Monday, October 26, 2015

TRIAL BY ERROR: The Troubling Case of the PACE Chronic Fatigue Syndrome Study (parts 1 and 2)

David Tuller has devoted considerable time and effort to write his posts about the PACE trial. He has also kindly granted republication of his excellent analysis. 

This would be a good time to contact The Lancet, and ask them to re-evaluate their decision to publish what is a clearly flawed study. Bad science should not be tolerated anywhere, and certainly should not be disseminated through one of the world's most prestigious medical journals.

To contact The Lancet, send an email to the editor, Richard Horton: richard.horton@lancet.com. Refer to: "Comparison of adaptive pacing therapy, cognitive behaviour therapy, graded exercise therapy, and specialist medical care for chronic fatigue syndrome (PACE): a randomised trial" published by The Lancet, Volume 377, No. 9768, p 823–836, 5 March 2011. (Read the study here.) 

You can sign a petition asking the Lancet to retract their publication of the PACE trial HERE

Below are the first two parts of TRIAL BY ERROR: The Troubling Case of the PACE Chronic Fatigue Syndrome Study as they appeared on Dr. Vincent Racaniello's Virology Blog.
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By David Tuller, DrPH, 21 OCTOBER 2015

David Tuller is academic coordinator of the concurrent masters degree program in public health and journalism at the University of California, Berkeley.

A few years ago, Dr. Racaniello let me hijack this space for a long piece about the CDC’s persistent incompetence in its efforts to address the devastating illness the agency itself had misnamed “chronic fatigue syndrome.” Now I’m back with an even longer piece about the U.K’s controversial and highly influential PACE trial. The $8 million study, funded by British government agencies, purportedly proved that patients could “recover” from the illness through treatment with one of two rehabilitative, non-pharmacological interventions: graded exercise therapy, involving a gradual increase in activity, and a specialized form of cognitive behavior therapy. The main authors, a well-established group of British mental health professionals, published their first results in The Lancet in 2011, with additional results in subsequent papers.

Much of what I report here will not be news to the patient and advocacy communities, which have produced a voluminous online archive of critical commentary on the PACE trial. I could not have written this piece without the benefit of that research and the help of a few statistics-savvy sources who talked me through their complicated findings. I am also indebted to colleagues and friends in both public health and journalism, who provided valuable suggestions and advice on earlier drafts. Today’s Virology Blog installment is the first half; the second half will be posted in two parts, tomorrow and the next day. I was originally working on this piece with Retraction Watch, but we could not ultimately agree on the direction and approach.

SUMMARY

This examination of the PACE trial of chronic fatigue syndrome identified several major flaws:

*The study included a bizarre paradox: participants’ baseline scores for the two primary outcomes of physical function and fatigue could qualify them simultaneously as disabled enough to get into the trial but already “recovered” on those indicators–even before any treatment. In fact, 13 percent of the study sample was already “recovered” on one of these two measures at the start of the study.

*In the middle of the study, the PACE team published a newsletter for participants that included glowing testimonials from earlier trial subjects about how much the “therapy” and “treatment” helped them. The newsletter also included an article informing participants that the two interventions pioneered by the investigators and being tested for efficacy in the trial, graded exercise therapy and cognitive behavior therapy, had been recommended as treatments by a U.K. government committee “based on the best available evidence.” The newsletter article did not mention that a key PACE investigator was also serving on the U.K. government committee that endorsed the PACE therapies.

*The PACE team changed all the methods outlined in its protocol for assessing the primary outcomes of physical function and fatigue, but did not take necessary steps to demonstrate that the revised methods and findings were robust, such as including sensitivity analyses. The researchers also relaxed all four of the criteria outlined in the protocol for defining “recovery.” They have rejected requests from patients for the findings as originally promised in the protocol as “vexatious.”

*The PACE claims of successful treatment and “recovery” were based solely on subjective outcomes. All the objective measures from the trial—a walking test, a step test, and data on employment and the receipt of financial information—failed to provide any evidence to support such claims. Afterwards, the PACE authors dismissed their own main objective measures as non-objective, irrelevant, or unreliable.

*In seeking informed consent, the PACE authors violated their own protocol, which included an explicit commitment to tell prospective participants about any possible conflicts of interest. The main investigators have had longstanding financial and consulting ties with disability insurance companies, having advised them for years that cognitive behavior therapy and graded exercise therapy could get claimants off benefits and back to work. Yet prospective participants were not told about any insurance industry links and the information was not included on consent forms. The authors did include the information in the “conflicts of interest” sections of the published papers.

Top researchers who have reviewed the study say it is fraught with indefensible methodological problems. Here is a sampling of their comments:

Dr. Bruce Levin, Columbia University: “To let participants know that interventions have been selected by a government committee ‘based on the best available evidence’ strikes me as the height of clinical trial amateurism.”

Dr. Ronald Davis, Stanford University: “I’m shocked that the Lancet published it…The PACE study has so many flaws and there are so many questions you’d want to ask about it that I don’t understand how it got through any kind of peer review.”

Dr. Arthur Reingold, University of California, Berkeley: “Under the circumstances, an independent review of the trial conducted by experts not involved in the design or conduct of the study would seem to be very much in order.”

Dr. Jonathan Edwards, University College London: “It’s a mass of un-interpretability to me…All the issues with the trial are extremely worrying, making interpretation of the clinical significance of the findings more or less impossible.”

Dr. Leonard Jason, DePaul University: “The PACE authors should have reduced the kind of blatant methodological lapses that can impugn the credibility of the research, such as having overlapping recovery and entry/disability criteria.”

************************************************************************

PART ONE:

The PACE Trial, Deconstructed

On Feb 17, 2011, at a press conference in London, psychiatrist Michael Sharpe and behavioral psychologist Trudie Chalder, members of the British medical and academic establishments, unveiled the results of a controversial clinical trial of more than 600 people diagnosed with chronic fatigue syndrome. The findings were being published in The Lancet. As with many things about the illness, the news was expected to cause a stir.

The study, known as the PACE trial, was the largest ever of treatments for chronic fatigue syndrome. The authors were among a prominent group of British mental health professionals who had long argued that the devastating symptoms were caused by severe physical deconditioning. They recognized that many people experienced an acute viral infection or other illness as an initial trigger. However, they believed that the syndrome was perpetuated by patients’ “unhelpful” and “dysfunctional” notion that they continued to suffer from an organic disease—and that exertion would make them worse. According to the experts’ theory, patients’ decision to remain sedentary for prolonged periods led to muscle atrophy and other negative systemic physiological impacts, which then caused even more fatigue and other symptoms in a self-perpetuating cycle.

An estimated one to 2.5 million Americans, a quarter of a million British, and an unknown number of others around the world suffer from chronic fatigue syndrome. The illness often leaves patients too sick to work, attend school, or take care of their children, with a significant minority home-bound for months or years. It is a terrible public health burden, costing society billions of dollars a year in medical care and lost productivity. But what causes it and what to do about it have been fiercely debated for decades.

Patients and many leading scientists view the debilitating ailment as caused by pathological disease processes, not by physical deconditioning. Studies have shown that the illness is characterized by immunological and neurological dysfunctions, and many academic and government scientists say that the search for organic causes, diagnostic tests and drug interventions is paramount. Some recent research has generated excitement. In February, for example, a Columbia-led team reported distinct patterns of immune system response in early-stage patients—findings that could ultimately lead to a biomarker able to identify the presence of the illness.

In contrast, the British mental health experts have focused on non-pharmacological rehabilitative therapies, aimed at improving patients’ physical capacities and altering their perceptions of their condition through behavioral and psychological approaches. The PACE trial was designed to be a definitive test of two such treatments they had pioneered to help patients recover and get back to work. British government agencies, eager to stem health and disability costs related to the illness, had committed five million pounds—close to $8,000,000 at current exchange rates–to support the research.

At the press conference, Sharpe and Chalder touted the two treatments—an incremental increase in activity known as “graded exercise therapy,” and a specialized form of cognitive behavior therapy—as effective in reversing the illness. Citing participant responses on questionnaires about fatigue and physical function, Chalder declared that, compared to other study subjects, “twice as many people on graded exercise therapy and cognitive behaviour therapy got back to normal.”

A Lancet guest commentary, whose contents were discussed in advance with the PACE authors, amplified the positive news, stating that about 30 percent of patients in the two rehabilitative treatment arms had achieved “recovery.” Headlines and stories around the world trumpeted the results.

“Fatigued patients who go out and exercise have best hope of recovery, finds study,” declared The Daily Mail. “Psychotherapy Eases Chronic Fatigue Syndrome, Study Finds,” stated The New York Times headline (I wrote the accompanying story.) According to BMJ’s report about the trial, some PACE participants were “cured” of the illness.

***

Some 300 miles to the northwest in Castleknock, a middle-class suburb of Dublin, Tom Kindlon read and re-read the Lancet paper and reviewed the upbeat news coverage. The more he reviewed and re-reviewed everything, the more frustrated and angry he became. The investigators, he observed, were spinning the study as a success in one of the world’s preeminent scientific publications, and the press was lapping it up.

“The paper was pure hype for graded exercise therapy and cognitive behavior therapy,” said Kindlon in a recent interview. “But it was a huge trial, getting huge coverage, and they were getting a very influential base to push their views.”

Kindlon had struggled with the illness for more than two decades. In 1993, his health problems forced him to drop his math studies at Dublin’s prestigious Trinity College; he’d been largely homebound since. With his acumen for statistics, Kindlon was known in the advocacy community for his nuanced understanding of the research.

