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 Short description

Biogetic is a revolutionary invention that uses traditional philosophy with modern technology!

Biogetic is an emitter of positive energy and motivator as well as mental stimulator. It works through your mobile phone that already has spools, capacitors and conductors to generate frequencies that are positive for a human body. The frequencies generated resonate with alpha, beta, theta and delta brain waves to help you perform better.

Biogetic was developed and tested by eROKA. In development of Biogetic cooperated people with degrees and practical knowledge of physics, psychology, biophysics and bio-energy. The development is based on classical research combined with energy flow.


 Why is Biogetic necessary?

Every year, clinical depression afflicts more than 18 million Americans, many of whom don't respond to conventional antidepressants like Prozac and Zoloft. But a promising new type of therapy is gaining wider use. The technique, called "transcranial magnetic stimulation", uses pulses of magnetic energy to induce electric currents in specific brain regions. While no one knows exactly how it works, researchers say the treatment can alleviate depression.

Magnetic brain stimulation has been used experimentally for years. Mark George, a neurologist and psychiatrist at the Medical University of South California in Charleston, SC, says that in a number of limited trials, the technique helped severely depressed patients...

Source: Technology Review, March 2004, pg. 26; Gregory T. Huang: Zapping the Blues.

 Start of research

The German psychiatrist Hans Berger made the first recording of the electric field of the human brain in 1924 in Jena. He gave this recording the name electroencephalogram (EEG). From 1929 to 1938 he published 20 scientific papers on the EEG under the same title "Über das Elektroenkephalogram des Menschen" including:

  • spontaneous activity,
  • evoked potentials, and
  • bioelectric events produced by single neurons.
The technical description is an abstract taken from a book Bioelectromagnetism by Jaako Malmivuo (Ragnar Granit Institute, Tampere University of Technology) and Robert Plonse (Department of Biomedical Engineering, Duke University) available online at http://butler.cc.tut.fi/~malmivuo/bem/bembook, which we strongly recommend.
 Biogetic and the brain

The number of nerve cells in the brain has been estimated to be on the order of 10^11. Cortical neurons are strongly interconnected. Here the surface of a single neuron may be covered with 1,000-100,000 synapses (Nunez, 1981). The electric behaviour of the neuron corresponds to the description of excitable cells. The resting voltage is around -70 mV, and the peak of the action potential is positive. The amplitude of the nerve impulse is about 100 mV; it lasts about 1 ms.

The bioelectric impressed current density associated with neuronal activation produces an electric field, which can be measured on the surface of the head or directly on the brain tissue.


 Your brain waves - Electroencephalogram

Although in principle the EEG can be calculated, the complexity of brain structure and its electrophysiological behaviour have thus far precluded the evaluation of the source function. Consequently, the quantitative study of the EEG differs from that of the ECG or EMG, in which it is possible to evaluate the source function. Under these conditions the quantitative EEG is based on a statistical treatment, whereas the clinical EEG is largely empirical.


Frequency spectrum of normal EEG.


 Use the best waves for your optimum

From the EEG signal it is possible to differentiate alpha (a), beta (b), delta (d), and theta (Q) waves as well as spikes associated with epilepsy.

The alpha waves have the frequency spectrum of 8-13 Hz and can be measured from the occipital region in an awake person when the eyes are closed. The frequency band of the beta waves is 13-30 Hz; these are detectable over the parietal and frontal lobes. The delta waves have the frequency range of 0.5-4 Hz and are detectable in infants and sleeping adults. The theta waves have the frequency range of 4-8 Hz and are obtained from children and sleeping adults.


Examples of EEG waves.

 Biogetic EEG improvement

The EEG signal is closely related to the level of consciousness of the person. As the activity increases, the EEG shifts to higher dominating frequency and lower amplitude. When the eyes are closed, the alpha waves begin to dominate the EEG. When the person falls asleep, the dominant EEG frequency decreases. In a certain phase of sleep, rapid eye movement called (REM) sleep, the person dreams and has active movements of the eyes, which can be seen as a characteristic EEG signal. In deep sleep, the EEG has large and slow deflections called delta waves. No cerebral activity can be detected from a patient with complete cerebral death.


EEG activity depends on the level of consciousness


 References

The technical description is an abstract taken from a book Bioelectromagnetism by Jaako Malmivuo (Ragnar Granit Institute, Tampere University of Technology) and Robert Plonse (Department of Biomedical Engineering, Duke University) available online at http://butler.cc.tut.fi/~malmivuo/bem/bembook, which we strongly recommend.



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