Bio-Terrain, Evolutionary Biology, and the Practice of Medicine in the Early 1900’s: An Intro to René Quinton’s Marine Plasma
© 2006 By Roy Dittman, O.M.D., USA
published in Explore! Volume 15, Number 4, 2006
Wholistic clinicians schooled in the fundamentals of Biological Terrain Theory recognize the clinical challenges of restoring balance to the milieu intérieur. If you’re like me, you have always looked long and hard for something to re-establish that perfect internal balance so essential to optimal health. In 1897, René Quinton discovered, harvested, and purified a unique marine plasma capable of doing just that. It’s been in clinical use throughout Europe for over 100 years, yet until now this vast compendium of research remained untranslated, and therefore virtually unknown to the English-speaking world.
René Quinton was recognized in France as a national science hero. He was a research scientist, explorer, inventor, physiologist, war hero, aviator, author, and humanitarian – a self-taught Renaissance man. Yet it would not be until after his death that his theories would gain support and momentum in the scientific community.
Quinton made connections between bio-terrain, infectious disease and chronic illness that have only in the last twenty years been proven. He applied the principles of hygiene in the treatment of inflammatory conditions on an advanced level long before modern researchers would validate his theories and clinical observations. Just as the theories of DaVinci and Einstein were considered radical (if not implausible) before they were accepted as revolutionary, so would Quinton’s theories eventually prove correct and the man would be understood as a true visionary.
Most wholistic clinicians have studied the works of Bechamp and Bernard, but most don’t even realize that through his study of marine plasma, René Quinton played a vital role in shaping bio-terrain theory and its clinical applications. For Quinton, it wasn’t enough to theorize about bio-terrain. He was compelled to do something to restore it.
René Quinton, the Germ and Bio-Terrain
For the last century, Western medicine has focused its efforts on addressing treatment of the Germ. Yet even Louis Pasteur, the father of modern pathology, admitted on his deathbed that homeostasis is the key to health when he said, “Bernard is right. The microbe is nothing; terrain is everything.”
When the young scientist René Quinton began his study of physiology, it was within the context of this great debate. During the early part of Quinton’s life, Darwin’s Theory of Evolution was making an impact on the scientific community. The idea that all life on earth was a product of a single-celled oceanic organism fascinated Quinton. Building on Darwin’s early observations, Quinton asked the question, “Where did all life actually begin?” It was this question that led him to explore unique oceanic environments to find the answer.
What he found was plankton, the single-celled microcosm of life. In seeking to discover the relationship of the simple single-celled plankton to the incredibly complex cellular structure of the human body, Quinton stumbled upon the amazing properties of the ocean water in which large colonies of plankton drifted. He found that plankton secrete a fluid as they wander, and that fluid, mixed with the surrounding seawater had profound implications for human health. He called it marine plasma, and by 1897 Quinton had developed the protocol for harvesting, processing and administering it to effect unprecedented results.
He traveled around the world caring for the sick with what was rapidly becoming known as Quinton Plasma. With it he successfully helped hundreds of thousands of people suffering from a mind-boggling array of health challenges related to a deficient bio-terrain. The list of conditions positively impacted by treatment with Quinton Plasma goes on and on. Why? Because Marine Plasma is the quintessential solution for homeostasis; it is nature’s argument for bio-terrain theory.
The Unique, Natural Science of Marine Plasma
Marine plasma is a natural ecological by-product of unique vortex-shaped oceanic plankton blooms and the life forms they support.
Under very specific life-incubating conditions of light, temperature, ocean currents and weather patterns, enormous vortexes form and stretch deep into the ocean floor, stirring up rich mineral beds that rarely mix with the upper layers of seawater. In addition, the vortex walls create a natural barrier between the waters within the vortex and the waters without. It is within the protective vortex that the plankton bloom thrives. The earth’s oceans sustain between six and seven vortexes at any given time, which satellite photos show to be hundreds of miles across.
Within each bloom, teeming phytoplankton colonies give rise to a rich mixture of zoo-plankton that consumes the phytoplankton, leaving behind a fluid of bio-active minerals, amino acids, unmodified RNA, antioxidants, polysaccharides and fatty acids. The zoo-plankton activates and structures these bio-significant nutrients into a living matrix that supports the explosion of life occurring within the isolated vortex bloom environment. Scientists refer to this unique process as ‘biocenosis’.
Why is this story of evolutionary biology relevant to us? Because the marine fluids resulting from this ‘biocenosis’ process, in its isotonic form, bares a striking resemblance to human blood plasma (see figure below). It was this proven observation that led René Quinton to postulate that all animal life forms developed their complex physiological and biological processes based on the specific ratios of minerals, amino acids and fatty acids found in this marine plasma. For this reason, Quinton called marine plasma “the origin of life”.
The energetic and physiological power generated within these unique vortex plankton blooms can best be summed up in two important observations. The first is that the largest mammals currently alive today, the great blue whales, travel thousands of miles at a time to reach these blooms. They owe their entire gargantuan existence to seasonal feedings on plankton and krill that spontaneously arise within these precious blooms. There is enough energy and nutrients within this nutrient-rich “soup” to satiate the appetite of a blue whale, while supporting all of its complex biological functions. The second observation is that the vegetation created inside plankton blooms are greater than all of the vegetation found on land put together (over 6 billion tons).
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