Project description:To discover the core gene expression features of CtBP1, CtBP2 differently regulated in ovarian cancer SKOV3 cells. The compared the whole transcript expression profiling between CtBP1 knockdown, CtBP2 knockdown and scramble control in ovarian cancer skov3 cells.
Project description:CCAT1-L is a highly expressed long noncoding RNA located in the colorectal cancer specific super enhance region about 500 kb upstream of MYC gene. Knockdown of CCAT1-L significantly down-regulated interaction frequency between CCAT1 and MYC locus and repress MYC expression, suggesting a long-range chromatin interaction between CCAT1-L and MYC locus maintained by CCAT1-L underlie the MYC regulation. To further validate this hypothesis, multiplexed 3C sequencing (3C-seq) was employed to evaluate chromatin interaction strength between CCAT1-L and MYC locus in CCAT1-L knockdown and scramble knockdown (Scr) HT29 cells. The 3C-Seq design and data analysis were performed according to Stadhouders et al, Nat Protoc. 2013, 8:509-524. A series of bait sequences accommodating different locus around CCAT1-L and MYC were selected. Through integrating with specific sample barcodes, bait-specific primer sets were designed to construct relevant 3C-seq libraries in CCAT1-L knockdown and scramble knockdown (Scr) HT29 samples. All of the 3C sample libraries from different treatment, including CCAT1-L knockdown and scramble knockdown (Scr), were then pooled together for high-throughput sequencing. Two technical 3C-seq were performed (CCAT1_myc_3C_1.txt.gz and CCAT1_myc_3C_2.txt.gz) and then combined together to get enough reads for further analysis. 3C-seq reads from different samples were divided according to sample barcodes (CCAT1-L knockdown: ATGTCA; Scr: GCCAAT) and different bait sequences, and then mapped to human reference genome to assess chromatin interaction strength between CCAT1-L and MYC locus in different treatments. In our study, one representative bait-specific sequencing data (CTTCTACTGATTGGCCCTAAACACTTTTCCAAAGCTT) was select to generate bedgraph files and upload to UCSC for visualization to show the chromatin interaction between CCAT1-L and Myc locus in CCAT1-L knockdown (CCAT1-L_knockdown_out.bedgraph) and scramble knockdown (Scr_out.bedgraph) samples.
Project description:We knockdown-expressed the AHNAK2 in Hela cells, MDA-MB-231 cells and HCT116 cells using the lentiviral construct Plko.1. Then using RNA-sequencing (Illumina) to compare AHNAK2 knockdown cells to the scramble controls.
Project description:CCAT1-L is a highly expressed long noncoding RNA located in the colorectal cancer specific super enhance region about 500 kb upstream of MYC gene. Knockdown of CCAT1-L significantly down-regulated interaction frequency between CCAT1 and MYC locus and repress MYC expression, suggesting a long-range chromatin interaction between CCAT1-L and MYC locus maintained by CCAT1-L underlie the MYC regulation. To further validate this hypothesis, multiplexed 3C sequencing (3C-seq) was employed to evaluate chromatin interaction strength between CCAT1-L and MYC locus in CCAT1-L knockdown and scramble knockdown (Scr) HT29 cells.
Project description:To identify proteins regulated by TRMT6/TRMT61A complex, we depleted TRMT6/TRMT61A in human liver CSCs, and compared the differential proteins with control CSCs by LC-MS/MS.
Project description:The goals of this study are to compare differentianl gene expression between Scramble control and knockdown of HMRHL in K562 cell lines. Subsequently to determine the cellular pathway and biological process affected most upon HMRHL silencing from NGS-derived K562 cells transcriptome profiling (RNA-seq).
Project description:Purpose: The goals of this study are to compare transcriptomic profiles of JEG-3 cells in EPS15 knockdown and control cells. Methods: EPS15 scramble oligos were used as a negative control, while an siRNA targetting EPS15 was used to generate knockdown cell lines. Results: Using an optimized data pipeline, we quantified mRNA expression of 37,788 genes and detected differentially-expressed genes across knockdown and control cell lines. Conclusions: Our results provide some experimental evidence that EPS15 has transcriptomic consequences in human placenta-derived JEG3 cells.