He shared this passion with a small group of other science-savvy patients he’d met through online networks. Kindlon and the others were particularly worried about the PACE trial, first announced in 2003. They knew the results would wield great influence on government health policies, public attitudes, and future research—not only in Great Britain, but in the U.S. and elsewhere as well.

Like others in the patient and advocacy communities, they believed the evidence clearly pointed to an ongoing biological disease, not physical debility caused by deconditioning. They bristled with offense at the suggestion they would get better if only they could change their perceptions about their condition. And pushing themselves to be more active not only wasn’t helpful, they insisted, but could trigger a serious and extended relapse.

In the four years since the Lancet publication, Kindlon and others have pressed for an independent review of the trial data. They have produced a sprawling online literature deconstructing the trial’s methodology, submitted dozens of freedom-of-information requests for PACE-related documents and data, and published their criticisms on the websites and letters columns of leading medical journals. Their concerns, if true, would raise serious questions about the study’s findings.

***

For their part, the PACE investigators have released additional results from the trial. These have included a 2012 paper on economic aspects in PLoS One, a 2013 paper on “recovery” in Psychological Medicine, and a “mediation analysis” paper last January in The Lancet Psychiatry suggesting that reducing patients’ purported fears of activity mediated improvement.

But this investigation–based on many dozens of interviews and a review of thousands of pages of documents–has confirmed that some of the major criticisms of the trial are accurate. (The documents reviewed included, among others, the trial protocol, the manuals for the trial’s four arms, participant information and consent forms, meeting minutes of oversight committees, critical reports written by patients and advocates, transcripts of parliamentary hearings, and many dozens of peer-reviewed studies. Some documents were obtained by patients under freedom-of-information requests and either posted online or provided to me.)

Among the findings:

*The trial included a bizarre paradox: Participants’ baseline scores for physical function and fatigue could qualify them simultaneously as sick enough to get into the trial but already “recovered” on those indicators–even before any treatment. In other words, the thresholds for being “recovered” demonstrated worse health than the scores required in the first place to demonstrate the severe disability needed to enter the trial. This anomaly meant that some participants could get worse on physical function and fatigue during the trial and still be included in the results as being “recovered.” Data obtained by a patient through a freedom-of-information request indicated that 13 percent of the participants were already “recovered” for physical function or fatigue, or both, when they joined the study—a fact not mentioned in any of the published papers. (In the 2011 Lancet paper, participants who met these unusual thresholds were referred to not as having “recovered” but as being “within normal range.” In the 2013 Psychological Medicine paper, the same thresholds were re-purposed as indicators of “recovery.”)

*During the study, the PACE team published a “participants newsletter” that included glowing testimonials from earlier trial subjects about how the “therapy” and “treatment” had improved their lives. An article in the same newsletter also reported that the U.K. government’s newly released clinical guidelines for the illness recommended the two rehabilitative treatments under investigation, cognitive behavior therapy and graded exercise therapy, “based on the best available evidence.” (The article didn’t mention that a key PACE investigator also served on the U.K. government committee that endorsed the two PACE therapies.) The testimonials and the statements promoting the two therapies could have biased the responses of the 200 or so remaining participants, about a third of the total study sample.

*The investigators abandoned all the criteria outlined in their protocol for assessing their two primary measures of fatigue and physical function, and adopted new ones (in the 2011 Lancet paper). They also significantly relaxed all four of their criteria for defining “recovery” (in the 2013 Psychological Medicine paper). They did not report having taken the necessary steps to assess the impacts of these changes, such as conducting sensitivity analyses. Such protocol changes contradicted the ethos of BMC Neurology, the journal that published the PACE protocol in 2007. An “editor’s comment” linked to the protocol urged readers to review the published results and to contact the authors “to ensure that no deviations from the protocol occurred during the study.” The PACE team has rejected freedom-of-information requests for the results as promised in the protocol as “vexatious.”

*The study’s two primary outcomes were subjective, but in the 2007 published protocol the investigators also included several “objective” secondary outcomes to assess physical capacity, fitness and function; these measures included a six-minute walking test, a self-paced step test, and data on employment, wages and financial benefits. These findings utterly failed to support the subjective reports that the authors had interpreted as demonstrating successful treatment and “recovery.” In subsequently published comments, the authors then disputed the relevance, reliability and “objectivity” of the main objective measures they themselves had selected.

*In seeking informed consent, the investigators violated a major international research ethics code that they promised, in their protocol, to observe. A key provision of the Declaration of Helsinki, developed after WW II to protect human research subjects, requires that study participants be “adequately informed” of researchers’ “possible conflicts of interest” and “institutional affiliations.” The key PACE authors have longstanding financial and consulting ties to the disability insurance industry; they have advised insurers for years that cognitive behavior therapy and graded exercise therapy can get patients off benefits and back to work. In the papers published in The Lancet and other journals, the PACE authors disclosed their industry ties, yet they did not reveal this information to prospective trial subjects. Of four participants interviewed, two said the knowledge would have impacted their decision to participate; one retroactively withdrew her consent and forbade the researchers from including her data.

***

I did not interview Chalder, Sharpe, and Peter White, also a psychiatrist and the lead PACE investigator, for this story. Chalder and Sharpe did not respond to e-mails last December seeking interviews. White did respond, e-mailing back that, after consulting with his colleagues and reviewing my past reporting on the illness, “I have concluded that it would not be worthwhile our having a conversation…We think our work speaks for itself.” A second request for interviews, sent last week to the three investigators, also proved unsuccessful.

(I did have a telephone conversation with Chalder in January of this year, organized as part of the media campaign for the Lancet Psychiatry paper published that month by the PACE team. In Chalder’s memory of the conversation, we talked at length about some of the major concerns examined here. In my memory, she mostly declined to talk about concerns related to the 2011 Lancet paper, pleading poor recall of the details.)

Richard Horton, the editor of The Lancet, was also not interviewed for this story. Last December, his office declined an e-mail request for an interview. A second e-mail seeking comment, sent to Horton last week, was not answered.

***

Experts who have examined the PACE study say it is fraught with problems.

“I’m shocked that the Lancet published it,” said Ronald Davis, a well-known geneticist at Stanford University and the director of the scientific advisory board of the Open Medicine Foundation. The foundation, whose board also includes three Nobel laureates, supports research on ME/CFS and is currently focused on identifying an accurate biomarker for the illness.

“The PACE study has so many flaws and there are so many questions you’d want to ask about it that I don’t understand how it got through any kind of peer review,” added Davis, who became involved in the field after his son became severely ill. “Maybe The Lancet picked reviewers who agreed with the authors and raved about the paper, and the journal went along without digging into the details.”

In an e-mail interview, DePaul University psychology professor Leonard Jason, an expert on the illness, said the study’s statistical anomalies were hard to overlook. “The PACE authors should have reduced the kind of blatant methodological lapses that can impugn the credibility of the research, such as having overlapping recovery and entry/disability criteria,” wrote Jason, a prolific researcher widely respected among scientists, health officials and patients.

Jason, who was himself diagnosed with the illness in the early 1990s, also noted that researchers cannot simply ignore their own assurances that they will follow specific ethical guidelines. “If you’ve promised to disclose conflicts of interest by promising to follow a protocol, you can’t just decide not to do it,” he said.

Jonathan Edwards, a professor emeritus of connective tissue medicine from University College London, pioneered a novel rheumatoid arthritis treatment in a large clinical trial published in the New England Journal of Medicine in 2004. For the last couple of years, he has been involved in organizing clinical trial research to test the same drug, rituximab, for chronic fatigue syndrome, which shares traits with rheumatoid arthritis and other autoimmune disorders.

When he first read the Lancet paper, Edwards was taken aback: Not only did the trial rely on subjective measures, but participants and therapists all knew which treatment was being administered, unlike in a double-blinded trial. This unblinded design made PACE particularly vulnerable to generating biased results, said Edwards in a phone interview, adding that the newsletter testimonials and other methodological flaws only made things worse.

“It’s a mass of un-interpretability to me,” said Edwards, who last year called the PACE results “valueless” in publicly posted comments. “Within the circle who are involved in this field, it seems there were a group who were prepared to all sing by the hymn sheet and agree that PACE was wonderful. But all the issues with the trial are extremely worrying, making interpretation of the clinical significance of the findings more or less impossible.”

Bruce Levin, a professor of biostatistics at Columbia University and an expert in clinical trial design, said that unplanned, post-protocol changes in primary outcomes should be made only when absolutely necessary, and that any such changes inevitably raised questions about interpretation of the results. In any event, he added, it would never be acceptable for such revisions to include “normal range” or “recovery” thresholds that overlapped with the study’s entry criteria.

“I have never seen a trial design where eligibility requirements for a disease alone would qualify some patients for having had a successful treatment,” said Levin, who has been involved in research on the illness and has reviewed the PACE study. “It calls into question the diagnosis of an illness whose patients already rate as ‘recovered’ or ‘within normal range.’ I find it nearly inconceivable that a trial’s data monitoring committee would have approved such a protocol problem if they were aware of it.”

Levin also said the mid-trial publication of the newsletter featuring participant testimonials and positive news about interventions under investigation created legitimate concerns that subsequent responses might have been biased, especially in an unblinded study with subjective outcomes like PACE.

“It is highly inappropriate to publish anything during an ongoing clinical trial,” said Levin. “To let participants know that interventions have been selected by a government committee ‘based on the best available evidence’ strikes me as the height of clinical trial amateurism.”

At the least, the PACE researchers should have evaluated the responses from before and afterwards to assess any resulting bias, he added.

