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GEO accession:
Series GSE185555
Query DataSets for GSE185555
Status
Public on Oct 15, 2021
Title
Single-cell Architecture and Functional Requirement of Alternative Splicing during Hematopoietic Stem Cell Emergence
Organism
Mus musculus
Experiment type
Expression profiling by high throughput sequencing
Summary
This SuperSeries is composed of the SubSeries listed below.
Overall design
Refer to individual Series
Citation(s)
34995116
Submission date
Oct 08, 2021
Last update date
Oct 02, 2023
Contact name
Jia Yu
E-mail(s)
j-yu@ibms.pumc.edu.cn
Organization name
Peking Union Medical College
Street address
Dong Dan San Tiao 5, Dongcheng District
City
Beijing
ZIP/Postal code
100005
Country
China
Platforms (2)
GPL24247
Illumina NovaSeq 6000 (Mus musculus)
GPL26624
PromethION (Mus musculus)
Samples (95)
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More...
GSM4648754
AEC-1-AEC-1-1_FKDL202561884-1a-1
GSM4648755
AEC-1-AEC-1-2_FKDL202561884-1a-2
GSM4648756
AEC-1-AEC-1-3_FKDL202561884-1a-3
GSM4648757
AEC-1-AEC-1-4_FKDL202561884-1a-4
GSM4648758
AEC-1-AEC-1-5_FKDL202561884-1a-5
GSM4648759
AEC-1-AEC-1-6_FKDL202561884-1a-6
GSM4648760
AEC-1-AEC-1-7_FKDL202561884-1a-7
GSM4648761
AEC-1-AEC-1-8_FKDL202561884-1a-8
GSM4648762
AEC-2-AEC-2-1_FKDL202561885-1a-9
GSM4648763
AEC-2-AEC-2-2_FKDL202561885-1a-10
GSM4648764
AEC-2-AEC-2-3_FKDL202561885-1a-11
GSM4648765
AEC-3-AEC-3-2_FKDL202561886-1a-13
GSM4648766
AEC-3-AEC-3-3_FKDL202561886-1a-14
GSM4648767
AEC-3-AEC-3-4_FKDL202561886-1a-15
GSM4648768
AEC-3-AEC-3-5_FKDL202561886-1a-16
GSM4648769
AEC-2-AEC-2-4_FKDL202561885-1a-18
GSM4648770
AEC-2-AEC-2-5_FKDL202561885-1a-19
GSM4648771
AEC-2-AEC-2-6_FKDL202561885-1a-20
GSM4648772
HE-1-HE-1-1_FKDL202561887-1a-1
GSM4648773
HE-1-HE-1-2_FKDL202561887-1a-2
GSM4648774
HE-1-HE-1-3_FKDL202561887-1a-3
GSM4648775
HE-1-HE-1-4_FKDL202561887-1a-4
GSM4648776
HE-1-HE-1-5_FKDL202561887-1a-5
GSM4648777
HE-1-HE-1-6_FKDL202561887-1a-6
GSM4648778
HE-2-HE-2-1_FKDL202561888-1a-7
GSM4648779
HE-2-HE-2-2_FKDL202561888-1a-8
GSM4648780
HE-2-HE-2-3_FKDL202561888-1a-9
GSM4648781
HE-2-HE-2-4_FKDL202561888-1a-10
GSM4648782
HE-2-HE-2-5_FKDL202561888-1a-11
GSM4648783
HE-2-HE-2-6_FKDL202561888-1a-12
GSM4648784
HE-3-HE-3-1_FKDL202561889-1a-13
GSM4648785
HE-3-HE-3-2_FKDL202561889-1a-14
GSM4648786
HE-3-HE-3-3_FKDL202561889-1a-15
GSM4648787
HE-3-HE-3-4_FKDL202561889-1a-16
GSM4648788
HE-3-HE-3-5_FKDL202561889-1a-18
GSM4648789
HE-3-HE-3-6_FKDL202561889-1a-19
GSM4648790
HE-4-HE-4-1_FKDL202561890-1a-20
GSM4648791
HE-4-HE-4-2_FKDL202561890-1a-21
GSM4648792
HE-4-HE-4-3_FKDL202561890-1a-22
GSM4648793
HE-4-HE-4-4_FKDL202561890-1a-23
GSM4648794
HE-4-HE-4-5_FKDL202561890-1a-25
GSM4648795
HE-4-HE-4-6_FKDL202561890-1a-27
GSM4648796
AGM-WT-1_FKDL192530633-1a
GSM4648797
AGM-WT-2_FKDL192530634-1a
GSM4648798
AGM-WT-3_FKDL192530635-1a
GSM4648799
AGM-KO-1_FKDL192530630-1a
GSM4648800
AGM-KO-2_FKDL192530631-1a
GSM5618242
AEC10
GSM5618243
AEC11
GSM5618244
AEC12
GSM5618245
AEC13
GSM5618246
AEC14
GSM5618247
AEC15
GSM5618248
AEC16
GSM5618249
AEC17
GSM5618250
AEC18
GSM5618251
AEC19
GSM5618252
AEC1
GSM5618253
AEC20
GSM5618254
AEC21
GSM5618255
AEC22
GSM5618256
AEC23
GSM5618257
AEC24
GSM5618258
AEC2
GSM5618259
AEC3
GSM5618260
AEC4
GSM5618261
AEC5
GSM5618262
AEC6
GSM5618263
AEC7
GSM5618264
AEC8
GSM5618265
AEC9
GSM5618266
HEC10
GSM5618267
HEC11
GSM5618268
HEC12
GSM5618269
HEC13
GSM5618270
HEC14
GSM5618271
HEC15
GSM5618272
HEC16
GSM5618273
HEC17
GSM5618274
HEC18
GSM5618275
HEC19
GSM5618276
HEC1
GSM5618277
HEC20
GSM5618278
HEC21
GSM5618279
HEC22
GSM5618280
HEC23
GSM5618281
HEC24
GSM5618282
HEC2
GSM5618283
HEC3
GSM5618284
HEC4
GSM5618285
HEC5
GSM5618286
HEC6
GSM5618287
HEC7
GSM5618288
HEC8
GSM5618289
HEC9
This SuperSeries is composed of the following SubSeries:
GSE153653
Single-cell architecture and functional requirement of alternative splicing during hematopoietic stem cell formation
GSE185554
Single-cell Architecture and Functional Requirement of Alternative Splicing during Hematopoietic Stem Cell Emergence [RNA-Seq]
Relations
BioProject
PRJNA769627
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
GSE185555_RAW.tar
56.1 Mb
(http)
(custom)
TAR (of TSV, TXT)
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