From Dysplasia to Carcinoma: Expression Patterns of Dermokine, Matriptase, and Tryptase in OPMD
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View abstract on PubMed
Summary
This summary is machine-generated.Dermokine may indicate early oral cancer transformation, while changes in matriptase and tryptase expression patterns can help distinguish dysplasia from carcinoma in oral potentially malignant disorders.
Area Of Science
- Oncology
- Biomarker Discovery
- Oral Pathology
Background
- Malignant transformation of oral potentially malignant disorders (OPMDs) lacks reliable molecular markers.
- Dermokine, matriptase, and tryptase are implicated in epithelial differentiation, inflammation, and tumor microenvironment, suggesting roles in carcinogenesis.
- Identifying predictive biomarkers for OPMD progression is crucial for early intervention.
Purpose Of The Study
- To investigate dermokine, matriptase, and tryptase as potential biomarkers for predicting malignant progression in OPMDs.
- To analyze the expression patterns of these molecules in normal oral mucosa, OPMDs, and oral and oropharyngeal squamous cell carcinoma (OOSCC).
Main Methods
- Cross-sectional comparative study involving paired normal oral mucosa (NM) and OPMD tissues (n=21), and OOSCC samples (n=64) using tissue microarrays.
- Proteomic analysis identified candidate biomarkers, followed by clinical, histopathological, and immunohistochemical analyses.
- Expression levels and localization of dermokine, matriptase, and tryptase were evaluated across different tissue types.
Main Results
- Dermokine, tryptase, and matriptase expression was significantly higher in OPMD and OOSCC compared to NM.
- Dermokine showed predominant expression in OPMD, well-differentiated OOSCC, and NM from patients who later progressed to malignancy.
- Matriptase and tryptase exhibited a shift in expression from membranous in NM to diffuse in OPMD and OOSCC.
Conclusions
- Dermokine may serve as an early biomarker for malignant transformation in OPMDs.
- Altered matriptase expression patterns show potential in differentiating dysplasia from carcinoma.
- These molecules offer promising avenues for developing diagnostic tools for OPMD management.
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