[Possible therapeutic applications of pulsed magnetic fields]

Area of Science:

• Biophysics
• Medical Physics

Context:

• Magnetotherapy is an emerging therapeutic modality gaining traction across multiple medical fields.
• The precise mechanisms underlying pulsed magnetic field (PMF) effects remain under investigation, yet clinical observations indicate significant therapeutic benefits.

Purpose:

• To determine the optimal frequency of pulsed magnetic fields for treating diverse medical conditions.
• To evaluate the efficacy of PMF therapy in managing inflammatory disorders, vascular ischemia, and other ailments.

Summary:

• The study investigated the therapeutic effects of pulsed magnetic fields (PMF), focusing on conditions like inflammatory locomotor apparatus diseases, lower extremity vascular ischemia, and lactation mastitis.
• A 20-minute therapeutic cycle with an average of 5.8–7.7 cycles per patient led to symptom improvement within 2–3 sessions.
• The optimal PMF frequency was identified as being between 10.0 and 25.0 Hz, with a recommendation for repeating therapeutic cycles every 2–3 months for severe cases.

Impact:

• Pulsed magnetic field therapy demonstrates favorable anti-inflammatory, anti-edema, and analgesic effects.
• This therapeutic approach offers a minimal number of contraindications, enhancing its safety profile.
• The findings suggest PMF therapy as a viable treatment option for a range of conditions, particularly those involving inflammation and vascular issues.