***

Recent U.S. government reports have raised further challenges for the PACE approach. In June, a panel convened by the National Institutes of Health recommended that researchers abandon a core aspect of the PACE trial design—its method of identifying participants through the single symptom of prolonged fatigue, rather than a more detailed set of criteria. This method, the panel’s report noted, could “impair progress and cause harm” because it identifies people with many fatiguing conditions, making it hard to interpret the findings.

Last February, the Institute of Medicine released its own study, commissioned by several health agencies and based on an extensive literature review, which described the illness as a serious organic disease, not a cognitive or behavioral disorder characterized by “unhelpful beliefs” that lead to sedentary behavior. Two members of the IOM panel, in discussing their report with Medscape, cast sharp doubt on the central argument advanced for years by the British mental health professionals: that physical deconditioning alone perpetuates the devastating symptoms.

Ellen Wright Clayton, the panel chair and a professor of pediatrics and law at Vanderbilt University, said lack of activity could not possibly explain the scope and severity of patients’ symptoms. “The level of response is much more than would be seen with deconditioning,” she told Medscape.Peter Rowe, a pediatrician at Johns Hopkins and an expert on the disease, called the deconditioning hypothesis “flawed” and “untenable.”

The PACE investigators have strongly defended the integrity of their research and say that patients and advocacy groups have harassed and vilified them for years without justification. In 2011, The Guardian reported that Sharpe had been stalked by a woman who brought a knife to one of his lectures. A 2013 report in The Sunday Times noted that psychiatrist Simon Wessely, a senior colleague and adviser to the PACE authors, had received death threats, and that “one person rang him up and threatened to castrate him.”

No one is known to have been charged in these and other cases of reported threats or harassment.

PART TWO:

The Origins of the PACE Trial

Tom Kindlon, six feet tall and bulky, can only stand up for half a minute before dizziness and balance problems force him back down. He has a round face, wire-rimmed glasses, an engaging smile, and beard scruff. Direct light hurts his eyes. He wears a baseball cap to shield them.

Kindlon, 43, still lives with his parents in the two-story, four-bedroom house where he grew up. His mum, Vera, is his primary caretaker. He remains close with his three younger siblings— Ali, 40, and twins David and Deirdre, who are 35. All live nearby and help out when needed.

For the last 15 years, Kindlon has harnessed his limited energy for what he perceives as his primary mission: reviewing, and responding to, the literature on the illness. He has published more than a dozen peer-reviewed letters in scientific publications and regularly posts on the public forums and “rapid response” sections of journal websites, politely debating, dissecting and debunking questionable research claims.

“I haven’t read a fiction book in 20 years,” he noted, during a series of conversations ranging across Skype, Facebook, Twitter, and e-mail. “I need to be blinkered in what I do and don’t read, to concentrate and use my mental energy for this material.”

As a teenager, Kindlon loved playing rugby, cricket, tennis and soccer. When he was 16, he spent five days in western Ireland on a hiking and sailing trip with high school classmates. It was February, damp and chilly, and he was already suffering from a cold or some other bug; back in Dublin, he felt worse and stayed home for several days.

When he returned to school, he discovered something weird: After a round of sports, he now experienced muscle pains and a paralyzing exhaustion unlike anything he’d previously encountered. “I’d be totally whacked by the end of the day,” he recalled.

He saw a physiotherapist and then an orthopedic surgeon, who told him to exercise more. He tried swimming, but that also left him depleted. In 1991, despite his health struggles, he entered Trinity College. He slogged through two years of math studies but suffered more and more from problems with memory and concentration. “I was forgetting things, making silly errors,” he said.

Toward the end of the second year, he could no longer hold a pen in his hand. He developed tendonitis, first in one arm, then in the other. When he drove, pushing the pedals caused severe ankle pain. “Everything was magnified now,” he said. “I was just breaking down.” He took a leave from Trinity. His health continued to slide.

***

Then Kindlon read something about myalgic encephalomyelitis, or ME—an alternate name for chronic fatigue syndrome frequently used in the U.K., meaning “inflammation of the brain and spinal cord, with muscle pain.” A specialist confirmed the diagnosis.

Since there are no approved medical tests, diagnosis has generally been made based on symptoms, after other possibilities have been excluded. A major clue in Kindlon’s case was his experience of a prolonged collapse after sports. Almost all patients report this unusual symptom, called “post-exertional malaise”–a sustained relapse or worsening after a minimal amount of exertion or activity.

It was September, 1994. Tom Kindlon was 22 years old. He could just about drag himself to the toilet a few times a day. He could hold a brief conversation, though he often couldn’t remember what he or anyone else had said.

Soon after his diagnosis, he heard about a local support group called the Irish ME Association. Vera attended a meeting to learn more. She became a fixture at the monthly gatherings, and soon was voted chair of the group; her son was appointed assistant chair. Though his condition gradually stabilized and sometimes even seemed to improve a little, he never felt well enough to attend meetings and worked instead from home.

At the time, the organization only had a few dozen members. “I felt the group could get bigger than just people sitting in circles,” Kindlon said. “We needed to raise awareness. I wanted people’s stories to be told.”

On May 12, 1996, designated by U.K. advocates as International ME Day, the small Irish group held a public event. Vera spoke on national radio. The Kindlons, mother and son, publicized the group’s work, and by 2000 the membership list topped 400.

Through a leadership listserv, Kindlon maintained contact with dozens of patient support and advocacy groups around the UK and elsewhere; the network kept him abreast of the major scientific, public health, and political developments related to the illness. Then he learned about the PACE trial.

***

In the mid-1980s, several outbreaks of a disabling and prolonged flu-like illness popped up across the U.S. Although clinicians treating some of the patients believed it was associated with the Epstein-Barr virus, which causes mononucleosis, CDC investigators were unable to identify a link with that or other pathogens.

The CDC team called the mysterious condition “chronic fatigue syndrome” after rejecting the name “myalgic encephalomyelitis,” coined after a similar outbreak at a London hospital in the 1950s. The key symptom of myalgic encephalomyelitis had been identified as extreme muscle fatigue after minimal exertion, with delayed recovery—essentially, a description of post-exertional malaise, Tom Kindlon’s main symptom. The CDC also rejected “post-viral fatigue syndrome,” another common name. In contrast, the World Health Organization, which had years earlier classified “benign myalgic encephalomyelitis” as a neurological disorder, deemed both post-viral fatigue syndrome and chronic fatigue syndrome to be synonyms. (The word “benign” eventually fell out of common use.)

In the U.S., the disease is now often being called ME/CFS by government agencies; the recent report from the Institute of Medicine suggested renaming it “systemic exertion intolerance disease,” or SEID. In the U.K, it is often called CFS/ME.

Patients have always hated the name chronic fatigue syndrome. For one thing, the word “fatigue” does not come close to describing the profound depletion of energy that marks the illness. A few years ago, best-selling author and long-time patient Laura Hillenbrand (Unbroken; Seabiscuit) once told The New York Times: “This disease leaves people bedridden. I’ve gone through phases where I couldn’t roll over in bed. I couldn’t speak. To have it called ‘fatigue’ is a gross misnomer.”

Patients, clinicians and scientists say the name is also inaccurate because the hallmark is not fatigue itself but more specifically what Tom Kindlon experienced—the relapses known as post-exertional malaise. (Patients also criticize the word ‘malaise,’ like ‘fatigue,’ as inaccurate and inadequate, and many prefer to call the symptom ‘post-exertional relapse.’) Other core symptoms are cognitive and neurological problems, sleep disorders, and in many cases muscle pain.

Researchers have not been able to identify a specific cause—at least in part because investigators have used many different criteria to define the illness and identify study subjects, making it hard to compare results. In many cases, as in the 1980s outbreaks, ME/CFS appears to be triggered by a viral or other infection from which people never recover. Since patients often don’t seek treatment and are not diagnosed until they have been sick for a long time, research on triggering events has often been based on self-reports of an initial infection rather than laboratory confirmation. However, a prospective 2006 study from Australian researchers and the CDC found that 11 percent of more than 250 patients who were followed after acute cases of mononucleosis, Q fever, and Ross River virus met diagnostic criteria for chronic fatigue syndrome six months later.

Although in some cases patients report a gradual start to the illness, a 2011 definition of myalgic encephalomyelitis developed by an international expert committee noted that “most patients have an acute infectious onset with flu-like and/or respiratory symptoms.” In fact, many experts believe ME/CFS is likely a cluster of related illnesses, in which one or more infections, or exposures to toxins, mold, stress, trauma or other physiological insults, spark the immune system into a persistent state of hyper-activation, with the resulting inflammation and other systemic effects causing the symptoms. Like the varying methods for defining the illness, the heterogeneity of potential triggering events among chronic fatigue syndrome populations has also complicated research. Without accurate sub-grouping, the findings from such samples can undermine rather than promote the search for causes, biomarkers and treatments.

The illness can fluctuate over time. Long-term patients sometimes experience periods of moderate remission, but few appear to recover completely. Most treatment has involved symptomatic relief.

Although research has been hampered by limited government support, studies over the years have documented a wide range of biological abnormalities as well as associations with a host of pathogens. But some promising leads have not panned out, most spectacularly several years ago when an apparent association with mouse retroviruses turned out to be the result of lab contamination—a devastating blow to patients.

***

For their part, the PACE investigators have collectively published hundreds of studies and reports about the illness, which they prefer to call chronic fatigue syndrome. In their model, the syndrome starts when people become sick—often from a virus, sometimes from other causes. This short-term illness leaves them exhausted; when the infection or other cause passes and they try to resume normal activity, they feel weakened and symptomatic again. This response is expected given their deconditioned state, according to the model, yet patients become fearful that they are still sick and decide they need more rest.

