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GEO accession:
Series GSE160670
Query DataSets for GSE160670
Status
Public on Nov 03, 2020
Title
Adaptive responses to HER2-directed therapy in breast cancer cell line models
Organism
Homo sapiens
Experiment type
Genome binding/occupancy profiling by high throughput sequencing
Expression profiling by high throughput sequencing
Summary
This SuperSeries is composed of the SubSeries listed below.
Overall design
Refer to individual Series
Citation(s)
33980863
Submission date
Nov 02, 2020
Last update date
Jun 26, 2021
Contact name
Steven P Angus
E-mail(s)
[email protected]
Phone
317-274-8911
Organization name
Indiana University School of Medicine
Department
Pediatrics
Street address
1044 W Walnut St
City
Indianapolis
State/province
IN
ZIP/Postal code
46202
Country
USA
Platforms (1)
GPL18573
Illumina NextSeq 500 (Homo sapiens)
Samples (96)
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More...
GSM4852352
SKBR3_siNT_DMSO_24h_rep1
GSM4852353
SKBR3_siNT_DMSO_24h_rep2
GSM4852354
SKBR3_siNT_DMSO_24h_rep3
GSM4852355
SKBR3_siNT_300nM_lapatinib_24h_rep1
GSM4852356
SKBR3_siNT_300nM_lapatinib_24h_rep2
GSM4852357
SKBR3_siNT_300nM_lapatinib_24h_rep3
GSM4852358
SKBR3_siFOXA1_DMSO_24h_rep1
GSM4852359
SKBR3_siFOXA1_DMSO_24h_rep2
GSM4852360
SKBR3_siFOXA1_DMSO_24h_rep3
GSM4852361
SKBR3_siFOXA1_300nM_lapatinib_24h_rep1
GSM4852362
SKBR3_siFOXA1_300nM_lapatinib_24h_rep2
GSM4852363
SKBR3_siFOXA1_300nM_lapatinib_24h_rep3
GSM4852543
SKBR3_DMSO_48h
GSM4852544
SKBR3_300nMlapatinib_48h
GSM4852545
SKBR3_300nMJQ1_48h
GSM4852546
SKBR3_300nMlapatinib_300nMJQ1_48h
GSM4852547
BT474m1_DMSO_48h
GSM4852548
BT474m1_300nMlapatinib_48h
GSM4852549
BT474m1_300nMJQ1_48h
GSM4852550
BT474m1_300nMlapatinib_300nMJQ1_48h
GSM4876635
SKBR3_BRD4_DMSO_24h
GSM4876636
SKBR3_BRD4_300nM_JQ1_24h
GSM4876637
SKBR3_BRD4_300nM_lapatinib_24h
GSM4876638
SKBR3_BRD4_300nM_lapatinib_300nM_JQ1_24h
GSM4876639
SKBR3_H3K27Ac_DMSO_24h
GSM4876640
SKBR3_H3K27Ac_300nM_JQ1_24h
GSM4876641
SKBR3_H3K27Ac_300nM_lapatinib_24h
GSM4876642
SKBR3_H3K27Ac_300nM_lapatinib_300nM_JQ1_24h
GSM4876643
SKBR3_input_for_BRD4_H3K27Ac_and_MED1_DMSO
GSM4876644
SKBR3_MED1_DMSO_24h
GSM4876645
SKBR3_MED1_300nM_JQ1_24h
GSM4876646
SKBR3_MED1_300nM_lapatinib_24h
GSM4876647
SKBR3_MED1_300nM_lapatinib_300nM_JQ1_24h
GSM4876648
BT474m1_BRD4_DMSO_24h
GSM4876649
BT474m1_BRD4_300nM_JQ1_24h
GSM4876650
BT474m1_BRD4_300nM_lapatinib_24h
GSM4876651
BT474m1_BRD4_300nM_lapatinib_300nM_JQ1_24h
GSM4876652
BT474m1_H3K27Ac_DMSO_24h
GSM4876653
BT474m1_H3K27Ac_300nM_JQ1_24h
GSM4876654
BT474m1_H3K27Ac_300nM_lapatinib_24h
