%0 Journal Article %A Ruan, Hang %A Xiang, Yu %A Ko, Junsuk %A Li, Shengli %A Jing, Ying %A Zhu, Xiaoyu %A Ye, Youqiong %A Zhang, Zhao %A Mills, Tingting %A Feng, Jing %A Liu, Chun-Jie %A Jing, Ji %A Cao, Jin %A Zhou, Bingying %A Wang, Li %A Zhou, Yubin %A Lin, Chunru %A Guo, An-Yuan %A Chen, Xi %A Diao, Lixia %A Li, Wenbo %A Chen, Zhiao %A He, Xianghuo %A Mills, Gordon %A Blackburn, Michael %A Han, Leng %D 2019 %T Additional file 1: of Comprehensive characterization of circular RNAs in ~ 1000 human cancer cell lines %U https://springernature.figshare.com/articles/journal_contribution/Additional_file_1_of_Comprehensive_characterization_of_circular_RNAs_in_1000_human_cancer_cell_lines/9730346 %R 10.6084/m9.figshare.9730346.v1 %2 https://springernature.figshare.com/ndownloader/files/17426600 %K cancer cell lines %K Comprehensive characterization %K EMT %K CTRP %K Figure S 4. Characterization %K cancer cell lines Figure S 1. Expression landscape %K Table S 1. Summary %K Figure S 5. Therapeutic liability %K PDF 7931 kb %K Figure S 2. %K drug response %K RNA %K Figure S 6. Examples %K Figure S 3. Enrichment %K circRNA %X Figure S1. Expression landscape of circRNAs across cancer cell lines. Figure S2. Potential regulation of EMT on biogenesis of circRNAs. Figure S3. Enrichment of circRNAs in clinically actionable genes. Figure S4. Characterization of functional effects and drug response of circMYC in cancer. Figure S5. Therapeutic liability of circRNAs in CTRP. Figure S6. Examples of modules in CircRiC. Table S1. Summary of circRNAs identified across different cancer cell lines. (PDF 7931 kb) %I figshare