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GEO accession:
Series GSE147463
Query DataSets for GSE147463
Status
Public on Aug 26, 2022
Title
Molecular Control of Circuit Plasticity and the Permanence of Imprinted Odor Memory
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 missing
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NIH grant(s)
Grant ID
Grant title
Affiliation
Name
R01 DC014701
Circuit architecture and dynamics in odor representation and perception
STOWERS INSTITUTE FOR MEDICAL RESEARCH
Congrong Ron Yu
R01 DC016696
Mechanisms of Developmental Plasticity in the Mammalian Olfactory System
STOWERS INSTITUTE FOR MEDICAL RESEARCH
Congrong Ron Yu
Submission date
Mar 24, 2020
Last update date
Aug 29, 2022
Contact name
Congrong Ron Yu
E-mail(s)
cry@stowers.org
Phone
816-926-4334
Organization name
Stowers Insitute for Medical Research
Lab
Yu
Street address
1000 E 50th St
City
Kansas City
State/province
Missouri
ZIP/Postal code
64110-2262
Country
USA
Platforms (2)
GPL9250
Illumina Genome Analyzer II (Mus musculus)
GPL17021
Illumina HiSeq 2500 (Mus musculus)
Samples (129)
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GSM4431326
cry4_p0wt3
GSM4431327
cry4_p0mut2
GSM4431328
cry4_p3wt1
GSM4431329
cry4_p3wt2
GSM4431330
cry4_p7mut1
GSM4431331
cry4_p14mut3
GSM4431332
cry4_p21mut3
GSM4431333
cry4_p0mut4
GSM4431334
cry4_p3mut1
GSM4431335
cry4_p14wt2
GSM4431336
cry4_p21wt1
GSM4431337
cry4_p21mut2
GSM4431338
cry4_p0wt4
GSM4431339
cry4_p0mut1
GSM4431340
cry4_p0mut3
GSM4431341
cry4_p3wt3
GSM4431342
cry4_p3mut3
GSM4431343
cry4_p14wt3
GSM4431344
cry4_p21wt3
GSM4431345
cry4_p14mut1
GSM4431346
cry4_p0wt1
GSM4431347
cry4_p3mut2
GSM4431348
cry4_p7wt1
GSM4431349
cry4_p14wt1
GSM4431350
cry4_p14mut2
GSM4431351
cry4_p21wt2
GSM4431352
cry4_p21mut1
GSM4431353
cry4_p0wt2
GSM4431354
cry6_p7wt_181429
GSM4431355
cry6_p7mut_198723
GSM4431356
cry6_p5mut_186073
GSM4431357
cry6_p5mut_186072
GSM4431358
cry6_p5wt_186070
GSM4431359
cry6_p5wt_186069
GSM4431360
cry6_p10wt_192851
GSM4431361
cry6_p10mut_183676
GSM4431362
cry6_p10mut_192850
GSM4431363
cry6_p7wt_198727
GSM4431364
cry6_p7mut_181432
GSM4431365
cry6_p5mut_186074
GSM4431366
cry6_p5wt_186075
GSM4431367
cry6_p10wt_192852
GSM4431368
cry6_p10wt_192855
GSM4431369
cry6_p10mut_192853
GSM4431370
cry6_p10mut_192854
GSM4431371
cry3_p7mut
GSM4431372
cry3_p7wt
GSM4431373
Purified mature olfactory sensory neuron at P16 from OMP-GFP animal
GSM4431374
Purified progenitor cells at P16 from Neurog1-GFP animal
GSM4431375
Purified progenitor cells at P7 from Neurog1-GFP animal
GSM4431376
Purified mature olfactory sensory neuron at P2 from OMP-GFP animal
GSM4431377
Purified progenitor cells at P9 from Neurog1-GFP animal
GSM4431378
Purified progenitor cells at P3 from Neurog1-GFP animal
GSM4431379
Purified mature olfactory sensory neuron at P7 from OMP-GFP animal
GSM4431380
single-cell_E18.5 olfactory epithelia
GSM4431381
single-cell_P14 olfactory epithelia
GSM4431382
single-cell_adult olfactory epithelia
GSM4431383
s_100_771061_tetfzd1_het_p0_neg14dox
GSM4431384
s_101_771062_tetfzd1_het_p0_neg14dox
GSM4431385
s_102_770924_tetfzd1_wt_p0_neg1dox
GSM4431386
s_103_770925_tetfzd1_wt_p0_neg1dox
GSM4431387
s_104_770926_tetfzd1_wt_p0_neg1dox
GSM4431388
s_106_771450_tetfzd1_wt_p10
GSM4431389
s_107_771451_tetfzd1_wt_p10
GSM4431390
s_108_771452_tetfzd1_het_p10
GSM4431391
s_109_771501_tetfzd1_het_p14
GSM4431392
s_110_771502_tetfzd1_het_p14
