Frequency-specific microcurrents are applied to specific areas on the body using combinations of conductive graphite gloves, moistened towels or gel electrode patches. Practitioners report immediate palpable softening of tissue.
The resonance frequency model holds that each younger adult has their own resonance frequency. Stimulating baroreflex with breathing and rhythmic muscle tension at their unique resonance frequency increases RSA amplitudes and HRV.
Locations
The invention provides a device and method for transmitting complex energy waves consisting of audio, radio, light waves and possibly another type. This device may generate additional wave forms; its aim is to use these waves to destroy cell malignancies such as GBM through direct radiation treatments; they can be easily constructed using readily available components and materials at low cost.
The invention has been demonstrated to significantly improve RSA and HRV time domain parameters, particularly RMSSD, in a clinical trial of patients with GBM (see Figure 1). This result was due to devices’ abilities to more rapidly induce within-subject optimal resonance frequencies for stimulation by more quickly inducing within-subject optimal resonance frequencies more rapidly; additionally, fewer frequencies were required as stimulation since optimal resonance frequencies could be identified through IBImean of breathing rates which had the lowest relative RSA amplitude compared with RF (IBImean of breath rates that had the lowest relative RSA amplitude compared with RF).
Treatments
Resonant frequency therapy (RFT) is a form of biofeedback designed to help individuals relax by teaching them to breathe at their individual resonance rate. The therapy works on the theory that our bodies’ homeostatic system (which regulates blood pressure through baroreceptors in our cardiovascular system) responds best when breathing at its natural resonance frequency; by encouraging clients to breathe at this frequency, practitioners can stimulate baroreflex receptors and thus increase RSA and HRV (Vaschillo et al., 2011).
To determine a client’s resonance rate, a practitioner records two-minute epochs of breathing at rates that decrease from 6.5 to 4.5 bpm in increments of 0.5 beats per minute with one minute rest periods between each epoch. Clients report on their subjective comfort during slow paced breathing during each epoch and clinicians conduct spectral analysis on HRV data to locate the peak with the largest LF amplitude (Lehrer et al. 2013). Validation requires proper artifact removal since even one invalid interbeat interval can significantly distort metrics like HF Max-HF Min and SDNN metrics
Once a practitioner has determined their client’s resonance rate, they instruct them to practice slow paced breathing for 3-5 min within their clinic and watch out for any signs of overbreathing such as faintness. Reducing CO2 levels in their blood and taking shallower breaths reduces acidosis risk as this helps decrease CO2 levels significantly and avoid acidosis altogether – something some clients might otherwise face serious health risks from.
Frequency-specific microcurrent (FSM) involves applying two frequencies of low microampere-level electrical stimulation directly onto the skin via conductive graphite gloves, moistened towels or gel electrode patches. FSM has been found effective at resetting G gain and restoring normal sympathetic tone for patients suffering from chronic fatigue, depression and anxiety; and is frequently employed in energy healing practices like acupuncture, cranio-sacral work and energy acupuncture.
Recent research indicates that oscillating MFs may help patients suffering from recurrent GBM to reduce tumor size. Treatment decreased tumor volume by 31% within six-36 months and enhanced patient quality of life. This suggests MFs can be used as effective treatments against other cancers by directly impacting cancer cell structure and their components.
