Premium
Multi Quantum Biophotonic Energy's Ability to Reduce Fear Response and Anxiety in Williams Syndrome (case study)
Author(s) -
Cohen Jay,
Einstein George,
Tulp Orion L
Publication year - 2016
Publication title -
the faseb journal
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 1.709
H-Index - 277
eISSN - 1530-6860
pISSN - 0892-6638
DOI - 10.1096/fasebj.30.1_supplement.1179.11
Subject(s) - anxiety , distress , audiology , psychology , energy (signal processing) , medicine , neuroscience , clinical psychology , psychiatry , physics , quantum mechanics
Due to the deletion of multiple genes on the long arm of chromosome 7, individuals with Williams Syndrome often elicit a hyperactive response to nonsocial frightening stimuli. The objective of this research was to determine if Multi Quantum Intravenous UVC/UVA light energy and subsequent NIR were effective in reducing the anxieties and fear responses associated with these stimuli. Our study involved a 17 year‐old female with Williams Syndrome who expressed distress when exposed to the sounds of laughter. We determined the particular sounds and associated frequencies that evoked anxiety and a fear response with this individual. These sounds were recorded and when reproduced elicited a consistent and predictable hyperactive response from this individual. Cognitive Behavioral Therapy, CBT, alone did not significantly reduce the hyperactive response recorded. This individual received Multi Quantum Intravenous UVC/UVA energy followed by Quantum NIR. The amount of energy induced was calculated for a 36.28Kg individual. This treatment was administered once daily over a 4 day period. The individual was then exposed to the same recordings that previously elicited a hyperactive response. Subsequent responses were noted to be diminished and less consistent for several days following the Multi Quantum Biophotonics treatment. (MBPT). Observational data from this study suggested that MBPT can help modulate the limbic’ system's fear response that is initiated in individuals with Williams Syndrome. Further investigational research involving EEG studies combined with the Avtandil Anuashvili method identifying specific brain functions with Williams Syndrome individuals is indicated.