A comparison of Infrared Thermal Imaging vs. Regulation Thermography and the technology behind each non-invasive assessment method.

For a patient with breast cancer in remission, Alfa Thermometry was able to detect recurrence cancer and provide accurate health data by performing multi-angled analysis of breasts and teeth.

In the case of a 60 year old female with a family history of breast cancer, Alfa Thermometry was able to provide multi-dimensional data to understand the disordered physiology surrounding the breast suspicion area.

The functions of the human body depend largely on its temperature. In order to maintain an optimal distribution of temperature throughout the body, it possesses a complex control and regulating system, the center of which is located in the hypothalamic region of the brain.

Abstract The objective of the present article is to give an overview of an application of Fuzzy Logic in Regulation Thermography, a methoc of medical diagnosis support.

Abstract Breast cancer is the leading type of cancer diagnosed in women. For years human limitations in interpreting the thermograms possessed a considerable challenge, but with the introduction of computer assisted detection/diagnosis (CAD), this problem has been addressed.

Medical thermography has proved to be useful in various medical applications including the detection of breast cancer where it is able to identify the local temperature increase caused by the high metabolic activity of cancer cells.

Overview: Internal dysfunction is reflected in skin surface temperature due to its connection to the autonomic nervous system. Therefore, various health and disease data can be evaluated by mapping skin temperature.

Overview: Regulation Thermography allows for radiation-free breast cancer detection, and regular scans are recommended to monitor breast health.