Characteristics of the Regeneration program: Use this program to accelerate regeneration after physical work and sport, and as a targeted preparation for demanding activities. It will help prevent injuries and other damage to the body.
Purpose of magnetic therapy application in regeneration
In regeneration, the purpose of magnetic therapy is to accelerate the recovery process and restore energy in muscles by improving the blood oxygen and nutrient supply and removing acid metabolites. This will help create optimal conditions for subsequent performance.
Significance of regeneration
The injury rate is an issue in both professional and recreational sports. This is a condition where the actual shape and conditioning of the body does not match the required performance, and thus the tissue fails. An injury occurs when the suffered damage is large, while minor local overuse or overexertion results in microtrauma. Minor external trauma causes mild local reactions. Permanent overuse causes microtrauma in the tissue due to repeated major stress without adequate recovery. As a result of overuse, the affected tissues (muscles, ligaments, bones) can suffer from microtrauma, dystrophic changes with a marked blood supply disorder and oedema, which exacerbates the condition by further reducing blood flow to the affected area and leads to the progression of dystrophic changes, including tears, haematoma residues, aseptic necrosis and degenerative changes in the connective tissue. Signs of damage include pain, swelling and impaired functions in the affected area. Serious symptoms may occur later, such as deformities of the joints, tendon rupture, and others. The general principles that can help reduce the risk of microtrauma require thorough treatment and follow-up care of all injuries, including minimising microtrauma, and incorporation of the regeneration process into both sporting practice and performance during competitions (Kučera).
Regeneration after a sports injury is as important for the final condition of the treatment as the initial medical treatment. The most common sports injury, apart from fractures is sprain, dislocation, efflux, and contusion. Biomag low-frequency pulsed magnetic therapy reduces pain, accelerates the healing of damaged ligaments, accelerates the re-absorption of haematomas and the recovery of full mobility.
Using magnetic therapy in regeneration
Biomag low-frequency pulsed magnetic therapy is an optimal rehabilitation method that leads to immediate vasodilatation, increases the oxygen and nutrient supply to the treated muscles, accelerates the removal of acid metabolites, reduces pain, has an anti-swelling effect, relaxes spasms and contractions, accelerates treatment and complete healing of injuries and microtrauma, and prevents further damage. Today, magnetic therapy is commonly used by most sports clubs and individual athletes as it provides the advantage of applying the recovery at home.
Application of magnetic therapy in regeneration
In regeneration, treatment is applied to the given area via a folding flat applicator or a solenoid using vasodilatory and stimulation frequencies to support regeneration, and it can be combined with a fluid intake programme, including magnetised water.
Regeneration and magnetic therapy - queries
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List of indications
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- Head and neck
- Upper extremities and shoulders
- Abdomen and hypogastrium
- Lower extremities and hips
Health problems throughout the body
- Alzheimer's dementia (so-called Alzheimer's disease)
- Arthritis of the joints
- Before massage
- Body detoxification
- Cartilage, damaged meniscus, regeneration
- Hi-level sport - overexertion, fatigue, microtrauma
- Individual option
- Inflammation - anti-inflammatory effect
- Joint arthroses
- Joint pain
- Lyme disease
- Magnetisation of water
- Medical program
- Metabolism - enhancing
- Muscle fatigue
- Muscle relaxation - relaxation of skeletal muscle
- Non-articular rheumatism
- Oedema - antioedema - anti-swelling effect
- Osteoarthritis and arthritis
- Osteoporosis, osteochondritis
- Pain - pain-killing - analgesic effect
- Parkinson's disease
- Post-surgery conditions
- Pseudo-arthrosis (non-union) - healing support
- Rheumatism (progressive polyarthritis, rheumatoid arthritis)
- Shingles or herpes zoster
- Tick-borne encephalitis - recovery
- Traumatic neural dissection - damaged peripheral nerve
- Vasodilation - improved blood circulation