We live in a world surrounded by toxins. Every year, 2000 new chemicals will be released on the market, some not fully tested for their effect on the human body. Some are so called PBT’s or Persistent Bioaccumulative Toxins, meaning they remain in the environment and our food chain for a long time. These are substances such as DDT, PCB’s, dioxins and plasticizers. Their effects range from immunotoxicity to endocrine disruption and some may even be carcinogenic. This is compounded by the grasshopper effect, where toxins
move from temperature to cold climates (Figure 1).
Endogenous toxins are also created in the form of end products of our metabolism, such as histamine and adrenaline. If these are not detoxified
and excreted, they can be as harmful as external toxins.
Toxins play a major role in homotoxicology. In the original concept, Hans-Heinrich Reckeweg saw homotoxins as the basis of most diseases and that the inability of an organism to regulate in the face of their effects will lead to disease as we know it. This may sound simplistic, but eventually accumulation of homotoxins is the final outcome in genetic diseases, deficiency of nutrients, or even in psychological stressor.
Although modern antihomotoxic medicine has evolved in treating consequences of dyregulation, such as immuno dyregulation for instance, detoxification is still one of the main pillars of treatment.
The human body, being an open energetic system, will react in a certain fashion until the toxin is eliminated and balance is restored. The body will deal with these homotoxins in a very specific order, depending on the strength of both the homotoxin and the regulatory system. We can follow this process in the body very clearly by looking at Reckeweg’s map, the six-phase table of Homotoxicology, and figure 3.
The body deals with toxins on three levels. Each will mount a defense against the homotoxin, and will leave fingerprints in the form of symptoms. By looking at these fingerprints we can follow the course of toxins through the body.
The autoregulatory system is our first line of defense (figure 2). If this is not successful in dealing with the toxin, the matrix or ground regulation system will be activated, as it is the barrier between the cell and the effector organs of the autoregulatory system. Only when the first two fail to eliminate the toxin will disease reach the cell (Figure 3).