Conference Activities & Talks -

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  1. 濱谷 陸太, 角田 恒和, 米津 太志, 村井 典史, 金地 嘉久, 松田 隼治, 臼井 英祐, 星野 昌弘, 荒木 誠, 仁井田 崇志, 羽田 昌浩, 菅野 義典, 家坂 義人. 侵襲的冠動脈造影施行患者における冠動脈生理学的パラメータと心臓バイオマーカーの関連性(Association between Coronary Physiological Parameters and Cardiac Biomarkers in Patients Undergoing Invasive Coronary Angiography). 日本循環器学会学術集会抄録集 2017.03.01

  2. Usui Eisuke, Kakuta Tsunekazu, Yonetsu Taishi, Murai Tadashi, Kanaji Yoshihisa, Matsuda Junji, Hoshino Masahiro, Araki Makoto, Niida Takayuki, Hada Masahiro, Hamaya Rikuta, Kanno Yoshinori, Iesaka Yoshito, Isobe Mitsuaki. 光干渉断層撮影で認められる形態的特徴が機能的に重大な狭窄のない患者における冠血流予備能に及ぼす影響(Impact of Optical Coherence Tomography-derived Morphological Features on Coronary Flow Reserve in Patients without Functionally Significant Stenosis). 日本循環器学会学術集会抄録集 2017.03.01

  3. Usui Eisuke, Kakuta Tsunekazu, Murai Tadashi, Kanaji Yoshihisa, Matsuda Junji, Yonetsu Taishi, Hoshino Masahiro, Araki Makoto, Niida Takayuki, Hada Masahiro, Hamaya Rikuta, Kanno Yoshinori, Iesaka Yoshito, Isobe Mitsuaki. 冠動脈血管造影と冠血流予備量比の視覚機能的ミスマッチにおける冠血流予備能および光干渉断層撮影の意義(Significance of Coronary Flow Reserve and Optical Coherence Tomography Findings in Visual-Functional Mismatch between Coronary Angiography and Fractional Flow Reserve). 日本循環器学会学術集会抄録集 2017.03.01

  4. Usui Eisuke, Kakuta Tsunekazu, Yonetsu Taishi, Murai Tadashi, Kanaji Yoshihisa, Matsuda Junji, Hoshino Masahiro, Araki Makoto, Niida Takayuki, Hada Masahiro, Hamaya Rikuta, KAnno Yoshinori, Iesaka Yoshito, Isobe Mitsuaki. 冠動脈血行動態的意義を予測するための光干渉断層撮影による形態学的評価　静脈内超音波との直接比較(Optical Coherence Tomography-derived Morphometric Assessment to Predict Coronary Hemodynamic Significance: Head-to-Head Comparison with Intravascular Ultrasound). 日本循環器学会学術集会抄録集 2017.03.01

  5. Kanaji Yoshihisa, Kakuta Tsunekazu, Yonetsu Taishi, Murai Tadashi, Matsuda Junji, Usui Eisuke, Hoshino Masahiro, Araki Makoto, Niida Takayuki, Hada Masahiro, Hamaya Rikuta, Kanno Yoshinori, Iesaka Yoshito, Isobe Mitsuaki. 圧力温度センサー装備ワイヤーで得られた生理学的評価値と比較した熱希釈法ベースの定量的絶対冠動脈血流および絶対微小血管抵抗性(Thermodilution-based Quantitative Absolute Coronary Flow and Absolute Microvascular Resistance Compared with Physiological Metrics Obtained by a Pressure-temperature Sensor Equipped Wire). 日本循環器学会学術集会抄録集 2017.03.01

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