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GEO accession:
Series GSE262713
Query DataSets for GSE262713
Status
Public on Mar 29, 2024
Title
Developmental priming of cancer susceptibility
Organism
Mus musculus
Experiment type
Methylation profiling by genome tiling array
Expression profiling by high throughput sequencing
Summary
This SuperSeries is composed of the SubSeries listed below.
Overall design
Refer to individual Series
Web link
https://www.biorxiv.org/content/10.1101/2023.09.12.557446v1
Contributor(s)
Fagnocchi L
,
Panzeri I
,
Pospisilik JA
Citation(s)
37745326
NIH grant(s)
Grant ID
Grant title
Affiliation
Name
R01 HG012444
Master regulators of unexplained variation in disease risk
VAN ANDEL RESEARCH INSTITUTE
John Andrew Pospisilik
Submission date
Mar 28, 2024
Last update date
May 15, 2024
Contact name
Luca Fagnocchi
E-mail(s)
luca.fagnocchi@vai.org
Organization name
VAI
Street address
333 Bostwick AVE NE
City
Grand Rapids
State/province
MI
ZIP/Postal code
49503
Country
USA
Platforms (2)
GPL24247
Illumina NovaSeq 6000 (Mus musculus)
GPL30650
Infinium Mouse Methylation BeadChip
Samples (182)
Less...
More...
GSM7147999
WT_rep1
GSM7148000
WT_rep2
GSM7148001
WT_rep3
GSM7148002
WT_rep4
GSM7148003
WT_rep5
GSM7148004
WT_rep6
GSM7148005
WT_rep7
GSM7148006
Trim28_light_rep1
GSM7148007
Trim28_light_rep2
GSM7148008
Trim28_light_rep3
GSM7148009
Trim28_light_rep4
GSM7148010
Trim28_light_rep5
GSM7148011
Trim28_light_rep6
GSM7148012
Trim28_light_rep7
GSM7148013
Trim28_light_rep8
GSM7148014
Trim28_light_rep9
GSM7148015
Trim28_heavy_rep1
GSM7148016
Trim28_heavy_rep2
GSM7148017
Trim28_heavy_rep3
GSM7148018
Trim28_heavy_rep4
GSM7148019
Trim28_heavy_rep5
GSM7148020
Trim28_heavy_rep6
GSM7148021
Trim28_heavy_rep7
GSM7148022
Trim28_heavy_rep8
GSM7148023
Trim28_heavy_rep9
GSM7148024
Trim28_heavy_rep10
GSM7148025
Trim28_heavy_rep11
GSM7148026
Trim28_heavy_rep12
GSM7148027
Trim28_heavy_rep13
GSM7148028
Trim28_heavy_rep14
GSM7148029
Trim28_heavy_rep15
GSM7148030
Tp53_rep1
GSM7148031
Tp53_rep2
GSM7148032
Tp53_rep3
GSM7148033
Tp53_rep4
GSM7148034
Tp53_rep5
GSM7148035
Tp53_rep6
GSM7148036
Tp53_rep7
GSM7148037
Tp53_rep8
GSM7148038
Tp53_rep9
GSM7148039
Tp53_rep10
GSM7148040
Tp53_rep11
GSM7148041
Tp53_Trim28_rep1
GSM7148042
Tp53_Trim28_rep2
GSM7148043
Tp53_Trim28_rep3
GSM7148044
Tp53_Trim28_rep4
GSM7148045
Tp53_Trim28_rep5
GSM7148046
Tp53_Trim28_rep6
GSM7148047
Tp53_Trim28_rep7
GSM7148048
Tp53_Trim28_rep8
GSM7148049
Tp53_Trim28_rep9
GSM7148050
Tp53_Trim28_rep10
GSM7148051
Tp53_Trim28_rep11
GSM7148052
Tp53_Trim28_rep12
GSM7148053
Tp53_Trim28_rep13
GSM7148054
Tp53_Trim28_rep14
GSM7148055
Tp53_Trim28_rep15
GSM7148056
Tp53_Trim28_rep16
