https://www.selleckchem.com/products/og-l002.html To correlate the potential of the stabilometric parameters of baropodometry with the superficial temperature of the legs of cancer patients during and after treatment. This study included 30 volunteers of both sexes, divided into the following groups chemotherapy-radiotherapy group (CRG) (n = 15; age = 57.13 ± 16.74 years) and cancer group without current treatment (n = 15; age = 63.29 ± 7.34 years). They were assessed for superficial temperature of the legs using infrared thermography with anterior and posterior views. Assessment of postural balance was conducted using a baropodometer in 2 conditions-participants' open eyes and closed eyes-to obtain the center of pressure (COP) of anteroposterior displacement, COP of mediolateral displacement, and COP of displacement area. When their eyes were open, the CRG participants presented a high correlation between the displacement of the ML and the surface anterior temperature of both legs (right r = 0.578,  = .030; left r = 0.619,  = .018) and posterior region of the right leg (r = 0.571;  = .033), and they presented a high correlation between COP with anterior surface temperature of both legs (right r = 0.585,  = .028; left r = 0.540,  = .046). When patients' eyes were closed, no correlation was found between the thermography and the stabilometric parameters evaluated. During the chemotherapy-radiotherapy, cancer patients present ML and COP displacement that correlates with infrared thermography evaluation when their eyes are open. During the chemotherapy-radiotherapy, cancer patients present ML and COP displacement that correlates with infrared thermography evaluation when their eyes are open. This prospective study aimed to assess the concurrent validity and diagnostic accuracy of a mathematical procedure for measurement of the spinal inclination angle, analogous to the Cobb angle, by means of photogrammetry. Sixty-one subjects (aged 7 to 18 years), male and female, und