As a matter of fact, in this paper we will explore and assess this argument in order to measure the potential of such a technique as a diagnostic tool for breast cancer. Furthermore, it can be argued that some of the variables considered by thermography may be more easily interpreted than those of some of the aforementioned techniques. Thermography is also noninvasive, but it has the advantage of using a cheaper device (an infrared camera), which is far more portable than those used in mammography, MRI, and ultrasound. Other techniques, which are not necessarily invasive, have implicit risks or limitations such as X-ray exposure, interobserver interpretability and difficult access to high-tech expensive equipment. Although open biopsy is regarded as the gold standard technique for diagnosing breast cancer, it is practically the last diagnostic resource used since it is an invasive procedure that represents not only significant health implications but also psychological and economic ones also. Because of specificity required, it is compulsory to have as many available tools as possible to reduce, on the one hand, the number of false positives and, on the other hand, to achieve high sensitivity. However, with the development of new thermal imaging technology, thermography has reappeared and is being seriously considered as a complementary tool for the diagnosis of breast cancer. In fact, thermography started in 1956 but was discarded some years later because of the poor quality of the thermal images and the low specificity values it achieved. Nowadays, there are different techniques for carrying out the diagnosis: mammography, ultrasound, MRI, biopsies, and, more recently, thermography. Moreover, a specificity is required in the diagnosis of such a disease given that an incorrect classification of a sample as a false positive may lead to the surgical removal of the breast. Have to be overcome to consider it as an effective diagnosis complementaryīreast cancer is one of the main causes of death among women worldwide. Of this technique in such a goal but also show its main limitations that Proposal of a score, based on the aforementioned information, that could helpĭistinguish sick patients from healthy ones. How the information provided by the thermal image can be used in order toĬharacterize patients suspected of having cancer. In breast cancer using Bayesian network classifiers. In this paper, we will evaluate the diagnostic power of thermography On the temperature a tumor may produce, has recently been explored: Mammography, ultrasound, and biopsy, among others. There are a number of techniques used for diagnosing this disease: Breast cancer is one of the leading causes of death among women
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