How Realistic Is a Possible Treatment for Hypermobile EDS?

By Crystal Lindell, PNN Columnist

Ever since I was diagnosed with hypermobile Ehlers-Danlos Syndrome (hEDS) back in 2018, I’ve spent countless hours contemplating what my life would be like if there was an effective treatment.

Last week, Tulane University School of Medicine pushed that question to the forefront. They announced that they may have found a potential cause of hEDS and hypermobility in general. They also theorized a potential treatment.

Ehlers-Danlos Syndrome (EDS) creates fragile connective tissue, which can cause a range of other symptoms including joint pain, digestive trouble, migraines and more.  

Tulane researchers proposed that a variation of the MTHFR gene that causes a deficiency of folate – the natural form of vitamin B9 – could hold the key to hypermobility and a range of connective tissue disorders such as EDS. As for treatment, they hypothesized that methylated folate — which is folate that is already processed — could be a possible treatment for the myofascial pain that’s common for hypermobile patients. They published these preliminary findings in the journal Heliyon.

First, it should be noted that none of this was based on a clinical study of patients. Rather, it’s a proposal that they believe should be researched further. As such, there’s been some valid criticism of Tulane’s announcement from the EDS community. Was it premature? Will any of this hold up in a peer-reviewed study? Or are they just giving false hope to the thousands of EDS patients desperate for some good news?

As an EDS patient myself, I understand those concerns and I very much sympathize with them. Many of us have spent too much time being dismissed by doctors, and too much money on treatments that don’t end up working.

Unfortunately, I think we’re going to have to live in the uncertainty right now. We won’t know if this is a viable option until we get a peer-reviewed study. But I am glad that they are looking into this and sharing these types of updates as the research progresses. I’d rather be informed along the way than only be told at the end of the process.

What Would a Treatment Mean for Patients?

What if their theory is correct though? Is that a good thing? I have to confess, my feelings about it are complicated.

The thing about EDS is that it’s different for everyone. As it stands, most doctors treat the symptoms, which, as mentioned above, vary widely. For me, the most debilitating one is intercostal neuralgia — which is not a type of myofascial pain. As such, it seems unlikely that methylated folate would do much to treat it.

But hey, maybe methylated folate is more of a preventative treatment? That alone would be an incredible advancement for hEDS patients.

The question is, would this treatment impact anything else? Do they know if it would only address myofascial pain? Or could it also help with other symptoms? And would that even be a good thing if it did?

EDS touches every aspect of my body and even most aspects of my personality. There’s the velvety skin everyone comments on when they shake my hand. And the constant comments about how I look for my age, which also seems to be related to how EDS impacts my skin. Would methylated folate treatment change that at all? How so? And what would I end up looking like?

The most well-known EDS symptom is probably loose joints, which means they easily overextend. For me, that’s meant a lifetime of sprained ankles and joint pain. But again, what happens if methylated folate changes that? My joints may be loose, but they’re the only ones I’ve ever known. Would stiffening them up actually help me at this point? Or would I have to re-learn how to move my own body?

What about my mind? EDS patients have higher than average rates of neurodivergence like autism and ADHD. They also have higher rates of mental health issues like depression and anxiety. Could this treatment change our brains too? Or, if not, what if they eventually find a treatment that does? Would it alter aspects of people’s personalities?

There’s also the more logistical issue of EDS as a name at all. According to the National Library of Medicine, a syndrome refers to a group of symptoms and physical findings without a direct cause. Once a cause is found, the symptoms are typically renamed as a “disease.” So, if the researchers at Tulane did find a cause, what do we have? Ehlers-Danlos disease? EDD?

One thing we do know is that EDS and hypermobility cause immeasurable pain and suffering for a lot of people, so we do need more research into potential treatments. Time will tell if folate treatment proves effective or not, but either way, I hope that there are a lot more potential treatments coming.

Crystal Lindell is a freelance writer who lives in Illinois. After five years of unexplained rib pain, Crystal was finally diagnosed with hypermobile Ehlers-Danlos syndrome. She and her fiancé have 3 cats: Princess Dee, Basil, and Goose. She enjoys the Marvel Cinematic Universe, Taylor Swift Easter eggs, and playing the daily word game Semantle. 

We Need Better Treatments for Long Covid, Fibromyalgia, Chronic Fatigue and More

By Dr. Seth Lederman

Headlines about COVID have faded, and the United States will soon turn the page on public emergency status for the pandemic. The virus no longer dominates most of our lives, yet there are still thousands of new hospitalizations daily and an estimated 15 million Americans currently suffer from Long COVID.

The deep impact of long-haul cases has contributed to a surge of patients with disabling conditions, who are often misdiagnosed or treated ineffectively. More than one in five people infected with COVID-19 develop Long COVID and its constellation of physical and neurological symptoms. The persistent pain, fatigue, sleep problems and brain fog are similar to two other post-infectious syndromes, fibromyalgia and chronic fatigue syndrome (CFS/ME).

A recent study of both conditions and Long COVID documented that the physical and cognitive impairments of Long COVID were exacerbated in people previously diagnosed with CFS/ME or fibromyalgia. These types of chronic overlapping pain conditions have long been recognized by the National Institutes of Health (NIH), and the president’s National Research Action Plan on Long COVID similarly makes the connection between CFS/ME and Long COVID.

More than 50 million people struggle with these neurological illnesses every year in our country, and the burden of their chronic diseases comes at incalculable personal harm, along with billions of dollars in healthcare costs and lost productivity. 

There is one common denominator among all these unrelenting illnesses: the human brain. Physicians like me who study infectious and neurological diseases know that getting a drug’s active ingredients into the brain is not easy. Unlike biologic drugs, which are usually administered by injection, the only medications that can cross from the bloodstream into the brain are small-molecule drugs.

But big pharmaceutical companies have largely abandoned the development of new small-molecule therapeutics, instead pursuing biologic drugs which tend to be more expensive and profitable. That is because of a complex mix of federal laws granting longer market exclusivity to biologics, patent law changes that remove economic incentives to develop new small-molecule therapeutics, and mounting Food and Drug Administration hurdles.

Yet small-molecule drugs can be highly effective and life-changing, as well as relatively cost-effective to manufacture and distribute. They are our best hope for offering real relief to people struck by cruel conditions rooted in brain function.

As we pick up the pieces from a once-in-a-generation pandemic, we cannot ignore the rise in debilitating post-infectious diseases. In a sense, the people afflicted by these illnesses are living with invisible scars from the infections that preceded their current illnesses. There is an urgent need to help them by restoring incentives for small-molecule drug development and streamlining regulatory processes for new treatments.

The government should be accelerating efforts to expand its support for new drug therapies to address fibromyalgia, CFS/ME, Long COVID, and other illnesses that originate in the brain. The untapped potential of emerging therapeutics is unacceptable, as is the fact that many patients’ symptoms are frequently misinterpreted or dismissed.

It is good news that the Advanced Research Project Agency for Health has been established within NIH to pursue biomedical breakthroughs. But our country could still be doing more on this front. Congress has the power to legislate a more level playing field for small-molecule drug development, correcting decades of bureaucratic bias.

Lawmakers should appropriate more resources to fast-track clinical trials and scale-up delivery of novel therapies for post-infectious diseases. Public-private partnerships could also go a long way towards bridging the gap between treatments that would transform patients’ lives and their current limited options.

We know from our experience with COVID that medical science is capable of swift and significant breakthroughs. Our public health system should be equipped to readily diagnose and effectively treat people with fibromyalgia, CFS/ME, Long COVID, and similar devastating illnesses.

While the symptoms of these diseases are often not visible, our responsibility to provide patients with advanced and effective care is very real. For millions of Americans and their families, the time for better treatments is now.

Seth Lederman, MD, is a physician-scientist and CEO of Tonix Pharmaceuticals, a company developing technologies to treat Long COVID, PTSD, fibromyalgia, and other diseases.

Melatonin and Cannabis Products Often Mislabeled  

By Pat Anson, PNN Editor

If you use cannabis for pain relief or take melatonin to help you sleep at night, you may want to check the label and ask the manufacturer just how accurate the list of ingredients is.  Or think twice before buying it.

Two more studies are raising doubts about the accuracy of label claims on cannabis products and melatonin supplements, which are often marketed with unsupported claims about their health benefits.

In the first study, published this week in JAMA, researchers analyzed 25 melatonin gummy products, including 5 gummies that also contained cannabidiol (CBD). Melatonin is a natural hormone produced by the brain at night to help induce sleep. Supplements containing synthetic melatonin and/or CBD are often marketed as products that improve sleep, reduce anxiety, and promote relaxation.

Researchers found that only 3 of the 25 gummies contained enough melatonin to be within 10% of the labeled amount – with one product containing 347% more melatonin than what was listed, a potentially dangerous amount. Another gummy contained no melatonin at all, just CBD.

“The great majority of melatonin gummy products were inaccurately labeled, with most products exceeding the declared amount of melatonin and CBD,” wrote lead author Pieter Cohen, MD, an associate professor at Harvard Medical School and an internist at Cambridge Health Alliance. “Given these findings, clinicians should advise parents that pediatric use of melatonin gummies may result in ingestion of unpredictable quantities of melatonin and CBD.”

