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9篇 您的检索式:作者名="Masato Enomoto"
    题名 作者 年代 出处 被引量
1Monte Carlo Simulation of Grain Growth显示文摘Yoshiyuki SAITO Masato ENOMOTO 1992ISIJ Intemational1992,32,3:1
2Modified K-Line in Magnetic Resonance Imaging Predicts Insufficient Decompression of Cervical Laminoplasty显示文摘Takashi Taniyama Takashi Hirai Tsuyoshi Yamada Masato Yuasa Mitsuhiro Enomoto Toshitaka Yoshii Tsuyoshi Kato Shigenori Kawabata Hiroyuki Inose Atsushi Okawa 2013Spine2013,,6:1
3Ferrite Nucleation at Ceramic/Austenite Interfaces显示文摘Sanhong Zhang Nobuyuki Hattori Masato Enomoto 1996ISIJ International1996,,10:1
4Angiomyolipoma of the liver: a reappraisal of morphological features and delineation of new characteristic histological features from the clinicopathological findings of 55 tumours in 47 patients显示文摘Akitaka Nonomura Yasunori Enomoto Maiko Takeda Masato Takano Kohei Morita Takahiko Kasai 2012Histopathology2012,,5:1
5Problems of bainitic transformation and microstructures in low carbon steel显示文摘Araki Toru Enomoto Masato Shibata Koji 1991Journal of the Iron and Steel Institute of Japan1991,77,10:1
6Histological and prognostic importance of CD 44+/ CD 24+/ E p CAM + expression in clinical pancreatic cancer显示文摘Yusuke Ohara Tatsuya Oda Masato Sugano Shinji Hashimoto Tsuyoshi Enomoto Keiichi Yamada Yoshimasa Akashi Ryoichi Miyamoto Akihiko Kobayashi Kiyoshi Fukunaga Yukio Morishita Nobuhiro Ohkohchi 2013Cancer Sci2013,,8:1
7Partition of Mn during the growth of proeutectoid ferrite allotriomorphs in an Fe-1.6 at. pct C-2.8 at. pct Mn alloy显示文摘Masato Enomoto H. I. Aaronson 1987Metallurgical Transactions A1987,,9:1
8FCC金属与B1型陶瓷共格界面能的计算显示文摘本文利用分离点阵多平面最近邻断键模型计算了fcc金属与Bl型陶瓷之间的共格界面能,并研究了界面成分和界面能随温度以及界面位向变化的规律.结果表明随温度升高,界面能和界面能的各向异性都降低.作为一个实例,本文研究了奥氏体和CrN之间的界面,根据界面能与位向的关系,预测CrN在奥氏体中析出的平衡形状应接近立方体.杨志刚 Masato Enomoto 2000材料科学与工程学报2000,20,z2:0
9Deciphering tumor-suppressor signaling in flies:Genetic link between Scribble/Dlg/Lgl and the Hippo pathways显示文摘Loss of apico-basal polarity is one of the crucial factors that drives epithelial tumor progression,scribble/discs large/lethal giant larvae (scrib/dlg/lgl),a group of apico-basal polarity genes,were initially identified as members of'neoplastic'tumor-suppressors in flies.The components of the Hippo signaling pathway,which is crucial for organ size control and cancer development,were also identified through Drosophila genetic screens as members of'hyperplastic'tumor-suppressors.Accumulating evidence in recent studies implies that these two tumor-suppressor signaling pathways are not mutually exclusive but rather cooperatively act to give rise to highly malignant tumors.The interaction of these tumor-suppressor pathways could include deregulations of actin cytoskeleton,cell—cell contact,and apical-domain size of the epithelial cell.Masato Enomoto Tatsushi Igaki 2011Journal of Genetics and Genomics2011,38,10:0
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