ULTRASONOGRAPHY AS A BIOFEEDBACK TOOL IN PELVIC FLOOR REHABILITATION

Abstract

Pelvic floor dysfunctions represent a significant health problem affecting a large portion of the population, particularly women during the postpartum period and in older age. The pelvic floor muscles play a crucial role in maintaining continence, ensuring lumbopelvic stability, and supporting the normal function of the pelvic organs. Impairments in their function may result in various clinical manifestations, including urinary and fecal incontinence, pelvic organ prolapse, chronic pelvic pain, and sexual dysfunction, which significantly reduce the quality of life and social participation of affected individuals. Pelvic floor rehabilitation is increasingly recognized as an effective and safe conservative therapeutic approach aimed at improving muscle strength, coordination, and functional control of the pelvic musculature. An important component of this process is the use of different forms of biofeedback, which assist patients in learning how to properly activate and control their pelvic floor muscles. In recent years, ultrasonography has increasingly been used as a visual biofeedback tool in pelvic floor therapy. Ultrasound imaging allows real-time visualization of the movement and activity of the pelvic floor muscles and surrounding anatomical structures, facilitating patient education during rehabilitation. This method provides patients with immediate visual feedback on the correct performance of exercises, which may enhance the effectiveness of therapy and facilitate the restoration of normal muscle function. Despite the growing interest in this method and its demonstrated benefits in clinical practice, significant differences exist in regulatory frameworks between countries regarding the use of ultrasound equipment by physiotherapists. Aim: The aim of the present study is to analyze the role of ultrasound as a biofeedback tool in pelvic floor therapy and to discuss the possibilities and limitations of its application in contemporary physiotherapy practice. Methods: A literature review was conducted through an analysis of scientific publications indexed in databases such as Scopus, Web of Science, and Google Scholar. Results: Ultrasound provides real-time visualization of the pelvic floor muscles and surrounding structures, allowing objective assessment of muscle activity and supporting patient education for correct pelvic muscle activation. The use of ultrasound biofeedback facilitates the therapeutic process, improves control of muscle contractions, and may enhance the effectiveness of rehabilitation programs. Conclusion: Ultrasound biofeedback represents a valuable tool in modern pelvic floor therapy, as its application may improve patient education, optimize the rehabilitation process, and contribute to better clinical outcomes in individuals with pelvic floor dysfunctions. However, differences in regulatory frameworks between countries remain regarding the use of ultrasound equipment by physiotherapists. In some countries, the right to use ultrasound is mainly restricted to physicians, which may represent a barrier to the broader implementation of ultrasound biofeedback in physiotherapy practice.