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City Shanghai / Carlsbad / Woburn / Boston / Dalian / St Louis / Beijing / Chicago / / Company Olympus / Millipore / Sigma-Aldrich / TAKARA / Quantity One Software / Bio-Rad Laboratories / Cox / Creative Commons / BD Biosciences / SPSS / Qian / Hindawi Publishing Corporation / / Country Japan / United States / China / / / Event Business Partnership / / Facility Eastern Hepatobiliary Hospital / Military Medical University / / IndustryTerm ethanol solutions / cell signaling technology / / MedicalCondition HCC metastasis / metastasis / human cancers / let-7g-resistant tumors / breast cancer / breast carcinoma / tumor / cancer / tumors / hepatocellular carcinoma / high metastasis / Introduction Hepatocellular carcinoma / Tumor volume / nonsmall cell lung cancer / human hepatocellular carcinoma / / MedicalTreatment surgery / drug targeting / / OperatingSystem Microsoft Windows / / Organization Eastern Hepatobiliary Hospital / Feng Shen Department of Hepatic Surgery / Military Medical University / Medical Ethics Committee / / Person Jun Li / Ying Hou / Yong Xia / Xiang-Lei Xing / Gang Lv / / Position Academic Editor / proportional hazards model in a multivariate analysis / representative / / Product Intratumoral injection / dimethyl sulfoxide / / ProvinceOrState Massachusetts / / Technology siRNA / hybridization / Biotechnology / apoptosis / cell signaling technology / gene expression / analyzed using in situ hybridization / / URL http /
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Reexpression of Let-7g MicroRNA Inhibits the Proliferation and Migration via K-Ras/HMGA2/Snail Axis in Hepatocellular Carcinoma