Then, instead of undergoing a normal recovery, they develop what the PACE authors have called “unhelpful beliefs” or “dysfunctional cognitions”–more specifically, the unhelpful belief that they continue to suffer from an infection or some other medical disease that will get worse if they exert themselves. Patients guided by these faulty cognitions further reduce their activity and, per the theory, become even more deconditioned, ultimately leading to “a chronic fatigue state in which symptoms are perpetuated by a cycle of inactivity, deterioration in exercise tolerance and further symptoms,” noted a 1989 article whose authors included Chalder and Simon Wessely, the PACE investigators’ longtime colleague.

The two rehabilitative therapies were designed to interrupt this downward spiral and restore patients’ sense of control over their health, in part through positive reinforcement and encouragement that recovery was possible. The course of cognitive behavior therapy, known as CBT, was specifically designed and structured to help chronic fatigue syndrome patients alleviate themselves of the “unhelpful beliefs” that purportedly kept them sedentary, and to encourage them to re-engage with daily life. (Standard forms of cognitive behavior therapy are recommended for helping people deal with all kinds of adversity, including major illness, yet doctors do not suggest that it is an actual treatment for cancer, multiple sclerosis, or renal failure.) The increase in activity known as graded exercise therapy, or GET, sought to counteract the deconditioning by getting people moving again in planned, incremental steps.

Through their extensive writings and their consulting roles with government agencies, Sharpe, Chalder, White, and their colleagues have long exerted a major impact on treatment. In the U.K., the National Health Service has primarily favored cognitive behavior therapy and graded exercise therapy, or related approaches, even in specialized clinics.

In the U.S., the Centers for Disease Control and Prevention has collaborated with White, Sharpe and some of their colleagues for decades. The agency recommends the two treatments on its website and in its now-archived CFS Toolkit for health professionals about how to treat the illness. The toolkit recommends contacting St. Bartholomew’s—the venerable London hospital that is one of White’s professional homes—for more information about graded exercise therapy.

White, the lead author of the Lancet paper, is a professor of psychological medicine at Queen Mary University of London and co-leads the chronic fatigue syndrome service at St. Bartholomew’s. Sharpe is a professor of psychological medicine at Oxford University, and Chalder is a professor of cognitive behavioral psychotherapy at King’s College London. Their faculty webpages currently credit them with, respectively, 90, 366 and 205 publications.

The PACE authors have been referred to as members of the “Wessely school”—or, less politely, the “Wessely cabal”– because of Simon Wessely’s prominence as a pioneer of this treatment approach for chronic fatigue syndrome. Wessely, a professor of psychological medicine at King’s College London, has published more than 700 papers, was knighted in 2013, and is the current president of the Royal College of Psychiatrists.

Over the years, members of the PACE team developed close consulting and financial relationships with insurance companies; they have acknowledged these ties in “conflict of interest” statements in published papers. They have advised insurers that rehabilitative, non-pharmacological therapies can help claimants with chronic fatigue syndrome return to work—as Sharpe noted in a 2002 UNUMProvident report on disability insurance trends.

In his article for the UNUMProvident report, Sharpe also criticized the “ME lobby” for playing a negative role in influencing patients’ self-perceptions of their condition, noting that “the patient’s beliefs may become entrenched and be driven by anger and the need to explain continuing disability.” Sharpe noted that economic and social factors, like receiving financial benefits or accepting the physiological illness claims made by patient groups, also represented roadblocks to both clinical improvement and the resolution of disability insurance claims.

“A strong belief and preoccupation that one has a ‘medical disease’ and a helpless and passive attitude to coping is associated with persistent disability,” Sharpe warned readers of the disability insurance report. “The current system of state benefits, insurance payments and litigation remain potentially major obstacles to effective rehabilitation…If the claimant becomes hostile toward employer or insurer the position is likely to be difficult to retrieve.”

***

Given the medical and social costs of the illness, the government wanted solid evidence from a large trial about treatments that could help people get better. In 2003, the U.K. Medical Research Council announced that it would fund the PACE trial—more formally known as “Comparison of adaptive pacing therapy, cognitive behavior therapy, graded exercise therapy, and specialist medical care for chronic fatigue syndrome: a randomized trial.”

Three other government agencies–Scotland’s Chief Scientist Office, England’s Department of Health, and the U.K. Department for Work and Pensions—chipped in. The West Midlands Multicentre Research Ethics Committee approved the final study protocol.

The investigators selected two self-reported measures, for physical function and fatigue, as their primary outcomes. For physical function, they chose a section of a widely used questionnaire called the Medical Outcomes Study 36-Item Short Form Health Survey, or SF-36; with this physical function scale, they designated a score of 60 or less out of 100 as representing sufficient disability for trial entry.

For fatigue, they selected the Chalder Fatigue Scale, developed by one of the PACE investigators, on which higher scores represented greater fatigue. The response to each of the scale’s 11 questions would be scored as 0 or 1, and a score of 6 or more was deemed sufficient evidence of disability for trial entry.

In the proposed trial, participants would be randomized into four arms. All would be offered a few meetings with a specialist—the baseline condition ultimately called “specialist medical care.” Participants in three of the arms would receive additional interventions, of up to 14 sessions over six months, with a booster session three months later. Everyone would be assessed one year after entering the trial—that is, six months after the end of the main period of treatment. Home-bound patients were not eligible, since participation required attendance at multiple clinic sessions.

Besides the two rehabilitative treatments of cognitive behavior therapy and graded exercise therapy, the investigators planned to include an intervention based on a popular self-help strategy known as “pacing.” While the first two approaches challenged patients to adjust their thinking and push themselves beyond what they believed they could do, pacing involved accepting and adapting to the physical constraints of the illness, paying attention to symptoms, and not exceeding personal energy reserves to avoid triggering a relapse.

***

Previous studies conducted by the authors and other researchers, although smaller than PACE, had found that graded exercise therapy and cognitive behavior therapy led to modest improvements in self-reported outcomes, as a 2001 review in JAMA noted. But the same review also warned that the positive results on subjective measures in these studies did not mean that participants had actually improved their physical capacities.

“The person may feel better able to cope with daily activities because they have reduced their expectations of what they should achieve, rather than because they have made any recovery as a result of the intervention,” stated the review. “A more objective measure of the effect of any intervention would be whether participants have increased their working hours, returned to work or school, or increased their physical activities.”

Aware of such concerns, the PACE investigators planned to include some measures of physical function and fitness not dependent on subjective impressions.

Beyond the question of how to measure the effects of the intervention, the therapies themselves remained highly controversial among patients. Many understood that cognitive behavior therapy could be a useful tool for coping with a serious condition but resented and dismissed the PACE authors’ suggestion that it could treat the underlying illness. Encouraging an increase in exercise or exertion was even more controversial. Patients considered it dangerous because of the possibility of relapse from post-exertional malaise. In surveys, patients who had received graded exercise therapy were more likely to report that it had made them worse rather than better.

The psychiatrists and other mental health experts acknowledged that patients often felt worse after starting an activity program. To them, the resurgence of symptoms reflected the deconditioned body’s natural response to renewed exertion, not an underlying disease process—a point strongly conveyed to patients. According to the PACE manual for clinicians administering graded exercise therapy, “Participants are encouraged to see symptoms as temporary and reversible, as a result of their current physical weakness, and not as signs of progressive pathology.”

***

Patients and advocates, aware of the previous work of the PACE team, responded to the Medical Research Council’s announcement with alarm. Fearing the research would lead to calls for more funding for cognitive behavior therapy and exercise therapy and nothing else, patient groups demanded that the agency back research into biological causes and treatments of ME/CFS instead–something it was not doing.

“We believe that the money being allocated to the PACE trial is a scandalous way of prioritising the very limited research funding that the MRC [Medical Research Council] have decided to make available for ME/CFS,” declared the ME Association, a major advocacy organization, in a statement widely disseminated on social media. The statement demanded that the trial be halted and the money “held in reserve for research that is likely to be of real benefit to people with ME/CFS.”

Despite the anger in the patient community, the investigators were able to enlist Action For ME, another major advocacy group, to help design the pacing intervention. They called their operationalization of the strategy “adaptive pacing therapy,” or APT.

The trial protocol described the pacing therapy as “essentially an energy management approach, which involves assessment of the link between activity and subsequent symptoms and disability, establishing a stable baseline of activity using a daily diary, with advice to plan and pace activity in order to avoid exacerbations.” But many patients argued that pacing was an inherently personal, flexible approach. Packaging it as a structured “treatment” administered by a “therapist,” with a focus on daily diaries and advance planning, would inevitably alter its effect, they said.

***

Patients and other researchers also objected to the PACE study’s choice of “case definition”—a set of research or diagnostic criteria designed to include everyone with an illness and exclude those without it. Many challenged the decision to identify participants using the single-symptom case definition of chronic fatigue syndrome called the Oxford criteria—the same broad case definition that last June’s NIH report recommended for retirement because it could “impair progress and cause harm.”

Over the years, there have been many definitions proposed for both chronic fatigue syndrome and myalgic encephalomyelitis, for both clinical and research use. The most widely used has been the CDC’s 1994 definition for chronic fatigue syndrome, which required six months of fatigue, plus any four of eight other symptoms: cognitive problems, muscle pain, joint pain, headache, tender lymph nodes, sore throat, post-exertional malaise, and sleep disturbances.

