Hub : Traits

tautz: manual_mpc15

Project: tautz

4 significantly associated models · 1 unique gene

Significant Loci

# chr p0 p1 # assoc genes # joint models best TWAS P best SNP P cond SNP P % var exp joint genes
1 9 15507974 16906451 1 1 5.3e-08 4.1e-08 1 100 Supt3h

p0: physical position of the start of the locus. p1: physical position of the end of the locus. # joint models: number of models selected by step-wise conditional analysis.

Pleiotropic Associations

Trait chisq ratio # genes+ # genes++ % genes++ corr corr P genes
dissection: UMAP 3 of all traits 2.8 1 0 0 0 1.00000 Supt3h
dissection: PC 2 of all traits 4.5 1 0 0 1 0.00471 Supt3h
tautz: manual_spc7 23.4 1 1 100 -1 0.00009 Supt3h
tautz: manual_spc21 5.3 1 0 0 0 1.00000 Supt3h
tautz: manual_mpc4 12.7 1 0 0 1 0.00149 Supt3h
tautz: manual_spc24 6.0 1 0 0 1 0.00252 Supt3h
tautz: manual_spc10 12.8 1 0 0 -1 0.00115 Supt3h
tautz: manual_spc11 5.7 1 0 0 0 1.00000 Supt3h
tautz: manual_spc6 7.5 1 0 0 -1 0.00177 Supt3h
tautz: manual_spc20 5.5 1 0 0 0 1.00000 Supt3h
Liver cobalt concentration 6.4 1 0 0 0 1.00000 Supt3h

chisq ratio: Average Chi2 statistic for the selected genes in the secondary trait, divided by the average statistic for all genes in the secondary trait. # genes+: Shared significant genes at Bonferroni correction. # genes++: Shared significant genes at transcriptome-wide significance. % genes++: Number of [++] genes as a percentage of primary trait’s total joint genes. corr: Correlation of effect sizes across the [+] genes.

Associations by panel

tissue modality # hits % hits/tests avg chisq
Adipose alternative polyA 1 0.047 1.4
Adipose alternative TSS 0 0.000 1.4
Adipose gene expression 0 0.000 1.4
Adipose isoform ratio 1 0.035 1.4
Adipose intron excision ratio 0 0.000 1.6
Adipose mRNA stability 0 0.000 1.5
BLA alternative polyA 0 0.000 1.3
BLA alternative TSS 0 0.000 1.4
BLA gene expression 0 0.000 1.4
BLA isoform ratio 0 0.000 1.3
BLA intron excision ratio 0 0.000 1.3
BLA mRNA stability 0 0.000 1.4
Brain alternative polyA 0 0.000 1.3
Brain alternative TSS 0 0.000 1.5
Brain gene expression 1 0.011 1.4
Brain isoform ratio 0 0.000 1.3
Brain intron excision ratio 0 0.000 1.4
Brain mRNA stability 0 0.000 1.4
Eye alternative polyA 0 0.000 1.4
Eye alternative TSS 0 0.000 1.4
Eye gene expression 0 0.000 1.4
Eye isoform ratio 0 0.000 1.3
Eye intron excision ratio 0 0.000 1.5
Eye mRNA stability 0 0.000 1.6
IL alternative polyA 0 0.000 1.2
IL alternative TSS 0 0.000 1.1
IL gene expression 0 0.000 1.4
IL isoform ratio 0 0.000 1.4
IL intron excision ratio 0 0.000 1.3
IL mRNA stability 0 0.000 1.5
LHb alternative polyA 0 0.000 1.3
LHb alternative TSS 0 0.000 1.2
LHb gene expression 0 0.000 1.4
LHb isoform ratio 0 0.000 1.4
LHb intron excision ratio 0 0.000 1.4
LHb mRNA stability 0 0.000 1.4
Liver alternative polyA 0 0.000 1.4
Liver alternative TSS 0 0.000 1.4
Liver gene expression 1 0.014 1.4
Liver isoform ratio 0 0.000 1.4
Liver intron excision ratio 0 0.000 1.4
Liver mRNA stability 0 0.000 1.5
NAcc alternative polyA 0 0.000 1.2
NAcc alternative TSS 0 0.000 1.3
NAcc gene expression 0 0.000 1.4
NAcc isoform ratio 0 0.000 1.4
NAcc intron excision ratio 0 0.000 1.3
NAcc mRNA stability 0 0.000 1.4
NAcc2 alternative polyA 0 0.000 1.4
NAcc2 alternative TSS 0 0.000 1.6
NAcc2 gene expression 0 0.000 1.4
NAcc2 isoform ratio 0 0.000 1.5
NAcc2 intron excision ratio 0 0.000 1.4
NAcc2 mRNA stability 0 0.000 1.4
OFC alternative polyA 0 0.000 1.1
OFC alternative TSS 0 0.000 1.4
OFC gene expression 0 0.000 1.4
OFC isoform ratio 0 0.000 1.3
OFC intron excision ratio 0 0.000 1.2
OFC mRNA stability 0 0.000 1.4
PL alternative polyA 0 0.000 1.4
PL alternative TSS 0 0.000 1.3
PL gene expression 0 0.000 1.4
PL isoform ratio 0 0.000 1.4
PL intron excision ratio 0 0.000 1.3
PL mRNA stability 0 0.000 1.4
PL2 alternative polyA 0 0.000 1.3
PL2 alternative TSS 0 0.000 1.5
PL2 gene expression 0 0.000 1.4
PL2 isoform ratio 0 0.000 1.3
PL2 intron excision ratio 0 0.000 1.3
PL2 mRNA stability 0 0.000 1.4

avg chisq: Average Chi2 (squared Z-score) across all models in this panel for this trait.