Pediatric use is concerning because calls to U.S. Poison Control Centers about children ingesting melatonin have increased five-fold over the past decade, resulting in nearly 28,000 emergency room visits, over 4,000 hospitalizations and two deaths.

Researchers say it takes just 0.1 mg to 0.3 mg of melatonin to increase plasma levels beyond the normal nighttime range in young adults. The amount of melatonin found in the gummies was much higher, including one product containing 13.1 mg of melatonin.

“Consuming melatonin gummies as directed could expose children to between 40 and 130 times higher quantities of melatonin,” they said. “With respect to CBD, the drug is FDA approved to treat refractory seizures caused by 3 rare genetic disorders, but the FDA has not approved the use of CBD for any indication in healthy children.”

The JAMA report is believed to be the first U.S. study to quantify the amount of melatonin in over-the-counter supplements. A 2017 Canadian analysis of melatonin products had similar findings, with the actual dose of melatonin ranging from 17% to 478% of the amount listed on the label. Neither the U.S. or Canadian studies identified the melatonin brands that were tested.

Too Little THC

It wasn’t too much, but too little tetrahydrocannabinol (THC) that University of Northern Colorado researchers found in 23 cannabis flower products purchased at state-licensed dispensaries. The study findings, recently published in the journal PLOS One, show that nearly 70% of the flower samples had THC levels at least 15% lower than what was listed on their labels.

Inaccurate labeling has long been a problem in the cannabis industry. Some growers and merchants resort to “lab shopping” to seek out product testing laboratories that generate the most desirable results – which means inflated levels of THC.  There’s a financial incentive to do so, because cannabis products containing high amounts of THC usually sell at a higher price.

One of the flower samples, purchased at a Denver dispensary and sold under the brand name “OG Kush 2,” had only half the amount of THC listed on its label.  

“Given our results it is urgent that steps are taken to increase label accuracy of Cannabis being sold to the public. The lack of accurate reporting of THC potency can have impacts on medical patients controlling dosage, recreational consumers expecting an effect aligned with price, and trust in the industry as a whole,” researchers said.

“Although we have no power to change the current system, we hope highlighting this issue and educating consumers will affect the change needed to remedy inflated potency of flower products. Addressing this discrepancy will require both changes to the regulatory system and consumer awareness that reported THC potencies are frequently inflated.”

Although 38 states and Washington DC have legalized medical or recreational cannabis, there is little consistency in labeling, regulating or testing cannabis. The researchers called for more regulatory oversight of cannabis and standardized testing protocols.

Study Linking Suicides to Rx Opioids Not Supported by Data

By Dr. Stefan Kertesz

Almost everyone has a personal connection to the national overdose crisis that claimed over 107,000 lives last year. Many have also been touched by the rising toll of suicides in the U.S, which took over 47,000 lives in 2021.

Given the pain of those losses, debates over causes and solutions are contentious, especially when they involve the real or speculative role played by prescribed opioids in suicides. In the quest for solutions, researchers and advocates sometimes make recommendations that are not supported by data.

Recently, an article in the American Journal of Psychiatry (AJP) that was widely covered in the lay press, suggested that reductions in the chronic use of prescribed opioids for patients with pain slowed an otherwise discouraging national 20-year rise in suicides. Further, the paper suggests its findings should alleviate concerns about dose reductions in pain patients who have relied on these medicines long term. However, these conclusions were not supported by the data in the study or in any other available data.

Given rising national concern about a burgeoning opioid crisis, many doctors forcibly reduced doses in long-term recipients of prescribed opioids, often under pressure from regulators and boards. Unfortunately, suicides started happening among patients who were taken off their medication.

A series of state- and national-database analyses have documented, retrospectively, elevated rates of mental health crises, suicidal actions or death by suicide among those persons whose doses were reduced, compared to persons not subject to reduction. Because the risk for suicide or suicide attempt remains elevated 1-2 years after the reduction, it has not seemed likely that these tragedies are entirely due to acute withdrawal from opioids. Various authorities have called for caution, as have clinician-researchers like me.

The new article in AJP, from investigators at Columbia University, pushes back. It reports that areas of the country with the biggest declines in opioid prescriptions partly bucked a national trend toward rising suicides.

A few details make it easier to think about what such regional studies can and cannot show. The study relies on suicide data from 2009 to 2017, across 882 “commuting zones” (as devised by the Bureau of Agriculture, areas typically bigger than a county). As mentioned: suicides rose nationally over the study years 2009-2017. Opioid prescriptions dropped from a 2012 peak to the present.

Statistical models tested whether suicide rates rose less in those regions with the greater prescription declines. Of course, regions differ. The study’s models tried to control for that by assigning a single statistical term for each region called a “fixed effect.” The assumption behind a “fixed effect” is the following: As long as the regions differ from each other in “fixed” ways that did not change from 2009-2017, then the models controlled for such differences

This is not a reasonable assumption. We know that regions change in many ways likely to contribute to reductions in opioid prescribing and suicide, without one causing the other. One town might enjoy some economic development, an influx of young families, and new doctors who prescribe less; a decline in suicide might result from all these good things, without the opioid prescriptions having much to do with it. Statistical and graphical analysis could have helped readers learn whether the model’s assumptions were acceptable; but they weren’t presented.

Still, this paper does show that regions with a greater decline in opioid prescriptions (compared to all others) had a smaller rise in total suicides and in opioid-related suicide rates (compared to all others). That regional pattern merits investigation. But there were also exceptions (this pattern wasn’t evident in adults 65 or older). And, for younger persons, unintentional deaths involving opioids seemed to rise most in regions with the greatest prescription declines.

No Justification for Forced Tapering

There would be nothing problematic about this article if all it did was present its data and invite further discussion. The article, however, proposed to address the matter of tapering long-term opioid recipients. The introduction cited two of the studies where suicide risk rose after reduction (including one I co-authored), and attempted to refute them -- an unusual approach for an introduction.

Then, the paper’s discussion argues that it is the patient who receives the prescription who is put at personal risk for suicide, citing a VA paper where opioid doses did correlate with suicide risk. But that discussion omits a much richer Australian study that looked for, and could not find, any association between opioid receipt, or opioid dose, and suicidality.

Buried in the discussion, a caveat was offered, that the results “do not shed light on the clinical pathways connecting local opioid prescribing to individual opioid overdose suicide deaths.”  However, this went unnoticed by many readers. (It was an academic article version of churnalist’s fifth sin: “disclaim and pivot.”)

As a physician-researcher, I care about whether studies are used in ways that misrepresent the risks of curtailing prescriptions in patients with pain. Today, I lead a federally-funded study to examine 110-120 suicides through interviews and record review. We seek to examine them in depth, the way crash-site investigators assess airplane crashes. That’s because we don’t see suicide as simple one-cause affairs.

However, simple stories appeal to reporters. The new paper ignited a storm of inaccurate press coverage, that was seen by many as endorsing the safety of forced opioid reductions, notwithstanding CDC and FDA declarations to the contrary. Speaking to US News and World Report, for example, an associate professor of surgery announced, “for those who have wondered whether curtailing opioid prescriptions could be associated with an increased risk of suicide, this study is reassuring.”

Within days, a widely-quoted, highly-paid expert witness for the plaintiffs in our nation’s ongoing opioid litigation tweeted that the new data “debunk” a “hoax that opioid reduction caused an ‘epidemic’ of suicides” (designation of a suicide “hoax” is not a one-time affair for this expert). 

Of course, no experts had claimed an “epidemic” of suicides. Rather experts and patients observed that tapering can increase the risk for suicide, and were appropriately concerned to avoid that.

Ultimately, reporters repeated the fallacy that regional data can tell us how to care for individual patients. But it was the way the paper was written -- most notably its introduction and discussion -- rather than its data, that drew that interpretation. I suspect that public mockery of suicide risk was not the outcome desired by the authors, given that the final lines of the paper urged caution with opioid dose changes.

Speaking with senior author Dr. Mark Olfson confirmed that sense. He readily offered the following condemnation:

“The results of our recent study indicate that regions of the country that experienced the greatest declines in opioid prescribing also tended to have the greatest declines in regional suicide rates. It would be a mistake, however, to assume that this ecological observation informs the daily clinical management of individuals receiving opioids for chronic pain or refutes clinical research demonstrating risks attending forced opioid tapers.”

Commonsense care of individual patients requires nuance. The best practice is not to force opioid reductions without consent, save when the justification is exceptionally compelling. Even then, the clinician must have a plan to protect the patient from harm, and reverse course if their dose reduction harms the patient.

Individual clinical decisions should not be based on findings from geographic analysis of populations. Clinicians and researchers alike might best avert suicide by seeking a careful understanding of the particular patient, their history, and their context.

Stefan G. Kertesz, MD, is a Professor of Medicine and Public Health at the University of Alabama at Birmingham School of Medicine, and physician-investigator at the Birmingham Alabama Veterans Healthcare System. His views are his own, and do not represent positions of his employers. On Twitter he is at @StefanKertesz. His team’s study can be found here.

This article first appeared in Sensible Medicine on Substack and is republished with permission.