Many patients, researchers and clinicians experienced in treating the illness prefer more recent and restrictive definitions that seek to reduce misdiagnoses by requiring the presence of the core symptom of post-exertional malaise as well as neurological and cognitive dysfunctions, unlike the more flexible CDC definition. In contrast, the Oxford criteria, published in 1991 by PACE investigator Michael Sharpe and colleagues, required only one symptom: six months of medically unexplained, disabling fatigue. Proponents argued that this broad scope ensured that research results could be applied to the largest number of people potentially suffering from the illness. If other symptoms were present, as often happened, the criteria required that fatigue be the primary complaint.

According to DePaul psychologist Leonard Jason, the Oxford criteria blurred the boundaries between “chronic fatigue,” a symptom of many conditions, and the distinct illness known as “chronic fatigue syndrome.” In particular, he said, an Oxford criteria sample would likely include many people with primary depression, which can cause prolonged fatigue and often responds to interventions like those being tested in PACE. (In contrast, many people with ME/CFS get depressed as a secondary result of their illness experience.)

“The Oxford criteria clearly select for a lot of patients with primary depression, and people who are depressed do react very well to CBT and exercise,” said Jason, who has published widely on the ME/CFS case definition problem. Positive outcomes in the sample among depressed patients without ME/CFS could therefore lead to the unwarranted conclusion that the therapies worked for people with the disease, he added.

***

The PACE investigators were aware of these concerns, and they promised to study as well two subgroups of participants from their Oxford criteria sample who met additional case definitions: an updated 2003 version of the CDC’s 1994 definition for chronic fatigue syndrome, and a separate definition for myalgic encephalomyelitis. That way, they hoped to be able to draw conclusions about whether the therapies worked, no matter how the illness was defined.

Yet this approach presented its own challenges. Neither of the two other definitions required fatigue to be the primary symptom, as did the Oxford criteria. The myalgic encephalomyelitis definition did not even include fatigue per se as a symptom at all; post-exertional malaise, not fatigue, was the core symptom. And under the CDC definition, patients could present with any of the other symptoms as their primary complaint, as long as they also experienced fatigue.

Given these major differences in the case definitions, an unknown number of patients might have been screened out of the sample by the Oxford criteria but still met one of the other sets of criteria, making it hard to interpret the subgroup findings, according to other researchers. (The PACE investigators and I debated this methodological issue in an exchange of letters in The New York Times in 2011, after an article I wrote about case definition and the PACE trial.)

Bruce Levin, the Columbia University biostatistician, said the PACE investigators should not have assumed that the experience of a subgroup within an already defined population would match the experience of a group that hadn’t been pre-screened. “I would not accept an extrapolation to people diagnosed with alternative criteria from a subgroup comprising people satisfying both sets of criteria rather than just the alternative set of criteria,” he said, adding that reviewers should catch such questionable assumptions before publication.

Tomorrow: Publication of the PACE trial

Tuesday, September 8, 2015

Abundant Energy Summit: Dr. Myhill speaks about the role of mitochondrial function in ME/CFS

This article first appeared on ProHealth.

Following (scroll down) is a transcript from the Abundant Energy Summit’s interview with Dr. Sarah Myhill.

The Summit was held from August 24 - 31, 2015 and featured a number of speakers.

Dr. Myhill is a physician who specializes in ME and other complex illnesses. Her approach is considered "alternative," that is, it draws upon nutritional strategies, hands-on therapies, and supplementation with micronutrients, rather than relying exclusively on pharmaceuticals.

Much like Dr. Cheney, Dr. Myhill believes that mitochondrial dysfunction lies at the heart of ME/CFS. The mitochondria are the power houses of cells. Their job is to form adenosine triphosphate (ATP), the molecule that generates the energy needed for all functions - breathing, digesting, thinking, walking ... everything. When the mitochondria are inhibited from doing their job, less ATP is produced, and, as a consequence, your ability to maintain physical and mental function is reduced. (Skeletal muscle is especially affected, as the mitochondria in muscle cells are less efficient that those in organs. Typically, people with mitochondrial disease find it difficult to walk.)

ATP is composed of three parts: 1) adenine, a purine nucleobase, 2) ribose, a sugar, and 3) three phosphates connected by high energy bonds. When one of those bonds is broken by an enzyme, 7,200 calories are released. That's a lot of energy. And we need all of it. In order to simply lie in bed and breathe, an adult uses roughly 10 million ATP molecules per second.

If your mitochondria are impaired in any way, even a tiny bit, your body will find it difficult to perform even the most basic functions. You will find it difficult to digest your food (the production of stomach acid requires an enormous amount of ATP), your heart will suffer from diastolic dysfunction, which also requires a large amount of ATP, you will be unable to think clearly, you will experience muscle weakness, particularly in the legs, and you will be exhausted after the slightest effort. The more your mitochondria are impaired, the more exhausted you will be, and the less it will take to send you to bed.

Dr. Myhill's site is a goldmine of information. On it, you will find everything from alcohol intolerance to valacyclovir. I encourage you to take a look.
__________________________

Niki Gratrix: Hi everyone this is Niki Gratrix and welcome to another episode of the Abundant Energy Summit. I have the pleasure today of introducing Dr. Sarah Myhill.

Dr. Myhill worked with the NHS for 20 years before entering into private practice. She was the Honorary Secretary for the British Society for Allergy and Nutritional Medicine for 17 years, and has worked with over 5,000 patients with fatigue.

She believes the central mechanism is mitochondrial dysfunction. She is the author, with colleagues, of three scientific studies in the International Journal of Clinical and Experimental Medicine showing that the level of mitochondrial dysfunction correlates with the degree of fatigue. She is also the author of the book, It’s Mitochondria Not Hypochondria.

Q: You have a car analogy in your book. Please explain that.

Myhill: Let’s start from the beginning. The first and most important thing to grasp about Chronic Fatigue Syndrome is that it is not a diagnosis, it is a clinical picture that may have many causes. It is my job as a physician to find the causes. The second important thing to grasp is that we have symptoms for a very good reason. Symptoms protect us from ourselves. If we didn’t experience fatigue we’d work all day and all night. And we’d be dead in eleven days, because nobody has survived eleven days without sleep.

The symptom of fatigue can arise for many reasons that have to do with delivery systems and energy expenditure - how we spend and create our energy. We always have to keep ourselves where our energy demands don’t exceed our energy delivery. We need to pay attention to both sides of the equation: energy demands vs energy delivery.

The body is just another machine, like a car. Like any machine it needs the right fuel in the tank. That fuel has everything to do with diet and gut function.

How do we burn our fuel to create energy? Mitochondria are essential for creating energy from fuel. They are the little engines that exist in every cell in the body, and in every cell in every living organism. Without mitochondria we wouldn’t have life as we know it.

What mitochondria do is they take fuel from the bloodstream derived from carbohydrates, fats, and proteins (in the form of acetate groups) and burn them in the presence of oxygen to produce ATP. Think of ATP as a molecule with which you can do any function in the body.

The thyroid gland is also terribly important. It determines how the fast those mitochondria go, like an accelerator pedal in a car. We have to be careful about how we spend our energy. Spend it too fast and we wouldn’t have survived a harsh winter.

What allows us to gear up energy spending is the adrenal gland, which I think of as the gear box in a car. Adrenaline is the short-term immediate hormone for energy delivery; cortisol is the intermediary and DHEA is for long-term energy delivery. Those hormones allow us to adjust energy demand to energy delivery very closely.

Of course, all cars have to be serviced regularly. We service our bodies during sleep. Every single living thing, even bacteria, need a time in which metabolic processes shut down to allow healing and repair to take place.

Those are the central, important aspects.

Q: You talk about how the immune system takes up a huge amount of energy.

Myhill: That’s on the other side of the equation, where we look at how energy is spent in the body. An astonishing amount of energy – two-thirds of all energy we generate – just goes into staying alive: basic metabolic rate, heart function, lung function, gut function, liver function, brain function. All those things demand energy. The rest we should spend physically, or mentally, in terms of mental exercise.

I think of the immune system as a brain that isn’t contained within the skull, but is spread throughout the body. It’s intelligent, it’s decision-making. It’s highly active, and it’s highly demanding of energy. It likes to run on fat, and so on. But when the immune system is activated it uses up a massive amount of energy.

How do I know that? If a normal person gets flu, they get instant ME. They’re bed-bound for a week or two until their immune system switches off and they get well again. When their immune system is activated because of infection, that’s normal, desirable, and essential to dealing with an infectious threat.

But if the immune system is activated because of allergy, that’s what I call useless inflammation. The body is spending immunological energy on something that is not a threat. That kicks an immunological hole in our energy bucket.

Q: Let’s focus a little more on the mitochondria. Would you please expand on the production of ATP?

Myhill: When ATP is being efficiently recycled, ATP forms ADP. Then it goes back into the mitochondria where it again forms ATP. That is an extraordinary efficient cycle. In fact, when we are functioning at our maximum potential, a molecule of ATP can be recycled back through our mitochondria every ten seconds. If there was no such recycling, then we would burn more than our body’s weight of ATP every day.

We run into problems when energy demand exceeds energy delivery. The body has some emergency mechanisms. Let’s say I have to run for my life, all these energy systems would be employed. One of them is to switch into anaerobic metabolism that produces lactic acid. We all know about that. It’s the lactic acid burn that slows athletes down and stops them, and stops ME patients as well.

Another mechanism is when two molecules of ADP combine to form one molecule of ATP and one of AMP. The ATP can be quickly recycled, but the AMP is recycled very slowly. So suddenly, you’re pulling the plug on your supply of ATP. It’s all draining out of your system. That is what I suspect causes the delayed fatigue in ME.