GSM8174212
secondCohort_Trim28_rep1
GSM8174213
secondCohort_Trim28_rep2
GSM8174214
secondCohort_Trim28_rep3
GSM8174215
secondCohort_Trim28_rep4
GSM8174216
secondCohort_Trim28_rep5
GSM8174217
secondCohort_Trim28_rep6
GSM8174218
secondCohort_Trim28_rep7
GSM8174219
secondCohort_Trim28_rep8
GSM8174220
secondCohort_WT_rep1
GSM8174221
secondCohort_WT_rep2
GSM8174222
secondCohort_WT_rep3
GSM8174223
secondCohort_WT_rep4
GSM8174224
secondCohort_Trim28_rep9
GSM8174225
secondCohort_Trim28_rep10
GSM8174226
secondCohort_Trim28_rep11
GSM8174227
secondCohort_Trim28_rep12
GSM8174228
secondCohort_Trim28_rep13
GSM8174229
secondCohort_Trim28_rep14
GSM8174230
secondCohort_WT_rep5
GSM8174231
secondCohort_WT_rep6
GSM8174232
secondCohort_WT_rep7
GSM8174233
secondCohort_WT_rep8
GSM8174234
Trim28_Light_rep1
GSM8174235
Trim28_Heavy_rep1
GSM8174236
Trim28_Heavy_rep2
GSM8174237
Trim28_Light_rep2
GSM8174238
Trim28_Heavy_rep3
GSM8174239
Trim28_Heavy_rep4
GSM8174240
Trim28_Heavy_rep5
GSM8174241
Trim28_Light_rep3
GSM8174242
Trim28_Heavy_rep6
GSM8174243
Trim28_Heavy_rep7
GSM8174244
Trim28_Light_rep4
GSM8174245
Trim28_Light_rep5
GSM8174246
Trim28_Heavy_rep8
GSM8174247
Trim28_Heavy_rep9
GSM8174248
Trim28_Light_rep6
GSM8174249
Trim28_Light_rep7
GSM8174250
Trim28_Heavy_rep10
GSM8174251
Trim28_Heavy_rep11
GSM8174252
Trim28_Light_rep8
GSM8174253
Trim28_Light_rep9
GSM8174254
Trim28_Heavy_rep12
GSM8174255
Trim28_Heavy_rep13
GSM8174256
Trim28_Light_rep10
GSM8174257
Trim28_Light_rep11
GSM8174258
Trim28_Heavy_rep14
GSM8174259
Trim28_Heavy_rep15
GSM8174260
Trim28_Light_rep12
GSM8174261
Trim28_Light_rep13
GSM8174262
Trim28_Heavy_rep16
GSM8174263
Trim28_Heavy_rep17
GSM8174264
Trim28_Light_rep14
GSM8174265
Trim28_Heavy_rep18
GSM8174266
Trim28_Heavy_rep19
GSM8174267
Trim28_Light_rep15
GSM8174268
Trim28_Light_rep16
GSM8174269
Trim28_Heavy_rep20
GSM8174270
Trim28_Heavy_rep21
GSM8174271
Trim28_Heavy_rep22
GSM8174272
Trim28_Light_rep17
GSM8174273
Trim28_Heavy_rep23
GSM8174274
Trim28_Heavy_rep24
GSM8174275
Trim28_Light_rep18
GSM8174276
Trim28_Light_rep19
GSM8174277
Trim28_Heavy_rep25
GSM8174278
Trim28_Heavy_rep26
GSM8174279
Trim28_Light_rep20
GSM8183392
day10eaclip_Trim28_rep1
GSM8183393
day10eaclip_WT_rep1
GSM8183394
day10eaclip_Trim28_rep2
GSM8183395
day10eaclip_Trim28_rep3
GSM8183396
day10eaclip_WT_rep2
GSM8183397
day10eaclip_Trim28_rep4
GSM8183398
day10eaclip_Trim28_rep5
GSM8183399
day10eaclip_WT_rep3
GSM8183400
day10eaclip_Trim28_rep6
GSM8183401
day10eaclip_WT_rep4
GSM8183402
day10eaclip_Trim28_rep7
GSM8183403
day10eaclip_Trim28_rep8
GSM8183404
day10eaclip_Trim28_rep9
GSM8183405
day10eaclip_WT_rep5
GSM8183406
day10eaclip_Trim28_rep10
GSM8183407
