G
Gerwyn
Guest
Rich posted some results of genetic testing in a group of about 25 CFS patients once on another forum. They almost all had a narrow group of SNPs indicating a weak methylation system that could become blocked leading to glutathione depletion. That was what I was referring to with 'nearly ALL patients', bad genes for methylation. But there are a few exceptions. This theory is pretty strong as a centerpiece that ties together multiple research directions in my opinion, and I am surprised it has not made more headway. There have been a few limited papers and one presentation of a clinical study that had positive outcomes. The only problem I see with the hypothesis is that Rich emphasizes the methylation cycle block problems, and does not really address the multifactorial nature of the glutathione depletions very often. I suppose that is because there is so much other research into the causes of oxidative stress in CFS, he is probably addressing the area of greatest need. Anyway, here is a pub on the most recent clinical treatment study:
http://aboutmecfs.org/Trt/TrtMethylStudy09.pdf
The reason I refer to this often is that this helps tie everything together so neatly, particularly given that stress, trauma, flu-type illnesses, herpes re-activation, Lyme, mold, toxins, adrenal looping, most of the known triggers of CFS will contribute to glutathione depletion. So solutions would involve identifying and solving the factors of glutathione depletion, treating each person's combination of triggers/depleters, as well as unblocking the methylation cycle.
CFS is ME, the CDC simply wanted a new name. We don't have different diseases, the expression is identical, diseases don't carry flags. Maybe you mean no viral trigger for CF, which may be true, I have not looked into that. In the UK CF is lumped in with ME which is unfortunate, but please do not lump in CFS with CF, just not even close to the same thing. Anyway outbreaks of ME/CFS in the US, Canada, Au, etc., have often followed a bad flu-like illness that goes around first.
Celibacy followed by monogamy for many generations is possible to establish in some isolated religious culture groups in the US that have CFS in modern group members but not in ancestors. That contradicts the vertical transmission vector or STD transmission hypothesis for XMRV. But you do have to know the family history to establish this.
Transmission mechanism of XMRV is unknown per Mikovitz so I don't know where you get the idea that it is transmitted horizontally or saliva, etc., and no new model is needed. That is an assumption. In an AIDS type model the transmission is blood and that is well established for that type of retrovirus, how would a gammaretrovirus be different? Particularly given the ultra low viral load in the blood I honestly can't see how XMRV might be transmitted at all, except maybe in an early infectious period.
I don't know which MS HERV you are referring to, there have been several mentioned in the literature, I am only familiar with K18 and my comment about HHV6 was specific to that, for CFS.
There are a number of things that can cause glutathione depletion. This is how gammaretroviruses are transmitted
XMRV is known to be inserted in the genome so vertical transmission no problem.
Gammaretroviruses are not transmitted like lentilviruses a virology textbook will reveal that.
Are you saying that gammaretroviruses cant be transmitted.
My comment was also specific for that herv mutation you would expect it to be activated by endogenous hhv-6 expression but not i repeat by exogenous infection.And that association cannot be demonstrated experimentally in MS