Interestingly, another paper has come out recently, where they tried to reproduce that idea in a computer using low rates of metabolism and putting in all the variables. And they came up with the same conclusion.

Q: What are some of the causes of mitochondrial underfunction?

Myhill: Broadly speaking, there are two important causes. The mitochondria can be deficient in raw materials – magnesium, CoQ10, acetyl-l-carnitine, vitamin B3, and D-ribose. Those are the 5 things we see that mean the mitochondrial are deficient. We measure these things when we do mitochondrial tests.

Or, mitochondria can be going slow because they are blocked by something. Blocking factors can include environmental toxins, energy delivery blockers, heavy metals, and fermenting gut products.

You can block mitochondria by stacking things on top of the mitochondrial membrane. It’s no good making ATP if you can’t get the ATP out of the mitochondria and into the cell where it’s needed. Mitochondrial membranes are made up of proteins that act like a little shuttle that takes ATP out of the mitochondria and then brings ADP back into the mitochondria where it is turned into ATP. There are lots of things that can block that shuttle. We can do tests to determine what those blocking factors are.

As an aside, I got interested in ME when I started seeing farmers with sheep dip flu. They had been poisoned by organophosphates. Organophosphates inhibit oxidative phosphorylation. That is how they block the mitochondia’s ability to make ATP.

Broadly speaking those blockers fall into two groups: they can be toxins from the outside world, such as pesticides and heavy metals, or they can be products from within the body. I suspect a major source of those is products from the fermenting gut.

Q: And inflammatory processes lead back to the gut.

Myhill: Mitochondria are important, but I spend as much time with my patients talking about diet, and talking about gut function. So many problems start with the gut.

Q: Mitochondrial malfunction explains the illness brilliantly, but it’s not the cause, it’s the effect.

Myhill: The whole thing is circular. We all come into this area with different theories, but we all end up offering similar patterns of treatment – diet, detoxing regime, nutritional supplements, correcting hormones, and so on. But mitochondria are central players.

Q: Diet, pacing, micronutrients and sleep are your four foundational things. Do you want to expand a little on that, especially pacing?

Myhill: It’s back to square one. Fatigue is a mechanism that protects us from ourselves. If someone is experiencing fatigue because they are overdoing, they are constantly stressing their mitochondria and their energy supply and they are constantly going into anaerobic metabolism and producing lactic acid.

Let’s talk about anaerobic metabolism. Normally, mitochondria function on oxygen. When you burn a molecule of sugar in the presence of oxygen, you’ll produce about 26 molecules of ATP. But when you stress your mitochondria and switch to anaerobic metabolism, burning a molecule of sugar only produces two molecules of ATP. If you do this on a regular basis you get a buildup of lactic acid.

To convert that lactic acid back to pyruvic acetate takes six molecules of ATP. What that means is if you overdo things it takes an awfully long time to get back to square one. The point of pacing is to avoid getting into anaerobic metabolism. So, pacing is crucially important. People will get better if they pace. If they don’t pace, eventually there is tissue damage and inflammation sets in, which kicks another hole in the energy bucket.

Q: You have a basic protocol for micronutrients, what is that?

Myhill: Although I began by seeing patients with ME, I have come to the conclusion that no matter what a patient comes to me for, there is a basic package of treatment that we should all be doing. In terms of diet, this consists of a “stone age diet”: meat, fish and eggs, nuts and seeds, lots of veggies, and low-fructose fruits, such as berries.

Number two is sleep. Most people are sleep deprived. If you need an alarm clock to wake up in the morning you are sleep deprived.

The third thing I talk about is micronutrients. Because modern farming depletes the soil of minerals, we should all be taking a basic package of micronutrients – vitamins, minerals, and amino acids.

Q: Talking further about the Stone Age Diet, are you recommending a grain-free diet?

Myhill: Grains are too toxic for humans to consume. So, remove all gluten completely. The fermenting gut is a very big problem.

The upper gut should be a near-sterile carnivorous digesting gut to deal with meat and fat. The lower gut, which is teeming with bacteria, digests vegetable fiber. So, the lower gut is a fermenting gut. If we overwhelm our liver with sugar, for example, we switch into the fermenting gut and have all the problems of metabolic syndrome.

What I am saying is that a modest amount of carbohydrate is fine if you’ve got perfect digestion. But my ME patients don’t have perfect digestion. So, carbohydrates are a major risk factor for chronic fatigue syndrome.

I consider being vegetarian a major risk factor for chronic fatigue syndrome for two reasons. Vegetarian foods tend to be high GI, that is, grains and fruits. They are also high in the major antigens: dairy, gluten, and yeast.

Q: Would you talk a little about B12 and magnesium?

Myhill: Magnesium is centrally important for mitochondrial function. In fact, 40% of all the energy that comes out of mitochondria simply maintains the ion pumps that kick calcium out of cells and drag magnesium in. If the mitochondria are going slow, they can’t kick the calcium out, which is toxic within cells, and they can’t drag the magnesium in. So they don’t have the magnesium they need to make the mitochondria even work. There is a vicious cycle here. If you can’t get the magnesium in, the mitochondria won’t work, and if the mitochondria can’t work, you don’t get the magnesium in.

The reason magnesium injections are so helpful is that you are spiking the level of magnesium in the blood for a short period of time. All of a sudden it’s much easier to drag the magnesium into the cells. The mitochondria then start working again properly. Magnesium injections kick start the mitochondrial engine.

With B12 I think there may be a similar mechanism going. The thing about B12 is that it is very poorly absorbed. Even people with the best gut function will only absorb 1% of the B12 that they are taking. Only about another 1% actually gets into the brain, where it is very important for cognitive function.

The point about B12 is that if you inject it, you spike the levels in the blood, and you get the B12 into the brain. I’m only hypothesizing, because so many of my ME patients find their brain function and their mood is so greatly improved with B12 injections. B12 is performance enhancing in athletes, and even in horses. Trainers give horses B12 injections, and they go faster. That means their mitochondria are working better. And, B12 injections are an incredibly safe thing to do.

Q: Are you having much luck with transdermal forms?

Myhill: Transdermal forms of B12 are better than oral forms. They get about 6% absorption. But again, it’s not as good as the injection because you don’t spike blood levels.

Q: You mentioned the mitochondrial cocktail?

Myhill: When we do tests, we tailor treatments to individuals because we measure CoQ10, carnitine, B12, magnesium, and ATP. But if you can’t access those tests, you can do no harm by taking those supplements.

I have yet to find an ME patient with normal levels of CoQ10. These days I tend to use ubiquinol, which gets much better blood levels. 200 mg of ubiquinol will correct all my patients.

Q: Diet and environment need to be under control for any of this to work.

Myhill: That’s very important. We are living in an age in which we are being overwhelmed with toxins. A supplement I routinely prescribe for my ME patients is glutathione, which is essential for getting rid of heavy metals and is a potent antioxidant. With 250 mg a day of glutathione you can do no harm.

Another interesting facet of mitochondria is that they determine aging. We age at the rate that our mitochondria age.

Q: There have to be different approaches for different people. Some may need thyroid support, some adrenal support.

Myhill: I always say that getting people well from chronic fatigue syndrome or ME is like a jigsaw puzzle. You’ve got to have all the pieces in place at the same time. You can’t try one thing, and when it doesn’t work, you try another. You’ve got to start with the foundation stones of pacing, diet, supplements, sleep. Then you build on that with the mitochondrial stuff, thyroid stuff, adrenal stuff, gut fermentation stuff. You can do a lot of this yourself with simple nutritional therapy. It’s very doable.

Q: What about tests?

Myhill: The tests we use are all documented research tests. We apply them clinically. The problem with new, innovative tests is that they are hideously expensive. But don’t wait for the tests to come out to start to get better. Put the basic package in place as well as you possibly can. It’s all about tipping points.

I say to my patients, all we have to do is get you 51% better and your body will do the rest.

You can find out more about Dr. Myhill at DrMyhill.co.uk

Wednesday, August 26, 2015

An Open Letter from Researchers to Senator Mikulski: Patients suffering from ME/CFS deserve funding

The woeful state of funding for ME/CFS is so dire that two HHS-funded initiatives, the IOM and the P2P, have taken pains to point it out.

The IOM committee stated that “Remarkably little funding has been made available” to study this disease, and “More research is essential.” The P2P, a report sponsored by the NIH, came to the same conclusion.

Limited knowledge and research funding creates an additional burden for patients and health care providers. 
There are few disease-specific clinical trials; a disconnect on ways patients, clinicians, and researchers define meaningful outcomes; a lack of well- 4 controlled, multifaceted studies using large, diverse samples; and limited public and private research dollars directed at ME/CFS. 
Current research has neglected many of the biological factors underlying ME/CFS onset and progression. 
Overall, there has been a failure to implement what we already know for ME/CFS patients while the disease steals their health and well-being. Scientifically rigorous research is needed to improve this situation... Innovative biomedical research is urgently needed to identify risk and therapeutic targets.
In spite of this urgent need - stated in unequivocal terms by reports sponsored by HHS - the NIH has repeatedly denied funding to researchers who have a solid track record. Ron Glaser, President of the PsychoNeuroImmunology Research Society (PNIRS) and recognized as one of the world's most cited authors in his field, was turned down. Nancy Klimas, whose Gulf War research was funded, has been repeatedly rejected. Ian Lipkin, the world's foremost virus hunter, was rejected, as was Ron Davis, who was named among the top 7 of "Today's Greatest Inventors" in 2013 and is winner of numerous prestigious prizes.  

