Magnetostimulation in treatment of peripheral paralysis of facial nerve
Peripheral paralysis of facial nerve is frequent and ailment team of inertia of face (prosopoplegia) causing in patients row of nagging ailment.
Peripheral paralysis of facial nerve is frequent and ailment team of inertia of face (prosopoplegia) causing in patients row of nagging ailment.
Multiple sclerosis is a chronic demyelinating disease of the nervous system, which pathogenesis is not fully understood. This is still an incurable disease, and therefore are sought, in addition to pharmacotherapy, other forms of therapy to alleviate clinical symptoms accompanying this disease and improve the functional status of patients.
The anonymous questionnaires which had been Oiled in by patients were analysed after the end of the magnetostimulation applied with Viofor JPS.
The group of 40 patients with burn injuries (>20% body surface) was routinely treated. Twenty of them received additional treatment with magnetostimulation. This treatment improved the efficiency of immune system increasing activity of T regulatory cells and decreasing proinflammatory activity of different effector cells.
The authors analyzed anonymous inquiries filled by patients after having completed magnetostimulation with support of Viofor JPS system, characterized with maximal magnetic field induction up to 45 µT.
In the study the therapeutic effects of variable magnetic fields applied as magnetotherapy and magnetostimulation were estimated in 20 patients with chronic abdominal pains resistant for routine pharmacological treatment caused by a creation of peritoneal adhesions after surgical interventions
The aim of this research is the evaluation of influence of magnetotherapy and magnetostimulation on human's body directly after submaximal physical effort.
The magnetic field operation in the neuropathic pain therapy is attempted to be explained by cyclotron resonance phenomena known from magnetobiology, the influence of the magnetic field on calcium ion concentration, which are activates nitric oxide synthetase.
Influence of extremely low frequency magnetic fields on treatment of neuropathic pain. The disputable role of nitric oxide Abstract: Introduction. The neuropathic pain appears as result of the big nervous trunks damage. Pain troubles are associated with vegetative and sensation disorders. The NMDA receptors participate in the pain sensation