kolowesi
Senior Member
- Messages
- 267
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- Central Texas
incubation periods and gradual-sudden onset
Just my own experience and questions here.
I caught something, started running low-grade fever and had some swollen joints, increasing fatigue and increasing cognitive dysfunction. About 10 weeks later, I got the "killer flu."
A year later, I was able to travel to a CFS specialist who explained that EBV reactivating and acting in concert with HHV-6 took out my B cells (now I wonder about XMRV, as my T cells were very low also). I still had positive IgM antibodies to EBV nuclear antigen (viral dna) 18 months after the killer flu.
So I've always wondered if there was a cascade. Maybe the original pathogen was enterovirus; it was something with an incubation period of around 3 days (I know when I was exposed, but not to what).
So what if XMRV is piggy-backed onto enterovirus and/or HHV-6a and/or borrelia and/or mycoplasma?
Dr. Hyde's reasoning only makes sense if people only have one viral infection. Many of us have lots of active co-infections (at one time or another, I've tested for active EBV, HHV-6, enterovirus, CMV, and mycoplasma).
One of the scientists involved in the XMRV research spoke about a synergistic relationship, I think. That might explain a short incubation period followed by immune system collapse some time later.
And when the absolute B cell count is greatly reduced, one wonders whether the memory B-cells are also greatly reduced, leading to loss of normal immune surveillance and dependence on the RNase-L pathway. Upregulation follows as one or more pathogens cleave RNase-L and the RNase-L fragments inactivate their own inhibitory enzyme.
I can look this up later if anyone is interested, but the deadly influenza in 1918 was actually a viral-bacterial "cocktail." The virus weakened the person and the bacteria caused a fatal immune response. From the book The Fourth Horseman.
I'm looking forward to hearing more. Thanks for the info, everyone!
Kelly
Just my own experience and questions here.
I caught something, started running low-grade fever and had some swollen joints, increasing fatigue and increasing cognitive dysfunction. About 10 weeks later, I got the "killer flu."
A year later, I was able to travel to a CFS specialist who explained that EBV reactivating and acting in concert with HHV-6 took out my B cells (now I wonder about XMRV, as my T cells were very low also). I still had positive IgM antibodies to EBV nuclear antigen (viral dna) 18 months after the killer flu.
So I've always wondered if there was a cascade. Maybe the original pathogen was enterovirus; it was something with an incubation period of around 3 days (I know when I was exposed, but not to what).
So what if XMRV is piggy-backed onto enterovirus and/or HHV-6a and/or borrelia and/or mycoplasma?
Dr. Hyde's reasoning only makes sense if people only have one viral infection. Many of us have lots of active co-infections (at one time or another, I've tested for active EBV, HHV-6, enterovirus, CMV, and mycoplasma).
One of the scientists involved in the XMRV research spoke about a synergistic relationship, I think. That might explain a short incubation period followed by immune system collapse some time later.
And when the absolute B cell count is greatly reduced, one wonders whether the memory B-cells are also greatly reduced, leading to loss of normal immune surveillance and dependence on the RNase-L pathway. Upregulation follows as one or more pathogens cleave RNase-L and the RNase-L fragments inactivate their own inhibitory enzyme.
I can look this up later if anyone is interested, but the deadly influenza in 1918 was actually a viral-bacterial "cocktail." The virus weakened the person and the bacteria caused a fatal immune response. From the book The Fourth Horseman.
I'm looking forward to hearing more. Thanks for the info, everyone!
Kelly