Nobody in their right mind could claim that these researchers did not know how to conduct meritorious research when they submitted their proposals. Yet, at the most recent CFSAC meeting Cheryl Kitt, Deputy Director of the Center for Scientific Review at NIH, claimed that there aren’t many people interested in researching ME/CFS and that the NIH hasn’t received applications of sufficient quality.

In answer to that specious claim, some of the top researchers in the field have written an open letter to Senator Mikulski (D- Maryland). Mikulski is chair of the Senate Appropriations Committee.

Read more about the push for increased NIH funding in this excellent article:

Lobbyists seek new funds for chronic fatigue syndrome research

____________________________________

August 17, 2015

Dear Senator Mikulski,

We the undersigned scientists are writing to express our interest and enthusiasm for researching myalgic encephalomyelitis/chronic fatigue syndrome (ME/CFS), a common and disabling illness long ignored by our nation’s health agencies.

Many of us have had a very difficult time securing adequate funding. Others have been unable to determine even how to apply for funding, as no institute within the NIH has responsibility for researching ME/CFS. The NIH has responded to requests for increased funding by stating that few researchers are interested in studying the illness.

On the contrary there are Nobel Laureates, several members of the National Academy of Sciences, biochemists, biophysicists, geneticists, immunologists, neuroscientists, experts in public health and infectious disease, epidemiologists, and physicians eager and ready to study this disease, were adequate funding made available. The undersigned are just some of those researchers.

We have so much to learn and large studies are needed to understand how to help patients regain their health. With societal costs in the tens of billions of dollars each year, an infusion of government funding could quickly repay that investment.

Currently, ME/CFS is massively underfunded compared to other diseases of similar severity and number of patients. The NIH allocates just $5 million per year to study this illness, which affects between 836,000 and 2.5 million Americans. Patients suffering from ME/CFS deserve funding proportional to and commensurate with other diseases with similar patient populations. The Institute of Medicine, a special HHS advisory committee, and a recent NIH­-appointed expert panel all agree: It is imperative to increase research funding for ME/CFS.

If invited to apply for NIH funding via a new Request for Applications (RFA), we would eagerly submit grant proposals.

Sincerely,
Linda Tannenbaum, Executive Director, Open Medicine Foundation

Scientific Advisory Board:

Ronald W. Davis, Professor of Biochemistry and Genetics, Stanford University School of Medicine, Member of the National Academy of Sciences

Paul Berg, Nobel Laureate in Chemistry, Professor emeritus of Stanford University

Mario R. Capecchi, Nobel Laureate in the Physiology or Medicine category, Professor of Human Genetics at University of Utah School of Medicine, Member of the National Academy of Sciences

Mark M. Davis, Professor of Microbiology and Immunology at Stanford University School of Medicine, Director of Stanford Institute for Immunity, Transplantation and Infection, Member of the National Academy of Sciences

H. Craig Heller, Professor of Biology at Stanford University

Andreas M. Kogelnik, Physician­, Scientist, Founder and Director of the Open Medicine Institute

Baldomero M. Olivera, Biology Professor at the University of Utah, Member of the National Academy of Sciences

Ronald G. Tompkins, Professor of Surgery at the Harvard Medical School, Chief of Trauma, Burns and Surgical Care Service at the Massachusetts General Hospital, Chief of Staff at the Shriners Hospitals for Children in Boston

James D. Watson, Nobel Laureate in Physiology or Medicine, Chancellor of Cold Spring Harbor Laboratories, Member of the National Academy of Sciences

Wenzhong Xiao, Assistant Professor of Bioinformatics at Harvard Medical School, Director of the Inflammation & Metabolism Computational Center at Massachusetts General Hospital

Susan Levine, MD Researcher and Clinician, Private Practice New York, New York Visiting Fellow, Cornell University Ithaca, New York

Peter C. Rowe, MD, Professor of Pediatrics, Director, Pediatric Chronic Fatigue Clinic, Johns Hopkins Children’s Center, Maryland

Alan R. Light, PhD, Professor, Department of Anesthesiology and Department of Neurobiology and Anatomy, University of Utah, Salt Lake City, Utah

Kathleen C. Light, PhD, Researcher, Professor, Department of Anesthesiology, University of Utah School of Medicine, Salt Lake City, Utah

Zaher Nahle, Phd, MPA, Vice President for Research and Scientific Programs, Solve ME/CFS Initiative, California

Leonard A. Jason, PhD Professor of Psychology DePaul University Chicago, Illinois

Derek Enlander, MD, MRCS, LRCP Attending Physician Mount Sinai Medical Center, New York ME CFS Center, Mount Sinai School of Medicine New York, New York

David L. Kaufman, MD, Medical Director, Open Medicine Institute, California

Staci Stevens, MA, Exercise Physiologist, Founder of Workwell Foundation, California

Jared Stevens, BS, Clinical Coordinator, Workwell Foundation, California

Dorothy Hudig, PhD, Professor of Immunology, Department of Microbiology and Immunology,
University of Nevada School of Medicine Reno, NV

Patrick O. McGowan, PhD, Assistant Professor, University of Toronto Scarborough Centre for Environmental Epigenetics and Development (CEED) Department of Biological Sciences Cell
and Systems Biology, Psychology, Physiology Toronto ON

Marcie Zinn, PhD, Neuroscientist, DePaul University Chicago, Illinois

Mark Zinn, Co Founder, NeuroCognitive Research Institute, Dublin, CA

Jarred Younger, PhD, Associate Professor, Departments of Psychology, Anesthesiology, and Rheumatology, University of Alabama at Birmingham

David Maughan, PhD, Professor of Molecular Physiology & Biophysics, Emeritus, University of Vermont School of Medicine Burlington, VT

Wednesday, August 19, 2015

ME Action Calls for Funding Equality

In light of the recent CDC funding cut for ME/CFS, ME Action's call for equal funding is both timely and urgent.

Along with Mass CFIDS Association Board members, I am meeting with Elizabeth Warren's staff on Thursday. I urge all of you in the target states (see below) to contact your representatives.

These meetings can be done by phone, and by several people simultaneously.

There are two messages: Increase funding commensurate with impact of the illness, and move ME/CFS from the Office of Research on Women's Health (which gets no funding), to the National Institute of Neurological Disorders and Stroke.


This is a representative democracy. Let's get represented!
__________________________
#MEAction recently launched as an online platform to help anyone become an advocate.
Now we are announcing our own advocacy action: A quick-strike lobbying campaign to spur the US Congress to vastly increase research funding for ME/CFS at the National Institutes of Health.
We launched this effort to capitalize on the 21st Century Cures Act, which would give the NIH an extra $8.75 billion over five years. The House of Representatives passed the bill earlier this summer, and the Senate is now considering the bill. Currently, the NIH allocates just $5 million per year of its $31.3 billion budget to study ME/CFS.

This moment is crucial – key senators on the HELP committee can add provisions to the bill before they vote.

WE’RE ASKING THE US SENATE FOR FUNDING EQUALITY


To that end, we have retained a well-connected consultant who previously worked for the Senate Finance Committee and helped pass key provisions of the Affordable Care Act. This consultant is now meeting with important Senate staffers, and patient advocates are calling into those meetings to present our two-point “ask”:
  • NIH will establish authority for researching ME/CFS within the National Institute of Neurological Disorders and Stroke (NINDS).
  • NINDS will establish an intramural and extramural ME/CFS program, funded at levels comparable to illnesses with similar patient numbers and economic cost to society.
Getting this language written into law would be a major victory for ME/CFS patients and allies. Our early experience suggests that key Senate staffers are open to this message. There’s a lot of work still to be done, and the outcome is uncertain. But one thing is certain: We will make progress by repeatedly sending this consistent message to Congress.
You can download our “one-pager” that we are using to present our case here.

HELP US IN KEY STATES


We still need help from patient advocates willing and able to call into 30-minute meetings on Capitol Hill from the following states and Congressional districts:
  • Alaska (all)
  • Kansas (all)
  • Kentucky (all)
  • Louisiana (all)
  • Michigan (Midland, Saginaw Township, Mount Pleasant, Owosso, Thomas Township, Bridgeport Township, Big Rapids and Alma)
  • New Jersey (New Brunswick, Perth Amboy, Sayreville, Piscataway and Asbury Park)
  • Wyoming (all)
If you live in any of those locations and would like to join the effort, please sign up here.
No matter where you live, sign the US funding equality petition and help us take the petition to the streets.

DONATE TODAY

In the coming weeks, we will be enlisting the entire community’s help to speak to Congress in one, loud voice through a coordinated campaign. In the meantime, we need your help to make this endeavor a success. The huge lobbying efforts for Alzheimer disease, Parkinson disease, and other major diseases spend millions of dollars each year trying to reach Congress.
Please donate today. Consider making it a recurring donation. Your contribution, no matter how small, will help us bring the future here faster.

DONATE

Monday, August 10, 2015

Ampligen to Be Supplied Throughout Europe As Well As Turkey

Hemispherx Biopharma's agreement to supply Ampligen to ME/CFS patients in Europe could not have come at a better time.

 recent paper by a group of downstate New York psychiatrists made headlines when it proposed that fibromyalgia and CFS (among others) should be placed on the spectrum of anxiety disorders.

The agreement to use an immune modifier to treat ME/CFS underscores the position stated in the IOM report that this is not a psychogenic disease, much less an anxiety disorder.

