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GEO accession:
Series GSE123105
Query DataSets for GSE123105
Status
Public on Feb 25, 2019
Title
Selective roles of vertebrate PCF11 in premature and full-length transcript termination
Organisms
Danio rerio
;
Homo sapiens
Experiment type
Expression profiling by high throughput sequencing
Other
Genome binding/occupancy profiling by high throughput sequencing
Summary
This SuperSeries is composed of the SubSeries listed below.
Overall design
Refer to individual Series
Citation(s)
30819644
Submission date
Nov 29, 2018
Last update date
May 02, 2019
Contact name
Kinga Kamieniarz-Gdula
Organization name
University of Oxford
Department
Sir William Dunn School of Pathology
Street address
South Parks Road
City
Oxford
ZIP/Postal code
OX1 3RE
Country
United Kingdom
Platforms (5)
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GPL11154
Illumina HiSeq 2000 (Homo sapiens)
GPL16791
Illumina HiSeq 2500 (Homo sapiens)
GPL18413
Illumina HiSeq 2500 (Danio rerio)
GPL18573
Illumina NextSeq 500 (Homo sapiens)
GPL21697
NextSeq 550 (Homo sapiens)
Samples (95)
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GSM3483754
chrRNA-seq_siLUC_rep1
GSM3483755
chrRNA-seq_siLUC_rep2
GSM3483756
chrRNA-seq_siPCF11_rep1
GSM3483757
chrRNA-seq_siPCF11_rep2
GSM3483758
chrRNA-seq_wild-type_rep1
GSM3483759
chrRNA-seq_wild-type_rep2
GSM3483760
chrRNA-seq_wild-type_rep3
GSM3483761
chrRNA-seq_wild-type_rep4
GSM3483762
chrRNA-seq_muB_rep1
GSM3483763
chrRNA-seq_muB_rep2
GSM3483764
chrRNA-seq_muB_rep3
GSM3483765
chrRNA-seq_muB_rep4
GSM3495849
T4ph_mNETseq_siLUC_rep1
GSM3495850
T4ph_mNETseq_siLUC_rep2
GSM3495851
T4ph_mNETseq_siLUC_rep3
GSM3495852
T4ph_mNETseq_siPCF11_rep1
GSM3495853
T4ph_mNETseq_siPCF11_rep2
GSM3495854
T4ph_mNETseq_siPCF11_rep3
GSM3495855
T4ph_mNETseq_wild-type_rep1
GSM3495856
T4ph_mNETseq_wild-type_rep2
GSM3495857
T4ph_mNETseq_muB_rep1
GSM3495858
T4ph_mNETseq_muB_rep2
GSM3536449
3'mRNAseq_zPCF11null_wt_e1
GSM3536450
3'mRNAseq_zPCF11null_wt_e2
GSM3536451
3'mRNAseq_zPCF11null_wt_e3
GSM3536452
3'mRNAseq_zPCF11null_wt_e4
GSM3536453
3'mRNAseq_zPCF11null_het_e1
GSM3536454
3'mRNAseq_zPCF11null_het_e2
GSM3536455
3'mRNAseq_zPCF11null_het_e3
GSM3536456
3'mRNAseq_zPCF11null_het_e4
GSM3536457
3'mRNAseq_zPCF11null_hom_e1
GSM3536458
3'mRNAseq_zPCF11null_hom_e2
GSM3536459
3'mRNAseq_zPCF11null_hom_e3
GSM3536460
3'mRNAseq_zPCF11null_hom_e4
GSM3536461
3'mRNAseq_zPCF11null_hom_e5
GSM3536462
3'mRNAseq_zPCF11null_hom_e6
GSM3536463
3'mRNAseq_zPCF11deltaPAS1_wt_e1
GSM3536464
3'mRNAseq_zPCF11deltaPAS1_wt_e2
GSM3536465
3'mRNAseq_zPCF11deltaPAS1_wt_e3
GSM3536466
3'mRNAseq_zPCF11deltaPAS1_het_e1
GSM3536467
3'mRNAseq_zPCF11deltaPAS1_het_e2
GSM3536468
3'mRNAseq_zPCF11deltaPAS1_het_e3
GSM3536469
3'mRNAseq_zPCF11deltaPAS1_het_e4
GSM3536470
3'mRNAseq_zPCF11deltaPAS1_het_e5
GSM3536471
