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Case Studies | Neuroscience | United States of America | Volume 13 Issue 2, February 2024 | Rating: 6.8 / 10
Reversing Alzheimer's: Efficacy of Non - Invasive Quantum Therapies on Human Physiology
Ali - Rashad Richey
Abstract: Results of and conclusions drawn from the following case study challenge existing assumptions concerning the irreversibility of Alz-heimer's disease. This case study documents the application of 40 Hz sound frequencies alongside lower and higher aptitude fre-quencies, along with vibrational entrainment techniques, and photobiomudulation (PBM), which may enhance human cognition, reverse Alzheimer's, and offer additional physiological benefits. These unique interventions were applied to a 73 - year - old African American female volunteer diagnosed with moderate Alzheimer's in 2023. The respondent participated in a five - day, non - invasive intervention, which was to serve as a pre - requisite before enrollment in an experimental drug trial (Note: the original intervention was slated for five full days, the results noted in this case study are from four days of therapeutic intervention). The four - day inter-vention involved frequency modulations, PBM, gamma light frequency, and vibrational therapy. Significant outcomes included med-ically documented reductions in the respondent's blood pressure, improvements in short - term memory recall and cognitive function, and self - reported sustained improvements according to all these indicators. The findings of this case study suggest significant con-nections between novel, frequency - oriented therapies that are non - invasive and non - pharmacological, and positive physiological outcomes. The results also indicate the need for more rigorous research in this area, to validate these case study findings in the con-text of controlled clinical trials examining statistically significant sample sizes.
Keywords: Alzheimer's Disease, Non - Invasive Therapy, Quantum Physical Pathology, Photobiomodulation, Cognitive Improvement
Edition: Volume 13 Issue 2, February 2024
Pages: 1444 - 1447