DDX52      shRNA in HepG2      Control: NT_BGHLV16

General Information
RBPDDX52
Cell_LineHepG2
MethodshRNA
Exp_NameDDX52-BGHLV16-HepG2
ENCODE_series_IDENCSR544DKQ
Batch_IDBGHLV16
Pool IDPool-141001
Local_Set_Nameset16
ENCODE_KD_Exp_IDENCSR913ZWR
ENCODE_CN_Exp_IDENCSR689PHN
Rep1DDX52_BGHLV16_13
Rep2DDX52_BGHLV16_14
CN1NT_BGHLV16_1
CN2NT_BGHLV16_2
Rep1_qPCR57.9
Rep2_qPCR57.6
Rep1_WB36.0
Rep2_WB31.2
Antibody Cat#A303-054A
Antibody Lot#A303-054A
Antibody DCC IDENCAB607JMR
StatusReleased
ProjectENCODE3
ID414




Experiment Information (Status: Released)
BGHLV16-13BGHLV16-14
idx181182
TRCN#_or_BGC#TRCN0000052106TRCN0000052106
shRNA_or_gRNA_sequenceGCCAATCCAAATGCAAGCCATGCCAATCCAAATGCAAGCCAT
PAM
NameDDX52_06DDX52_06
Sample_IDBGHLV16-13BGHLV16-14
transduction_Date7/31/20147/31/2014
days
RBP_nameDDX52DDX52
qPCR_result57.957.6
Ave_qPCR57.8
RT-qPCR_primer-Fttccggaaagttggagaatc
RT-qPCR_primer-Rcaattgggtcaggaagatcg
protein_conc33193277
WB_result36.031.2
Ave_WB33.6
WB_DONE_date2/23/2015
MW67kDa
IP11
antibody_Cat#A303-054AA303-054A
Antibody DCC IDENCAB607JMRENCAB607JMR
submitted_to_DCC_date4/2/2015
Rep1_TPM7.50
Rep2_TPM8.30
Action
Library_start_date9/23/20149/23/2014
repeat_library
Note
ID22462247




Western Blot
RBP Antibody InfoPrimary-HepG2Secondary-HepG2Primary-K562Secondary-K562Primary-UBERONPrimary-Hela
DDX52Product_ID: A303-054A
Lot_ID: 1
Source: Bethyl Labs
Target Name: DDX52-human
HepG2_Bethyl_A303-054A_1_DDX52.png<br>Caption: IP-Western Blot analysis of HepG2 whole cell lysate using DDX52 specific antibody. Lane 1 is 1% of twenty million whole cell lysate input and lane 2 is 25% of IP enrichment using rabbit normal IgG (lanes under 'IgG'). Lane 3 is 1% of twenty million whole cell lysate input and lane 4 is 10% IP enrichment using rabbit polyclonal anti-DDX52 antibody (lanes under 'DDX52').
DDX52_Secondary_Western.png<br>Caption: Western blot following shRNA against DDX52 in K562 and HepG2 whole cell lysate using DDX52 specific antibody. Lane 1 is a ladder, lane 2 is K562 non-targeting control knockdown, lane 2 and 3 are two different shRNAs against DDX52. Lanes 5-7 follow the same pattern, but in HepG2. DDX52 protein appears as the green band, GAPDH serves as a control and appears in red.
K562_Bethyl_A303-054A_1_DDX52.png<br>Caption: IP-Western Blot analysis of K562 whole cell lysate using DDX52 specific antibody. Lane 1 is 1% of twenty million whole cell lysate input and lane 2 is 25% of IP enrichment using rabbit normal IgG (lanes under 'IgG'). Lane 3 is 1% of twenty million whole cell lysate input and lane 4 is 10% IP enrichment using rabbit polyclonal anti-DDX52 antibody (lanes under 'DDX52').
DDX52_Secondary_Western.png<br>Caption: Western blot following shRNA against DDX52 in K562 and HepG2 whole cell lysate using DDX52 specific antibody. Lane 1 is a ladder, lane 2 is K562 non-targeting control knockdown, lane 2 and 3 are two different shRNAs against DDX52. Lanes 5-7 follow the same pattern, but in HepG2. DDX52 protein appears as the green band, GAPDH serves as a control and appears in red.




