4.9 | | Sod1 | 'Sod1G86R' vs 'wild type genotype' in '90 day; callosal sulcus' | age, genotype, organism part | RNA sequencing of corticospinal neurons and control callosal projection neurons purified from the cerebral cortex of adult wild-type and Sod1G86R mice, a model of amyotrophic lateral sclerosis, at four disease-relevant ages. |
4.8 | | Sod1 | 'Sod1G86R' vs 'wild type genotype' in '60 day; corticospinal tract' | age, genotype, organism part | RNA sequencing of corticospinal neurons and control callosal projection neurons purified from the cerebral cortex of adult wild-type and Sod1G86R mice, a model of amyotrophic lateral sclerosis, at four disease-relevant ages. |
4.6 | | Sod1 | 'Sod1G86R' vs 'wild type genotype' in '30 day; callosal sulcus' | age, genotype, organism part | RNA sequencing of corticospinal neurons and control callosal projection neurons purified from the cerebral cortex of adult wild-type and Sod1G86R mice, a model of amyotrophic lateral sclerosis, at four disease-relevant ages. |
4.5 | | Sod1 | 'Sod1G86R' vs 'wild type genotype' in '30 day; corticospinal tract' | age, genotype, organism part | RNA sequencing of corticospinal neurons and control callosal projection neurons purified from the cerebral cortex of adult wild-type and Sod1G86R mice, a model of amyotrophic lateral sclerosis, at four disease-relevant ages. |
4.4 | | Sod1 | 'Sod1G86R' vs 'wild type genotype' in '90 day; corticospinal tract' | age, genotype, organism part | RNA sequencing of corticospinal neurons and control callosal projection neurons purified from the cerebral cortex of adult wild-type and Sod1G86R mice, a model of amyotrophic lateral sclerosis, at four disease-relevant ages. |
4.1 | | Sod1 | 'Sod1G86R' vs 'wild type genotype' in '105 day; callosal sulcus' | age, genotype, organism part | RNA sequencing of corticospinal neurons and control callosal projection neurons purified from the cerebral cortex of adult wild-type and Sod1G86R mice, a model of amyotrophic lateral sclerosis, at four disease-relevant ages. |
-3.3 | | Sod1 | 'metaphase II oocyte' vs 'germinal vesicle oocyte' | cell type | Transcription profiling of mouse in vivo matured MII oocytes and fully in vivo grown germinal vesicle oocytes to identify gene transcripts linked to epigenetic reprogramming |
2.4 | | Sod1 | 'extraembryonic endoderm stem cell; grown in ES cell medium' vs 'mouse embryonic fibroblast; control' | cell type, growth condition | OSKM induce extraembryonic endoderm stem (iXEN) cells in parallel to iPS cells |
-2.3 | | Sod1 | 'Alb-Cre-ERT2 / Cnot1 flox/flox' vs 'Cnot1 flox/flox' in 'none' | compound, genotype, time | RNA-seq of livers in control and Cnot1 tamoxifen-inducible liver-specific knockout mice |
-2.2 | | Sod1 | 'undifferentiated' vs 'differentiated; rosiglitazone' in 'AKR/J' | phenotype, stimulus, strain | RNA-seq of mouse subcutaneous SVF cells before and after differentiation with a brown fat differentiation cocktail |
-2.1 | | Sod1 | 'undifferentiated' vs 'differentiated; rosiglitazone' in 'A/J' | phenotype, stimulus, strain | RNA-seq of mouse subcutaneous SVF cells before and after differentiation with a brown fat differentiation cocktail |
-2.1 | | Sod1 | 'undifferentiated' vs 'differentiated; rosiglitazone' in 'F1.B6x129' | phenotype, stimulus, strain | RNA-seq of mouse subcutaneous SVF cells before and after differentiation with a brown fat differentiation cocktail |
