We have entered into a new era of scientific discovery, and science is learning to understand the body as a whole, not as separate parts to be treated one at a time. Nowhere is that wholeness easier to grasp than in a single drop of your own blood, still alive under the microscope. Live blood analysis is the examination of that drop — fresh, unstained and living — in a darkfield microscope: what you see, the tradition behind its reading, and its use in nutritional practice.
A drop of blood, still alive
A drop of blood is taken from the fingertip, placed on a slide under a cover slip — no staining, no fixing, nothing killed — and examined at once. The darkfield microscope lights the sample from the side, so living structures appear bright against a dark background; considering the simplicity of the setup, the images are impressive. Shown on a monitor, you watch alongside the practitioner as the cells drift, tumble and move in the plasma. Nothing in a dried, stained laboratory slide moves. Here, the blood is alive and behaving — and it is your own.
The examination is methodical. As the standard textbook describes it, the practitioner first scans the whole preparation at low magnification, then studies it at high magnification (1:1200) — and returns to the same drop over the following hours, because how the picture changes is itself part of the reading. In my own practice the viewing was always combined with medical history, questionnaires and lifestyle, and with a companion viewing — a layered, dried drop examined in bright light, called the oxidative stress test. The drop alone was never the whole assessment.
The Enderlein tradition behind it
The reading of living blood descends from Prof. Dr. Günther Enderlein (1872–1968), the German zoologist and bacteriologist who developed the examination of native blood in the darkfield. In 1916, researching the typhus agent, he saw tiny moving forms entering into union with higher bacteria — an observation he traced back to Antoine Béchamp’s long-forgotten work. His teaching, called pleomorphism, holds that microorganisms are not fixed species, as Pasteur’s monomorphism taught, but pass through a developmental cycle (a cyclode): from the smallest unit, the protit, a protein colloid, through primitive and bacterial phases, up to a fungal culmination. The blood’s own permanent inhabitant he called the endobiont, the “primary symbiont.” In healthy blood, this tradition teaches, it is present only in its primitive forms — and there it has real work to do, regulating the body’s defence and the viscosity of the blood, and, in the form of the thrombocytes, making coagulation possible.
Whether the forms stay primitive or develop upward depends on the milieu — the internal environment. Enderlein called this dependence on the environment’s acidity his “anartatic fundamental law”: as the milieu shifts, the forms develop into higher, burdening stages — and, when the milieu is corrected, they can be reduced back down to their regular forms. That is why practitioners of this school attend to the terrain, not only to the microbe. Rife, Naessens and Dr. Majid Ali worked in the same direction; Michael Coyle’s writings brought the approach to North American nutritional practice.
What the practitioner reads in the picture
In this tradition, the reading is made in three pictures. The red blood picture: the form and vitality of the red cells, and whether they stack in coin rolls or clump together — formations which, if they dissolve as the drop stands, are read as a passing burden; if they persist or increase, as a chronic one. The white blood picture: the number, activity and quality of the leucocytes — the body’s defence, visibly at work. And the blood plasma: the forms of the endobiont and their degree of development. Small primitive forms (symprotits) are the normal inhabitants; larger, developed forms — macrosymprotits, rods, and the conglomerations called symplasts — are read as the degree of burdening; delicate threads (filits) as the blood growing thicker and more congested; tiny mobile forms (spermits) as defence corpuscles that break down the higher forms. Even time is read: how fast or slowly the drop breaks down over one to three days is part of the picture. Read this way, the examination lets the practitioner recognise imbalances, and — repeated over a program — track the progression toward improvement or degeneration.
Why seeing your own blood matters
A laboratory report is numbers on a page. The screen is your own living tissue. People who watch their own blood move — and see, months later, a cleaner picture after changing how they eat and live — understand viscerally what no printout teaches. That is the educational heart of the method, and how I have always used it: not as a single source of diagnosis, but as a useful tool, combined with history, questionnaires and dry blood analysis, to reinforce a person’s understanding of their own overall condition — while holistic nutrition is the vehicle for building, strengthening and repairing the body.
A fair word about the criticism
Honesty requires one paragraph for the other side. Mainstream medicine does not accept this reading of the blood: in a 2006 study, two trained darkfield specialists examining the same samples often disagreed; a 2005 prospective study of 110 patients found darkfield examination did not reliably detect cancer; and a 2017 study in Scientific Reports concluded that many bacteria-like forms seen in blood are non-living membrane vesicles and protein particles. Readers should know this. Live blood analysis is not a stand-alone medical diagnosis and never replaces laboratory testing or your doctor’s care — and Genesis Health no longer offers it as a service; this page stands as education about a tradition of practice, and what the microscope shows.
A warning from practice
Finally, a warning I have given since this article was first written. Reading living blood well takes training — in nutrition, and in the method itself. A certified nutritional practitioner with certification for live blood analysis is essential to provide accurate recommendations. Beware of people who have no nutritional training or certification, but use a single tool to recommend supplements alone.
Reference and credits to Advanced Applied Microscopy by Michael Coyle; and to Schwerdtle & Arnoul, Introduction into Darkfield Diagnostics (Semmelweis-Verlag, 1993), the standard textbook of the Enderlein method.
This information is provided/written by David Chan, CNP, ROHP, and is educational only — it is not intended to replace the medical advice of your doctor. Please consult your doctor for advice about a specific medical condition. © Copyright Genesis Health Inc. All rights reserved.
Featured image: “Live Blood Microscopy” — Genesis Health media library.