Infrared Macrothermoscopy Patterns-A New Category of Dermoscopy

Area of Science:

• Dermatology
• Medical Imaging
• Biophysics

Background:

• A novel non-invasive dermatological infrared macroimaging analysis technique, MacroIR, was developed.
• MacroIR analyzes microvascular, inflammatory, and metabolic changes in skin and mucosal lesions.
• It complements traditional methods like naked eye examination and polarized light dermatoscopy (PLD).

Purpose of the Study:

• To evaluate the efficacy of MacroIR in analyzing skin and mucosal lesions.
• To compare MacroIR findings with naked eye, PLD, and histopathological results.
• To assess the diagnostic potential of MacroIR in dermatology.

Main Methods:

• Ten cases were evaluated using a smartphone-integrated dermatoscope with a far-infrared transducer and specialized software.
• High-resolution images were captured across different electromagnetic spectra.
• Images were analyzed by a dermatologist, correlating visual, dermoscopic, and MacroIR data.

Main Results:

• MacroIR successfully identified and compared structures with dermoscopic forms.
• Visual anatomical changes correlated with MacroIR data, providing microvascular, inflammatory, and metabolic information.
• MacroIR images showed strong correlation with PLD, naked eye examination, and histopathology.

Conclusions:

• MacroIR imaging demonstrated comparable concordance rates with clinical dermatologists as traditional methods.
• MacroIR is a promising tool for enhancing dermatological disease diagnosis.
• Preliminary observations suggest MacroIR's potential, warranting further large-scale studies.