Women, Children and Some Ethnic Groups at More Risk from NSAID

By Pat Anson, PNN Editor

Health experts have known for over a decade that diclofenac, a non-steroidal anti-inflammatory drug (NSAID), raises the risk of heart failure, stroke and other cardiovascular problems. Because of that, oral formulations of diclofenac are only available by prescription in the U.S. and some European nations, although the drug is still widely available as an over-the-counter pain reliever in Asia, Africa and the Middle East.

“Most patients who are using diclofenac have arthritis, and many of them are at risk of heart disease,” says Bhagwat Prasad, PharmD, an associate professor in the Washington State University College of Pharmacy and Pharmaceutical Sciences. “So there is a concern that taking diclofenac may be putting them at even greater risk of cardiovascular events such as heart attack and stroke.”

Prasad is senior author of a study, recently published in the journal Clinical Pharmacology & Therapeutics, that found women, children and some ethnic groups are more at risk from diclofenac because they have low levels of an enzyme that helps metabolize the drug in their intestines.

The enzyme – known as UGT2B17 – is present at much lower levels in women than in men, which helps explain why there are more reports of women suffering heart damage after taking diclofenac. UGT2B17 is mostly absent in children under the age of nine.

Ethnic differences also play a role. In studies on human liver and intestinal samples, WSU researchers found that up to 90% of people of Japanese descent lack the gene for the enzyme, compared to just 20% of Caucasian people.

“No one knew why this heart toxicity is happening in some individuals,” said first author Deepak Ahire, a graduate student in the WSU College of Pharmacy and Pharmaceutical Sciences. “Our study showed, for the first time, that UGT2B17 is important in diclofenac metabolism and suggests that differences in UGT2B17 expression are what makes people’s response to diclofenac so variable, leading to toxicity in some whereas for others the drug simply does not work.”

Ahire and his colleagues hope to confirm their findings in a clinical trial. They also want to work with large hospitals to further study the connection between diclofenac and patients with heart problems. One way they suggest to reduce the risk of cardiovascular problems is to use genetic testing to screen patients who may have problems metabolizing diclofenac.

According to the FDA’s Adverse Events Reporting System, there have been over 27,000 serious medical cases involving diclofenac since 2010, including 2,827 deaths. The number of U.S. cases has tripled in recent years, with women involved in nearly twice as many adverse events as men.

In 2020, the FDA approved the use of diclofenac in Voltaren, a topical OTC gel that contains a small dose of diclofenac absorbed through the skin. The WSU study involved higher dose diclofenac tablets that are taken orally and absorbed in the digestive system. About half the prescriptions written for diclofenac in the U.S. are for tablets.

A large 2018 study in Denmark found that people who used diclofenac were 50 percent more likely to have cardiovascular problems within 30 days of taking the drug than those who took nothing. The risk of gastrointestinal bleeding was also higher. The authors of that study recommended that diclofenac not be available OTC and should only be prescribed with prominent warning labels.

6 Tips for Healthier Living with Chronic Pain

By Barby Ingle, PNN Columnist

People with chronic pain-related medical conditions are at higher risk for infection, falls, poor posture, complications, mental health issues and other challenges. There are things we can do to help lower these risks and live fuller, longer, happier and healthier lives.

Tip #1: Have good communication with your medical providers. Your medical team can include specialists in primary care, pain management, rheumatology, dentistry, ophthalmology, gastroenterology, gynecology, podiatry, surgery, physical therapy and nursing. The more proactive you are in communicating with your providers, the better and faster they can assist you in proper care.

Tip #2: Keep your weight under control. Maintaining an ideal weight as a pain patient can be difficult. You can lose your appetite and not eat enough, or overeat to help deal with the stress of being ill. You may even have cravings for goodies because the pain is so bad. We need something good in our life, right?

Maintaining a good body weight can be very helpful. I use the Noom healthy eating app, gut health testing through Viome, and self-discipline to better control my weight. I watch what I eat and look for healthy treat items that I can enjoy when others around me are having their goodies, helping me to stay social.

Healthy eating needs to be individualized. What is good for me to eat is not always good for others. Find your dietary recommendations and stick to them whenever possible.

Tip #3: Drink plenty of water. I know, I know. Water can be so dull. But drinking the right amount of water increases your energy and helps you focus more. Improved concentration and memory enable you to take on more in life and stay active.

Drinking water can also help you feel fuller and avoid overeating. Water flushes out toxins that we build up from high pain levels, the environment, and other lifestyle choices. Good hydration improves your skin texture, helps it stay elastic and makes you look younger. 

Tip #4: Exercise regularly. I know it’s much easier said than done. Even if you just reduce your sitting and screen time, making the change can help. Know your physical boundaries. For example, if you have a catheter and are not supposed to lift over 10 pounds, don’t do it. Stick to simple household tasks, such as moving the clothes from the washer to the dryer or engage in light sweeping.

During the pandemic, I started doing stretches and light yoga moves while watching TV. Many great exercise shows can be found on television, YouTube and the Internet. Even if you cannot touch your toes like the person in the video can, you can still stretch in that position. Make it a goal to improve your range of motion. Goal setting and a plan of action can help improve vascular flow, blood pressure and other health benefits.

Tip #5: Improve your sleep. A good night’s sleep not only helps reduce pain, it improves your brain performance and mood, and helps lower the risk of heart disease, stroke and obesity. 

Tip #6: Do not smoke or drink to excess. Work to do it less and less each day. I know it’s hard, but I also know it is possible to limit yourself or even quit. 

None of these tips will cure pain. They are tools to help improve your daily living despite your pain. We are told them while growing up, but often life gets in the way and we need a reminder to check our self-care tools and improve the manageable areas of life.

Best wishes in all you do to live a happier, more productive and healthier life! 

Barby Ingle is a reality TV personality living with multiple rare and chronic diseases. She is a chronic pain educator, patient advocate, motivational speaker, and best-selling author on pain topics. Barby has received over 25 awards for her advocacy efforts. You can follow her at www.barbyingle.com 

NIH Spent $1 Billion on Long Covid Research, With Little to Show for It

By Betsy Ladyzhets and Rachel Cohrs

The federal government has burned through more than $1 billion to study long Covid, an effort to help the millions of Americans who experience brain fog, fatigue, and other symptoms after recovering from a coronavirus infection.

There’s basically nothing to show for it.

The National Institutes of Health hasn’t signed up a single patient to test any potential treatments — despite a clear mandate from Congress to study them. And the few trials it is planning have already drawn a firestorm of criticism, especially one intervention that experts and advocates say may actually make some patients’ long Covid symptoms worse.

Instead, the NIH spent the majority of its money on broader, observational research that won’t directly bring relief to patients. But it still hasn’t published any findings from the patients who joined that study, almost two years after it started.

There’s no sense of urgency to do more or to speed things up, either. The agency isn’t asking Congress for any more funding for long Covid research, and STAT and MuckRock obtained documents showing the NIH refuses to use its own money to change course.

“So far, I don’t think we’ve gotten anything for a billion dollars,” said Ezekiel Emanuel, a physician, vice provost for global initiatives, and co-director of the Healthcare Transformation Institute at the University of Pennsylvania. “That is just unacceptable, and it’s a serious dysfunction.”

Eric Topol, the founder and director of the Scripps Research Translational Institute, said he expected the NIH would have launched many large-scale trials by now, and that testing treatments should have been an urgent priority when Congress first gave the agency money in late 2020.

“I don’t know that they’ve contributed anything except more confusion,” Topol said.

‘Pointless’ Study

Patients and researchers have already raised alarms about the glacial pace of the NIH’s early long Covid efforts. But a new investigation from STAT and MuckRock, based on interviews with nearly two dozen government officials, experts, patients, and advocates, and internal NIH correspondence, letters, and public documents, underscores that the NIH hasn’t picked up the pace — instead, the delays have compounded.

It’s difficult to pinpoint exactly why progress is so stalled, experts and patients involved in the project emphasized, because the NIH has obscured both who is in charge of the long Covid efforts and how it spent the money. The broader Biden administration has also missed opportunities for oversight and accountability of the effort — despite the president’s lofty promises to focus on the disease.

The NIH’s blunders have massive ramifications for the more than 16 million Americans suffering from long Covid, in addition to those with other, similar chronic diseases. As the biggest government-funded study on this topic, the NIH initiative, dubbed RECOVER, sets precedents for future research and clinical guidelines. It will dictate how doctors across the country treat their patients — and, in turn, impact people’s ability to access work accommodations, disability benefits, and more.

“The NIH RECOVER study is pointless,” said Jenn Cole, a long Covid patient based in Brooklyn, N.Y., who wanted to enroll in the study but found the process inaccessible. The research is “a waste of time and resources,” she said, and fails to use patients’ tax dollars for their benefit.

In response to STAT and MuckRock’s questions, the NIH and an institute at Duke University managing the clinical trials defended the initiative, without providing a clear explanation for the delays.

The NIH said it chose to fund a large-scale research program instead of small-scale studies to make sure data and processes could be shared across different groups of patients, adding that clinical trials will be launching soon. In these trials, standardized study designs will allow the agency to test multiple treatments across multiple sites. If there are signals a drug works, the agency said it can pivot to devote more resources there.