GSM4876655
BT474m1_H3K27Ac_300nM_lapatinib_300nM_JQ1_24h
GSM4876656
BT474m1_input_for_H3K27Ac_DMSO_24h
GSM4876657
BT474m1_MED1_DMSO_24h
GSM4876658
BT474m1_MED1_300nM_JQ1_24h
GSM4876659
BT474m1_MED1_300nM_lapatinib_24h
GSM4876660
BT474m1_MED1_300nM_lapatinib_300nM_JQ1_24h
GSM4876661
SKBR3_input_for_FOXA1_DMSO_24h
GSM4876662
SKBR3_FOXA1_DMSO_24h
GSM4876663
SKBR3_FOXA1_300nM_JQ1_24h
GSM4876664
SKBR3_FOXA1_300nM_lapatinib_24h
GSM4876665
SKBR3_FOXA1_300nM_lapatinib_300nM_JQ1_24h
GSM4876666
SKBR3_BRD4_siFOXA1_24h_300nM_lapatinib_24h
GSM4876667
SKBR3_BRD4_siFOXA1_24h_DMSO_24h
GSM4876668
SKBR3_BRD4_siNT_24h_300nM_lapatinib_24h
GSM4876669
SKBR3_BRD4_siNT_24h_DMSO_24h
GSM4876670
SKBR3_input_siFOXA1_24h_DMSO_24h
GSM4876671
SKBR3_input_siNT_24h_DMSO_24h
GSM4876672
SKBR3_MED1_siFOXA1_24h_300nM_lapatinib_24h
GSM4876673
SKBR3_MED1_siFOXA1_24h_DMSO_24h
GSM4876674
SKBR3_MED1_siNT_24h_300nM_lapatinib_24h
GSM4876675
SKBR3_MED1_siNT_24h_DMSO_24h
GSM4876676
BT474m1_input_for_BRD4_MED1_DMSO
GSM4913841
101-O
GSM4913842
101-R
GSM4913843
103-O
GSM4913844
103-R
GSM4913845
107-O
GSM4913846
107-R
GSM4913847
108-O
GSM4913848
108-R
GSM4913849
109-O
GSM4913850
111-O
GSM4913851
111-R
GSM4913852
112-O
GSM4913853
113-O
GSM4913854
113-R
GSM4913855
115-O
GSM4913856
116-O
GSM4913857
116-R
GSM4913858
117-O
GSM4913859
117-R
GSM4913860
118-O
GSM4913861
119-O
GSM4913862
119-R
GSM4913863
120-O
GSM4913864
120-R
GSM4913865
121-O
GSM4913866
123-O
GSM4913867
123-R
GSM4913868
125-O
GSM4913869
125-R
GSM4913870
128-O
GSM4913871
128-R
GSM4913872
124-O
GSM4913873
131-O
GSM4913874
133-R
This SuperSeries is composed of the following SubSeries:
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More...
GSE160001
FOXA1-dependent responses of the HER2+ SKBR-3 cell line to lapatinib
GSE160018
Adaptive responses of the HER2+ SKBR-3 and BT474m1 cell lines to lapatinib and JQ1
GSE160667
Enhancer analysis of HER2+ cell lines SKBR-3 (ER-) and BT474m1 (ER+) in response to lapatinib and JQ1 and analysis of FOXA1 chromatin binding in SKBR-3 cells in response to lapatinib and JQ1 and impact of FOXA1 knockdown on BRD4 and MED1
GSE161743
Adaptive responses to targeted therapy in HER2-positive breast cancer (RNAseq) - TBCRC 036 / LCCC1214 / ClinicalTrials.gov Identifier: NCT01875666
Relations
BioProject
PRJNA673897
Download family
Format
SOFT formatted family file(s)
SOFT
MINiML formatted family file(s)
MINiML
Series Matrix File(s)
TXT
Supplementary file
Size
Download
File type/resource
GSE160670_RAW.tar
13.0 Gb
(http)
(custom)
TAR (of BW, CSV, TXT)
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