How the Neuroscope technically works: The Neuroscope or Cranial Electrotherapy Stimulation uses micro-current which utilizes the bulk capacitance of the body and a modulating bioactive frequency at low current levels to reestablish optimal neurotransmitter levels and functioning in the brain. The Neuroscope differs from traditional transcutaneous electrical nerve stimulation (TENS) which is low-frequency (200 Hz or less), high-current (hundreds of mA) modality. Low-level electrical current interacts with cell membranes in a manner that produces modifications in information transduction associated with classical second messenger pathways, calcium channels and cyclic AMP. The activity/levels of MAO-B in blood platelets, CSF and plasma serotonin beta endorphin GABA concentration in blood. DHEA, 5-hydroxy-indol-acetic acid and enkephalins were all increased in experimental groups after 20 Neuroscope (CES) procedures. Cortisol and trvptophane levels decreased. Electrical engineering studies found that a small fraction of CES current actually reaches the thalamic area of the brain facilitating the release of neurotransmitters as noted above. A decrease in the latency of alpha-rhythm appearance at sleep onset has also been recorded with CES use evidencing reduced rigidity in the CNS stimulation process and enhanced activity of the alpha-rhythm generating systems.
Posted on: Mon, 24 Jun 2013 18:43:09 +0000