Experiment Status
BGHLV16-13BGHLV16-14
Sample_IDBGHLV16-13BGHLV16-14
Sample NameDDX52_BGHLV16_13DDX52_BGHLV16_14
Sample NameDDX52_BGHLV16_13DDX52_BGHLV16_14
RBPDDX52DDX52
Cell_LineHepG2HepG2
Exp UID
StatusReleasedReleased
Status_date2014-12-112014-12-11
ProjectENCODE3ENCODE3
Note
ID552553




Library-Prep Information
BGHLV16-13BGHLV16-14
Sample #
Sample NameDDX52-BGHLV16-13DDX52-BGHLV16-14
Sample_Name_AliasDDX52_BGHLV16_13DDX52_BGHLV16_14
Index Well PositionS03S04
Index_tableIDT_TruSeqSingleIndex_24IDT_TruSeqSingleIndex_24
LibPrep_date2014-09-232014-09-23
Lib_IDLib-140923Lib-140923
Tecan_Location
Tecan
Tecan_date
Size_bp
Peak_Molarity
libSampleQC_DNA_WellDNA_Library_LV16-17/set1/C6.pngDNA_Library_LV16-17/set1/D6.png
RIN9.79.7
libSample_RNA_WellRNA_Library_LV13-14-16/set1/A12.pngRNA_Library_LV13-14-16/set1/B12.png
SampleQC_method
SampleQC_date
Sample_IDBGHLV16-13BGHLV16-14
RBPDDX52DDX52
Batch_IDBGHLV16BGHLV16
WB_result36.00031.200
Library DescriptionTruSeq mRNATruSeq mRNA
Repeat_Library_Suffix
Lib_StatusSendToSequenceSendToSequence
ProjectENCODE3ENCODE3
ID22362237




Sequencing Information
BGHLV16-13BGHLV16-14
Sample_IDBGHLV16-13BGHLV16-14
Sample NameDDX52_BGHLV16_13DDX52_BGHLV16_14
Pool IDPool-141001Pool-141001
LocalServer_folderset16set16
total_reads47,120,00053,190,000
total_aligned_reads42,308,21647,093,782
unique_aligned_reads39,885,00244,433,528
percent_uniqueAligned0.846460.83537
correlation_replicates0.9986760.998676
spikein_reads68,53446,888
percent_spikeins0.001450.00088
original_ReadLength100100
QC_StatusSubmittedSubmitted
ID878879




Data Submission Information
BGHLV16-13BGHLV16-13
ENCODE_aliasbrenton-graveley:DDX52_BGHLV16brenton-graveley:DDX52-BGHLV16-HepG2
ENCODE_accessionENCSR913ZWRENCSR544DKQ
object_typeexperimentgene_silencing_series
assay_typeknockdown followed by RNA-seqknockdown followed by RNA-seq
Sample_IDBGHLV16-13BGHLV16-13
Sample NameDDX52_BGHLV16_13DDX52_BGHLV16_13
SelectedYesYes
StatusReleasedReleased
Status_Date2014-12-082022-03-01
ProjectENCODE3ENCODE3
protocol_URL
ID28446657




