MBST Therapeutic Magnetic Resonance in Sports Rehabilitation and Injury Prevention

When injuring soft and connective tissue, such as muscles, tendons and ligaments, our body seeks to heal the damage caused by natural processes. Depending on the category and degree of damage, two directions of recovery are possible. The process of reparation or the process of regeneration. If the lesion is deeper, if with a constant biomechanical load a given joint is “worn out” to the level of occurrence of degenerative changes, then the process of reparation or the formation of scar tissue at the very site of the trauma occurs. Since the scar tissue is never able to regain the full functionality of a previous injury, there is often the appearance of a chronic condition, that is, pain and a smaller or more difficult range of motion, as well as a tendency to relapse.

Otherwise, with minor lesions or trauma, recovery begins and ends with a regeneration process, by which full functionality is achieved and further consequences of injury are avoided.

MBST extremely effectively stimulates the regeneration process and thus helps in the recovery of injured tissue or joint to full functionality and capacity. For this reason, it also began to be used frequently in sports rehabilitation, primarily in handball and football.

The combination of MBST and conventional treatment, such as physiotherapy, results in comprehensive and tailored rehabilitation programs.

For example, football is the most popular sport in the world. From the sold-out stadiums of the English Premier League to the local courts, the passion for football is undeniable. The dynamic nature of the football game and the physical stresses required lead to frequent player injuries, causing long rehabilitation periods that potentially affect the career as well. Common soccer injuries include muscle strains and lesions, ligament ruptures, ankle sprains, and knee injuries. Recovery time depends on factors such as age, severity of injury, level of fitness and quality of medical care.
Traditional recovery includes physical therapy, medication, pain control, and sometimes surgical interventions.

MBST uses therapeutic magnetic resonance technology to activate cell regeneration and thereby improve the natural healing ability, reduce pain and shorten recovery time, which ultimately may also mean avoiding invasive treatment procedures or surgeries.

What sets MBST apart and how does it change sports rehabilitation options so far?

MBST uses the principle of magnetic resonance and the transfer of energy needed to stimulate cellular activity at the molecular level. Unlike many conventional treatments that primarily address symptoms, MBST focuses on the underlying cause, with the goal of regenerating damaged tissue.

Mechanics of MBST treatment:

• Cellular Activation: MBST energizes mitochondria, often referred to as the cellular powerhouse, increasing their energy production.
• Tissue regeneration: by enhancing cellular activity, MBST promotes the regeneration of compromised tissues, whether bone, cartilage or muscle.
• Natural healing: The treatment stimulates the body's inherent healing processes, reducing dependence on drugs or invasive interventions.

Benefits of MBST treatment for football players:

• Faster recovery: Many players report accelerated healing timelines, making their return to the field easier.
• Pain relief: a significant reduction in pain is often observed, sometimes even after several treatments.
• Because it is non-invasive, MBST bypasses risks associated with surgery or certain medications.
• MBST demonstrates efficacy in a wide range of injuries, from ligament ruptures and cartilage damage to bone fracture repair.

The future of injury rehabilitation in football implies the application of MBST and the use of all possible advantages of this technology in treatment and prevention.
In the end, all that is needed is for players to receive the best possible care, prolong and preserve their careers, and allow their talent to perform to the maximum.