Neuroacustica®'s Sound Stimulation Effects over Neurotransmitters, Cortisol, P-Amyloid (1-42), Thromboxane B2 and Telomere, on Cerebral Pons Representative Area, on the back of the head, and other Abnormal Body Locations, Using Bi-Digital O-Ring Test.

Abstract

Thirty patients with marked depletion of neurotransmitters concentrations were noninvasively evaluated by Bi-Digital O-Ring Test (an electro-magnetic field (EMF) resonance phenomenon between two identical substances and amount1 ,2,3). Reference Control Substances (RCS) of Serotonin, Acetylcholine, Dopamine, Cortisol, ~-Amyloid, Thromboxane B2, and Telomere were measured over cerebral pons representative area and any other abnormal region presented, before and after submitted to Neuroacustica® (a 60 minutes sound treatment). The results are as follow. The average Serotonin on cerebral pons was 1.25 before and 150.33 mcg after (p<0.001*), on abnormal area was 12.91 before and 142.73 mcg after (p=0.003*). The average Acetylcholine on cerebral pons was 8.07 before and 1421.17 mcg after (p<0.001*), on abnormal area was 46.46 before and 1181.82 mcg after (p=0.003*). The average Dopamine on cerebral pons was 2.23 before and 156.20 mcg after (p<0.001*), on abnormal area was 8.06 before and 158.09 mcg after (p=0.003*). The average Thromboxane on cerebral pons was 217.80 before and 12.04 ng after (p<0.001*), on abnormal area was 390.00 before and 18.02 ng after (p=0.003*). The average ~-Amyloid on cerebral pons was 17.33 before and 4.30 ng after (p=0.001*), on abnormal area was 10.78 before and 4.86 ng after (p=0.128). The average Cortisol on cerebral pons was 1353.23 before and 59.74 ng after (p<0.001*), on abnormal area was 1037.83 before and 23.82 ng after (p=0.033*). The average Telomere on cerebral pons was 46.08 before and 375.18 ng after (p<0.001*), on abnormal area was 56.50 before and 446.25 ng after (p=0.012*). The average Normal Cell Telomere was 197.49 before and 473.52 ng after (p<0.001*). Extra five patients in the same conditions (low levels of cerebral neurotransmitters) were submitted to the same procedure, and this time for a 24 hours follow up. In conclusion, hearing Neuroacustica® - Part 1, once, had favorable physiological effects, increasing sufficiently normal cell Telomere, Serotonin, Acetylcholine, Dopamine; as well as decreasing satisfactorily Thromboxan B2, Cortisol, ~-Amyloid and Cancer Cell Telomere both in cerebral pons and on abnormal area. The effects may last in about 24 hours. The exposition to EMF, some sort of food and alcohol may cancel it's benefits.