Gene Expression Data Explorer
Info Gene counts are sourced from ARCHS4, which provides uniform alignment of GEO samples. You can learn more about ARCHS4 and its pipeline here.
Enter gene symbol:

Select conditions below to toggle them from the plot:

GROUP CONDITION SAMPLES
Heart tissue
GSM5982048 GSM5982049
GSM5982028 GSM5982029
GSM5982056 GSM5982057
GSM5982026 GSM5982027
GSM5982068 GSM5982069
GSM5982100 GSM5982101
GSM5982034 GSM5982035
GSM5982032 GSM5982033
GSM5982018 GSM5982019
GSM5982084 GSM5982085
GSM5982020 GSM5982021
GSM5982038 GSM5982039
GSM5982054 GSM5982055
GSM5982040 GSM5982041
GSM5982122 GSM5982123
GSM5982082 GSM5982083
GSM5982086 GSM5982087
GSM5982046 GSM5982047
GSM5982118 GSM5982119
GSM5982126 GSM5982127
GSM5982124 GSM5982125
GSM5982098 GSM5982099
GSM5982016 GSM5982017
GSM5982070 GSM5982071
GSM5982102 GSM5982103
GSM5982128 GSM5982129
GSM5982116 GSM5982117
GSM5982052 GSM5982053
GSM5982104 GSM5982105
GSM5982088 GSM5982089
GSM5982072 GSM5982073
GSM5982094 GSM5982095
GSM5982066 GSM5982067
GSM5982074 GSM5982075
GSM5982058 GSM5982059
GSM5982078 GSM5982079
GSM5982062 GSM5982063
GSM5982024 GSM5982025
GSM5982112 GSM5982113
GSM5982106 GSM5982107
GSM5982120 GSM5982121
GSM5982030 GSM5982031
GSM5982022 GSM5982023
GSM5982044 GSM5982045
GSM5982092 GSM5982093
GSM5982096 GSM5982097
GSM5982108 GSM5982109
GSM5982060 GSM5982061
GSM5982076 GSM5982077
GSM5982130 GSM5982131
GSM5982064 GSM5982065
GSM5982080 GSM5982081
GSM5982110 GSM5982111
GSM5982042 GSM5982043
GSM5982114 GSM5982115
GSM5982050 GSM5982051
GSM5982090 GSM5982091
GSM5982036 GSM5982037
Kidney tissue
GSM5982164 GSM5982165
GSM5982144 GSM5982145
GSM5982172 GSM5982173
GSM5982142 GSM5982143
GSM5982184 GSM5982185
GSM5982216 GSM5982217
GSM5982150 GSM5982151
GSM5982148 GSM5982149
GSM5982134 GSM5982135
GSM5982200 GSM5982201
GSM5982136 GSM5982137
GSM5982154 GSM5982155
GSM5982170 GSM5982171
GSM5982156 GSM5982157
GSM5982238 GSM5982239
GSM5982198 GSM5982199
GSM5982202 GSM5982203
GSM5982162 GSM5982163
GSM5982234 GSM5982235
GSM5982242 GSM5982243
GSM5982240 GSM5982241
GSM5982214 GSM5982215
GSM5982132 GSM5982133
GSM5982186 GSM5982187
GSM5982218 GSM5982219
GSM5982244 GSM5982245
GSM5982232 GSM5982233
GSM5982168 GSM5982169
GSM5982220 GSM5982221
GSM5982204 GSM5982205
GSM5982188 GSM5982189
GSM5982210 GSM5982211
GSM5982182 GSM5982183
GSM5982190 GSM5982191
GSM5982174 GSM5982175
GSM5982194 GSM5982195
GSM5982178 GSM5982179
GSM5982140 GSM5982141
GSM5982228 GSM5982229
GSM5982222 GSM5982223
GSM5982236 GSM5982237
GSM5982146 GSM5982147
GSM5982138 GSM5982139
GSM5982160 GSM5982161
GSM5982208 GSM5982209
GSM5982212 GSM5982213
GSM5982224 GSM5982225
GSM5982176 GSM5982177
GSM5982192 GSM5982193
GSM5982246 GSM5982247
GSM5982180 GSM5982181
GSM5982196 GSM5982197
GSM5982226 GSM5982227
GSM5982158 GSM5982159
GSM5982230 GSM5982231
GSM5982166 GSM5982167
GSM5982206 GSM5982207
GSM5982152 GSM5982153
Liver tissue
GSM5982280 GSM5982281
GSM5982260 GSM5982261
GSM5982288 GSM5982289
GSM5982258 GSM5982259
GSM5982300 GSM5982301
GSM5982332 GSM5982333
GSM5982266 GSM5982267
GSM5982264 GSM5982265
GSM5982250 GSM5982251
GSM5982316 GSM5982317
GSM5982252 GSM5982253
GSM5982270 GSM5982271
GSM5982286 GSM5982287
GSM5982272 GSM5982273
GSM5982354 GSM5982355
GSM5982314 GSM5982315
GSM5982318 GSM5982319
GSM5982278 GSM5982279
GSM5982350 GSM5982351
GSM5982358 GSM5982359
GSM5982356 GSM5982357
GSM5982330 GSM5982331
GSM5982248 GSM5982249
GSM5982302 GSM5982303
GSM5982334 GSM5982335
GSM5982360 GSM5982361
GSM5982348 GSM5982349
GSM5982284 GSM5982285
GSM5982336 GSM5982337
GSM5982320 GSM5982321
GSM5982304 GSM5982305
GSM5982326 GSM5982327
GSM5982298 GSM5982299
GSM5982306 GSM5982307
GSM5982290 GSM5982291
GSM5982310 GSM5982311
GSM5982294 GSM5982295
GSM5982256 GSM5982257
GSM5982344 GSM5982345
GSM5982338 GSM5982339
GSM5982352 GSM5982353
GSM5982262 GSM5982263
GSM5982254 GSM5982255
GSM5982276 GSM5982277
GSM5982324 GSM5982325
GSM5982328 GSM5982329
GSM5982340 GSM5982341
GSM5982292 GSM5982293
GSM5982308 GSM5982309
GSM5982362 GSM5982363
GSM5982296 GSM5982297
GSM5982312 GSM5982313
GSM5982342 GSM5982343
GSM5982274 GSM5982275
GSM5982346 GSM5982347
GSM5982282 GSM5982283
GSM5982322 GSM5982323
GSM5982268 GSM5982269
Description

