3 Matching Annotations
  1. Last 7 days
    1. Case#: Patient 10, 10 years old, Iranian

      DiseaseAssertion: MPS1-S (Attenuated)

      FamilyInfo: N/A

      CasePresentingHPOs: N/A

      CaseHPOFreeText: N/A

      CaseNotHPOs: N/A

      CaseNotHPOFreeText: N/A

      CaseEnzymeAssay: 0.45 µmol/g.h (Normal ranges: 10-50 µmol/g.h)

      CaseUrineGAGs: N/A

      CaseERT: N/A

      CaseBMT: N/A

      Variant1: c.152G>A (p.G51D)

      Variant1ClinVarID: 193061

      Variant1CAID: CA274902

      Variant2: Unknown

      Variant2ClinVarID: N/A

      Variant2CAID: N/A

      AdditionalVariants: N/A

      ParentalGenotype: N/A

      PreviouslyPublished N/A

    1. COH1 is differentially spliced in human brain

      TissueExpression/Uberon ID: UBERON:0002113, UBERON:0000955, UBERON:0001987, UBERON:0002108, UBERON:0002048

      ExpressionEvidence: Northern Blot analysis showed ubiquitous expression of COH1 transcripts in all tissues analyzed.

      Relative quantification and PCR-based fragment analysis revealed expression of the splicing variant (NM_152564.3 utilizing exon 28b) in most human tissues. Almost equal expression of both full-length transcript (NM_017890.3 utilizing exon 28) and splice variant was found for fetal and adult brain as well as adult retina.

      Where in paper: Results, under "COH1 is differentially spliced in human brain"

    2. COH1 is differentially spliced in human brain

      TissueExpression/Uberon ID: UBERON:0002113, UBERON:0000955, UBERON:0001987, UBERON:0002108, UBERON:0002048

      ExpressionEvidence: Northern Blot analysis showed ubiquitous expression of COH1 transcripts in all tissues analyzed.

      Relative quantification and PCR-based fragment analysis revealed expression of the splicing variant (NM_152564.3 utilizing exon 28b) in most human tissues. Almost equal expression of both full-length transcript (NM_017890.3 utilizing exon 28) and splice variant was found for fetal and adult brain as well as adult retina.

      Where in paper: Results, under "COH1 is differentially spliced in human brain"