BIOTECH-EVOLVING
TRACEQUS PROJECT
In every street, every house, every hospital, resonate the silent echoes of the lonely battles waged by more than 3.8 million people already weighed down by the burden of a cancer diagnosis. Each affected family, each struggling individual embodies a unique story, a saga of pain, hope and resilience.
And yet, as darkness threatens to engulf all, a light of hope peeks through the dark clouds. At the heart of this turmoil, a new path emerges, an alternative that is both humble and powerful: complementary natural solutions. Supported by the rigor of science, these alternative approaches offer a glimmer of hope, a tangible possibility of alleviating suffering, restoring balance, and healing bruised souls.
This is where the TRACEQUS project comes into play, a convergence of technology and nature aimed at supporting the patient in their natural process of self-healing or well-being. In harmony with the principles of nature, TRACEQUS offers a complementary, non-invasive approach to support individuals in their fight against illness or in their quest for well-being.
Through innovative methods that respect the body's natural balance, TRACEQUS embodies renewed hope, a promise of support in the darkest moments. By uniting technology and the age-old wisdom of nature, TRACEQUIS paves the way for a holistic approach to health, placing the individual at the center of their own healing process.
Recherches et Travaux
The work of Biotech-Evolving is thesynthesized fruit of research from the Genodics Institute, but also from the Kennebunk Institute in Maine, both inspired by Mr. Louis de Broglie
GENODICS RESEARCH INSTITUTE IN PARIS
The Genodics Institute led byDr Duhamel specialized in bioacoustics, stands out for its in-depth research into the effect of sound frequencies on living organisms. Their groundbreaking work exploreshow sound vibrations can influence biological processes and provide significant benefits for health and well-being.
Through in-depth studies, the Genodics Institute has demonstrated thatsound frequencies can act as stimuli on cells and organisms, inducing specific responses at different levels. These responses can gofrom the modulation of gene expression to the regulation of cellular and physiological functions.
In addition, the Genodics Institute explores the therapeutic applications of sound frequencies in the field of medicine, particularly fortreatment of various conditions, including mood disorders, neurological disorders and autoimmune diseases. Their research thus opens new perspectives for the development ofnon-invasive and personalized therapies.
In summary, the Genodics Institute's research on the effect of sound frequencies representsa major advance in our understanding of the interactions between sound and biology. Their discoveries pave the way fornew applications in the fields of health, offeringinnovative solutions Forimprove human and environmental life.
Dr. Michel Duhamel is an internationally renowned scientist in the field of bioacoustics and sound frequency research. He is the founder and president of the Genodics Institute, an organization dedicated to exploring the interactions between sound and biology.
Dr. Duhamel has dedicated his career to studying how sound vibrations can influence living organisms, from individual cells to entire ecosystems. His innovative work broke new ground in fields as diverse as medicine, agriculture and music.
Through his pioneering research, Dr. Duhamel has earned a reputation as an expert in his field, and his leadership at the head of the Genodics Institute has led to significant advances in understanding the effects of sound frequencies on health. human and the environment.
His passion for science and his dedication to finding innovative solutions to improve people's lives make Dr. Michel Duhamel a respected and influential figure in the world of research and innovation.
KENNEBUNK RESEARCH INSTITUTE IN MAINE
Research conducted by Barbara Hero at the Kennebunk Institute in Maine has contributed significantly to our understanding of sound frequencies and their effects on living organisms.
His innovative work explores the potential applications of sound frequencies in diverse fields, from medicine to music to technology.
One of Barbara Hero's most important contributions is her research into sound frequencies and their impact on human health. She shed light on how sound vibrations can be used to stimulate healing, relieve pain and improve overall well-being. His work has paved the way for new non-invasive and complementary therapeutic approaches, offering alternative solutions to treat a wide range of medical conditions.
In addition to her research in the field of health, Barbara Hero has also been interested in the applications of sound frequencies in other fields. She explored how sound vibrations can be used to improve musical performance, optimize industrial processes and even influence social interactions.
In summary, Barbara Hero's research at the Kennebunk Institute in Maine has laid the foundation for a deeper understanding of sound frequencies and their potential to improve our lives. His work continues to inspire new discoveries and innovations in diverse fields, providing fascinating insight into the power of sound in the modern world.
Barbara Hero is a renowned researcher at the Kennebunk Research Institute, Maine, whose innovative work focuses on acoustics and sound frequencies.
She explores the applications of sound vibrations in various fields, from health to music to technology.
His research has opened new perspectives in medicine and therapy, while contributing to a better understanding of the impact of sound frequencies on living organisms. His influence extends beyond academia, touching areas as diverse as music, technology and culture.
In summary, Barbara Hero is a visionary researcher whose work continues to inspire innovation and discovery in many fields.
How does the TRACEQUS project
can it help people with cancer?
Research on the impact of sound frequencies
in the phenomenon of apoptosis...
Although research into the interaction between sound frequencies and cancer cells is ongoing,promising hypotheses emerge.
Cancer cells, with their uncontrolled growth and resistance to the body's regulatory signals, could beaffected by specific sound frequencies.
Studies have shown thatcertain frequencies can trigger apoptosis, or programmed cell death, in cancer cells, perhaps byalterations in signaling pathways or changes in gene expression.
Moreover,sound frequencies can influence the microenvironment around cancer cells, modifying factors such as pH and oxygenation, which affect tumor growth.
However,these mechanisms remain to be elucidated and require additional research to better understand their therapeutic potential.
Between bioacoustics and nutrition....
The projectTRACEQUS, result of the summary of research conducted by the Genodics Research Institute and the Kennebunk Research Institute in Maine, constitutes a major advance in the field ofsound frequency therapy.
By identifying the specific frequencies of five natural molecules known for their effectiveness against cancer - theCurcumin, Resveratrol, Epigallocatechin-3-gallate, Quercetin and Sulforaphane - the TRACEQUS Project aims to exploit their therapeutic potential to support individuals in theirprocess of self-healing and well-being.
This innovative approach, based onthe combination of advances in scientific research and the principles of bioacoustics, offers a new path inadditional support for cancer treatment.
By acting onmolecular level, these sound frequencies candisrupt the dysregulated cellular processes associated with disease, thus offering a complementary and non-invasive approachto support patients in their fight against cancer.
The TRACEQUS Project thus representsa hope for those facing this disease, by offering an innovative and promising solution to improve their quality of life and their chances of recovery.