Method of recommendation on the use of neuroplasticity as a driver of connective tissue rehabilitation

Abstract

The objective of this research is to develop a recommendation method on neuroplasticity as a driver for connective tissue rehabilitation. Neuroplasticity, with its capacity for adaptation and recovery in the brain and nervous system, has become fundamental to understanding rehabilitation processes, especially in muscle repair. Physical activity is recognized as a crucial element for general health and cognitive well-being, which emphasizes the need for effective strategies in the field of rehabilitation. This research addresses various motor rehabilitation procedures and techniques, exploring the interrelation between neuronal plasticity and physical recovery processes. Through a multidisciplinary approach, the aim is to optimize improvement strategies and reduce recovery times in patients with mobility problems. An innovative element of this study is the implementation of a recommendation system based on Single Value Neutrosophic Numbers, which allows for issuing personalized recommendations. These recommendations are focused on rehabilitation programs that incorporate exercises designed to stimulate neuroplasticity, adapting to the specific needs of each patient. By offering a theoretical and practical framework that links neuroplasticity with the rehabilitation of connective tissue, this research aims to establish an effective method that not only accelerates physical recovery, but also improves the quality of life of patients. Thus, the synergy between physical activity, neuroplasticity and a recommendation system based on Neutrosophic Numbers is configured as a crucial tool in modern rehabilitation.