Discover the clinical versatility of Frequency Fields
FPolja are frequency fields that use physical forces to slow the growth and inactivate cancer cells, contributing to their reduction through several mechanisms.
Electric fields affect the human body in different ways depending on their frequency, allowing a wide range of medical applications. These include thermal treatment with microwaves, known as microwave hyperthermia or ablation; electrical pulse therapy for pain relief; frequency therapy using specific frequencies to help treat various health conditions; deep brain stimulation; and cardiac pacemakers.
Cancer cells contain polar components, meaning that electrical charge differs across parts of the cell. Electric fields act on these components, opening up various possibilities for treating solid tumors. These are tumors that form a solid mass of tissue, unlike non-solid tumors such as blood cancers, including leukemia.
FPolja use electric fields at frequencies from 100 kHz to 500 kHz. Their relatively high frequency and low intensity make it possible to avoid nerve and muscle depolarization and thermal effects.
The distinctive frequency range of FPolja allows electric fields to be generated across the membrane of cancer cells, which lower frequencies would not permit.
The cell membrane prevents the entry of low-frequency electric fields into the cell.
The FPolja frequency range of 100 kHz to 500 kHz allows the electric field to penetrate the cell membrane.
What mechanism allows FPolja to disrupt several processes in cancer cells while leaving healthy cells unharmed?
FPolja do not damage healthy cells because those cells differ from cancer cells in properties such as their rate of division, morphology and electrical characteristics.
Differences in electrical properties occur at the plasma membrane and in the intracellular and extracellular environments, becoming more pronounced in later stages of malignancy.
FPolja therapy has fundamental properties that make it useful across a wide range of cancers and adaptable to different clinical needs, giving it versatile applications in treating these conditions.
FPolja therapy has fundamental properties that make it useful across a wide range of cancers and adaptable to different clinical needs, giving it versatile applications in treating these conditions.
The therapy can be administered non-invasively and locally using a suitable frequency generator and appropriate electrodes.
Research sources
Preclinical study: Kirson et al. (2004), Disruption of cancer cell replication by alternating electric fields