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Series GSE60378 Query DataSets for GSE60378
Status Public on May 07, 2015
Title Calibrating ChIP-seq with nucleosomal internal standards to measure histone modification density genome-wide
Organisms Drosophila melanogaster; Homo sapiens; Mus musculus; synthetic construct
Experiment type Genome binding/occupancy profiling by high throughput sequencing
Summary Despite serving as a central experimental technique in epigenetics research, chromatin immunoprecipitation (ChIP) suffers from several serious drawbacks: it is a relative measurement untethered to any external scale that obviates fair comparison amongst experiments; it employs antibody reagents that have differing affinity and specificity for target epitopes, which are in turn variable in abundance; and it is frequently not reproducible. To address these problems, we developed internal standard calibrated ChIP (ICeChIP), a method of spiking a native chromatin sample with nucleosomes reconstituted from recombinant and semisynthetic histones on barcoded DNA prior to immunoprecipitation. ICeChIP measures local histone modification densities on a biologically meaningful scale, enabling unbiased trans-experimental comparisons and revealing a correlation between the apparent symmetry of H3K4me3 in promoter nucleosomes and gene expression. Direct in situ assessment of immunoprecipitation accommodates for a number of experimental pitfalls, and provides a critical examination of untested assumptions inherent in conventional ChIP.
 
Overall design Examination of spiked-in semi-synthetic nucleosomes in ICeChIP-seq experiments performed for HEK293, mESC E14 and DM S2 cell line
 
Contributor(s) Grzybowski AT, Chen Z, Ruthenburg AJ
Citation(s) 26004229, 26212453
Submission date Aug 13, 2014
Last update date Jul 31, 2019
Contact name Alexander Ruthenburg
Organization name The University of Chicago
Department Molecular Genetics and Cell Biology
Lab Ruthenburg Laboratory of Chromatin Biochemistry & Structure
Street address 920 E 58th St
City Chicago
State/province Illinois
ZIP/Postal code 60637
Country USA
 
Platforms (4)
GPL16791 Illumina HiSeq 2500 (Homo sapiens)
GPL17021 Illumina HiSeq 2500 (Mus musculus)
GPL17275 Illumina HiSeq 2500 (Drosophila melanogaster)
Samples (27)
GSM1482817 Barcoded DNA Sequencing
GSM1482818 Semi-synthetic Nucleosomes Sequencing
GSM1482819 H3K4me3_ICeChIP-seq_HEK293_1
Relations
BioProject PRJNA258581
SRA SRP045657

Download family Format
SOFT formatted family file(s) SOFTHelp
