What is Neuro Cytotron?
Neuro Cytotron is an active therapeutic medical device that uses Rotational Field Quantum Magnetic Resonance - Fast Radio Burst (RFQMR-FRB). Unlike diagnostic MRI, which uses magnetic resonance to create images, Cytotron uses precisely controlled electromagnetic beams to modulate cellular behaviour at a biophysical level.
The device generates multi-frequency, non-thermal, non-ionising electromagnetic pulses focused on target tissues. These pulses interact with the Transmembrane Potential (TMP) of cells — the voltage difference across the cell membrane that governs cellular repair, communication, and proliferation.
The device generates multi-frequency, non-thermal, non-ionising electromagnetic pulses focused on target tissues. These pulses interact with the Transmembrane Potential (TMP) of cells — the voltage difference across the cell membrane that governs cellular repair, communication, and proliferation.
The Science: Transmembrane Potential
Every cell maintains a voltage difference across its membrane — the Transmembrane Potential (TMP). In healthy cells, TMP ranges from −70 to −90 millivolts. In diseased states — cancer, arthritis, neurodegeneration — this potential is disrupted, leading to cellular malfunction.
RFQMR-FRB beams act as biophysical signals that engineer the TMP of target tissues. In neurology, this modulation stimulates neural progenitor cells, promotes neuroprotection, and supports regeneration of damaged neural pathways. In oncology, it triggers tumour suppression mechanisms. In musculoskeletal conditions, it stimulates cartilage regeneration.
RFQMR-FRB beams act as biophysical signals that engineer the TMP of target tissues. In neurology, this modulation stimulates neural progenitor cells, promotes neuroprotection, and supports regeneration of damaged neural pathways. In oncology, it triggers tumour suppression mechanisms. In musculoskeletal conditions, it stimulates cartilage regeneration.
Every cell maintains a voltage difference across its membrane — the Transmembrane Potential (TMP). In healthy cells, TMP ranges from −70 to −90 millivolts. In diseased states — cancer, arthritis, neurodegeneration — this potential is disrupted, leading to cellular malfunction.
RFQMR-FRB beams act as biophysical signals that engineer the TMP of target tissues. In neurology, this modulation stimulates neural progenitor cells, promotes neuroprotection, and supports regeneration of damaged neural pathways. In oncology, it triggers tumour suppression mechanisms. In musculoskeletal conditions, it stimulates cartilage regeneration.
RFQMR-FRB beams act as biophysical signals that engineer the TMP of target tissues. In neurology, this modulation stimulates neural progenitor cells, promotes neuroprotection, and supports regeneration of damaged neural pathways. In oncology, it triggers tumour suppression mechanisms. In musculoskeletal conditions, it stimulates cartilage regeneration.
Safety Profile
Cytotron operates exclusively in the non-ionising electromagnetic spectrum — the same broad category as radio waves and MRI scanners. The technology is:
Non-ionising
Zero risk of DNA damage or cellular mutation
Non-thermal
No tissue heating
Non-invasive
No surgery, no needles, no pharmaceutical intervention
Painless
Patients feel nothing during treatment
No known side effects
Safe for repeated and long-term treatment