Changes in Electromagnetic Activity Following Osteopathic Manipulative Treatment: A Novel Assessment Using Induction...

Area of Science:

• Neuroscience
• Biomedical Engineering
• Osteopathic Medicine

Background:

• Electromagnetic induction sensors in shielded helmets measure neuronal signaling.
• These sensors differentiate healthy individuals from those with neural pathologies.
• Osteopathic manipulative treatment (OMT), specifically suboccipital tension release, may alter neuronal function.

Purpose of the Study:

• To investigate if OMT induces detectable changes in electromagnetic field (EMF) signals.
• To evaluate the efficacy of novel induction sensors in assessing OMT's impact on neural activity.

Main Methods:

• A pilot study involving 35 subjects measured EMF signals before and after OMT (Compression of the Fourth Ventricle - CV4).
• EMF data were collected using induction sensors and a shielded helmet.
• Fast Fourier Transform (FFT) and post-processing analyzed neural firing pattern changes.

Main Results:

• Increased brain wave synchronicity was observed post-OMT, indicated by more defined peaks and valleys.
• A shift from negative to positive waveforms occurred at lower frequencies after effective OMT.
• Positive waveforms were noted in mid-frequency ranges post-treatment.

Conclusions:

• Novel induction sensors effectively evaluated neural circuitry changes related to OMT.
• OMT appears to influence slope variability and brain wave synchronicity.
• Observed effects include a reversal of negative to positive waveforms, suggesting modulation of neural pathways.