MINiML formatted family file(s) MINiMLHelp
Series Matrix File(s) TXTHelp

Supplementary file Size Download File type/resource
GSE60378_AR3_IP_mQ13_Genome_Coverage_.bigwig 198.0 Mb (ftp)(http) BIGWIG
GSE60378_AR3_IP_mQ13_e150_Genome_Coverage_.bigwig 244.2 Mb (ftp)(http) BIGWIG
GSE60378_AR3andAR4_INPUT_mQ13_Genome_Coverage_.bigwig 1.3 Gb (ftp)(http) BIGWIG
GSE60378_AR3andAR4_INPUT_mQ13_e150_Genome_Coverage_.bigwig 1.4 Gb (ftp)(http) BIGWIG
GSE60378_AR3andAR4_IP_INPUT_mQ13_c0_HMD.bigwig 1.4 Gb (ftp)(http) BIGWIG
GSE60378_AR3andAR4_IP_INPUT_mQ13_c0_e150_HMD.bigwig 1.7 Gb (ftp)(http) BIGWIG
GSE60378_AR3andAR4_IP_INPUT_mQ13_c0_e150_max95_CI_HMD.bigwig 1.8 Gb (ftp)(http) BIGWIG
GSE60378_AR3andAR4_IP_INPUT_mQ13_c0_e150_min95_CI_HMD.bigwig 1.8 Gb (ftp)(http) BIGWIG
GSE60378_AR3andAR4_IP_INPUT_mQ13_c0_max95_CI_HMD.bigwig 1.5 Gb (ftp)(http) BIGWIG
GSE60378_AR3andAR4_IP_INPUT_mQ13_c0_min95_CI_HMD.bigwig 1.5 Gb (ftp)(http) BIGWIG
GSE60378_AR5_INPUT_mQ0_e150_Genome_Coverage_.bigwig 1.0 Gb (ftp)(http) BIGWIG
GSE60378_AR5_IP_INPUT_L0_mQ0_c0_e150_HMD.bigwig 1.5 Gb (ftp)(http) BIGWIG
GSE60378_AR5_IP_mQ0_e150_Genome_Coverage_.bigwig 335.1 Mb (ftp)(http) BIGWIG
GSE60378_AR6_H3vsH4_HMD.bigwig 1.7 Gb (ftp)(http) BIGWIG
GSE60378_AR7_INPUT-7c_mQ20_L0-220_S1_Genome_Coverage_.bigwig 2.2 Gb (ftp)(http) BIGWIG
GSE60378_AR7_INPUT-7c_mQ20_L0_S1_Genome_Coverage_.bigwig 2.3 Gb (ftp)(http) BIGWIG
GSE60378_AR7_IP-7c_INPUT-7c_mQ20_L0-220_c0_S1_HMD.bigwig 3.0 Gb (ftp)(http) BIGWIG
GSE60378_AR7_IP-7c_INPUT-7c_mQ20_L0-220_c0_S2_HMD.bigwig 2.8 Gb (ftp)(http) BIGWIG
GSE60378_AR7_IP-7c_INPUT-7c_mQ20_L0-220_maxCI95_HMD_S1.bigwig 3.2 Gb (ftp)(http) BIGWIG
GSE60378_AR7_IP-7c_INPUT-7c_mQ20_L0-220_maxCI95_HMD_S2.bigwig 2.9 Gb (ftp)(http) BIGWIG
GSE60378_AR7_IP-7c_INPUT-7c_mQ20_L0-220_minCI95_HMD_S1.bigwig 1.2 Gb (ftp)(http) BIGWIG
GSE60378_AR7_IP-7c_INPUT-7c_mQ20_L0-220_minCI95_HMD_S2.bigwig 1004.4 Mb (ftp)(http) BIGWIG
GSE60378_AR7_IP-7c_INPUT-7c_mQ20_L0_c0_S1_HMD.bigwig 3.1 Gb (ftp)(http) BIGWIG
GSE60378_AR7_IP-7c_INPUT-7c_mQ20_L0_c0_S1_maxCI95_HMD.bigwig 3.3 Gb (ftp)(http) BIGWIG
GSE60378_AR7_IP-7c_INPUT-7c_mQ20_L0_c0_S1_minCI95_HMD.bigwig 3.3 Gb (ftp)(http) BIGWIG
GSE60378_AR7_IP-7c_mQ20_L0-220_S1_Genome_Coverage_.bigwig 628.0 Mb (ftp)(http) BIGWIG
GSE60378_AR7_IP-7c_mQ20_L0_S1_Genome_Coverage_.bigwig 592.5 Mb (ftp)(http) BIGWIG
GSE60378_AR8_CHIP_Input_P0_mQ20_L190_HMD.bigwig 210.9 Mb (ftp)(http) BIGWIG
GSE60378_AR8_CHIP_Input_P0_mQ20_L190_HMD_maxCI95.bigwig 217.2 Mb (ftp)(http) BIGWIG
GSE60378_AR8_CHIP_Input_P0_mQ20_L190_HMD_minCI95.bigwig 219.2 Mb (ftp)(http) BIGWIG
