Cheney notes that other problems ensue. Patients get into trouble on both sides: they overreact to things on the right side and under-react to those on the left. When they are Th2 activated, they no longer have the defense mechanisms to keep dormant all the things they caught in the past. They cannot suppress or control them anymore, and the EBV, chlamydia pneumonia, CMV, etc. reactivate. The yeast also begins to appear.
The only defense against being eaten alive at this point is RNase L. (For more information about RNase L, see The Three Phases of CFIDS and other articles in the Cheney section of our website.) RNase L cannot kill any of these things. It only stops them from reproducing. According to Cheney, "It's a line in the sand saying 'No more replication', and it waits for Th1 to come and kill them. But Th1 never comes. RNase L sits there and grinds away, possibly going up and down as the pathogens activate and reactivate. But they never get wiped out. RNase L holds the line, waiting for the cavalry that never arrives."
While it is valiantly trying to hold the line, it is also chewing up human messenger RNA, inhibiting all the enzymes in the body, disrupting protein synthesis, and generally making patients miserable. As RNase L grinds away, it eventually shifts into "after-burner" desperation mode - the more powerful and deadly low molecular weight form discovered in CFIDS patients by Suhaldonik.
Cheney commented "RNase L is a very good anti-cancer defense. So as long as you're involved in this scenario, you don't get cancer. But a lack of growth hormone will wipe out RNase L, and we now know there is profound loss of growth hormone in CFIDS. Growth hormone is responsible for protein synthesis, and RNase L is a protein. So if you lose growth hormone, you lose protein synthesis, including RNase L. That may explain why, as the disease wears on and you get more injury, you stop seeing high levels of RNase L. You can't make it anymore."
