10.1371/journal.pone.0107016.g004 Guangzhen Hu Guangzhen Hu Zhenkun Lou Zhenkun Lou Mamta Gupta Mamta Gupta GAS5 suppresses c-Myc translation through direct binding with its mRNA. Public Library of Science 2014 RNA binding motifs eIF 4E protein lymphoma cell lines translation regulation GAS 5 RNA gas 5 siRNA Protein translation lncRNA GAS 5 eIF 4E GAS 5 lncRNA translation initiation machinery mrna Eukaryotic Translation Initiation Factor 4 E GAS 5 2014-09-08 03:11:01 Figure https://plos.figshare.com/articles/figure/_GAS5_suppresses_c_Myc_translation_through_direct_binding_with_its_mRNA_/1165024 <p>(<b>A</b>) The protein level of c-Myc was assessed by western blot after the cells were treated with GAS5 or control siRNA followed by the treatment of 100 µg/ml CHX for 1 and 2 hours. (<b>B</b>) c-Myc mRNA level associated with the polysome and non-polysome fractions of GAS5 and control siRNA transfected HEK-293T cells were evaluated by Q-PCR. Data was normalized with total mRNA (non-polysome + polysome). Bars represent mean ±SD from 3 replicates. (<b>C</b>) RNA from HEK-293T cells was pulled down by biotin-labeled GAS5 antisense DNA oligo with GAS5 sense DNA oligo as a control. The binding of c-Myc mRNA to GAS5 was evaluated by RT-PCR, in which GAPDH was used as a control.</p>