GSE60378_AR8_CHIP_Input_P1000_mQ20_L190_HMD.bigwig 202.4 Mb (ftp)(http) BIGWIG
GSE60378_AR8_CHIP_Input_P1000_mQ20_L190_HMD_maxCI95.bigwig 209.4 Mb (ftp)(http) BIGWIG
GSE60378_AR8_CHIP_Input_P1000_mQ20_L190_HMD_minCI95.bigwig 211.5 Mb (ftp)(http) BIGWIG
GSE60378_AR8_CHIP_Input_P500_mQ20_L190_HMD.bigwig 195.7 Mb (ftp)(http) BIGWIG
GSE60378_AR8_CHIP_Input_P500_mQ20_L190_HMD_maxCI95.bigwig 203.0 Mb (ftp)(http) BIGWIG
GSE60378_AR8_CHIP_Input_P500_mQ20_L190_HMD_minCI95.bigwig 204.9 Mb (ftp)(http) BIGWIG
GSE60378_AR8_CHIP_Input_PAvg_mQ20_L190_HMD.bigwig 433.2 Mb (ftp)(http) BIGWIG
GSE60378_AR8_CHIP_Input_PAvg_mQ20_L190_HMD_maxCI95.bigwig 425.2 Mb (ftp)(http) BIGWIG
GSE60378_AR8_CHIP_Input_PAvg_mQ20_L190_HMD_minCI95.bigwig 435.0 Mb (ftp)(http) BIGWIG
GSE60378_AR8_CHIP_P0_mQ20_L190_Genome_Coverage.bigwig 70.7 Mb (ftp)(http) BIGWIG
GSE60378_AR8_CHIP_P1000_mQ20_L190_Genome_Coverage.bigwig 68.5 Mb (ftp)(http) BIGWIG
GSE60378_AR8_CHIP_P500_mQ20_L190_Genome_Coverage.bigwig 62.3 Mb (ftp)(http) BIGWIG
GSE60378_AR8_CHIP_Padded_mQ20_L190_Genome_Coverage.bigwig 122.5 Mb (ftp)(http) BIGWIG
GSE60378_AR8_Input_P0_mQ20_L190_Genome_Coverage.bigwig 127.9 Mb (ftp)(http) BIGWIG
GSE60378_AR8_Input_P1000_mQ20_L190_Genome_Coverage.bigwig 123.3 Mb (ftp)(http) BIGWIG
GSE60378_AR8_Input_P500_mQ20_L190_Genome_Coverage.bigwig 122.1 Mb (ftp)(http) BIGWIG
GSE60378_AR8_Input_Padded_mQ20_L190_Genome_Coverage.bigwig 152.1 Mb (ftp)(http) BIGWIG
GSE60378_AR8_qCHIP_Input_P0_mQ20_L190_HMD.bigwig 207.9 Mb (ftp)(http) BIGWIG
GSE60378_AR8_qCHIP_Input_P0_mQ20_L190_HMD_maxCI95.bigwig 216.3 Mb (ftp)(http) BIGWIG
GSE60378_AR8_qCHIP_Input_P0_mQ20_L190_HMD_minCI95.bigwig 218.4 Mb (ftp)(http) BIGWIG
GSE60378_AR8_qCHIP_Input_P1000_mQ20_L190_HMD.bigwig 206.5 Mb (ftp)(http) BIGWIG
GSE60378_AR8_qCHIP_Input_P1000_mQ20_L190_HMD_maxCI95.bigwig 214.4 Mb (ftp)(http) BIGWIG
GSE60378_AR8_qCHIP_Input_P1000_mQ20_L190_HMD_minCI95.bigwig 216.4 Mb (ftp)(http) BIGWIG
GSE60378_AR8_qCHIP_Input_P500_mQ20_L190_HMD.bigwig 196.5 Mb (ftp)(http) BIGWIG
GSE60378_AR8_qCHIP_Input_P500_mQ20_L190_HMD_maxCI95.bigwig 204.0 Mb (ftp)(http) BIGWIG
GSE60378_AR8_qCHIP_Input_P500_mQ20_L190_HMD_minCI95.bigwig 205.9 Mb (ftp)(http) BIGWIG
GSE60378_AR8_qCHIP_Input_PAvg_mQ20_L190_HMD.bigwig 434.6 Mb (ftp)(http) BIGWIG
GSE60378_AR8_qCHIP_Input_PAvg_mQ20_L190_HMD_maxCI95.bigwig 426.8 Mb (ftp)(http) BIGWIG
GSE60378_AR8_qCHIP_Input_PAvg_mQ20_L190_HMD_minCI95.bigwig 436.7 Mb (ftp)(http) BIGWIG
GSE60378_AR8_qCHIP_P0_mQ20_L190_Genome_Coverage.bigwig 69.5 Mb (ftp)(http) BIGWIG
