Our Philosophy

Recent breakthroughs in science and electronics technology have given way to new forms of evaluation not related to medical diagnosis. They aid in the ability to understand the body as a whole and help to recognize the role of micro-organisms found in the body. The ability to evaluate and balance the terrain will very likely be the most important factor in maintaining health in the 21st century. Two of the most valuable systems of evaluation are Darkfield Microscopy and Vegatest Method.

Doug Allen has been training in these fields for several years now. His training was received at Greishaber Akadamie in West Germany and Paracelsus Klinik in Switzerland. He has been an herbalist for over 8 years and is schooled in Traditional Chinese Medicine, Electromagnetics, and Iso/Homeopathy according to Enderlein.

The following excerpts from the book, " Hidden Killers - The Revolutionary Medical Discoveries of Professor Guenther Enderlein Dr. Erik Enby with Peter Gosch and Michael Sheen Communications Copyright 1990" provides a more thorough presentation of the foundational principles on which Quality Health Alternatives is based.

The Blood and Disease

The blood plays a central role in the overall health of every person. Although nearly 80 percent water, blood is a complex liquid that comprises approximately 7.5 percent of a person's total weight. An average-size man has about 1 1/2 gallons (5.5 liters) of blood, while a woman has slightly less than a gallon (3.25 liters).

Whole human blood consists of red blood cells, white blood cells and platelets (blood elements) that float individually in plasma, a straw-colored liquid made up of about 90 percent water. These cells and subcells — often referred to as "formed elements" — give blood its viscosity, or thickness. The watery plasma, which also contains proteins, organic acids, glucose, hormones and salts, serves as a medium for 1) circulating the suspended blood components throughout the body's network of arteries, veins, and capillaries; 2) delivering nutrients to the tissues and organs; 3) carrying minerals, hormones, vitamins and antibodies; and 4) removing waste products. In addition, many substances vital to health are recycled through the blood. For example, the plasma transports iron released during the decomposition of old red blood cells — and stored in the liver — to bone marrow sites, where it is reutilize in the production of new cells.

Blood travels from the heart to the lungs through the pulmonary artery, picks up oxygen, flows lack to the heart, and is then pumped out to the body. After releasing this oxygen to the cells and taking on carbon dioxide — the waste product of cell metabolism — the blood returns to the lungs, where the carbon dioxide is exhaled. It completes this circuit in about 20 seconds, During its journey through the body, the blood also picks up hormones from the thyroid, adrenal, and other glands and transports them to specific organs.

In general, the blood helps maintain a dynamic equilibrium (homeostasis) of the internal environment, in addition to bathing the body's tissues in oxygen and collecting waste products, the blood's major regulatory functions involve nutrition of cells, defense mechanisms, and maintaining proper body temperature. The blood also facilitates the body's adaptability to different conditions, including changes in climate, stressful physical activity, new dietary habits, and resistance to injury and infectious organisms.

Bechamp versus Pasteur

Thirty years prior to the rise monomorphism, French microbiologist Antoine Bechamp — a medical doctor, doctor of science in chemistry, master of pharmacy, professor and lecturer at the French universities of Montpellier, Strasbourg and Lille, and contemporary of Pasteur — discovered through precise experimentation and observation that all animal and plant cells contain tiny "grains" [molecular granules]. Under certain conditions, these grains evolved into bacteria, and continued to live after the host organism died. Bechamp called these autonomous living anatomical elements "microzymas" [small ferments], and explained his theory in the book the microzymas. He further elaborated on the microzymas' important role concerning the constitution and coagulation of human blood in The Blood, (1908), translated into English by American physician Montague Leverson, M.D. in 1911.

Bechamp and Pasteur strongly disagreed in their bacteriological theories, and argued heatedly about who was correct. Pasteur championed a theory of disease that descried nonchangeable microbes as the primary cause, and which Bechamp declared to l)e the "greatest scientific silliness of the age." " During exhaustive experiments conducted by Bechamp to substantiate that all organic matter is liable to natural change due to fermentation processes, Pasteur finally acknowledged the presence of microzymas in the blood. " However, to cover his previous erroneous observations, Pasteur continued to dispute the microzymian theory even after it had been proven by other researchers. Bechamp wrote:

"...as I have demonstrated, it is only through the action of germs of the air, whose existence... was denied, that this alteration (of organic matters) occurred which l)ad the appearance of being spontaneous. [Monsieur] Pasteur having repeated my experiments was so convinced that germs really do exist in the air and that he had been mistaken thenceforward declared that the sole origin of ferments, vibrios included, was these germs he had previously disregarded. The excessive role ascribed to the germs of the air by [Pasteur] and his pretended demonstration of the imputrescibility of organic matters in general when protected from the germs of the air have diverted science down a deplorable road."

