Scientific Note Modern biophysics recognises that biological regulation involves both molecular and field-based mechanisms. Cells communicate through ultra-weak electromagnetic and photonic emissions — a phenomenon confirmed in the works of F.-A. Popp and others. Research in bioelectromagnetics shows that low-frequency fields can modulate cell repair and gene expression. The OMARIDIN™ audio matrix uses this principle by translating the molecular vibration of the compound into a sound spectrum capable of resonating with the body’s natural biofields. Scientific Background of the OMARIDIN™ Audio Matrix Recent studies in biophysics and quantum biology confirm that biological systems can respond not only to biochemical stimuli but also to electromagnetic and vibrational signals. Every molecule, including those in the human body, emits and responds to characteristic frequencies that influence structural organisation and regulatory coherence. Research by Fritz-Albert Popp (Univ...

Researchers have found a link between brain metabolic problems and a number of neuropsychiatric and neurodegenerative diseases [1] , such as autism and Alzheimer's disease. This is the first and largest systematic study to evaluate pH and lactate levels [2] in the brain in various animal models. It is noted that about 30 percent of the 2,294 animals studied in 109 different samples showed significant changes in pH and lactate levels. This means that such disorders are characteristic of many neuropsychiatric diseases. In animal models representing depression caused by stress, diabetes, or colitis, a consistent pattern of decreased brain pH and increased lactate levels was observed. In autism models, different reactions were observed: some showed an increase in pH and a decrease in lactate levels, while others showed the opposite pattern. And in behavioural tests, the team noted a strong link between high lactate levels and impaired working memory. At the same time, lactate ...