Submission Date: Mar 29, 2022

Summary: We report transcriptomic profiling from bulk heart, kidney, and liver tissues for 58 strains of the inbred mouse Collaborative Cross (CC). Each strain is represented by a male/female pair. Reads were first aligned to the pooled transcriptomes of the eight founder strains of the CC and then total gene counts were quantified using the EMASE and GBRS software tools. Total read counts can be further normalized for use in differential gene expression analysis, expression quantitative trait locus (eQTL) analysis, and integrative analyses with other -omic data sets measured on the same samples, including proteomics and phosphoproteomics.

GEO Accession ID: GSE199702

PMID: No Pubmed ID

Description

Submission Date: Mar 29, 2022

Summary: We report transcriptomic profiling from bulk heart, kidney, and liver tissues for 58 strains of the inbred mouse Collaborative Cross (CC). Each strain is represented by a male/female pair. Reads were first aligned to the pooled transcriptomes of the eight founder strains of the CC and then total gene counts were quantified using the EMASE and GBRS software tools. Total read counts can be further normalized for use in differential gene expression analysis, expression quantitative trait locus (eQTL) analysis, and integrative analyses with other -omic data sets measured on the same samples, including proteomics and phosphoproteomics.

GEO Accession ID: GSE199702

PMID: No Pubmed ID

Visualize Samples

Info Visualizations are precomputed using the Python package scanpy on the top 5000 most variable genes.

Precomputed Differential Gene Expression

Info Differential expression signatures are automatically computed using the limma R package. More options for differential expression are available to compute below.

Signatures:

No precomputed signatures are currently available for this study. You can compute differential gene expression on the fly below:

Select conditions:

Control Condition

Perturbation Condition

Only conditions with at least 1 replicate are available to select

Differential Gene Expression Analysis
Info Differential expression signatures can be computed using DESeq2 or characteristic direction.
Select differential expression analysis method:
Bulk RNA-seq Appyter

This pipeline enables you to analyze and visualize your bulk RNA sequencing datasets with an array of downstream analysis and visualization tools. The pipeline includes: PCA analysis, Clustergrammer interactive heatmap, library size analysis, differential gene expression analysis, enrichment analysis, and L1000 small molecule search.