3'mRNAseq_zPCF11deltaPAS1_hom_e1
GSM3536472
3'mRNAseq_zPCF11deltaPAS1_hom_e2
GSM3536473
3'mRNAseq_zPCF11deltaPAS1_hom_e3
GSM3536474
3'mRNAseq_zPCF11deltaPAS1_hom_e4
GSM3536475
3'mRNAseq_zPCF11deltaPAS1_hom_e5
GSM3536476
3'mRNAseq_zPCF11deltaPAS1_hom_e6
GSM3536477
3'mRNAseq_siLUC_rep1
GSM3536478
3'mRNAseq_siLUC_rep2
GSM3536479
3'mRNAseq_siLUC_rep3
GSM3536480
3'mRNAseq_siLUC_rep4
GSM3536481
3'mRNAseq_siPCF11_rep1
GSM3536482
3'mRNAseq_siPCF11_rep2
GSM3536483
3'mRNAseq_siPCF11_rep3
GSM3536484
3'mRNAseq_siPCF11_rep4
GSM3536485
3'mRNAseq_wt_rep1
GSM3536486
3'mRNAseq_wt_rep2
GSM3536487
3'mRNAseq_wt_rep3
GSM3536488
3'mRNAseq_muA_rep1
GSM3536489
3'mRNAseq_muA_rep2
GSM3536490
3'mRNAseq_muA_rep3
GSM3536491
3'mRNAseq_muB_rep1
GSM3536492
3'mRNAseq_muB_rep2
GSM3536493
3'mRNAseq_muB_rep3
GSM3536494
3'mRNAseq_wt_rep4
GSM3536495
3'mRNAseq_muC
GSM3536496
3'mRNAseq_muD
GSM3633273
ChIP_input_forPolIItotal_siLUC_R1
GSM3633274
ChIP_input_forPolIItotal_siLUC_R2
GSM3633275
ChIP_PolIItotal_siLUC_R1
GSM3633276
ChIP_PolIItotal_siLUC_R2
GSM3633277
ChIP_input_forPolIItotal_siPCF11_R1
GSM3633278
ChIP_input_forPolIItotal_siPCF11_R2
GSM3633279
ChIP_PolIItotal_siPCF11_R1
GSM3633280
ChIP_PolIItotal_siPCF11_R2
GSM3633281
ChIP_input_forPolIIS2ph_siLUC_R1
GSM3633282
ChIP_PolIIS2ph_siLUC_R1
GSM3633283
ChIP_input_forPolIIS2ph_siPCF11_R1
GSM3633284
ChIP_PolIIS2ph_siPCF11_R1
GSM3633285
ChIP_input_PCF11andCPSF73_R1
GSM3633286
ChIP_input_PCF11_R2
GSM3633287
ChIP_PCF11-Ct_R1
GSM3633288
ChIP_PCF11-Ct_R2
GSM3633289
ChIP_PCF11-Int_R1
GSM3633290
ChIP_PCF11-Int_R2
GSM3633291
ChIP_input_CPSF73_siLUC_R2
GSM3633292
ChIP_CPSF73_siLUC_R1
GSM3633293
ChIP_CPSF73_siLUC_R2
GSM3633294
ChIP_input_CPSF73_siPCF11_R1
GSM3633295
ChIP_input_CPSF73_siPCF11_R2
GSM3633296
ChIP_CPSF73_siPCF11_R1
GSM3633297
ChIP_CPSF73_siPCF11_R2
This SuperSeries is composed of the following SubSeries:
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GSE122708
Selective roles of vertebrate PCF11 in premature and full-length transcript termination (chromatin-bound RNA-seq)
GSE123104
Selective roles of vertebrate PCF11 in premature and full-length transcript termination (mNET-seq)
GSE124555
Selective roles of vertebrate PCF11 in premature and full-length transcript termination (zebrafish 3' mRNA-seq)
GSE124556
Selective roles of vertebrate PCF11 in premature and full-length transcript termination (human 3' mRNA-seq)
GSE127256
Selective roles of vertebrate PCF11 in premature and full-length transcript termination (ChIP-seq)
Relations
BioProject
PRJNA507553
Download family
Format
SOFT formatted family file(s)
SOFT
MINiML formatted family file(s)
MINiML
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TXT
Supplementary file
Size
Download
File type/resource
GSE123105_RAW.tar
11.6 Gb
(http)
(custom)
TAR (of BED, BEDGRAPH, BROADPEAK, BW)
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