Values of ≤20 are considered normal and >20 are found in CFS. So a healthy person may have 19 or 20 for a given toxin and a CFS person may have let's say 22 or 23 (if I remember well, Hipsmans values were slightly over 20 as well). How can that little change make such a huge difference (from healthy to cfs)?
Yes, I don't really understand the toxicology study that Dr Markov performed on 818 ME/CFS patients (this the the "CBIS Toxicological Diagnosis Report 8" paper that Dr Oleg Markov gave me a free copy).
In the first post of
this thread, you can see a
table entitled "Cytolytic Activity of Toxic Proteomes", which comes from Report 8, and details the level of bacterial toxin proteins found in ME/CFS patients.
As you say, the normal levels of toxins are ≤20, and the levels found in ME/CFS patients are around 40 or so. Thus ME/CFS patients have about double the level of bacterial toxins in their blood, compared to healthy people, and this does not seem much of a difference.
Yet Report 8 indicates that most ME/CFS patients have "severe toxemia". See this quote from Report 8:
The implications / Conclusions: summarizing the results of the study of the general characteristics of the intoxication syndrome in patients with nephrodisbacteriosis and CBIS, the following should be noted. In the prevailing majority of patients (in 664/818 or 81.17%) there has been detected severe toxemia, in 140/818 (17.11%) – toxemia of moderate severity and only in 14 (1.71%) - of mild severity.
But I don't see how this severe toxemia shows itself in the table.
I am planning to contact the professor in the Ukraine who devised the Toxicon test, Prof Sheiman Boris Semenovich, to ask him about his test. His email is not available online, only a postal address and telephone, so I will need to post a letter to him.
@Hipsman has kindly offered to translate the letter to Ukrainian.
I'd like to find out how this test works. Judging by the measured parameter, the cytolytic activity of bacterial toxins, I imagine that the blood plasma of patients is added to a cell line in vitro, and then the degree of cell death caused by the toxins is observed.