GSE60378_AR8_qCHIP_P1000_mQ20_L190_Genome_Coverage.bigwig 72.9 Mb (ftp)(http) BIGWIG
GSE60378_AR8_qCHIP_P500_mQ20_L190_Genome_Coverage.bigwig 63.2 Mb (ftp)(http) BIGWIG
GSE60378_AR8_qCHIP_Padded_mQ20_L190_Genome_Coverage.bigwig 123.6 Mb (ftp)(http) BIGWIG
GSE60378_AR9-1_IP_Input_mQ20_L200_c0_HMD.bigwig 4.5 Gb (ftp)(http) BIGWIG
GSE60378_AR9-1_IP_Input_mQ20_L200_c0_HMD_K4_K9_K27_Corrected_.bigwig 2.8 Gb (ftp)(http) BIGWIG
GSE60378_AR9-1_IP_Input_mQ20_L200_c0_maxCI95.bigwig 4.6 Gb (ftp)(http) BIGWIG
GSE60378_AR9-1_IP_Input_mQ20_L200_c0_minCI95.bigwig 4.6 Gb (ftp)(http) BIGWIG
GSE60378_AR9-1_IP_mQ20_L200_c0_Genome_Coverage.bigwig 1.0 Gb (ftp)(http) BIGWIG
GSE60378_AR9-3_IP_Input_mQ20_L200_C0_HMD_K4_K9_K27_Corrected_.bigwig 4.1 Gb (ftp)(http) BIGWIG
GSE60378_AR9-3_IP_Input_mQ20_L200_c0_HMD.bigwig 4.6 Gb (ftp)(http) BIGWIG
GSE60378_AR9-3_IP_Input_mQ20_L200_c0_maxCI95.bigwig 4.8 Gb (ftp)(http) BIGWIG
GSE60378_AR9-3_IP_Input_mQ20_L200_c0_minCI95.bigwig 4.8 Gb (ftp)(http) BIGWIG
GSE60378_AR9-3_IP_mQ20_L200_c0_Genome_Coverage.bigwig 1.2 Gb (ftp)(http) BIGWIG
GSE60378_AR9-4_IP_Input_mQ20_L200_c0_HMD.bigwig 4.7 Gb (ftp)(http) BIGWIG
GSE60378_AR9-4_IP_Input_mQ20_L200_c0_HMD_K4_K9_K27_Corrected_.bigwig 4.4 Gb (ftp)(http) BIGWIG
GSE60378_AR9-4_IP_Input_mQ20_L200_c0_maxCI95.bigwig 4.8 Gb (ftp)(http) BIGWIG
GSE60378_AR9-4_IP_Input_mQ20_L200_c0_minCI95.bigwig 4.9 Gb (ftp)(http) BIGWIG
GSE60378_AR9-4_IP_mQ20_L200_c0_Genome_Coverage.bigwig 1.3 Gb (ftp)(http) BIGWIG
GSE60378_AR9-6_IP_Input_mQ20_L200_c0_HMD.bigwig 4.8 Gb (ftp)(http) BIGWIG
GSE60378_AR9-6_IP_Input_mQ20_L200_c0_HMD_K4_K9_K27_K36_K79_Corrected_.bigwig 7.3 Gb (ftp)(http) BIGWIG
GSE60378_AR9-6_IP_Input_mQ20_L200_c0_maxCI95.bigwig 4.9 Gb (ftp)(http) BIGWIG
GSE60378_AR9-6_IP_Input_mQ20_L200_c0_minCI95.bigwig 5.0 Gb (ftp)(http) BIGWIG
GSE60378_AR9-6_IP_mQ20_L200_c0_Genome_Coverage.bigwig 1.4 Gb (ftp)(http) BIGWIG
GSE60378_AR9-8_IP_Input_mQ20_L200_c0_HMD.bigwig 4.7 Gb (ftp)(http) BIGWIG
GSE60378_AR9-8_IP_Input_mQ20_L200_c0_HMD_K4_K9_K27_K36_K79_Corrected_.bigwig 7.5 Gb (ftp)(http) BIGWIG
GSE60378_AR9-8_IP_Input_mQ20_L200_c0_maxCI95.bigwig 4.8 Gb (ftp)(http) BIGWIG
GSE60378_AR9-8_IP_Input_mQ20_L200_c0_minCI95.bigwig 4.9 Gb (ftp)(http) BIGWIG
GSE60378_AR9-8_IP_mQ20_L200_c0_Genome_Coverage.bigwig 1.3 Gb (ftp)(http) BIGWIG
GSE60378_AR9-9_Input_mQ20_L200_c0_Genome_Coverage.bigwig 3.0 Gb (ftp)(http) BIGWIG
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Processed data are available on Series record

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