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Literature summary for 1.8.3.2 extracted from

  • Alibardi, L.
    Immunocytochemical localization of sulfhydryl oxidase in mammalian epidermis suggests that the enzyme cross-links keratins in the granular and transitional corneous layers (2017), Acta Zool., 98, 32-37 .
No PubMed abstract available

Organism

Organism UniProt Comment Textmining
Homo sapiens Q6ZRP7
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Mesocricetus auratus A0A1U7R8Y5
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Ornithorhynchus anatinus
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Osphranter rufus
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Source Tissue

Source Tissue Comment Organism Textmining
skin prevalent labelling in the granular, transitional and lowermost part of the stratum corneous layer Ornithorhynchus anatinus
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skin prevalent labelling in the granular, transitional and lowermost part of the stratum corneous layer Homo sapiens
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skin prevalent labelling in the granular, transitional and lowermost part of the stratum corneous layer Mesocricetus auratus
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skin prevalent labelling in the granular, transitional and lowermost part of the stratum corneous layer Osphranter rufus
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Synonyms

Synonyms Comment Organism
sulfhydryl oxidase
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Ornithorhynchus anatinus
sulfhydryl oxidase
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Homo sapiens
sulfhydryl oxidase
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Mesocricetus auratus
sulfhydryl oxidase
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Osphranter rufus

General Information

General Information Comment Organism
physiological function epidermal sulfhydryl oxidase mainly cross-links keratins or keratins with other proteins within the corneous core of keratinocytes of the stratum granulare and of the transitional layer. The presence of disulphide bonds in corneocytes and of isopeptide bonds in the cell cornified envelope determines the high chemical, mechanical and antimicrobial resistance of the corneous layer Ornithorhynchus anatinus
physiological function epidermal sulfhydryl oxidase mainly cross-links keratins or keratins with other proteins within the corneous core of keratinocytes of the stratum granulare and of the transitional layer. The presence of disulphide bonds in corneocytes and of isopeptide bonds in the cell cornified envelope determines the high chemical, mechanical and antimicrobial resistance of the corneous layer Homo sapiens
physiological function epidermal sulfhydryl oxidase mainly cross-links keratins or keratins with other proteins within the corneous core of keratinocytes of the stratum granulare and of the transitional layer. The presence of disulphide bonds in corneocytes and of isopeptide bonds in the cell cornified envelope determines the high chemical, mechanical and antimicrobial resistance of the corneous layer Mesocricetus auratus
physiological function epidermal sulfhydryl oxidase mainly cross-links keratins or keratins with other proteins within the corneous core of keratinocytes of the stratum granulare and of the transitional layer. The presence of disulphide bonds in corneocytes and of isopeptide bonds in the cell cornified envelope determines the high chemical, mechanical and antimicrobial resistance of the corneous layer Osphranter rufus