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GEO accession:
Series GSE161268
Query DataSets for GSE161268
Status
Public on Jan 20, 2021
Title
Stable overexpression of MED19 in androgen-dependent LNCaP cells promotes growth under conditions of androgen deprivation
Organism
Homo sapiens
Experiment type
Expression profiling by high throughput sequencing
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)
33513133
Submission date
Nov 11, 2020
Last update date
Jun 21, 2023
Contact name
Michael Garabedian
E-mail(s)
michael.garabedian@nyumc.org
Phone
212 263-7662
Fax
212 263-8276
URL
http://microbiology-parasitology.med.nyu.edu/node/122
Organization name
NYU School of Medicine
Department
Microbiology
Street address
550 First Avenue
City
New York
State/province
NY
ZIP/Postal code
10016
Country
USA
Platforms (1)
GPL20301
Illumina HiSeq 4000 (Homo sapiens)
Samples (72)
Less...
More...
GSM4890926
AR ChIP control LNCaP CS media 1
GSM4890927
AR ChIP control LNCaP CS media 2
GSM4890928
AR ChIP control LNCaP CS media 3
GSM4890929
AR ChIP control LNCaP CS R1881 1
GSM4890930
AR ChIP control LNCaP CS R1881 2
GSM4890931
AR ChIP control LNCaP CS R1881 3
GSM4890932
AR ChIP MED19-LNCaP CS media 1
GSM4890933
AR ChIP MED19-LNCaP CS media 2
GSM4890934
AR ChIP MED19-LNCaP CS media 3
GSM4890935
AR ChIP MED19-LNCaP CS R1881 1
GSM4890936
AR ChIP MED19-LNCaP CS R1881 2
GSM4890937
AR ChIP MED19-LNCaP CS R1881 3
GSM4890938
FLAG ChIP control LNCaP CS media 1
GSM4890939
FLAG ChIP control LNCaP CS media 2
GSM4890940
FLAG ChIP control LNCaP CS media 3
GSM4890941
FLAG ChIP control LNCaP CS R1881 1
GSM4890942
FLAG ChIP control LNCaP CS R1881 2
GSM4890943
FLAG ChIP control LNCaP CS R1881 3
GSM4890944
FLAG ChIP MED19-LNCaP CS media 1
GSM4890945
FLAG ChIP MED19-LNCaP CS media 2
GSM4890946
FLAG ChIP MED19-LNCaP CS media 3
GSM4890947
FLAG ChIP MED19-LNCaP CS R1881 1
GSM4890948
FLAG ChIP MED19-LNCaP CS R1881 2
GSM4890949
FLAG ChIP MED19-LNCaP CS R1881 3
GSM4890950
H3K27ac ChIP control LNCaP CS media 1
GSM4890951
H3K27ac ChIP control LNCaP CS media 2
GSM4890952
H3K27ac ChIP control LNCaP CS media 3
GSM4890953
H3K27ac ChIP control LNCaP CS R1881 1
GSM4890954
H3K27ac ChIP control LNCaP CS R1881 2
GSM4890955
H3K27ac ChIP control LNCaP CS R1881 3
GSM4890956
H3K27ac ChIP MED19-LNCaP CS media 1
GSM4890957
H3K27ac ChIP MED19-LNCaP CS media 2
GSM4890958
H3K27ac ChIP MED19-LNCaP CS media 3
GSM4890959
H3K27ac ChIP MED19-LNCaP CS R1881 1
GSM4890960
H3K27ac ChIP MED19-LNCaP CS R1881 2
GSM4890961
H3K27ac ChIP MED19-LNCaP CS R1881 3
GSM4890962
IgG ChIP control LNCaP CS media 1
GSM4890963
IgG ChIP control LNCaP CS media 2
GSM4890964
IgG ChIP control LNCaP CS media 3
GSM4890965
IgG ChIP control LNCaP CS R1881 1
GSM4890966
IgG ChIP control LNCaP CS R1881 2
GSM4890967
IgG ChIP control LNCaP CS R1881 3
GSM4890968
IgG ChIP MED19-LNCaP CS media 1
GSM4890969
IgG ChIP MED19-LNCaP CS media 2
GSM4890970
IgG ChIP MED19-LNCaP CS media 3
GSM4890971
IgG ChIP MED19-LNCaP CS R1881 1
GSM4890972
IgG ChIP MED19-LNCaP CS R1881 2
GSM4890973
IgG ChIP MED19-LNCaP CS R1881 3
GSM4890974
input- control LNCaP CS media 1
GSM4890975
input control LNCaP CS media 2
GSM4890976
input control LNCaP CS media 3
GSM4890977
input control LNCaP CS R1881 1
GSM4890978
input control LNCaP CS R1881 2
GSM4890979
input control LNCaP CS R1881 3
GSM4890980
input MED19-LNCaP CS media 1
GSM4890981
input MED19-LNCaP CS media 2
GSM4890982
input MED19-LNCaP CS media 3
GSM4890983
input MED19-LNCaP CS R1881 1
GSM4890984
input MED19-LNCaP CS R1881 2
GSM4890985
input MED19-LNCaP CS R1881 3
GSM4890996
control LNCaP R1881 1
GSM4890997
MED19-LNCaP R1881 1
GSM4890998
control LNCaP R1881 2
GSM4890999
MED19-LNCaP R1881 2
GSM4891000
control LNCaP R1881 3
GSM4891001
MED19-LNCaP R1881 3
GSM4891002
control LNCaP 1
GSM4891003
control LNCaP 2
GSM4891004
control LNCaP 3
GSM4891005
alternative MED19-LNCaP 1
GSM4891006
alternative MED19-LNCaP 2
GSM4891007
alternative MED19-LNCaP 3
This SuperSeries is composed of the following SubSeries:
GSE161167
Genome-wide maps of the androgen receptor and H3K27 upon MED19 overexpression in LNCaP cells
GSE161170
Transcriptome profiles of alternative MED19 LNCaP and control LNCaP cells cultured under androgen deprivation with vehicle or R1881
Relations
BioProject
PRJNA676106
Download family
Format
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TXT
Supplementary file
Size
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File type/resource
GSE161268_RAW.tar
14.1 Gb
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