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Inoue Ryuji

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Publication

Featured researches published by Inoue Ryuji.

Journal of Physiological Sciences | 2017

Electrical stimulations do not affect the expression patterns of TRPC6 and other effectors regulating bone marrow stromal cell (BMSC) proliferation

Ichikawa Jun; Inoue Ryuji

Journal of Physiological Sciences | 2017

Pathophysiological contribution of endothelial TRPM7 channel to pulmonary arterial hypertension

Hiraishi Keizo; Kurahara Lin Hai; Hu Yaopeng; Koga Kaori; Onitsuka Miki; Abe Kotaro; Sato Toru; Okada Yasumasa; Inoue Ryuji

Journal of Physiological Sciences | 2017

Electrophysiological and stimulation analyses of atrial excitation/propagation in a co-cultured HL-1 cardiomyocyte-cardiac fibroblast monolayer

Hu Yaopeng; Shen Yanghua; Hiraishi Keizo; Kurahara Lin Hai; Ichikawa Jun; Numata Tomohiro; Shen Wenfeng; Zhu Xin; Inoue Ryuji

Journal of Physiological Sciences | 2017

Possible involvement of TRPM7-mediated cation influx in K562 hematopoietic cell growth and differentiation

Takahashi Kiriko; Numata Tomihiro; Yamaura Ken; Inoue Ryuji

Journal of Physiological Sciences | 2016

酸感受性外向整流性アニオンチャンネル(ASOR)と細胞容積感受性外向整流性アニオンチャネル(VSOR)との薬理学的な区別

Sato‐Numata Kaori; Numata Tomohiro; Inoue Ryuji; Okada Yasunobu

Journal of Physiological Sciences | 2016

Electrical stimulations affect the proliferative and migratory potentials of bone marrow stromal cells (BMSCs)

Ichikawa Jun; Inoue Ryuji

Journal of Physiological Sciences | 2016

ヒト臍帯静脈血管内皮細胞(HUVEC)の上皮間葉転換(EndoMT)へのTRPM7とFYNの関与

Hiraishi Keizo; Kurahara Lin; Inoue Ryuji

Journal of Physiological Sciences | 2016

Daikenchuto ameliorates fibrotic stenosis by activating myofibroblast TRPA1 channel

Kurahara Lin; Hiraishi Keizo; Hu Yaopeng; Aoyagi Kunihiko; Inoue Ryuji

PLOS ONE | 2013

Current traces and activation curves of HCN2 wildtype, S126L and heretomeric channels at 25, 35 and 38°C.

Nakamura Yuki; Shi Xiuyu; Numata Tomohiro; Mori Yasuo; Inoue Ryuji; Lossin Christoph; Z. Baram Tallie; Hirose Shinichi

Archive | 2009

TRPチャンネル蛋白質の新しい特徴と病態生理学的役割 G蛋白質共役型受容体とTRPCチャンネルとの機能的相互作用による肥大シグナルの制御(New features and pathophysiological roles of TRP channel proteins Regulation of hypertrophic signaling pathway by functional interaction between G protein-coupled receptor and TRPC channels)

Nishida Motohiro; Sato Yoji; Nayaka Michio; Inoue Ryuji; Mori Yasuo; Kurose Hitoshi

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