A Department of Health and Human Services spokesperson said the agency has made progress over the last year in responding to long Covid, and that there are research efforts underway in addition to the RECOVER program.

“The Administration remains committed to addressing the longer-term impacts of the worst public health crisis in a century,” HHS said.

Five Clinical Trials Delayed

In 2020, Congress made an investment of $1.2 billion to learn more about the mysterious ongoing symptoms that were afflicting some people infected with Covid-19. That sort of money to fund research into a chronic condition like long Covid was virtually unheard of.

The money was explicitly earmarked to fund both research to understand the disease and clinical trials to test treatments that could bring patients relief. But more than two years in, the agency hasn’t started testing a single treatment. Nor is it planning to test many in the future. Instead, it’s focused on observational research — and that, too, has produced few insights.

The NIH is planning five clinical trials, each of which will test treatments that may help with a major category of long Covid symptoms. Some of these treatments will be drugs, while others will be behavioral therapies, such as cognitive retraining. Each trial will include 300 to 900 patients, selected based on their symptoms, according to details shared during a webinar in mid-April.

The only trial to be formally announced so far will focus on Paxlovid, testing whether the drug alleviates symptoms by mitigating any ongoing viral infection in patients’ bodies. The study was supposed to start recruiting in January.

But as of April, RECOVER hasn’t signed up a single patient for any of those clinical trials. And the timeline has slipped over and over again.

Initially, in a letter to members of Congress prompted by STAT’s March 2022 reporting on the initiative’s slow start, the NIH told lawmakers that the agency expected to launch clinical trials by that fall. But by August, the estimated launch had slipped to “by the end of 2022.” Then, another delay became public in December, when one of the NIH officials leading RECOVER told advisers that clinical trials would begin by the first quarter of 2023. Now, Duke University, which is overseeing the clinical trial infrastructure, told STAT and MuckRock it expects the first patients to sign up for trials this summer.

Emanuel said the pace of trials shows little urgency on the part of NIH.

“If you don’t have the pathobiology figured out, you try things. You don’t just slow, slow, slow, walk it,” he said.

All five clinical trial protocols are going through safety reviews, and the Food and Drug Administration is reviewing the trials that will test Paxlovid and other drugs, the Duke Clinical Research Institute said. The institute plans to share these protocols publicly when reviews are complete, but did not provide an estimate for when that will happen.

Faster progress is possible. A similar study at Stanford, which received funding directly from Pfizer, was also announced in October 2022 but has already begun recruiting patients. This trial was “able to be more flexible and get the study started faster” in comparison to RECOVER because it’s smaller, said Upinder Singh, the study’s principal investigator. Singh and her colleagues are only testing Paxlovid and doing so at only one location, rather than comparing different treatments.

Duke was also supposed to create a patient registry to collect information about long Covid patients, but that initiative hasn’t been launched, either.

“A patient registry is still planned, but the scope is being reassessed to most effectively meet the needs of the Initiative,” Duke said.

Tracking Long Covid

Rather than prioritizing treatments from the start, the NIH used much of its long Covid funding on a large-scale study to track long Covid symptoms and learn how the disease works. This choice has frustrated patients because thousands of other studies have already answered many major questions about the condition.

“We didn’t need to recreate” existing studies that already answered these questions, said Cole, the long Covid patient. Researchers have been compiling lists of common symptoms since summer 2020, she said. For Cole, fatigue and brain fog are the most debilitating aspects of the condition.

And even the symptom study is moving slowly, in part because the initiative has failed to bring in healthy people who could be compared against long Covid patients. RECOVER quickly filled its slots for people who had Covid more than 30 days prior to their recruitment, but is still looking for people who were infected recently, study lead Leora Horwitz said in a statement. Most study sites closed enrollment for long Covid patients at the end of August 2022.

The majority of the scientific findings to emerge from RECOVER so far have been based on small groups of patients or on electronic health records, rather than on the thousands of people who signed up to participate.

The crawling pace of the government’s long Covid efforts stand in stark contrast with the government’s wildly successful partnership with the pharmaceutical industry to get Covid-19 vaccines to market in less than 12 months. There are no ongoing efforts to support independent private-sector companies or researchers trying to study treatments for long Covid through the NIH, even though some have proved promising. Just this month, the White House left long Covid out of a $5 billion effort to research next-generation Covid-19 treatments and vaccines.

Long Covid researchers feel there needs to be greater urgency. Singh compared the pressure that she’s currently under to the pressure many scientists faced earlier in the pandemic when studying vaccines and treatments. “We as a scientific community need to focus on long Covid and find solutions for long Covid,” she said.

Topol echoed this sentiment, citing a recent opinion piece in Scientific American that called for an Operation Warp Speed for long Covid treatments. “That’s what should have happened,” he said.

Where Did Money Go?

It’s almost impossible to tell where the NIH’s $1.2 billion pot of long Covid money has gone.

There is no single NIH official responsible for leading RECOVER, and the initiative has failed to share basic information that would typically be available for a government research project of this scale.

Unlike Operation Warp Speed and other Covid efforts, the NIH has outsourced much of the work of running RECOVER to outside organizations. New York University, RTI International, Mayo Clinic, Massachusetts General Hospital, and Duke University are responsible for various parts of the initiative.

Many of the research projects associated with RECOVER have been funded through these organizations rather than directly from the NIH. This process makes it hard to track how decisions are made or how money is spent through public databases, said Michael Sieverts, a member of the long Covid Patient-Led Research Collaborative who has a background in federal budgeting for scientific research.

Public records requests that MuckRock filed to the agency in late 2022, intended to answer questions about RECOVER’s funding, are still incomplete as of mid-April. Sieverts has similarly asked questions to NIH officials and received no responses.

The organization of RECOVER itself is convoluted, and difficult to figure out even for patient advocates who are directly involved, they said. It’s advised by a complex series of committees, some of which aren’t even posted on the initiative’s website. There’s no one person ultimately responsible for coordinating among the different institutes — and requests for information about the leadership hierarchy have been ignored.

“They don’t have an org chart for the entire thing that exists, after two-plus years,” said Diana Güthe, the founder of Survivor Corps and a RECOVER adviser who has asked at nearly every meeting she’s attended.

Lauren Stiles, a patient advocate and president and CEO of Dysautonomia International who serves on several RECOVER committees, shared similar concerns.

“There’s a complete lack of transparency. When we ask who made this decision … they won’t tell us,” Stiles said.

Budget Squeeze

As a result, when RECOVER says it’s running out of funds, it’s hard to identify who is responsible for major decisions.

In response to questions about the initiative’s budget, the NIH said it has no money available for additional programming. The agency said $811 million has been legally committed to various activities, and the rest is earmarked to support future research activities.

The budget restrictions are having practical impacts already.

A RECOVER advisory committee responsible for ranking and evaluating potential treatment options was put on hiatus “due to a lack of funds,” the committee’s leader told members in late January, per an email exchange shared with STAT and MuckRock that has not been previously reported.

The NIH told STAT and MuckRock that the committee was paused because the clinical trial medicines, devices, and treatment programs have been chosen. However, the agency said that the RECOVER clinical trials are “adaptive platform trials,” which means they are designed with the intention of removing and adding treatments as new information becomes available.

This current budget squeeze didn’t come without warning: The NIH was well-aware last summer that the agency wouldn’t have enough money to run clinical trials that matched the initiative’s goals of reaching patients with diverse symptoms.

One of RECOVER’s co-chairs wrote to Congress in June that “additional resources are necessary” to test the full range of treatments needed.

But the Biden administration isn’t taking any action to get more funding within the agency, or from lawmakers.

NIH acting Director Lawrence Tabak told patient advocates that the agency isn’t planning on directing any further funding for RECOVER within the agency. The agency said that such a request would potentially undercut a failed request for supplemental funding that Congress ignored last year.

The Biden administration didn’t request any new funds for RECOVER in its 2024 budget, a largely aspirational document that reflects the administration’s financial priorities.

The budget did include $130 million in long Covid-related asks for other agencies, including for the Health Resources and Services Administration to support care for long Covid patients with complex needs and to educate primary care providers, and for the Agency for Healthcare Research and Quality to research the delivery of long Covid care and to establish long Covid care hubs.

There’s also little accountability for NIH leaders to disclose how funds are spent or respond to other concerns with RECOVER because an entity intended to oversee long Covid research across the federal government hasn’t been created.

In April 2022, President Biden issued a presidential memorandum calling on federal agencies to “harness the full potential” of the government, in partnership with private sector partners, to respond to long Covid.

The follow-through has been lacking on the initiative’s highest-profile goal.

In August, in a congressionally mandated national long Covid research plan, the Biden administration said it would create an Office of Long Covid Research and Practice at HHS. This month, HHS put out a fact sheet touting the administration’s progress in reaching its goals — and omitted any mention of the office.

An HHS spokesperson said that the department is working to develop the office, and requested funding in next year’s White House’s budget for the Office of the Assistant Secretary for Health to coordinate response efforts to long Covid.

“It seems to have been like, well, if we don’t do anything, maybe no one will notice,” said Güthe. “It’s so important to do an evaluation of what was promised. What’s been accomplished, and what hasn’t?”

