anciendaze
Senior Member
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I'm assuming you meant endogenous in the first instance above....Exogenous retroviruses form part of our intrinsic defence sysyem so they are activated during any viral infection especially when there is a exogenous retroviral infection.yes I know about herv k .Old news i,m afraid a herv cannot cause a multsystemic disease.All exogenous retroviruses function to a geater or lesser degree as gene regulators.Dont let their "simplicity " fool you.
As for the claim "a HERV cannot cause a multisystemic disease", I would echo a Scottish jury with 'not proved' in place of 'not guilty' ". Large parts of the genome appear to be primarily regulatory in nature. There are complicated diagrams of proposed regulatory interactions. If an exogenous virus is remarkably similar to material previously inserted by retroviruses, I think the distinction between endogenous and exogenous gets pretty thin. The idea of a simple trigger for pathogens from the past could bear on any number of medical mysteries, not just CFS/ME. I'm struck by the enormous amount of information available in "junk DNA" which need not be beneficial to the host, and does not have to be transmitted by an exogenous virus.
Your emphasis on the CREB gene is tantalizing, and I've thought about it a bit. My problem now is that disruptions of something so critical are likely to be lethal, to the cell if not to the person.
I'll need a lie down before I tackle that paper again, to see if I can extract anything useful. (Does it have that effect on you?)
What bothers me about such a blatant difference in sample volume is that I haven't heard Dr. Mikovits and company screaming their heads off over that particular item. This isn't as soft a fact as arguments about cohorts. It is more like saying, "we had 100 subjects in the study, or maybe there were only 10".
Perhaps this kind of question just gets lost in the shuffle while the UK is trying to figure out if anyone is in charge.