GSM4431393
s_111_771687_tetfzd1_het_p10
GSM4431394
s_113_771447_tetfzd1_het_p0_neg10dox
GSM4431395
s_114_771884_tetfzd1_het_p0_neg14dox
GSM4431396
s_115_772131_tetfzd1_wt_p10
GSM4431397
s_11_766484_fzd1ko_homo_p3
GSM4431398
s_119_772135_tetfzd1_het_p10
GSM4431399
s_125_772141_tetfzd1_het_p7
GSM4431400
s_12_773587_tetfzd1_het_p0
GSM4431401
s_130_772487_tetfzd1_wt_p0_neg3dox
GSM4431402
s_132_772489_tetfzd1_wt_p0_neg3dox
GSM4431403
s_134_772491_tetfzd1_wt_p0_neg3dox
GSM4431404
s_13_766482_fzd1ko_homo_p3
GSM4431405
s_138_772506_tetfzd1_wt_p7
GSM4431406
s_139_772507_tetfzd1_wt_p7
GSM4431407
s_142_766479_fzd1ko_homo_p0
GSM4431408
s_143_766480_fzd1ko_homo_p0
GSM4431409
s_144_766481_fzd1ko_homo_p0
GSM4431410
s_14_766642_fzd1ko_homo_p7
GSM4431411
s_15_766483_fzd1ko_homo_p3
GSM4431412
s_1_773590_tetfzd1_wt_p0
GSM4431413
s_17_755739_tetfzd1_wt_p0_neg7dox
GSM4431414
s_20_755736_tetfzd1_wt_p0_neg7dox
GSM4431415
s_25_755734_tetfzd1_wt_p0_neg7dox
GSM4431416
s_2_773591_tetfzd1_wt_p0
GSM4431417
s_28_773588_tetfzd1_het_p0
GSM4431418
s_35_764200_tetfzd1_ctrl_p3
GSM4431419
s_36_764199_tetfzd1_ctrl_p3
GSM4431420
s_3_773592_tetfzd1_wt_p0
GSM4431421
s_37_764198_tetfzd1_het_p3
GSM4431422
s_39_764015_tetfzd1_het_p0_neg7dox
GSM4431423
s_41_764013_tetfzd1_het_p0_neg7dox
GSM4431424
s_42_764012_tetfzd1_het_p0_neg7dox
GSM4431425
s_4_773589_tetfzd1_het_p0
GSM4431426
s_49_764549_tetfzd1_het_p3
GSM4431427
s_52_764552_tetfzd1_het_p3
GSM4431428
s_53_764554_tetfzd1_het_p7
GSM4431429
s_54_764553_tetfzd1_het_p7
GSM4431430
s_73_770578_fzd1_negko_neghomo_p7
GSM4431431
s_74_770579_fzd1_negko_neghomo_p7
GSM4431432
s_75_770580_fzd1ko_neghomo_negp10
GSM4431433
s_76_770581_fzd1_negko_neghomo_p10
GSM4431434
s_77_770582_fzd1_negko_neghomo_p10
GSM4431435
s_78_770583_tetfzd1_wt_p14
GSM4431436
s_79_770584_tetfzd1_wt_p14
GSM4431437
s_80_770585_tetfzd1_wt_p14
GSM4431438
s_81_770494_tetfzd1_wt_p0_neg10dox
GSM4431439
s_82_770495_tetfzd1_wt_p0_neg10dox
GSM4431440
s_83_770496_tetfzd1_wt_p0_neg10dox
GSM4431441
s_84_770490_tetfzd1_wt_p0_neg14dox
GSM4431442
s_85_770491_tetfzd1_wt_p0_neg14dox
GSM4431443
s_86_770492_tetfzd1_wt_p0_neg14dox
GSM4431444
s_87_770392_fzd1_negko_neghomo_negp14
GSM4431445
s_88_770693_fzd1_negko_neghomo_p14
GSM4431446
s_89_770694_fzd1_negko_neghomo_p14
GSM4431447
s_90_770699_tetfzd1_het_p0_neg1dox
GSM4431448
s_91_770700_tetfzd1_het_p0_neg1dox
GSM4431449
s_92_770701_tetfzd1_het_p0_neg1dox
GSM4431450
s_93_770702_tetfzd1_het_p0_neg3dox
GSM4431451
s_94_770702_tetfzd1_het_p0_neg3dox
GSM4431452
s_95_770702_tetfzd1_het_p0_neg3dox
GSM4431453
s_96_771060_tetfzd1_het_p0_neg10dox
GSM4431454
s_97_771061_tetfzd1_het_p0_neg10dox
This SuperSeries is composed of the following SubSeries:
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GSE147459
Time series RNA-Seq of the olfactory epithelia of the mouse
GSE147460
RNA-seq of fluorescence activated cell sorting purified mature olfactory sensory neurons and progenitor cells
GSE147461
Single cell analysis of the olfactory epithelia
GSE147462
RNA-Seq analysis of the Fzd1 mutant mice
Relations
BioProject
PRJNA614919
Download family
Format
SOFT formatted family file(s)
SOFT
MINiML formatted family file(s)
MINiML
Series Matrix File(s)
TXT
Supplementary file
Size
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File type/resource
GSE147463_RAW.tar
26.4 Mb
(http)
(custom)
TAR (of H5)
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