Exercise as Treatment

A huge chunk of funding to study a chronic illness like long Covid is rare, so any clinical trials that the NIH chooses to run are crucial choices — and some doctors and advocacy groups have voiced serious concerns about the selection of one clinical trial in particular.

That trial would test exercise as a potential long Covid treatment, despite years of research suggesting that exercise could harm patients and set back further study.

Many people with long Covid have similar symptoms to people with myalgic encephalomyelitis or chronic fatigue syndrome (ME/CFS), a debilitating condition that often follows viral infection. The defining feature of ME/CFS is intense fatigue and worsening of other health issues after physical or mental activity. This symptom, known as post-exertional malaise, often occurs with a lag, which can make it tough for doctors to diagnose — and even for patients to recognize themselves.

“What often happens is, people will go for a walk, they may not feel it for a day or two, and then suddenly, they feel ill on the third day,” said Adam Lowe, a ME/CFS patient and co-founder of advocacy group U.K. branch of the Myalgic Encephalomyelitis Action Network, or MEAction. Patients might suddenly become bed-bound and have trouble focusing, he said.

This worsening of symptoms happens because a patient isn’t producing and using energy in the same way as a healthy person, said Todd Davenport, a professor at University of the Pacific who has studied exercise and this condition. It’s an internal change similar to the whole-body exhaustion that a marathon runner might experience at the finish line of their race.

A number of past studies and surveys of patients have demonstrated how dangerous exercise can be for people with ME/CFS. Many patients told to exercise by their doctors later dropped out of studies or treatment regimens, citing worsening symptoms. One infamous trial that pointed to exercise as a potential treatment was later discredited as deeply flawed.

Studying exercise as a treatment could “frame long Covid as something that can be overcome with grit and hard work,” said Jaime Seltzer, the director of scientific and medical outreach at MEAction, arguing that such framing is “unsound and ethically troubling.”

Not all patients with long Covid experience post-exertional malaise, and those who don’t could find exercise helpful, Davenport said. In those cases, slow and careful exercise through a rehabilitation or physical therapy program might help repair energy systems that have fallen out of shape.

But it may be difficult to distinguish between these different groups of patients, unless a clinical trial is set up with the utmost caution. “Ideally, what you would want is a very coherent, very specific set of inclusion and exclusion criteria,” Davenport said. Otherwise, the study would risk producing results that oversimplify long Covid, he added, leading doctors to widely prescribe a treatment that doesn’t work for some or many.

Scientists and patient advocates responsible for advising RECOVER have warned that an exercise trial could harm patients, but received mixed responses. Patients involved in the study sent emails and social media posts demanding that RECOVER stop the planned trial, while MEAction sent a public letter to NIH leaders.

Scientists and clinicians on an NIH advisory committee focused on rehabilitation similarly suggested that post-exertional malaise could be a dangerous result of the trial, according to internal emails shared with STAT and MuckRock. In response, NIH program officer Antonello Punturieri pushed back on the concerns. Punturieri cited clinical guidelines from the World Health Organization and a U.K. agency, even though both recommend against exercise for people with ME/CFS.

In response to these concerns, RECOVER set up internal meetings including researchers in charge of the exercise study, patient representatives, and the initiative’s top advisory committee. “Work is now underway to further revise that protocol” based on these meetings, the Duke Clinical Research Institute said.

The study’s planned revisions will address concerns about patient safety, such as monitoring for post-exertional malaise after exercise. But it’s unclear how the researchers will do this screening, or whether ME/CFS doctors will be involved.

Even with revision, experts and patient advocates remain concerned that the exercise study takes resources away from other research and could lead to harmful recommendations from doctors. If RECOVER finds exercise is helpful for some patients, asked JD Davids, author of a petition asking the NIH to stop this trial, “What are the chances that doctors would correctly understand how limited this recommendation is? I think it’s very low.”

‘No Profit Margin for Anyone’

It’s not like there aren’t plenty of potential treatment options worth studying.

Topol and other researchers compiled a full table of other treatment candidates for a review paper published in Nature in January. Experts on one of RECOVER’s advisory committees compiled a similar list, for a paper published in March.

Given “the number of other candidate treatments out there, I can’t imagine why you would choose graded exercise therapy,” said Julia Moore Vogel, a researcher at the Scripps Translational Institute living with long Covid, and co-author of the Nature review paper. Vogel is leading a study of wearable devices for long Covid, which will start with about 500 participants despite planning for up to 100,000.

One study has even reported results already, via a preprint shared by The Lancet in early March. The trial found that metformin, a common treatment for diabetes that also has antiviral properties, lowered Covid patients’ risk of developing long-term symptoms by about 42%.

This research group actually didn’t set out to study long Covid, said David Boulware, one of the scientists and an infectious disease physician at the University of Minnesota Medical School. The initial goal was to evaluate potential treatments for acute Covid-19, but the team added long Covid tracking partway through the trial.

And it’s unlikely to get further study without some kind of government assistance. The initial study relied on philanthropic funding, and additional grants would be needed to keep studying this generic drug.

“It’s a great drug, it’s cheap, it’s available worldwide,” Boulware said, “but there’s no profit margin for anyone to study it.”

There may be similar concerns for research into low-dose naltrexone, an off-label use of the addiction drug that has become common for long Covid and other chronic diseases. In low doses, naltrexone can help reduce inflammation in the immune and neurological systems, potentially alleviating long Covid symptoms.

But because the drug has been widely available for decades, pharmaceutical companies aren’t motivated to fund large trials. A few small clinical trials are underway, according to reporting by Rolling Stone.

The lack of help from NIH has left biotech executives frustrated.

“You have to understand what you’re trying to tackle, so we support that, of course. But as patients will tell you, we want intervention, not observation,” said Axcella CEO Bill Hinshaw. His Massachusetts-based company has gone all in on testing a drug candidate to treat long Covid symptoms, without any help from NIH.

Tonix Pharmaceuticals, which is developing a fibromyalgia medication that the company is hoping could be an effective treatment for long Covid symptoms, didn’t receive any funding from NIH either, despite putting in an application.

“I hope there are more therapeutics trials. And I think that the therapeutics trials can go hand in hand with the natural history kind of studies like RECOVER,” Tonix CEO Seth Lederman said.

Patients and experts fear that if RECOVER is the extent of federal effort to study long Covid, the condition could fall into the longstanding pattern of apathy and lack of urgency that has made breakthroughs in chronic illness treatment challenging.

“It’s clear that there are a lot of people at the NIH who are dedicated and determined, trying to figure this out,” said Charlie McCone, a patient representative at RECOVER. As a result, “patients are confused” why only a handful of clinical trials have been planned and none of those have launched yet, he said.

As the NIH initiative drags its feet, patients are left largely on their own to research potential treatments, said Cole, the Brooklyn-based patient, who has been struggling with symptoms since April 2020. “Because we’re not funding these promising treatments, and we’re not disseminating them through the medical system, it’s left to me to figure out how to make that happen for myself,” she said.

Cole, like many others in the long Covid community, feels abandoned by the federal government and health care system at large. If her symptoms worsen to the point that she can no longer work, she said, “the system’s not going to be there to pick me up.”

This story was originally published by MuckRock and STAT News. It is republished under a Creative Commons (BY-ND 4.0) license. Funding came from Boston Globe Media and Columbia University’s Brown Institute for Media Innovation.

Surgery for Sciatica Has No Long-Term Benefit

By Pat Anson, PNN Editor

A surgical procedure called a discectomy is usually considered the treatment of last resort for people with leg pain from sciatica. Most medical guidelines only recommend a discectomy when exercise, pain medication and epidural steroid injections don’t work or provide minimal relief.

But in a meta-analysis (a study of studies) published in The BMJ, an international team of researchers found little evidence that discectomies reduce leg pain and disability. And even when they do, researchers say the benefits are usually short-lived.

Sciatica is a common condition that occurs when a herniated or slipped disk puts pressure on the lumbar nerve, causing pain, numbness and inflammation. The pain is felt on the sciatic nerve, running from the lower back down to the legs. Sciatica usually responds to non-surgical treatment, but in about 20% of cases, the pain will persist for a year or more.

Researchers looked at 24 clinical trials that looked at the effectiveness of discectomy and found “very low to low certainty evidence” that the procedure was superior to steroid injections and non-surgical treatment. Pain relief was moderate at best over the short term, and negligible after 12 months. There was also little evidence that discectomies reduce disability.

Despite those findings, researchers concluded that a discectomy might still be an early option for people with severe sciatica pain who need rapid relief. A discectomy relieves pressure on the lumbar nerve by removing a portion of the damaged disk.

“These findings challenge the notion that non-surgical treatment should always be the first line treatment for sciatica. In people with sciatica who regard rapid pain relief as an important treatment goal, and who feel that the benefits of discectomy outweigh the risks and costs, discectomy could be an early management option,” wrote lead author Chang Liu, PhD, a Research Fellow at the University of New South Wales in Sydney, Australia.

“As a result of the treatment’s invasive nature and the substantial costs of surgery, we would encourage
clinicians to discuss with their patients that discectomy can provide rapid relief of leg pain, but that
non-surgical treatment can achieve similar results, although at a slower pace and with a potential chance
of requiring delayed surgery if they do not respond to non-surgical treatment.”