-2.1 | | Sod1 | 'undifferentiated' vs 'differentiated; rosiglitazone' in '129S6sv/ev' | phenotype, stimulus, strain | RNA-seq of mouse subcutaneous SVF cells before and after differentiation with a brown fat differentiation cocktail |
-2 | | Sod1 | 'undifferentiated' vs 'differentiated; rosiglitazone' in 'F1.129xB6' | phenotype, stimulus, strain | RNA-seq of mouse subcutaneous SVF cells before and after differentiation with a brown fat differentiation cocktail |
-1.9 | | Sod1 | 'hepatocyte-derived proliferative ducts (hepPDs)' vs 'hepatocyte' | cell type | Transcription profiling by high throughput sequencing of hepatocyte-derived progenitors cells in a mouse model of oval cell activation |
-1.9 | | Sod1 | 'PTEN null, P53-/-' vs 'wild type genotype' | genotype | RNA seq of prostate gland from WT, PTEN pc -/- and PTEN pc-/-;P53 -/- mice |
-1.8 | | Sod1 | 'undifferentiated' vs 'differentiated; rosiglitazone' in 'SWR/J' | phenotype, stimulus, strain | RNA-seq of mouse subcutaneous SVF cells before and after differentiation with a brown fat differentiation cocktail |
-1.8 | | Sod1 | '336 hour' vs '0 hour' on 'Affymetrix MOE430B Array' | time | Transcription profiling of murine V6.5 embryonic stem cells differentiating into embryoid bodies over a time-course to study changes in transcription during stem cell differentiation |
-1.8 | | Sod1 | 'Mxd1 knockdown by siRNA' vs 'wild type' at '1 day' | phenotype, time | 3' RNA-seq of differentiating (brown) mouse subcutaneous SVF cells upon knockdown of Zfp521, Fhl1, or Mxd1 |
-1.7 | | Sod1 | 'liver-specific Cnot3 knockout' vs 'wild type' | phenotype | Roles of mRNA decay in liver development |
-1.7 | | Sod1 | 'Fhl1 knockdown by siRNA' vs 'wild type' at '1 day' | phenotype, time | 3' RNA-seq of differentiating (brown) mouse subcutaneous SVF cells upon knockdown of Zfp521, Fhl1, or Mxd1 |
1.7 | | Sod1 | 'Lgr6-positive hair follicle/sebaceous gland cell' vs 'Lgr6-positive basal interfollicular epidermis cell' | cell type | Transcription profiling of Lgr6+ keratinocyte populations in the epidermis and hair follicle |
-1.6 | | Sod1 | 'tamoxifen induction at 2 months, wait 3 months' vs 'no tamoxifen induction' in 'basal cell of prostate epithelium; CK5-CreERT2 transgenic line' | cell type, genotype, growth condition | Transcription profiling by high throughput sequencing of PIN/tumor lesions from basal or luminal origins at time points at which mice displayed similar histopathological phenotypes |
-1.6 | | Sod1 | 'tamoxifen induction at 2 months, wait 1 months' vs 'no tamoxifen induction' in 'luminal cell of prostate epithelium; Nkx3.1-CreERT2 targeted allele' | cell type, genotype, growth condition | Transcription profiling by high throughput sequencing of PIN/tumor lesions from basal or luminal origins at time points at which mice displayed similar histopathological phenotypes |
-1.6 | | Sod1 | 'liver-specific Cnot1 knockout' vs 'wild type' | phenotype | Roles of mRNA decay in liver development |
1.6 | | Sod1 | 'induced extraembryonic endoderm stem cell; grown in XEN cell medium' vs 'mouse embryonic fibroblast; control' | cell type, growth condition | OSKM induce extraembryonic endoderm stem (iXEN) cells in parallel to iPS cells |
-1.5 | | Sod1 | 'tamoxifen induction at 2 months, wait 6 months' vs 'no tamoxifen induction' in 'basal cell of prostate epithelium; CK5-CreERT2 transgenic line' | cell type, genotype, growth condition | Transcription profiling by high throughput sequencing of PIN/tumor lesions from basal or luminal origins at time points at which mice displayed similar histopathological phenotypes |
