Analysis of modern non-invasive methods of optoelectronic control of the skin

At present, optical methods are becoming more common and widely used in medicine. The propagation of optical methods is explained by the safety of the application and the possibility of non-invasively obtaining a number of parameters in real time. The use of optical radiation makes it possible to obtain information on the structure and composition of the skin, to study the processes taking place in the tissues, without adversely affecting it. The use of optical radiation in accordance with the diagnostic windows of skin transmission allows one to investigate deeply lying structures of the skin. Despite the spread of optical methods of diagnosis of the skin, the dermatologist can not always correctly assess the condition of the tumor. This is due to the lack of a large practical experience with working with neoplasms, insufficient informativeness of the method of investigation, the complexity of classification of the neoplasm. The development of optical diagnostic methods will make it possible to protect a person from the development of malignant pathologies The purpose of this work is the development of an optoelectronic system for the control of the skin by the scattering ellipsometry method. At this stage of the study, the analysis of modern non-invasive methods of optoelectronic control in the field of the study of the skin was carried out. The review of existing foreign and domestic fundamental research based on the use of opto-electronic methods of skin control was carried out, their comparative analysis was carried out with the identification of advantages and disadvantages.