Pulsed electromagnetic fields, generated through the application of pulsed plasma fields, involve rapidly discharging electrical energy into a gas, creating plasma. A plasma is defined as a state of matter composed of free electrons, ions, neutral atoms, and molecules. Pulsing the plasma field generates an electromagnetic radiation that has been used in a variety of applications, including medicine, environmental remediation, and materials processing. The biological effects of pulsed plasma fields are particularly relevant in medical and biotechnological applications, where they can offer novel and less invasive treatment options.

   Pulsed plasma fields have been shown to effectively kill bacteria, viruses, and fungi, making them useful for sterilization and in treating infections, particularly those resistant to antibiotics. Pulsed plasma fields have been reported to enhance cell proliferation, modulating inflammation and accelerate the healing of acute and chronic wounds.

   The field of plasma medicine is rapidly evolving, with ongoing research aimed at understanding the fundamental interactions between pulsed plasma fields and biological systems, optimizing the technology for specific applications, and integrating it into existing medical treatments. The potential for pulsed plasma to offer less invasive, more efficient, and more targeted treatment options makes it a promising area of biomedical research and application.