As Monica Bryant, founder of the International Institute of Symbiotic Studies in England, explains in an article written for the Journal of Alternative Medicine (March 1986), "[Bechamp] claimed that these microzymas developed under pathogenic conditions into bacteria with putrefactive and fermentative properties. For Bechamp, disease was seen to originate from within the body, as opposed to Pasteur's view that all diseases were caused by bacteria which invaded the body from the outer environment and came from pre-existing bacteria." "

Bryant further pointed out that "Pasteur went to great lengths to disprove Bechamp’s view and eventually managed to convince the scientific community that... healthy tissues were bacteriological sterile."

Imagine for a moment that a medical doctor had created a miraculous remedy capable of curing every disease known to mankind. What a wonderful thought. Every patient who came to his office would receive the medication and recover from their disease. The oldest plague of human beings — suffering caused by illness — would be totally eliminated and people would be able to enjoy their lives more fully.

Consider also the possibility of removing the need for most public health services, as well as eliminating the need to develop and produce costly prescription drugs. Think of the enormous number of people now working in these organizations and companies who could devote their time and talents to other important tasks in a society with almost no health problems.

Yet in today's money-oriented world, even this seemingly perfect scenario would have some major drawbacks. Needless to say, if an individual was able co create and use a remedy that alleviated all disease, the economic consequences to the medical industry and other areas of society would be devastating. For example, think of the cost in benefits and pensions alone if every 60-or 70-year-old man and woman could be miraculously cured from leukemia or other life-threatening illnesses, and were able to live for another 25 or 30 years. And in a materialistic society that bases success on the acquisition of money and goods, a cure-all remedy that eliminated thousands of high-paying medical careers and entire pharmaceutical companies — along with hospitals, health clinics and staff personnel — might not be such a welcome addition.

Another question to ponder is this: Who would be allowed to receive this treatment? If a wondrous remedy is not profitable to give to the average citizen, should it be guarded like gold for only the rich and powerful to receive? After all, health is the most valuable asset in the world for people. But control of society is the business of those in power, and business must be profitable.

As a doctor, if I discovered this miraculous remedy — particularly one that did not agree with conventional medical teaching — what a serious dilemma I would face. How could I most effectively bring this miracle cure to those sick people who needed it? If I presented my discovery to the authorities — political as well as medical — they might very well attempt to keep me quiet and block all media channels that would bring information to every man, woman and child. If the economic consequences were too great, could those in power afford to let my secret out?

In our imperfect world, many research achievements have been reduced to silence, especially accomplishments that would dare to free the average citizen from dependence

Upon those in power. Have you ever asked yourself: Why don't automobiles get 200 miles per gallon of gasoline, or why can't an engine be built to run on inexpensive, abundant forms of fuel? Just pour water or juice into the gas tank, and off you go. If such economically undesirable discoveries were allowed to proliferate, the control that societies and institutions hold over many of its citizens would be removed. In a materialistic world, the powers-that-tie simply cannot afford to permit that kind of situation.

This book discusses one of the most important discoveries ever made. The researcher, Dr. Guenther Enderlein, devoted his entire life to trying to understand the processes Liebind all dangerous disturbances in our body tissues. Originally a professor of zoology, he later became extremely interested in the concept of disease, and began to examine blood and body fluids under the microscope in an attempt to explain the different disease processes responsible for breaking down and destroying body tissues.

Due to his controversial ideas, Dr. Enderlein was obliged to carry out his research privately, and set up his own health institute in Hamburg-AumuehIe, West Germany. His discoveries resulted in the development of superior biological remedies that have cured many kinds of illnesses and alleviated suffering in a remarkable manner. Today, Dr. Enderlein's work is lacing continued at the pharmaceutical firm of SANUM - Kehibeck in Hoya, West Germany, and by other researchers around die world, such as Swiss biologist Bruno Haefeli and myself. As each of us realize, it is extremely important that Dr. Enderlein's blood research not be forgotten because it was controversial, but instead be remembered for its great contributions toward alleviating human disease and suffering.

What Dr. Enderlein found in the body fluids of human beings — as well as the tissue and fluids of plants and animals — made him one of the most prominent microbiologists of this century. He managed to explain that certain disease processes are caused by different kinds of microbial growth in the body fluids and cell tissues. He also developed effective methods to hamper or stop this growth, creating biological remedies that are remarkable in their ability to heal patients who suffer from different types of serious disease disturbances. In addition, Dr. Enderlein helped confirm the important role that poor nutrition plays in causing illness, and how eating healthy foods such as organically grown fruits, vegetables and grains can prevent disease. As the wise old saying goes, "People live on one-fourth of what they eat, and doctors live on the rest."