31 series
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Accession Title Series type(s) Organism(s) Samples GDS Supplementary Contact Release date
Remove filtersFilter Remove filterHomo sapiens Remove filterAug 05, 2023
GSE155717
SARS-CoV-2 infection of human embryonic stem cell-derived lung organoids
  • Link icon Homo sapiens
12 Jiangping He Aug 05, 2023
GSE155754
Identification of differentially expressed genes influenced by NCOA6 in 22Rv1 human prostate cancer cells
  • Link icon Homo sapiens
8 Yonghong Liu Aug 05, 2023
GSE155756
Identification of NCOA6-associated genomic regions in 22Rv1 human prostate cancer cells
  • Link icon Homo sapiens
3 Yonghong Liu Aug 05, 2023
GSE155757
NCOA6 is a potent prostate cancer suppressor essential for NFY-mediated restriction of EGFR overexpression
19 Yonghong Liu Aug 05, 2023
GSE155759
To explore the downstream genes of PKP2
  • Link icon Homo sapiens
2 Yi Sang Aug 05, 2023
GSE184211
Methylation studies in multiple human tissues N16
661 Steve Horvath Aug 05, 2023
GSE184213
Methylation studies in multiple human tissues N36
96 Steve Horvath Aug 05, 2023
GSE184215
Methylation studies in multiple human tissues N47
95 Steve Horvath Aug 05, 2023
GSE184218
Methylation studies in multiple human tissues N66
92 Steve Horvath Aug 05, 2023
GSE184220
Methylation studies in human and mouse placenta
47 Steve Horvath Aug 05, 2023
GSE184221
Methylation studies in human blood N94 N68
384 Steve Horvath Aug 05, 2023
GSE184224
Methylation studies in human cells N76
17 Steve Horvath Aug 05, 2023
GSE188664
RNA sequencing analysis of prostate cancer cells with ectopic expression of circ0003553 or circ0004592
  • Link icon Homo sapiens
8 Gang Luo Aug 05, 2023
GSE190660
Methylation studies in the vervet monkey
240 Steve Horvath Aug 05, 2023
GSE190661
Methylation studies in baboons.
325 Steve Horvath Aug 05, 2023
GSE190662
Methylation studies in strepsirrhini primates
91 Steve Horvath Aug 05, 2023
GSE190663
Methylation studies in common marmoset
96 Steve Horvath Aug 05, 2023
GSE190664
Methylation studies in rhesus macaque
283 Steve Horvath Aug 05, 2023
GSE202206
PAX4 loss of function alters human endocrine cell development and influences diabetes risk [dateset 1]
  • Link icon Homo sapiens
68 Adrian Kee Keong Teo Aug 05, 2023
GSE203264
PAX4 loss of function alters human endocrine cell development and influences diabetes risk [dataset 2]
  • Link icon Homo sapiens
164 Adrian Kee Keong Teo Aug 05, 2023