Liu and his colleagues found the risk of an adverse event from surgery, such as an infection, further disk herniation or post-operative pain, was similar between a discectomy and non-surgical treatment.

But in an editorial also published in The BMJ, researchers at the University of Oxford challenged Liu’s suggestion that an early discectomy might be appropriate for people who have not explored other treatment options. Most people with sciatica recover on their own, they said, without the risks of surgery.

“In primary care, about two thirds of people with sciatica recover within two to three months without the need or even an indication for invasive treatments. Therefore, extrapolation of Liu and colleagues’ findings to a primary care population would be misleading,” said lead author Annina Schmid, PhD, an Associate Professor at Oxford Neuroscience.

“Their conclusions should be limited to people with a specific diagnosis of radicular pain with or without radiculopathy, who have likely not responded adequately to non-surgical approaches, or to people with severe pain and a large enough impact on quality of life to warrant secondary care referral.”

Schmid and her co-authors say the new research highlights one of the problems in treating sciatica – it’s a complex condition influenced by individual factors, and no treatment will consistently have the same results for patients.

As Pandemic Emergency Ends, People with Long Covid Feel Abandoned

By Jackie Fortiér, KFF Health News  

Lost careers. Broken marriages. Dismissed and disbelieved by family and friends.

These are some of the emotional and financial struggles long covid patients face years after their infection. Physically, they are debilitated and in pain: unable to walk up the stairs, focus on a project, or hold down a job. Facing the end of the federal public health emergency in May, many people experiencing lingering effects of the virus say they feel angry and abandoned by policymakers eager to move on.

“Patients are losing hope,” said Shelby Hedgecock, a self-described long covid survivor from Knoxville, Tennessee, who now advocates for patients like herself. “We feel swept under the rug.”

The Centers for Disease Control and Prevention estimated in March that 6% of U.S. adults, or about 16 million, were experiencing long covid, or ongoing health problems that continue or emerge after a bout of covid-19. Researchers estimate that 1.6% of U.S. adults, or about 4 million, have symptoms that have significantly reduced their ability to carry out day-to-day activities.

While patients are no longer contagious, their health issues can stretch on and affect almost every system in the body. More than 200 symptoms and conditions, including fatigue and depression, are linked to long covid, said Linda Geng, a physician who treats patients at Stanford Medicine’s Post-Acute COVID-19 Syndrome Clinic.

The severity and duration of long covid vary. Some people recover in a few weeks, while a smaller number have debilitating and lingering health issues. There is currently no test, treatment, or cure. There’s not even an accepted medical definition.

“When you don’t have any tests that show that anything’s abnormal, it can be quite invalidating and anxiety-provoking,” Geng said.

The physical and emotional toll has left some feeling hopeless. A 2022 study of adults in Japan and Sweden found that those with post-covid conditions were more than twice as likely to develop mental health issues, including depression, anxiety, and post-traumatic stress, as people without them.

“One of my friends committed suicide in May of 2021,” Hedgecock said. “She had a mild covid infection, and she progressively had medical complications continuously pop up, and it just got so bad that she decided to end her life.”

In Los Angeles County, 46% of adults who contracted covid were fully recovered a month later, but the rest — a majority — reported one or more continuing symptoms, according to a 675-patient study by the University of Southern California’s COVID-19 Pandemic Research Center. The researchers found chronic fatigue topped the list of health issues, followed by brain fog and persistent cough, all of which affect people’s daily lives.

Among the respondents who identified as living with long covid, 77% said their condition limited daily activities such as going to school or work or socializing. One-quarter reported experiencing severe limitations.

Taking antivirals cuts the risk of developing long covid in people who are newly infected. But for people already suffering, medical science is trying to catch up.

Here’s a look at Hedgecock and two other patients who have had long covid for years.

A Debilitating Brain Injury

Before contracting covid during spring 2020, Hedgecock’s life revolved around fitness. She worked as a personal trainer in Los Angeles and competed in endurance competitions on the weekends. At 29, she was about to launch an online wellness business, then she started having trouble breathing.

“One of the scariest things that happened to me was I couldn’t breathe at night,” Hedgecock said. “I did go to the emergency room on three different occasions, and each time I was told, ‘You’re up and you’re moving. You’re young; you’re healthy. It’s going to be fine.’”

Her primary care physician at the time told her she didn’t need supplemental oxygen even though her oxygen saturation dipped below normal at night, leaving her gasping for breath and crying in frustration.

Her condition kept her from one of her favorite hobbies, reading, for 19 months.

“I couldn’t look at a page and tell you what it said. It was like there was a disconnect between the words and my brain,” she said. “It was the strangest, most discouraging thing ever.”

SHELBY HEDGECOCK

Months later, under the direction of a specialist, Hedgecock underwent a test measuring electrical activity in the brain. It revealed her brain had been starved of oxygen for months, damaging the section controlling memory and language.

Since then, she has moved back to Tennessee to be close to family. She doesn’t leave her apartment without a medical alert button that can instantly call an ambulance. She works with a team of specialists, and she feels lucky; she knows people in online long covid groups who are losing health coverage as Medicaid pandemic protections expire, while others remain unable to work.

“A lot of them have lost their life savings. Some are experiencing homelessness,” she said.

In Bed for a Year

Julia Landis led a fulfilling life as a therapist before she contracted covid in spring 2020.

“I was really able to help people and it was great work and I loved my life, and I’ve lost it,” said the 56-year-old, who lives with her husband and dog in Ukiah, California.

JULIA LANDIS

In 2020, Landis was living in an apartment in Phoenix and received treatment via telehealth for her covid-related bronchitis. What started out as a mild case of covid spiraled into severe depression.

“I just stayed in bed for about a year,” she said.

Her depression has continued, along with debilitating pain and anxiety. To make up for her lost income, Landis’ husband works longer hours, which in turn exacerbates her loneliness.

“It would be nice to be living somewhere where there were people around seven days a week so I wouldn’t have to go through days of being just terrified to be alone all day,” Landis said. “If this were cancer, I’d be living with family. I’m sure of it.”

Landis refers to herself as a professional patient, filling her days with physical therapy and medical appointments. She’s gradually improving and can socialize on occasion, though it leaves her exhausted and can take days to recover.

“It’s terrifying because there’s just no way of knowing if this is going to be for the rest of my existence,” she said.

‘I Felt Betrayed’

Linda Rosenthal, a 65-year-old retired high school paraprofessional, has long covid symptoms, including inflammation in her chest that makes breathing difficult. She has found it hard to get medical care.

She called and set up a treatment plan with a local cardiologist near her home in Orange County, California, but received a letter five days later telling her he would no longer be able to provide her medical services.

The letter gave no reason for the cancellation.

“I was so surprised,” she said. “And then I felt betrayed because it is terrible to get a letter where a doctor, although within their rights, says that they don’t want you for a patient anymore, because it causes self-doubt.”

LINDA ROSENTHAL

Rosenthal found another cardiologist willing to do telehealth visits and who has staff wear masks in the office even though the state rule has expired. The practice, however, is more than an hour’s drive from where she lives.

KFF Health News is a national newsroom that produces in-depth journalism about health issues and is one of the core operating programs at Kaiser Family Foundation.

UK Study Shows Chronic Pain Patients Benefit from Cannabis

By Pat Anson, PNN Editor

Chronic pain patients who used a variety of cannabis products experienced less pain, better sleep and improved quality of life, according to a new UK study that found the most improvement in patients who used oil-based cannabis products.

Researchers at Imperial College London assessed the safety and efficacy of cannabis in over 700 pain patients enrolled in the UK Medical Cannabis Registry. Participants were divided into three groups that used either oil-based cannabis, smoked or vaporized dried flowers, or a combination of both (CBMP) for six months. The oil-based products included extracts, lozenges and capsules.

The study findings, published in the journal Expert Review of Neurotherapeutics, show symptom improvement in all three groups, with patients using cannabis oil either alone or in combination with dried flower reporting the most improvement.

Researchers think the CBMP group derived the most benefit because the cannabis was ingested through two different administrative routes, one absorbed straight into the blood stream through inhaling (dried flowers) and the other slowly absorbed through the digestive system (oil-based cannabis).

“The findings in this study demonstrate treatment with oil-based, dried flowers, or a combination of both CBMPs are associated with statistically significant improvements in pain relief and sleep quality after 6 months in chronic pain patients,” researchers reported.

“Additionally, patients prescribed oils or both types of CBMPs experienced reduced anxiety and an improvement in their ability to perform daily activities. Patients prescribed a combination of both CBMPs recorded improvements in their self-care and mobility abilities. Collectively, this evidence signals that initiation of CBMP treatment is associated with improved HRQoL (health related quality of life).

In addition to symptom improvement, participants in the CBMP group reported a small reduction (3.28%) in their use of opioid analgesics.

About one in every four patients had an adverse side effect, such as fatigue, somnolence and dry mouth. Adverse events were more common in females, former cannabis users and cannabis naïve (new) users.  

A previous study of patients enrolled in the UK Medical Cannabis Registry found significant improvement in their pain, discomfort and sleep quality after using cannabis oil.

