Thermal Imaging

Overview

Thermal imaging detects surface temperature variations using infrared cameras. It is non contact and provides functional information about perfusion and inflammation. Clinical use is adjunctive and requires standardized protocols.

Clinical Uses

Thermal imaging may assist in wound assessment and vascular studies. It can detect areas of increased inflammation or altered perfusion. Interpretation requires correlation with clinical findings and other imaging.

Limitations

Surface temperature is influenced by environment and patient factors. Standardization of acquisition and analysis is necessary for reliable results. Thermal imaging does not replace structural imaging modalities.

Research and Development

New algorithms and sensors improve sensitivity and resolution. Integration with other modalities may enhance diagnostic utility. Research explores applications in rehabilitation and peripheral vascular disease.

Thermography Infrared Imaging

Overview

Thermography detects skin surface temperature variations that may reflect underlying inflammation perfusion changes or vascular abnormalities.

Technique

High sensitivity infrared cameras and controlled environment are required for reproducible studies.

Clinical Uses

Adjunctive use in breast screening research vascular assessment and inflammation detection not a standalone diagnostic tool.

Limitations and Safety

Surface temperature influenced by environment and physiology. Limited specificity and clinical acceptance.