To understand how decimal dilution mechanism of action is it needs to look at process of potentization (Homeopathy dynamization). It is clearly known that after coding of hydrogen and hydroxyl groups even decimal dilutions (evenD) have get sign charge significances of “coded” active centers correspond to the ones of allergens (fig 16) Before explaining why evenD have influence on immune system remember mechanism of specific immune respond (fig 27) ….. and below some part of my work about modern Homeopathy. And you can see here that there is no “immunological bystandard reaction by HEEL at all” and the one is ordinary immune respond. Moreover it can be explained detail and very simply if you would like to … So……… Their sign charge significances of “coded” active centers correspond to the ones of allergens (fig.16, fig.33 - fig.36). This fact explains their action as a little antigen exposure in the system of partial decreasing of common immunity sensitivity. Antigen-pulsed macrophages can perceive both potentized antigens and not-diluted ones. The intensity degree of immunological responds has the main differences. "Partial" intensity is for potentized antigens and "rigorous" respond for not-diluted antigens. Weak strength of immunological responds is characterized by very low content of antigen determinants in the aquacomplex. These determinants are potentezed units of allergical initial substances, they are molecules of the allergen. Being of high total molecular weight, aquacomplexes of low even dilutions can be seized by macrophages and be digested in macrophage lysosomes by lysosomal enzymes. This process is based on similarity between initial allergen and aquacomplex of low decimal dilutions both their spatial molecular affinity and their sign charge significances of active centers. Aquacomplex structure will be broken in the outcome of digestion and initial not-copied antigen (allergen) determinants will be incorporated into the histocompatibility complex placed on surfaces of antigen-pulsed macrophages (fig.33 - fig.35.). Thus antigen-boosted macrophages and lymphocytes will have launched partial immunological reactions only based on high immunogenicity, weak hydrogen bonds in aquacomplexes and very low content of allergical antigen determinants into themselves. Therefore such immunological reactions are not able to cause full damaging tissue injuries after their actions. Desensitization of stimulated macrophages and lymphocytes is based on decreasing their susceptibility threshold by specific antigen passing and their tolerance increasing in all types of allergy tissue injuries. There is gradual decreasing of antigen sensitization of responsive basophils by similar aquacomplexes in the generalized or local anaphylactic reactions (fig.33). The antigenic power after aquacomplex-antigen stimulation is very weak to synthesize valuable antibodies or to form full antigen-antibody complexes on the basophil surfaces. Anyway there will be a possible weak histamine release in this case not capable to have functional tissue injuries (fig.33). Gradual desensitization in case of allergical cytotoxic reactions is based on antigen-antibody complexes on cell surfaces without compliment joining and cell lysis (fig. 34). Such treatment can be valuable against some part of autoimmune diseases. There will be no toxic injuries of vascular walls and thrombus foundations in case of desensitization by even low decimal aquacomplex similar to allergen generated the state of cytological or cytotoxic reactions and tissue injuries (fig.35).The antigenic power after aquacomplex-antigen stimulation is very weak to synthesize valuable precipitating antibodies and to form full antigen-antibody complex. There is gradual decreasing of antigen sensitization of macrophages. The allergization state of the delayed-type hypersensitivity will be decreased by intermittent dosing of even low decimal aquacomplexes similar to allergens generated these states. Stimulation by low antigen aquacomplex, is like to low antigen dose, will decrease level as of sensitizing of antigen-educated lymphocytes and macrophages as their nonspecific hyperactivity and hypersensibility. There will be observed little level of sensitized lymphokines and weak inducing of cells of nonspecific immunity in this reaction (fig.36). Many of potentized antigens cannot pass process of hydrolysis by lysosomal macrophage enzymes without their antigenic deletions because of their weak sensitizing power. This fact limits to using of even low decimal dilutions……….. And finally I must warn you about one serious thing. NEVER USE ODD DECIMAL dilutions of the allergen that has caused the immune allergic reaction to avoid very strong immune suppression (deterioration) in the future!!!
Posted on: Sat, 10 Aug 2013 18:35:30 +0000
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