A recent survey of U.S. adults with chronic pain found that nearly a third have used cannabis for pain relief. Over half of those who used cannabis said it also enabled them to decrease their use of opioids and other pain medications.

FDA Adds New Safety Warning to Rx Opioids

By Pat Anson, PNN Editor

Opioid-induced hyperalgesia (OIH) is a controversial medical theory, built on the premise that long term opioid therapy can heighten pain sensitivity and cause pain to grow worse.

Often confused with opioid tolerance, there is no clear medical definition for OIH and most of the research about it has been conducted on animals. Only a few dozen human cases of OIH have reported, even though millions of people take opioids every day. Perhaps most telling of all, there is no specific diagnostic code for OIH – meaning doctors can’t bill for it.  

All of which makes it puzzling why the Food and Drug Administration has decided to add hyperalgesia to its “black box” warning label for opioids. In an 18-page Drug Safety Communication that was quietly released on Thursday, the FDA urges doctors to decrease the dose if they suspect a patient has OIH or switch them to another opioid product.

“Based on our review of available data, FDA has also determined that a new warning is needed about opioid-induced hyperalgesia (OIH),” the FDA said. “Although OIH can occur at any opioid dosage, it may occur more often with higher doses and longer-term use. This condition can be difficult to recognize and may result in increased opioid dosages that could worsen symptoms and increase the risk of respiratory depression.”

What is the data that prompted the FDA alert? The agency said it identified 46 patients with symptoms of OIH, after searching through years of medical literature and the FDA Adverse Event Reporting System. That’s all they could find, although the FDA meekly claims “there may be cases about which we are unaware.”

In those 46 patients, cancer pain was the most common condition being treated. The FDA said patients reported improvement in pain after they stopped taking opioids, before admitting it had no real understanding of why they did.

“Though the mechanism of OIH is not fully understood, multiple biochemical pathways have been suggested,” the FDA said.

‘Insufficient Evidence’ 

“I am surprised the FDA is including a black box warning of OIH in the label with such flimsy data,” says Lynn Webster, MD, a pain management expert and past president of the American Academy of Pain Medicine. “My clinical experience suggests OIH exists, but clinically it is very difficult to differentiate it from pain-induced central sensitization.”

Webster is concerned the FDA’s updated warning label could lead to patients being diagnosed with OIH and taken off opioids without their consent.     

“Misdiagnosing OIH can lead to forced tapering, which they warn against because it can cause serious harm.  This will undoubtedly occur with the new label,” Webster told PNN. “I recognize that the FDA wants to provide prescribers with as much information as possible about the potential risks of opioids. That is good, but mentioning OIH in the box warning has a risk of overstating a disorder that is yet not well characterized or even accepted as clinical disorder.” 

Other doctors and researchers share Webster’s doubts about the frequency and clinical significance of OIH. A 2021 review of dozens of published studies of hyperalgesia found only 72 patient cases of OIH, all of which were easily managed.

“At present, there is insufficient evidence from well-designed clinical trials that OIH is a clinically relevant phenomenon. Hence, while there are other reasons to avoid long-term use of opioids, the potential for the development of hyperalgesia during chronic opioid treatment is not a sound rationale for deprescribing these drugs in patients with chronic pain,” Craig Svensson, PharmD, Dean Emeritus of the Purdue College of Pharmacy said in an op/ed recently published in the International Journal of Pharmacy Practice.

A large survey conducted over a decade ago found a “significant knowledge gap” among physicians on how to diagnose and manage OIH.  One reason hyperalgesia is so poorly understood is that it is often mistaken for drug tolerance, the tendency of patients on any medication to develop a tolerance over time. In many of those cases, the solution is to increase the dose, not decrease it. 

Coincidentally, the FDA’s label change comes just days before an April 19 public meeting of an FDA Advisory Committee, which is considering a requirement that drug makers evaluate the long-term efficacy and risk of OIH in new drug applications for extended-release and long-acting opioids. Such an evaluation would include a post-marketing analysis of a new drug once it is approved.

Even though opioid prescribing has been cut in half over the past decade and the vast majority of overdose deaths involve street drugs, the FDA remains under pressure from politicians and anti-opioid activists to further restrict opioid prescriptions.

“I'm sure because of the past problems associated with opioids, the FDA regulators feel it best to advise prescribers of every possible potential risk, even if the science is weak. You might say they are between a rock and a hard place,” Webster said.

Donating to Charity Helps Relieve Pain (Really)

By Pat Anson, PNN Editor

Would you believe me if I told you that donating money to Pain News Network would help relieve your pain? Or that the more you gave, the more relief you’d get?

I’m a bit skeptical myself, but that’s the conclusion of an unusual UK study that found donating to charity, volunteering your time, and engaging in “prosocial behaviour” have modest pain-relieving benefits.

Researchers at the University of London and Harvard University analyzed the responses of 35,000 people to the United Kingdom Household Longitudinal Survey (UKHLS) from 2011 to 2020. The UKHLS is conducted annually with a broad spectrum of people across the UK, who are asked about their health, work, education, income, family, and social life.

Among the many questions asked is whether respondents volunteered or donated to a charity, and whether their physical pain interfered with their work – which was assessed using a five-point scale of 0 (not at all) to 5 (extremely). The responses of each individual were tracked over a 10-year period.

The peer-reviewed findings, published in the Journal of Psychosomatic Research, found a “modest correlation” between prosocial behaviour and pain relief, and suggest that the more money donated to a charity, the more physical pain was eased. Volunteering helped even more, but there was not a similar dose-dependent effect on the number of hours that were volunteered. Doing both — volunteering and donating — was the most beneficial.

journal of psychosomatic research

Prosocial behaviour has previously been linked to better mental and physical health, but until now, no study had investigated whether it was directly linked to reductions in physical pain.

The authors believe that positive emotions associated with donating and volunteering are key to the improvement. Volunteering was found to be strongly associated with social connection, which is a key predictor of mental and physical wellbeing.

“This research contributes to the new and fast-growing literature that studies pain from a socioeconomic, psychosocial, and behavioural perspective. The work provides useful information for the design and evaluation of public health policies by uncovering how engaging in prosocial behaviour, which can create powerful positive emotions and reduce negative mood like stress, can positively affect one’s pain,” wrote lead author Lucía Macchia, PhD, a Behavioral Scientist and Lecturer in Psychology at City, University of London.

Macchia and her colleagues also found that people who donated to charity reported a slower rise in pain over time, although this effect was not found for those who volunteered.

Of course, there are going to be caveats for a study like this. The authors say “reverse causality” may have influenced the findings, because people in more pain may not physically be able to volunteer and often have fewer economic resources. Individuals who donated were more likely to be married, employed and more educated; while people who did not were more likely to be unemployed, out of the labor force, and have less income.

Researchers concluded that the emotional benefits of being “prosocial” can have a positive impact on pain and overall health.

“Taken together these findings suggest prosociality may provide a novel behavioural strategy for reducing likelihood of experiencing or developing pain interference over time. Moreover, these findings suggest that, while different prosocial behaviours may vary in potency of effects on pain, effects may be due to underlying elements common across the behaviours, including kindness, compassion, or helping toward others, rather than to any specific behaviour per se,” they reported.

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Researchers Find Possible Cause of Hypermobile EDS

By Crystal Lindell, PNN Columnist

Do we finally have a genetic link for hypermobile Ehlers-Danlos syndrome?

Researchers at Tulane University School of Medicine think so – and it could even point to an effective treatment that’s already available.

A variation of the MTHFR gene that causes a deficiency of folate – the natural form of vitamin B9 – could hold the key to hypermobility and a range of associated connective tissue disorders such as Ehlers-Danlos (EDS), according to preliminary findings published in the journal Heliyon.

“You’ve got millions of people that likely have this, and until now, there’s been no known cause we’ve known to treat,” said Gregory Bix, MD, director of the Tulane University Clinical Neuroscience Research Center. “It’s a big deal.”

People with the genetic variant can’t metabolize folate, which causes unmetabolized folate to accumulate in the bloodstream. The resulting folate deficiency in other parts of the body prevents key proteins from binding collagen to the extracellular matrix, which plays an important role in cell growth. This leads to more elastic connective tissue, hypermobility, and a potential cascade of associated conditions, researchers said.

The discovery could help doctors more accurately diagnose hypermobility and hypermobile EDS by looking for elevated folate levels in blood tests and the MTHFR genetic variant.

“Hypermobility is widespread and unfortunately under-recognized,” said Jacques Courseault, MD, medical director of the Tulane Fascia Institute and Treatment Center. “I’m excited about being able to treat the masses where people aren’t going their whole lives being frustrated and not getting the treatment they need."

Doctors discovered the connection between folate deficiency and the MTHFR gene by working with patients at Tulane’s Hypermobility and Ehlers-Danlos Clinic, the only clinic in the U.S. that focuses on fascia disorders. Blood tests of hypermobile patients revealed elevated levels of unmetabolized folate. Subsequent tests showed that most of those with elevated folate serum levels had the MTHFR genetic variant.

The good news is a treatment already exists. Methylated folate – folate that is already processed – is FDA-approved and widely available.

