MycoBiomDB – Record Details (MyCo_3989)

Biomarker Record Details

Database ID: MyCo_3989
DB IDMyCo_3989
TitleM2-Polarized Macrophages Determine Human Cutaneous Lesions in Lacaziosis
Year2020
PMID32378114
Fungal Diseases involvedLacaziosis
Associated Medical ConditionNone
GenusLacazia
Speciesloboi
OrganismLacazia loboi
Ethical StatementThe use of the material that constituted the casuistic was approved by the ethics committee of ClinicalHospital, Faculty of Medicine of University of Sa ˜o Paulo, under the number 191/12.
Site of InfectionNone
Opportunistic invasiveNone
Sample typeBiopsy
Sample sourceExtracted tissue
Host GroupHuman
Host Common nameHuman
Host Scientific nameHomo sapiens
Biomarker NameArginase-1
Biomarker Full NameArginase-1
Biomarker TypeDiagnostic
BiomoleculeProtein
Geographical LocationBrazil
CohortTwenty-seven skin biopsies were selected from the files of Nucleo de Medicina Tropical – Universidade Federal do Para, Brazil, from patients with clinical and histological diagnosis of lacaziosis.
Cohort No.27
Age GroupNone
P ValueNone
SensitivityNone
SpecificityNone
Positive Predictive ValueNone
MICNone
Fold ChangeNone
PathwayNone
Disease Introduction MechanismLacaziosis is a chronic, cutaneous and/or subcuta-neous mycosis, caused by the fungus Lacazia loboi. It mainly affects rural workers since they are in constant contact with the vegetation and soil, characteristic habitat of the fungus. The Amazon region is an important epidemiological site, where there is a high number of patients among the rubber tappers. Lacazia loboi has a rounded form in the host (yeast), a refringent wall and homogeneous or granular cyto- plasm. It is suggested that it occurs in nature in the filamentous form The lesions may present in different aspects: keloidiform, infiltrative, ulcerated or verrucous. They may also be localized, multifocal or disseminated.
TechniqueImmunological assay
Analysis MethodImmunohistochemistry analysis
ELISA kitsNone
Assay DataNone
Validation Techniques usedImmunohistochemistry analysis
Up Regulation Down RegulationIncrease
Sequence DataNone
External LinkNone