BIOADAPTIVE METHOD: AN INTEGRATIVE MODEL OF NON-INVASIVE REJUVENATION BASED ON SKIN BIOREGULATION

The direction of modern aesthetic medicine is pronounced in its preference for non-invasive methods that do not harm the skin and are focused on activating its internal repair mechanisms. On the one hand, this meets the needs for safe, natural, and personalized approaches to rejuvenation. On the other hand, this is the search for integrative methods based on the principles of bioregulation, which are becoming very relevant. In this regard, the stages of the author's bioadaptive method represent a comprehensive approach aimed at finding effective clinical strategies that combine manual techniques, neuromuscular stimulation and anatomical adaptation to restore the struct ure and function of the skin. This study aims to develop a new clinical model for an innovative non-invasive rejuvenation method, based on the joint influence of bioregulatory processes on the skin, neuromuscular system, and fascial structures, known as the bioa daptive method. The article presents the main parameters of the developed model, specifically the bioadaptive method, which is an extraordinarily innovative and original approach that reflects the physiological mechanism of skin bioregulation. The developed method involves a combination of three components, namely manual therapy, EMS (electrical nerve stimulation) and anatomical adaptation, which together form a clinical protocol aimed at restoring muscle-fascial balance, improving microcirculation, restoring skin tone without trauma and normalizing functions. The study was conducted using tools for linguosemantic analysis of both scientific and professional literature, as well as content analysis of clinical sources, in order to systematize key concepts and structural elements of effective non-invasive rejuvenation methods. The article highlights different types of aging (muscular, deformation-edematous, fine-wrinkled, etc.). Adaptive protocols recommended for use in the bioadaptive method for each morphofunctional manifestation are presented. Considerable attention is paid to the possibilities of physiological methods as an innovative way to solve problems with less invasiveness, as well as the effectiveness of active substances derived from plant extracts, adaptogens and muscle stimulants in local remedies. The importance of the bioadaptive approach in modern dermatoaesthetics as a means to achieve safe, personalized, and natural skin regeneration has been proven. The study's results can serve as the basis for further development and implementation of clinical protocols in the field of non-invasive aesthetic therapy. They can also provide a scientific foundation for the informed use of complex bioregulatory methods.