MYCOLab Ai Logo - gold and army green

Editorial: Dermatopathology and Associated Laboratory Investigations in the Study of Skin Disease

Summary

This special journal issue brings together several studies on how doctors diagnose skin diseases using laboratory tests. The papers cover different methods including examining fungal infections under a microscope, using new staining techniques, and applying molecular tests to identify skin cancers and autoimmune conditions. Together, these studies show how combining pathology examination with laboratory techniques is essential for accurately diagnosing and treating various skin disorders.

Background

This Special Issue for the British Journal of Biomedical Science compiles multiple papers addressing dermatopathology and laboratory-based investigations in skin disease study. The collection emphasizes the importance of clinicopathological correlation in diagnosing both inflammatory and cancerous skin conditions.

Objective

To contribute to understanding and advancement in knowledge acquisition regarding dermatopathology and associated laboratory investigations in the study of skin disease. The issue showcases current practice, techniques, and methodologies that help define and identify various skin conditions.

Results

Articles demonstrate the critical interaction between dermatopathology and mycological techniques, utility of special stains (PAS, GMS), effectiveness of new Haematoxylin X mordant dye, immunofluorescence as gold standard for autoimmune blistering diseases, and Prame double labelling technique for lentigo maligna assessment with 91.3% sensitivity.

Conclusion

Dermatopathology is key in diagnosing skin diseases and maintains important relationships with specialized laboratory services. Molecular techniques, immunohistochemistry, and other advanced methodologies enhance conventional light microscopic studies and clinicopathological correlation.
  • Published in:British Journal of Biomedical Science,
  • Study Type:Editorial/Review Collection,
  • Source: PMID: 40585893, DOI: 10.3389/bjbs.2025.14810
Scroll to Top