-1.5 | | Sod1 | 'undifferentiated' vs 'differentiated; rosiglitazone' in 'C57BL/6J' | phenotype, stimulus, strain | RNA-seq of mouse subcutaneous SVF cells before and after differentiation with a brown fat differentiation cocktail |
-1.5 | | Sod1 | 'ABIN1[D485N] knock-in' vs 'wild type genotype' in 'neutrophil' | cell type, genotype | RNA-seq of inflammatory monocytes, patrolling monocytes and neutrophils in wild type and ABIN1[D485N] mice |
-1.4 | | Sod1 | 'Mxd1 knockdown by siRNA' vs 'wild type' at '3 day' | phenotype, time | 3' RNA-seq of differentiating (brown) mouse subcutaneous SVF cells upon knockdown of Zfp521, Fhl1, or Mxd1 |
1.4 | | Sod1 | 'Lgr6-positive hair follicle/sebaceous gland cell' vs 'basal keratinocyte' | cell type | Transcription profiling of Lgr6+ keratinocyte populations in the epidermis and hair follicle |
-1.3 | | Sod1 | 'tamoxifen induction at 2 months, wait 3 months' vs 'no tamoxifen induction' in 'luminal cell of prostate epithelium; Nkx3.1-CreERT2 targeted allele' | cell type, genotype, growth condition | Transcription profiling by high throughput sequencing of PIN/tumor lesions from basal or luminal origins at time points at which mice displayed similar histopathological phenotypes |
1.3 | | Sod1 | 'reduced expression of miR-25' vs 'wild type' | phenotype | Transcription profiling by high throughput sequencing of wild type and miR-25 agomir or antagomir treated mice |
-1.3 | | Sod1 | '96 hour' vs '0 hour' on 'Affymetrix MOE430B Array' | time | Transcription profiling of murine V6.5 embryonic stem cells differentiating into embryoid bodies over a time-course to study changes in transcription during stem cell differentiation |
-1.3 | | Sod1 | 'polarized with E coli lipopolysacharide and INF-gamma' vs 'untreated' | compound, treatment | Expression data from polarized macrophages: effect of p53 |
-1.3 | | Sod1 | 'Nurr1 knockout' vs 'control' in 'substantia nigra' | genotype, organism part | Transcription profiling by high throughput sequencing of midbrain Nurr1 knockout mutant mice |
1.3 | | Sod1 | 'stabilization-competent' vs 'stabilization-incompetent' in '23 day; secondary reprogramming cell' | age, cell type, phenotype | Transcription profiling by high throughput sequencing in gene expresion profile of 4 SC clones and 4 SI clones at different time points defined a stabilization competency signiture |
1.3 | | Sod1 | 'Lsd1fl/fl Mx1Cre' vs 'Lsd1fl/fl' | genotype | Gene expression data of Lsd1fl/fl and Lsd1fl/fl Mx1Cre Gr1dim Mac1 granulocytic progenitor cells. |
-1.3 | | Sod1 | 'adipose tissue specific Cnot1 knockout' vs 'wild type phenotype' in 'brown adipose tissue' | organism part, phenotype | RNA-seq to identify the role of mRNA decay in mouse adipose tissues |
1.2 | | Sod1 | 'extraembryonic endoderm stem cell; grown in XEN cell medium' vs 'mouse embryonic fibroblast; control' | cell type, growth condition | OSKM induce extraembryonic endoderm stem (iXEN) cells in parallel to iPS cells |
-1.2 | | Sod1 | 'clear cell sarcoma; Rosa26CreER' vs 'control' | disease, genotype | Mouse Model of Clear Cell Sarcoma |
-1.2 | | Sod1 | 'Fhl1 knockdown by siRNA' vs 'wild type' at '3 day' | phenotype, time | 3' RNA-seq of differentiating (brown) mouse subcutaneous SVF cells upon knockdown of Zfp521, Fhl1, or Mxd1 |
