Post-Exertional Fatigue Indicates a "Q" Problem
Next, the NJ team looked to see if there were any symptoms that were 100% observable in the group of disabled cases, but not in the others. They found that there was only one symptom (among the loooong list of CFIDS symptoms) that was seen in 100% of the patients with the Q problem. Only one. Post-exertional fatigue. That is, when you push yourself physically, you get worse.
What distinguishes CFIDS from FM? Post-exertional fatigue. Patients who have FM, but not CFIDS, can exercise—it helps them. FM patients do not have a Q problem. MCS patients do not have a Q problem. [Unless they also have CFIDS.] They do have other issues that overlap with CFIDS. Martin Pall's conceptual framework allows us to lump these people all together (FM, MCS, GWS, CFIDS). However, Q is what separates them. CFIDS patients have a big Q problem, and post-exertional fatigue is the one symptom that correlates with Q.
Post-exertional fatigue is the number one symptom reported by people with ICM. Among the disabled CFS patients [the severe group], 80% had muscle pain, 75% had joint pain, 72% memory & concentration problems, 70% unrefreshing sleep, 62% generalized weakness, 60% headaches, 60% lymph node swelling, 68% fever and chills, and, 50% had sore throat. Though some symptoms were certainly more common among the disabled patients, the symptoms varied—with the exception of post-exertional fatigue. They all had that.
This suggests that it is not so much the symptoms that are disabling. Rather, "the symptoms are reflecting an interaction (or a nexus) between Q, and how you compensate for Q. Depending on the nature of the compensation, which is individually distinct, you will get an array of symptoms that is individually determined. Just like this: ten patients with MS will not have identical symptoms. Any more than ten AIDS patients, or ten cancer patients, or ten of anything." Why? Because the disease process—which they all have—will manifest differently in each person. The specific symptoms will arise out of factors unique to each person; those factors will determine how the disease plays out in each.
"Within the non-disabled [CFS] group they saw pretty much the same thing—it's just that the percentages were a lot lower. For example, fever and chills were found in only 5% of the non-disabled. The highest percent was post-exertional fatigue seen in 60%. But 40% of the CFIDS patients who were not disabled did not have post-exertional fatigue, but did have CFIDS."
"The reason for that is, of course, if you look at the original case definition, post-exertional fatigue—that is exercise worsens the syndrome, effort-related exacerbation, push-crash phenomenon—is not a major criteria, it's one of the eight minor criteria. It's possible not to have that and still meet the case definition. But all disabled patients have that, and 60% of non-disabled have that." [It's possible to not even have post-exertional
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fatigue and still have CFS. However, all disabled CFS patients have post-exertional fatigue, as do 60% of the non-disabled.]
"More importantly, all disabled CFIDS patients, all of whom have post-exertional fatigue, have low "Q" and are in heart failure."
Top Priority: Blood Pressure
"Now there is one factor that I want to mention before I get into the data display. Natelson requires, as a rule, before you're allowed into his medical school for study (whether it's this particular study or any other study) that you consider coming off of all medications and all nutraceuticals or he may not see you. Furthermore, his team is not treatment oriented."
Patient responds: "Well, I certainly wouldn't agree to do that. I'd be a wreck."
Dr. Cheney continues: "Of course you wouldn't agree. Therefore, the data I'm about to present is not anywhere near as bad as you are." You are more severely affected than anyone in this study. I'm not sure he has patients from the truly severe end of the spectrum of CFS. Those patients don't participate in studies. Just reflect on that as I go through this.
In this study, the normal person and the non-disabled CFIDS patient pump 7 liters a minute through their heart with very little variance: 7 liters plus or minus .5. When they stand up, they drop all the way down to 5 liters per minute, a full 30% drop in output. That's normal.
"First of all, why does it go down when you stand up? Because the heart can only pump as much blood as returns to it. If you drop the return by 2 liters per minute, you will always drop the output