File Information
file_namefile_pathfile_formatoutput_typeassay_typelabSample IDplatformread_lengthrun_typepaired_endassemblygenome_annotationderived_fromcontrolled_byProjectNoteFILE_ID
DDX52_BGHLV16_13_TTAGGC_L006_R1_001.fastq.gzENCODE_DATA/set16/fastqfastqreadsknockdown followed by RNA-seqGraveley Lab878HiSeq2000100paired-ended1NT_BGHLV16_1_ATCACG_L005_R1_001.fastq.gz,NT_BGHLV16_2_CGATGT_L005_R1_001.fastq.gzENCODE314278
DDX52_BGHLV16_13_TTAGGC_L006_R2_001.fastq.gzENCODE_DATA/set16/fastqfastqreadsknockdown followed by RNA-seqGraveley Lab878HiSeq2000100paired-ended2NT_BGHLV16_1_ATCACG_L005_R2_001.fastq.gz,NT_BGHLV16_2_CGATGT_L005_R2_001.fastq.gzENCODE314304
DDX52_BGHLV16_13_Aligned.sortedByCoord.out.bamENCODE_DATA/set16/STAR_ENCORE2_file_linksbamalignmentsknockdown followed by RNA-seqGraveley Lab878GRCh38V40DDX52_BGHLV16_13_TTAGGC_L006_R1_001.fastq.gz,DDX52_BGHLV16_13_TTAGGC_L006_R2_001.fastq.gzENCORE214330
DDX52_BGHLV16_13_Signal.Unique.strand+.bwENCODE_DATA/set16/STAR_ENCORE2_file_linksbigWig+uniqueplus strand signal of unique readsknockdown followed by RNA-seqGraveley Lab878GRCh38V40DDX52_BGHLV16_13/Aligned.sortedByCoord.out.bamENCORE214356
DDX52_BGHLV16_13_Signal.Unique.strand-.bwENCODE_DATA/set16/STAR_ENCORE2_file_linksbigWig-uniqueminus strand signal of unique readsknockdown followed by RNA-seqGraveley Lab878GRCh38V40DDX52_BGHLV16_13/Aligned.sortedByCoord.out.bamENCORE214382
DDX52_BGHLV16_13_Signal.UniqueMultiple.strand+.bwENCODE_DATA/set16/STAR_ENCORE2_file_linksbigWig+allplus strand signal of all readsknockdown followed by RNA-seqGraveley Lab878GRCh38V40DDX52_BGHLV16_13/Aligned.sortedByCoord.out.bamENCORE214408
DDX52_BGHLV16_13_Signal.UniqueMultiple.strand-.bwENCODE_DATA/set16/STAR_ENCORE2_file_linksbigWig-allminus strand signal of all readsknockdown followed by RNA-seqGraveley Lab878GRCh38V40DDX52_BGHLV16_13/Aligned.sortedByCoord.out.bamENCORE214434
DDX52_BGHLV16_13_quant.sfENCODE_DATA/set16/salmon_ENCORE2transcript_quantificationtranscript quantificationsknockdown followed by RNA-seqGraveley Lab878GRCh38V40DDX52_BGHLV16_13_TTAGGC_L006_R1_001.fastq.gz,DDX52_BGHLV16_13_TTAGGC_L006_R2_001.fastq.gzENCORE214460
DDX52_BGHLV16_14_TGACCA_L006_R1_001.fastq.gzENCODE_DATA/set16/fastqfastqreadsknockdown followed by RNA-seqGraveley Lab879HiSeq2000100paired-ended1NT_BGHLV16_1_ATCACG_L005_R1_001.fastq.gz,NT_BGHLV16_2_CGATGT_L005_R1_001.fastq.gzENCODE314279
DDX52_BGHLV16_14_TGACCA_L006_R2_001.fastq.gzENCODE_DATA/set16/fastqfastqreadsknockdown followed by RNA-seqGraveley Lab879HiSeq2000100paired-ended2NT_BGHLV16_1_ATCACG_L005_R2_001.fastq.gz,NT_BGHLV16_2_CGATGT_L005_R2_001.fastq.gzENCODE314305
DDX52_BGHLV16_14_Aligned.sortedByCoord.out.bamENCODE_DATA/set16/STAR_ENCORE2_file_linksbamalignmentsknockdown followed by RNA-seqGraveley Lab879GRCh38V40DDX52_BGHLV16_14_TGACCA_L006_R1_001.fastq.gz,DDX52_BGHLV16_14_TGACCA_L006_R2_001.fastq.gzENCORE214331
DDX52_BGHLV16_14_Signal.Unique.strand+.bwENCODE_DATA/set16/STAR_ENCORE2_file_linksbigWig+uniqueplus strand signal of unique readsknockdown followed by RNA-seqGraveley Lab879GRCh38V40DDX52_BGHLV16_14/Aligned.sortedByCoord.out.bamENCORE214357
DDX52_BGHLV16_14_Signal.Unique.strand-.bwENCODE_DATA/set16/STAR_ENCORE2_file_linksbigWig-uniqueminus strand signal of unique readsknockdown followed by RNA-seqGraveley Lab879GRCh38V40DDX52_BGHLV16_14/Aligned.sortedByCoord.out.bamENCORE214383
DDX52_BGHLV16_14_Signal.UniqueMultiple.strand+.bwENCODE_DATA/set16/STAR_ENCORE2_file_linksbigWig+allplus strand signal of all readsknockdown followed by RNA-seqGraveley Lab879GRCh38V40DDX52_BGHLV16_14/Aligned.sortedByCoord.out.bamENCORE214409
DDX52_BGHLV16_14_Signal.UniqueMultiple.strand-.bwENCODE_DATA/set16/STAR_ENCORE2_file_linksbigWig-allminus strand signal of all readsknockdown followed by RNA-seqGraveley Lab879GRCh38V40DDX52_BGHLV16_14/Aligned.sortedByCoord.out.bamENCORE214435
DDX52_BGHLV16_14_quant.sfENCODE_DATA/set16/salmon_ENCORE2transcript_quantificationtranscript quantificationsknockdown followed by RNA-seqGraveley Lab879GRCh38V40DDX52_BGHLV16_14_TGACCA_L006_R1_001.fastq.gz,DDX52_BGHLV16_14_TGACCA_L006_R2_001.fastq.gzENCORE214461