Integration of nanoplasma technologies with kinesiotherapy: prospects for improving comprehensive health indicators in the treatment of spinal pain

In recent decades, the scientific community has devoted considerable attention to the development and testing of innovative treatment methods for musculoskeletal and nervous system disorders. These conditions, characterized by intense pain syndromes and restricted mobility, significantly reduce patients' quality of life and pose a serious challenge to healthcare. Traditional treatment methods, such as pharmacotherapy and physiotherapy, are not always sufficiently effective, creating the need for new approaches.

In this context, nanoplasma technologies, which represent an advanced direction in medicine, have attracted particular interest. These technologies are based on the use of micro- and nanoscale plasma structures to stimulate regenerative processes in tissues. The combined use of nanoplasma technologies and kinesiotherapy — a method of physical rehabilitation aimed at restoring motor functions — opens new possibilities for effective treatment and rehabilitation of patients.

The present study aims to evaluate the efficacy of integrating nanoplasma technologies and kinesiotherapy in the treatment of lumbago and sciatica. The study, involving 72 patients, investigated changes in functional status and pain levels using various combinations of the aforementioned treatment methods. The goal of the research is to determine the optimal rehabilitation strategy that can ensure maximal pain relief and improve patients' quality of life.

The study is based on current understandings of the mechanisms by which plasma structures interact with biological tissues and the impact of physical activity on recovery processes. The results of this research may contribute to the development of new treatment and rehabilitation protocols and expand the understanding of modern medicine's capabilities in treating musculoskeletal disorders.