A Brief History of Live Blood Analysis
The technique of examining live blood under the microscope began in the early 1900s with the pioneering work of Prof. Gunther Enderlein in Germany. These researches were broadly appreciated at the time and were taken up by clinicians and scientists around the world, including Dr. Phillip Hadley in the United States.
Typical microscopic examination of blood, even in the present day, is performed after the blood has been chemically stained with various colored dyes to enhance its features. Unfortunately, adding these stains radically changes the life processes taking place within the blood. Staining can show us the basic cells and formed products of the blood but it does nothing to visualize more subtle forms, let alone the ways these forms change when they are influenced in various ways.
Live blood analysis, as developed by Enderlein, uses a special type of microscope that creates a "darkfield" image. The darkfield image shows features in the blood as brightly side-lit silhouettes standing out against a black background – the so-called "dark field." This technique was developed in 1909 by the American optical company Bausch and Lomb to help facilitate research in colloid chemistry, but it was Enderlein and a score of Europeans who first turned it to the deep exploration of human physiology.
By 1925, Enderlein was ready to publish his first comprehensive work on the biological theories that grew, in large part, out of his work with darkfield blood analysis. Critical to his work is the notion that microscopic life forms are not, in general, stable. Enderlein showed that under conditions of environmental stress, many microbes adapt by profoundly changing their form, and they do so in highly consistent, non-random ways. He charted the paths of transformation for bacteria and mold fungi cultured from the human body and called the phenomenon "bacterial cyclogeny."
While Enderlein’s theories about how these transformations are accomplished are difficult, if not completely impossible, to reconcile with modern cellular, molecular and genetic biology, he none-the-less provided us with an incredible roadmap charting the dynamic relationships between various bacterial and fungal morphologies. Furthermore, working with other biologists of his day such as Schmidt and von Brehmer, a completely new type of biological therapy was crafted. These remedies, referred to as fungal isopathic medicines, change the relationship between potentially pathogenic microorganisms and the terrain – the living "soil chemistry" – of the human body. While Enderlein’s descriptions of how these remedies promote healing must be reexamined in the light of modern knowledge, they are empirically very, very effective.
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