Sp5 | trans-acting transcription factor 5

Physiological systems

18 / 24 physiological systems tested

4 Significantly impacted by the knock-out

 Homeostasis/metabolism Integument Hematopoietic system Behavior/neurological

14 No significant impact

6 Not tested

Gene metrics:7Significant phenotypes
0Associated diseases
Expression examined in:48Adult tissues
46Embryo tissues

Phenotypes

hyperactivity5 supporting datasetsSp5tm1b(KOMP)WtsihomozygoteLate adult5.23x10-10 
increased circulating alanine transaminase level1 supporting datasetSp5tm1b(KOMP)WtsihomozygoteLate adult7.09x10-5 
increased vertical activity1 supporting datasetSp5tm1b(KOMP)WtsihomozygoteLate adult1.12x10-5 
increased grip strength1 supporting datasetSp5tm1b(KOMP)WtsihomozygoteLate adult2.93x10-5 
abnormal vibrissa morphology1 supporting datasetSp5tm1b(KOMP)WtsihomozygoteLate adult2x10-5 
decreased hematocrit1 supporting datasetSp5tm1b(KOMP)WtsihomozygoteEarly adult7.88x10-5 
decreased fasting circulating glucose level1 supporting datasetSp5tm1b(KOMP)WtsihomozygoteEarly adult7.91x10-7 
hyperactivity1 supporting datasetSp5tm1b(KOMP)WtsihomozygoteEarly adult1.57x10-9 
* Does not have a P-value assigned because it was manually marked as significant.
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* This parameter was manually assessed for significance.
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lacZ Expression

adrenal glandheterozygoteSection images
100% (2/2)0.7% (4/570)
aortaheterozygoten/a0% (0/2)0.19% (1/533)
brainheterozygoteSection images
100% (2/2)0.86% (5/579)
brainstemheterozygoten/a0% (0/2)0.41% (2/490)
brown adipose tissueheterozygoten/a0% (0/2)0% (0/588)
cartilage tissueheterozygoten/a0% (0/2)0.22% (1/454)
cerebellumheterozygoteSection images
100% (2/2)0.56% (3/532)
cerebral cortexheterozygoteSection images
100% (2/2)0.41% (2/491)
epididymisheterozygoteSection images
100% (1/1)87.5% (21/24)
esophagusheterozygoten/a0% (0/2)1.67% (7/419)
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Human diseases caused by Sp5 mutations

The analysis uses data from IMPC, along with published data on other mouse mutants, in comparison to human disease reports in OMIM, Orphanet, and DECIPHER.

Phenotype comparisons summarize the similarity of mouse phenotypes with human disease phenotypes.






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Histopathology

IMPC related publications

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Sp5tm1a(KOMP)MbpKO first allele (reporter-tagged insertion with conditional potential)targeting vector
ES Cell
Sp5tm1a(KOMP)WtsiKO first allele (reporter-tagged insertion with conditional potential)targeting vector
ES Cell
mouse
Sp5tm1b(KOMP)WtsiReporter-tagged deletion allele (with selection cassette)mouse
Sp5tm1e(KOMP)MbpTargeted, non-conditional alleleES Cell

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