intestine_Trim28_heavy_normal_rep1
GSM8183408
intestine_Trim28_heavy_normal_rep2
GSM8183409
intestine_Trim28_heavy_normal_rep3
GSM8183410
intestine_Trim28_heavy_tumor_rep1
GSM8183411
intestine_Trim28_heavy_tumor_rep2
GSM8183412
intestine_Trim28_heavy_tumor_rep3
GSM8183413
intestine_Trim28_light_normal_rep1
GSM8183414
intestine_Trim28_light_normal_rep2
GSM8183415
intestine_Trim28_light_tumor_rep1
GSM8183416
intestine_Trim28_light_tumor_rep2
GSM8183417
lungs_Trim28_heavy_normal_rep1
GSM8183418
lungs_Trim28_heavy_normal_rep2
GSM8183419
lungs_Trim28_heavy_tumor_rep1
GSM8183420
lungs_Trim28_heavy_tumor_rep2
GSM8183421
lungs_Trim28_light_normal_rep1
GSM8183422
lungs_Trim28_light_tumor_rep1
GSM8183423
prostate_Trim28_heavy_normal_rep1
GSM8183424
prostate_Trim28_heavy_normal_rep2
GSM8183425
prostate_Trim28_heavy_tumor_rep1
GSM8183426
prostate_Trim28_heavy_tumor_rep2
GSM8183427
prostate_Trim28_light_normal_rep1
GSM8183428
prostate_Trim28_light_normal_rep2
GSM8183429
prostate_Trim28_light_normal_rep3
GSM8183430
prostate_Trim28_light_tumor_rep1
GSM8183431
prostate_Trim28_light_tumor_rep2
GSM8183432
prostate_Trim28_light_tumor_rep3
GSM8183433
seminal_vesicle_Trim28_heavy_normal_rep1
GSM8183434
seminal_vesicle_Trim28_heavy_normal_rep2
GSM8183435
seminal_vesicle_Trim28_heavy_normal_rep3
GSM8183436
seminal_vesicle_Trim28_heavy_tumor_rep1
GSM8183437
seminal_vesicle_Trim28_heavy_tumor_rep2
GSM8183438
seminal_vesicle_Trim28_light_normal_rep1
GSM8183439
seminal_vesicle_Trim28_light_normal_rep2
GSM8183440
seminal_vesicle_Trim28_light_normal_rep3
GSM8183441
seminal_vesicle_Trim28_light_tumor_rep1
GSM8183442
seminal_vesicle_Trim28_light_tumor_rep2
GSM8183443
seminal_vesicle_Trim28_light_tumor_rep3
GSM8183444
stomach_Trim28_heavy_normal_rep1
GSM8183445
stomach_Trim28_heavy_normal_rep2
GSM8183446
stomach_Trim28_heavy_tumor_rep1
GSM8183447
stomach_Trim28_heavy_tumor_rep2
This SuperSeries is composed of the following SubSeries:
Less...
More...
GSE229030
Developmental priming of cancer susceptibility [DNA methylation array - d10earclips]
GSE262711
Developmental priming of cancer susceptibility [DNA methylation array - d10earclips_2nd cohort]
GSE262712
Developmental priming of cancer susceptibility [DNA methylation array - healthyTissues]
GSE263020
Developmental priming of cancer susceptibility [RNA-seq - day 10 earclips]
GSE263021
Developmental priming of cancer susceptibility [RNA-seq - matched healthy and tumor tissues]
Relations
BioProject
PRJNA1093044
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
GSE262713_RAW.tar
662.5 Mb
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TAR (of IDAT)
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