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README.txt (5.59 kB)
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Support data_Folder1_CD133 flow.zip (31.86 MB)
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Support data_Folder2_Sorafenib apotopsis.zip (30.15 MB)
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Support data_Folder3_Clinical data.zip (28.03 MB)
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Support data_Folder4_Functional assay.zip (1.78 GB)
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Support data_Folder5_IF.zip (111.9 MB)
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Support data_Folder6_In vivo Sorafenib treatment.zip (9.25 MB)
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Support data_Folder7_IL-8 ELISA.zip (20.15 kB)
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Support data_Folder8_RNA seq.zip (95.05 MB)
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Support data_Folder9_Tumor formation in nude mice.zip (37.58 MB)
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Supporting data for "Characterization of the Cancer Stemness Effect of gene MAEL on HCC"

dataset
posted on 2021-05-06, 02:05 authored by Chaoran Shi
Hepatocellular carcinoma is the worldwide health problem. According to analysis the RNA sequencing of three paired HCC and adjacent non-tumor samples, we found several oncogenes played critical roles in development and progression on HCC. Our previous study has demonstrated that gene MAEL was up-regulated in tumor samples compared with matched no-tumor smples. High expression of MAEL associated with HCC metastasis and poor overall survival rate. Functional study showed overexpression of MAEL increased cell growth, mobility, which medicated by AKT pathways activity and inducing EMT. Moreover, MAEL transfected cell upregulated stemness related gene and CSC surface markers in mRNA level as well as enriched CD133 percentage. The dataset includes the Flow cytometry results, IF staining, In vitro functional studies, tumor formation in nude mice, Sorafenib treatment ELISA and RNA-Seq as the data information txt of each file folder/

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HMRF 04150826

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