Possible Pathway of Na+ Flux into Mitochondria in Ischemic Heart von Tanonaka, Kouichi, Motegi, Kanataka, Arino, Toru, Marunouchi, Tetsuro, Takagi, Norio, Takeo, Satoshi

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Preservation of mitochondrial function during ischemia as a possible mechanism for cardioprotection of diltiazem against ischemia/reperfusion injury von Takeo, Satoshi, Tanonaka, Kouichi, Iwai, Takeshi, Motegi, Kanataka, Hirota, Yuko

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Possible Pathway of Na+ Flux into Mitochondria in Ischemic Heart von Kouichi Tanonaka, Kanataka Motegi, Toru Arino, Tetsuro Marunouchi, Norio Takagi, Satoshi Takeo

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Effects of N-(2-mercaptopropionyl)-glycine on mitochondrial function in ischemic-reperfused heart von TANONAKA, Kouichi, IWAI, Takeshi, MOTEGI, Kanataka, TAKEO, Satoshi

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Sodium accumulation during ischemia induces mitochondrial damage in perfused rat hearts von Iwai, Takeshi, Tanonaka, Kouichi, Inoue, Rie, Kasahara, Sayaka, Motegi, Kanataka, Nagaya, Shotaro, Takeo, Satoshi

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Nicorandil preserves mitochondrial function during ischemia in perfused rat heart von Iwai, Takeshi, Tanonaka, Kouichi, Motegi, Kanataka, Inoue, Rie, Kasahara, Sayaka, Takeo, Satoshi

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Blockade of Na+ influx during ischemia as a protective mechanism of diltiazem in ischemic/reperfused heart von Kanataka Motegi, Kouichi Tanonaka, Takeshi Iwai, Yuko Hirota, Satoshi Takeo

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P2L-05 A novel mechanism for cardioprotective effects of Na+/Ca2+ exchanger inhibitor against ischemic myocardium von Kouichi Tanonaka, Kanataka Motegi, Yuji Takenaga, Norio Takagi, Satoshi Takeo

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A possible mechanism underlying cardioprotection of nicorandil against ischemicireperfusion injury von Iwai, Takeshi, Tanonaka, Kouichi, Motegi, Kanataka, Inoue, Rie, Kasahara, Sayaka, Takeo, Satoshi

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Sodium accumulation during ischemia induces mitochondrial damage in perfused rat hearts von IWAI, Takeshi, TANONAKA, Kouichi, INOUE, Rie, KASAHARA, Sayaka, MOTEGI, Kanataka, NAGAYA, Shotaro, TAKEO, Satoshi

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