1.2 | | Sod1 | 'neuronal stem cell; positive staining for GFP and prominin' vs 'astrocyte; positive staining for GFP' | cell type, phenotype | Transcription profiling by array of adult neural stem cells (hGFAP-GFP+/prominin1+ cells) compared to parenchymal astrocytes that are not neurogenic (hGFAP-GFP+ cells from the diencephalon) |
-1.1 | | Sod1 | 'pabpn1l -/-' vs 'wild type genotype' in 'zygote' | genotype, organism part | RNA-seq of oocytes and zygotes from pabpn1l ko and wt female mice |
-1.1 | | Sod1 | 'confluent monolayer on collagen' at '7 day' vs 'freshly isolated' at '0 day' | growth condition, time | Transcription profiling of primary mouse hepatocytes under different culture conditions |
-1.1 | | Sod1 | '48 hour' vs '0 hour' on 'Affymetrix MOE430B Array' | time | Transcription profiling of murine V6.5 embryonic stem cells differentiating into embryoid bodies over a time-course to study changes in transcription during stem cell differentiation |
1.1 | | Sod1 | 'oral hard palate epithelium' vs 'tail skin epithelium' | organism part | Transcriptional profiling of mouse oral and skin epithelium to study their intrinsic difference in global gene expression |
-1.1 | | Sod1 | 'synovial sarcoma' vs 'control' | disease, genotype | Mouse Model of Clear Cell Sarcoma |
-1.1 | | Sod1 | 'transgenic C3(1)-SV40Tag; 20 week' vs 'wild type; 8 week' | age, genotype | Prevention of mammary tumor progression by silencing HoxA1 via intraductal injection of nanoparticle-formulated siRNA |
-1.1 | | Sod1 | '18 hour' vs '0 hour' on 'Affymetrix MOE430B Array' | time | Transcription profiling of murine V6.5 embryonic stem cells differentiating into embryoid bodies over a time-course to study changes in transcription during stem cell differentiation |
1 | | Sod1 | 'doxorubicin; 17.5 milligram per kilogram body weight' vs 'vehicle' in 'scramble; podocyte' | cell type, compound, genotype | Transcription profiling to identify the role of MOF in primary MEFs and differentiated podocytes in response to Adriamycin |
1 | | Sod1 | 'extracellular vesicle; EMT cell culture medium' vs 'none' | sampling site, stimulus | Cellular and extracellular vesicle RNA sequence for E-cadherin-RFP EMT reporter system expressing mouse breast cancer cell line Py2T during EMT/MET |
-1 | | Sod1 | 'high fat diet; 30 degree celsius' vs 'chow; 23 degree celsius' in 'brown adipose tissue' | diet, organism part, temperature | RNA-seq of brown and white mouse adipose tissue at thermoneutrality and high-fat diet |
1 | | Sod1 | 'lipopolysaccharide; 10 nanogram per milliliter and PFI-1; 10 nanogram per milliliter' vs 'none' in 'primary cell line; wild type genotype' | cell line, compound, genotype | Bulk RNA-seq of wild type and MEF2A or MEF2C/D knockout mouse bone marrow macrophages under different stimulation conditions |
1 | | Sod1 | 'anti-CD3/CSA' vs 'anti-CD3' in 'cyclosporine-sensitive' | phenotype, treatment | Activating CD8 T cell clones via the T cell receptor complex in the absence and presence of cyclosporine A |
-1 | | Sod1 | 'transplanted secondary tumors' vs 'normal' in 'kidney' | clinical information, organism part | Premature termination of in vivo reprogramming leads to cancer development through altered epigenetic regulation [array] |
1 | | Sod1 | '4 hours after hCG treatment' vs 'control' in 'wild type' | genotype, treatment | The ISWI ATPase Snf2L is required for superovulation and regulates Fgl2 in differentiating mouse granulosa cells |