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As an institute and in cooperation with universities and scientific organizations throughout Europe and the United States including the University of Manchester, University of Vienna and University of California at Irvine, we are focused on researching fundamental biophysics and the use of bioinformatics in diagnosis and therapy.
With approximately 500 trillion chemical reactions per second in the body, studies show that neurological and hormonal systems are too inadequate to meet the demands of cellular functions. A new approach to understand how the body communicates has been discovered in bioinformatics, which is based on the research of Franz Popp (biophotons) and W.R. Adey (biological windows). Through the Hippocampus Institute, our academic research counterpart, we are working in co-operation with universities and organizations around the world in researching fundamental biophysics and bioinformatics.
Bioinformatics is the science that investigates selective internal communication within living tissue by using diverse, discrete spectral bands of electromagnetic communications. After investigating the use of bioinformatics and its use in gerontology, epigenetics, ontogenetics, neurology, immunology, radiobiology, endocrinology, and occupational and sports medicine, the Institute has developed a method called biological transduction. This helps to re-establish a coherent biological state through the passing of information within the organism that is fast, efficient and precise enough to account for the high volume of activity within the body. As a result of our research and development, we have taken this non-invasive medical treatment called BRT to a higher level that is unparalleled in this field of study. Currently, BRT is used for 1,000,000 treatments each day in Europe.
With approximately 500 trillion chemical reactions per second in the body, studies show that neurological and hormonal systems are too inadequate to meet the demands of cellular functions. A new approach to understand how the body communicates has been discovered in bioinformatics, which is based on the research of Franz Popp (biophotons) and W.R. Adey (biological windows). Through the Hippocampus Institute, our academic research counterpart, we are working in co-operation with universities and organizations around the world in researching fundamental biophysics and bioinformatics.
Bioinformatics is the science that investigates selective internal communication within living tissue by using diverse, discrete spectral bands of electromagnetic communications. After investigating the use of bioinformatics and its use in gerontology, epigenetics, ontogenetics, neurology, immunology, radiobiology, endocrinology, and occupational and sports medicine, the Institute has developed a method called biological transduction. This helps to re-establish a coherent biological state through the passing of information within the organism that is fast, efficient and precise enough to account for the high volume of activity within the body. As a result of our research and development, we have taken this non-invasive medical treatment called BRT to a higher level that is unparalleled in this field of study. Currently, BRT is used for 1,000,000 treatments each day in Europe.
