Basic information

Full name
potassium inwardly rectifying channel subfamily J member 10
Ensembl
ENSG00000177807.10
Summary
This gene encodes a member of the inward rectifier-type potassium channel family, characterized by having a greater tendency to allow potassium to flow into, rather than out of, a cell. The encoded protein may form a heterodimer with another potassium channel protein and may be responsible for the potassium buffering action of glial cells in the brain. Mutations in this gene have been associated with seizure susceptibility of common idiopathic generalized epilepsy syndromes. [provided by RefSeq, Jul 2008]
Annotation
Receptor

Protein product

Phosphosites on the primary protein product
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Tumor and normal comparison

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Signed p-values
Data type
Meta P
BRCA
CCRCC
COAD
GBM
HNSCC
LSCC
LUAD
OV
PDAC
UCEC
RNA-1.7e-5--6.4e-29--5.1e-55e-84.5e-9-0.014-
protein-2.8e-21--2.8e-21--------

* P-values are from Wilcoxon rank sum test and can be clicked to show the box plots. Positive values mean higher abundance in tumor. BRCA and GBM do not have normal samples.

mRNA expression at gene level
BRCACCRCCCOADGBMHNSCCLSCCLUADOVPDACUCEC1234567891011121314log2(RSEM+1)tumornormal
Protein expression
CCRCCGBM181920212223242526log2(MS1 intensity)tumornormal

* Mild outlier: filled circle; Extreme outlier: empty circle.

Phenotype and mutation association

Manhattan plot summarizing associations of phenotypes and mutations across all cohorts and omics data types

BRCACCRCCCOADGBMHNSCCLSCCLUADOVPDACUCEC02468101214160-2-4-6-8-10-12-14-16Pan-cancer0510152025303540450-5-10-15-20-25-30-35-40-45proteinRNASCNVclinicalpathwaycell typegenomicmutation-log10 of P-value

* Data points of significant associations above and below the dotted lines can be hovered to show the phenotype.

Associations of the protein abundance of KCNJ10 with phenotypes and mutations

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Signed p-values
Phenotype
Meta P
BRCA
CCRCC
COAD
GBM
HNSCC
LSCC
LUAD
OV
PDAC
UCEC
HALLMARK_KRAS_SIGNALING_DN3.5e-6-0.75-4.2e-10------
DISEASE-PSP_Alzheimer's_disease2.1e-4---2.1e-4------
KINASE-PSP_CDK54.7e-4---4.7e-4------
HALLMARK_BILE_ACID_METABOLISM1.5e-3-0.11-0.004------
HALLMARK_HEME_METABOLISM2.5e-3-3.6e-3-0.17------
cibersort: T cell CD4+ naive2.6e-3---2.6e-3------
xcell: Hematopoietic stem cell7.1e-3-0.054-0.06------
cibersort: NK cell activated8.9e-3-0.062-0.067------
xcell: Eosinophil8.9e-3-0.071-0.058------
xcell: T cell CD4+ (non-regulatory)0.028-0.47-0.017------
Showing 1 to 10 of 256 rows

* P-values could be from test for Spearman correlation, Wilcoxon rank sum test, Jonckheere-Terpstra trend test or Cox regression depending on the data type. P-values for individual cohorts can be clicked to show the data plots. The matrix icons in each row can be clicked to show a heatmap summary of associations across all cohorts and omics. The rows in the table can be expanded to show results from other omics.

Cis-association

Associations between omics data of KCNJ10

BRCA0.03proteinmRNASCNVmethylationCCRCC0.060.12-0.270.020.05-0.03proteinmRNASCNVmethylationCOAD0.03proteinmRNASCNVmethylationGBM0.79-0.21-0.10-0.22-0.090.03proteinmRNASCNVmethylationHNSCC0.060.08-0.18proteinmRNASCNVmethylationLSCC0.040.16-0.27proteinmRNASCNVmethylationLUAD0.130.310.23proteinmRNASCNVmethylationOV0.09proteinmRNASCNVmethylationPDAC0.060.210.01proteinmRNASCNVmethylationUCEC0.060.22-0.07proteinmRNASCNVmethylation

* The numbers are Spearman correlation coefficients and can be clicked to show the scatter plots. The color and size of the circles correlate with the coefficients.

Trans-association

Associations of the protein abundance of KCNJ10 and the protein abundance of other genes

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Signed p-values
Gene
Meta P
BRCA
CCRCC
COAD
GBM
HNSCC
LSCC
LUAD
OV
PDAC
UCEC
No matching records found

* P-values are from test for Spearman correlation. P-values for individual cohorts can be clicked to show the data plots. The matrix icons in each row can be clicked to show a heatmap summary of associations across all cohorts and omics. The rows in the table can be expanded to show results from other omics.

Gene set enrichment analysis

Submit genes and the common logarithm of the p-values of their association with to WebGestalt.