshio, NAKAMURA, Hiroshi, and IDO, Kunio

Subjects
Ethanol, 494.9, Transcatheter embolization, Arteriovenous fistula
Abstract

A case of renal arteriovenous fistula (A-V fistula) treated by transcatheter embolization using absolute ethanol is reported. The catheter was superselectively placed in the proximal renal artery supplying cirsoid vessels and 15 ml of absolute ethanol was injected into the renal artery at a rate of 1 ml per second. Ten minutes after injection, complete occlusion of the fistula was confirmed. The postembolization syndrome was mild, particularly back pain and fever were mitigated. Repeat arteriogram after 3 months demonstrated persistent occlusion of the fistula. From this experience and a review of the literature, we postulate that the advantages of therapeutic embolization with ethanol for A-V fistula compared with other embolization techniques are the following: (1) persistence of arterial occlusion extending to the peripheral vessels, (2) less frequent possibility of recanalization and collateral formation, (3) less systemic toxicity even if ethanol has escaped into the systemic circulation through A-V fistula, and (4) no danger of accidental embolization of other arteries. Herein, we also review briefly the literature concerning both mechanism and feature of action of ethanol injected into the artery.

Published
1984

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