____________________

Hemispherx Enters Into an Agreement With myTomorrows for an Early Access Program for Rintatolimod in Europe


Press Release: PHILADELPHIA, Aug. 10, 2015 (GLOBE NEWSWIRE) -- Hemispherx Biopharma, Inc. (NYSE MKT: HEB) (the "Company" or "Hemispherx"), reported today that it has executed an agreement with Impatients, N.V., a Netherlands based company doing business as myTomorrows, for the commencement and management of an Early Access Program (EAP) in all of Europe and Turkey.

myTomorrows, as Hemispherx' exclusive service provider in Europe and Turkey, will perform EAP activities in Europe and Turkey to include the supply of rintatolimod for the treatment of Chronic Fatigue Syndrome (CFS) to patients with an unmet medical need.

Govert Shouten, Ph.D, Co-Founder & CBO at myTomorrows, said "Rintatolimod for CFS fits perfectly with the raison d'être of myTomorrows. CFS affects as many people in Europe as in the US and there is no drug approved anywhere specifically for CFS. In clinical trials rintatolimod has shown promising results for certain CFS patients particularly those most severely affected.

As we do with other life-threatening and debilitating diseases such as cancer, MS, and depression, myTomorrows will set up and roll out the early access programs needed to help these patients.

Thomas K. Equels, Executive Vice Chairman and CFO of Hemispherx said "We are very pleased to be collaborating with myTomorrows to provide rintatolimod under these unique Early Access Programs. Not only will this collaboration create the possibility for physicians to use rintatolimod under certain circumstances, myTomorrows will collaborate with these physicians to capture data on patients treated and such data may add to our other efforts to gain full regulatory approval in Europe, Latin America, Australia, New Zealand as well as the U.S. and elsewhere."

myTomorrows was founded by physicians and experts from the pharmaceutical industry who want to facilitate early access to developmental drugs for patients with high unmet needs. Ronald Brus, M.D., was the former CEO of Crucell, a vaccine company acquired by Johnson & Johnson for $2.4 billion in 2011. Govert Shouten was previously Vice President, Business Development at Crucell.

About Rintatolimod

Rintatolimod is a member of a new class of specifically-configured ribonucleic acid (RNA) compounds targeted as potential treatment of diseases with immunologic defects and/or viral causation.

About myTomorrows

myTomorrows provides patients that are excluded from clinical trials access to drugs in development. They focus on disease areas with unmet needs; oncology, neurology, psychiatry and rare diseases. myTomorrows identifies the latest developments in drugs and facilitates requests for access to these drugs in development. Their physicians and bio-medical specialists identify the latest drug developments from across the globe. Physicians and pharmacists can register online and request information about the drugs myTomorrows provides access to. In most countries health authorities must grant permission for treatment with a non-registered drug. myTomorrows facilitates requests for permission for physicians and pharmacists.

About Hemispherx Biopharma

Hemispherx Biopharma, Inc. is an advanced specialty pharmaceutical company engaged in the manufacture and clinical development of new drug entities for treatment of seriously debilitating disorders especially life-threatening viruses. Hemispherx's flagship products include Alferon N Injection® and the experimental therapeutics rintatolimod and alpha interferon LDO. Rintatolimod is an experimental RNA nucleic acid being developed for globally important debilitating diseases and disorders of the immune system, including Chronic Fatigue Syndrome. Hemispherx's platform technology includes components for potential treatment of various severely debilitating and life threatening diseases including cancers.

Disclosure Notice

The information in this press release is intended solely for the United States and includes certain "forward-looking" statements including without limitation statements about additional steps which the FDA may require and Hemispherx may take in continuing to seek commercial approval of rintatolimod for the treatment of Chronic Fatigue Syndrome in the United States and abroad. The final results of these and other ongoing activities could vary materially from Hemispherx's expectations and could adversely affect the chances for approval of the rintatolimod in the United States and other countries. Any failure to satisfy the FDA regulatory requirements or the requirements of other countries could significantly delay, or preclude outright, approval of rintatolimod in the United States and other countries including Australia and New Zealand.

Information contained in this news release, other than historical information, should be considered forward-looking and is subject to various risk factors and uncertainties. For instance, the strategies and operations of Hemispherx involve risk of competition, changing market conditions, changes in laws and regulations affecting these industries and numerous other factors discussed in this release and in the Company's filings with the Securities and Exchange Commission. The final results of these efforts could vary materially from Hemispherx's expectations. No evidence has suggested that rintatolimod will ever be commercially approved for the new potential treatment indications, including, but not limited, to the treatment of CFS.

Forward-Looking Statements


To the extent that statements in this press release are not strictly historical, all such statements are forward-looking, and are made pursuant to the safe harbor provisions of the Private Securities Litigation Reform Act of 1995. Words such as "intends," "plans," and similar expressions are intended to identify forward-looking statements. The inclusion of forward-looking statements should not be regarded as a representation by Hemispherx that any of its plans will be achieved. These forward-looking statements are neither promises nor guarantees of future performance, and are subject to a variety of risks and uncertainties, many of which are beyond Hemispherx's control, which could cause actual results to differ materially from those contemplated in these forward-looking statements. Examples of such risks and uncertainties include those set forth in the Disclosure Notice, above, as well as the risks described in Hemispherx's filings with the Securities and Exchange Commission, including the most recent reports on Forms 10-K, 10-Q and 8-K. You are cautioned not to place undue reliance on these forward-looking statements, which speak only as of the date hereof, and Hemispherx undertakes no obligation to update or revise the information contained in this press release, whether as a result of new information, future events or circumstances or otherwise revise or update this release to reflect events or circumstances after the date hereof. No evidence is suggested that rintatolimod will ever be commercially approved for the CFS treatment indications mentioned in this release into USA or other countries.

Friday, August 7, 2015

Federal Government Slashes ME/CFS Funding to Zero

In an almost incomprehensible move, funding for ME/CFS has been eliminated entirely from the 2016 CDC budget. Both the IOM and the P2P reports - initiatives funded by the Federal government - stressed the woeful underfunding of ME/CFS and called for more research. Yet, the Federal government has responded by cutting funding completely.

Please take a moment to copy and paste the sample email below. Send it to:

Laura_friedel@appro.senate.gov;Chol_pak@appro.senate.gov; Alex_Keenan@appro.senate.gov; Lisa_bernhardt@appro.senate.gov

If you live in Massachusetts please fill out the contact form for Elizabeth Warren. You can find it here:

http://www.warren.senate.gov/?p=email_senator
Send her this note:

Subject: Please restore CDC funding for Chronic Fatigue Syndrome

I understand that the Senate Appropriations Committee has recommended that funding for the CDC’s programs for Chronic Fatigue Syndrome be terminated as of 2016.

I am a patient with Chronic Fatigue Syndrome (CFS), also known as Myalgic Encephalomyelitis or ME/CFS. The Institute of Medicine has just issued a major report on this “serious, chronic, complex, multisystem disease” citing the devastation on the lives of the 836,000 to 2.5 million Americans who suffer from this debilitating disease, the $20 billion annual cost to society, and the enormous need for more research which can lead to better treatments and a cure. We need MORE money for research, medical education, and information for patients and their families, NOT a termination of support.

I urge you to reinstate the $5.4 million funding for the CDC/CFS programs immediately.


Reprinted from the Solve ME/CFS Initiative Website
____________________

Reinstate Federal Research Funding for ME/CFS


Please act now! The $5.4 million in CDC funding for ME/CFS has been stricken from the Senate’s version of the 2016 federal budget. As you can see from the graphic below, ME/CFS was the only disease to be reduced to $0.

You have an opportunity to directly impact federal funding for ME/CFS by sending an email to the four key staff members who serve the Senators on this budget committee:

Laura_friedel@appro.senate.gov;Chol_pak@appro.senate.gov; Alex_Keenan@appro.senate.gov; Lisa_bernhardt@appro.senate.gov
CDC-Funding-Graphic-for-Social
Please take a moment to send them an email asking that the funds be reinstated immediately. We have posted a draft letter here for you to use. Feel free to revise as it suits you but note that time is of the essence. We need to have the emails sent within the next week to have any chance at reversing this decision and preserving our much-needed funding.
_____________________

Dear Senator:

I am writing to urge you to reinstate the $5.4 million for Chronic Fatigue Syndrome funding. This is included in the CDC budget under Emerging and Zoonotic Infectious Diseases, on Page 59 of the Senate Budget.

I understand that the $5.4 million in funding submitted by the Centers for Disease Control for Chronic Fatigue Syndrome has been stricken from the 2016 appropriations bill by the Senate Appropriations Committee. This is an appalling act of inhumanity, and I urge you to reinstate the $5.4 million amount into the 2016 budget without delay.

As you may be aware, the prestigious Institute of Medicine of the National Academies published a landmark report on Myalgic Encephalomyelitis/Chronic Fatigue Syndrome on Feb. 10 of this year. The IOM committee unequivocally and scientifically established that Myalgic Encephalomyelitis/ Chronic Fatigue Syndrome is a physiological, not psychological, illness. The IOM stated firmly that Myalgic Encephalomyelitis/Chronic Fatigue Syndrome is “a serious, chronic, complex, multisystem disease... In its most severe form, this disease can consume the lives of those whom it afflicts.”

The IOM committee further established that between 836,000 and 2.5 million Americans suffer from this devastating disease, which carries with it an economic burden of $17 to $24 billion to our country annually.

I am one of those Americans who has had their life and livelihood stolen by this illness, which renders 25 percent of us house- or bed-bound at some point. While the vast majority of us are not well enough to march on Capitol Hill to demand equitable funding from our government, rest assured we are still able to vote.

As a member of the Senate Subcommittee, I urge you to reinstate this $5.4 million CDC funding immediately. You have an opportunity to be on the right side of history.

Sincerely,
Name
Email address
USPS address




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