“It’s an innocuous treatment,” Bix said. “It’s not dangerous, and it’s a vitamin that can improve people’s lives. That’s the biggest thing: We know what’s going on here, and we can treat it.”

We’ve discovered something in medicine that can help, not a small group of people, but potentially many across the world.
— Dr. Jacques Courseault

Though more studies and clinical testing needs to be done, researchers say patients who have been treated with folate have shown improvement: less pain, less brain fog, fewer allergies and improved gastrointestinal function.

“We’ve discovered something in medicine that can help, not a small group of people, but potentially many across the world,” Courseault said. “This is real, it’s been vetted out well and clinically we’re noticing a difference.”

What Is Hypermobile EDS?

For those with hypermobile Ehlers-Danlos syndrome (EDS), the same conditions that create fragile connective tissue can cause a range of other symptoms that, on the surface, can seem unrelated: joint pain, chronic fatigue, thin tooth enamel, dizziness, digestive trouble and migraines, as well as psychiatric disorders such as anxiety and depression. Women with hypermobile EDS may also be at increased risk for endometriosis or uterine fibroids.

For years, researchers have struggled to find the cause of hypermobility and hypermobile EDS. Of the 13 subtypes of EDS, hypermobile EDS comprises more than 90 percent of cases. But until this study, hypermobile EDS was the only subtype without a known genetic correlate. As a result, symptoms have often been treated individually, without EDS being recognized as the likely cause.

Until now, hypermobility could only be diagnosed by the Beighton score, a somewhat controversial physical exam that involves measuring the bend of the spine, fingers and limbs. There has also been a historic lack of acceptance of hypermobility as a disorder that requires specialized treatment.

Many patients with hypermobile EDS never get a proper diagnosis. As a result, the number of people with hypermobility is unclear, though it could comprise more than half the world’s population.

“Hypermobility is not rare,” Courseault said. “Hypermobility is like a Ferrari that requires a lot of maintenance and the best synthetic oil. After knowing a patient's name and date of birth, I think it's prudent for clinicians to know which of these body types they have.”

Crystal Lindell is a freelance writer who lives in Illinois. After five years of unexplained rib pain, Crystal was finally diagnosed with hypermobile Ehlers-Danlos syndrome. She and her fiancé have 3 cats: Princess Dee, Basil, and Goose. She enjoys the Marvel Cinematic Universe, Taylor Swift Easter eggs, and playing the daily word game Semantle. 

Study Links Rx Opioids to Higher Suicide Risk

By Pat Anson, PNN Editor

Suicide is an all-too-common experience in the pain community. About one in every ten suicides in the U.S. involves chronic pain, and in a PNN survey of nearly 6,000 pain sufferers, an astounding 49% told us they thought about suicide because their pain was so poorly treated.

Many of those patients lost access to opioid pain medication after the CDC released its opioid guideline in 2016. The resulting backlash against opioids by regulators and law enforcement had predictable results on people in pain, resulting in an untold number of suicides by mothers, husbands, veterans, advocates and others – that the CDC didn’t even bother to track.

Just a few months ago, a Georgia man and his wife died by suicide after the doctor who was treating the husband had his license to prescribe opioids suspended by the DEA.

A new study is now casting doubt on the association between suicide and cutbacks in opioid prescribing. Researchers at Columbia University Mailman School of Public Health looked at U.S. prescription data from 2009 to 2017 and found the suicide rate was significantly higher in census regions where there was more high-dose, long-term opioid prescribing.

“The relationship between opioid prescribing and suicide risk is a complex one. This is particularly the case when people have their opioids tapered,” said Mark Olfson, MD, professor of epidemiology at Columbia School of Public Health.

“People can become desperate if their pain is not well controlled. Yet opioids also pose a greater risk of overdose than any other drug class and approximately 40 percent of overdose suicide deaths in the U.S. involve opioids. At a population-level, the national decline in opioid prescribing over last several years appears to have reduced the number of people who died of suicide.”

The study findings, published in the American Journal of Psychiatry, are surprising because they cover a period when the U.S. suicide rate was steadily rising, fueled by factors such as mental illness, substance abuse, economic hardship and social isolation. The study ignores those societal issues and focuses solely on opioid medication as the driving force behind suicides.   

Olfson and his colleagues found that geographic regions with the biggest declines in opioid prescriptions tended to have the largest declines in suicide deaths, including suicide overdoses that involved opioids. If the national decline in opioid prescribing had not occurred, they estimate there would have been 3% more suicide deaths overall, and 10.5% more suicide deaths involving opioids.

“It is not surprising that regional declines in opioid prescribing were found to ameliorate local trends in suicide deaths. These findings reinforce the importance of safe opioid prescribing practices and proper disposal of unused opioids,” they reported. “While some patients with pain need and benefit from opioids without risk, those for whom opioids are prescribed should be evaluated and, if necessary, treated for co-occurring mental health disorders that might otherwise increase their risk of suicide.”

‘Confusing and Contradictory’ Findings

The new study is at odds with recent research in British Columbia, which found that tapering or stopping opioid therapy significantly raises the risk of a patient dying from an accidental or intentional overdose. A large 2021 study of U.S. patients on long-term opioid therapy also found that tapering raises the risk of a non-fatal overdose and attempted suicide.

There are “serious methodological problems” with the Columbia study, according to Stefan Kertesz, MD, an associate professor at the University of Alabama at Birmingham, who is leading a federally funded study of pain patient suicides. Kertesz says the study’s reliance on prescription data overlooks all the other issues in a community that may contribute to suicide.

“Let’s use common sense: If communities can change their level of opioid prescriptions, then surely they can change in countless other ways that might bear on community-level suicide risk. Some communities might have a decline in economic well-being. Others might invest in crisis centers,” Kertesz told PNN by email. “However, this paper’s statistical choices require us to assume that none of the 886 regions changed in any respect that would affect suicide, other than the number of opioid prescriptions.”

Kertesz is concerned the study findings could be used to justify further cuts in opioid prescribing.

“Unfortunately the paper offers a confusing, unnecessary and internally contradictory message about the application of its findings to individual patients, one that distracts from the work of the authors and is likely to be misapplied in ways that put patient safety at risk,” he said.

The study was funded by the National Institute on Drug Abuse.

Studying suicides is difficult for researchers because many suicide deaths are misreported as accidental or of undetermined cause, making much of the data unreliable. Drug experts say up to 30% of opioid overdose deaths listed as accidental may have been intentional.

A Pained Life:  I Was a Platypus

By Carol Levy, PNN Columnist

Have you ever seen a platypus? The semiaquatic mammal from Australia that lays eggs and is duck-billed, beaver-tailed and otter-footed?

It’s hard to believe it is actually one animal. In fact, the first European scientists to examine the body of a dead platypus thought it was fake, made from the parts of several different animals that were sewn together.

To many doctors, people in pain are platypuses.

When my first symptoms of trigeminal neuralgia started many decades ago, a patient had to have three specific diagnostic signs.

The pain had to be spontaneous and triggered. Mine was. It had to be in a very specific anatomical area of the face. Mine was. You also had to be over 60 years of age. Or, if you were in your 40's or 50’s, you had to have multiple sclerosis.

I wasn't in my 60's and didn’t have multiple sclerosis. Therefore, because of my youth – I was 26 at the time -- it could not possibly be trigeminal neuralgia. “It looks all the world like trigeminal neuralgia. But it can't be, because you're too young,” one doctor told me.

Two of my symptoms were by the book, but the last one, my age, was like the otter's feet. I was a platypus.

Things have changed a lot over the years, The criteria for a trigeminal neuralgia diagnosis have changed significantly. The pain can have a number of different characteristics and the association with old age was completely wrong. Even toddlers and newborns can have it. Age doesn't matter.

Complex Regional Pain Syndrome and other chronic pain disorders have us presenting many different symptoms to our doctors that, on the face of it, don't make sense. Many of us complain, rightfully so, that the doctor didn't listen when we described our symptoms. Some may fit a specific disease or disorder, while others do not.  

The doctor seemed to listen, but heard only one or two of the symptoms while ignoring others -- the ones that didn't fit their preconceived notion of what we might have. Or didn't fit the textbook description. As a result, we often don’t get the correct diagnoses, and without the right one there is no way to treat the condition or pain correctly. 

When pain became a specialty of its own, when doctors started opening practices solely for those of us living with chronic pain, it seemed like a godsend. We would finally be seen for the singular entity we were -- persons living with pain --- not some platypus that doctors saw as too bizarre to be real. We would be legitimized. 

Unfortunately, since they started taking the “war on opioids” out on the chronic pain community, making us the villains, it seems our legitimacy was lost. 

We are not like patients with other diseases like cancer or diabetes, where the diagnosis is straightforward. We still have to fight to be believed, and to be heard.

It took time for platypuses to be seen as real, more than just an oddity of nature. Let’s hope that someday we will also be believed and accepted. 

Carol Jay Levy has lived with trigeminal neuralgia, a chronic facial pain disorder, for over 30 years. She is the author of “A Pained Life, A Chronic Pain Journey.”  Carol is the moderator of the Facebook support group “Women in Pain Awareness.” Her blog “The Pained Life” can be found here.