Epstein-Barr Virus Emerging As Possible Cause of Chronic Pain

By Dr. Forest Tennant, PNN Columnist 

When most people hear about the Epstein-Barr virus (EBV), they may recall its reputation as the rather harmless "kissing disease" known as mononucleosis.  To the surprise of many, this previously unheralded virus has recently emerged as a cause of some cancers and painful disorders.

It is now clear that EBV must be contained and suppressed in order to relieve the pain and suffering of many persons with chronic pain. This column is an introduction to the critical involvement of EBV with several chronic pain conditions.

The Epstein-Barr virus is named after Drs. Anthony Epstein and Yvonne Barr. In 1964, they discovered the virus after they found it in a cancer common in Africa called Burkitt’s Lymphoma.  Since that time, EBV has been found to cause other cancers including nasopharyngeal, gastric, Hodgkin’s lymphoma, and leukemia.  Some estimate that EBV causes about 200,000 cancers a year.

About three years after Epstein and Barr discovered EBV, it was found to be the cause of infectuous mononucleosis, which is known to trigger autoimmune complications.  Autoimmunity is simply defined as some element in the body that attacks, erodes, and destroys tissue. 

In 1968, this author reported that mononucleosis could cause glomerulonephritis, an autoimmune renal disease.  Over the ensuing decades, EBV has also been associated with other autoimmune disorders, including hepatitis, rheumatoid arthritis, fibromyalgia, systemic lupus, and Sjogren's syndrome.

EPSTEIN-BARR VIRUS

In 2018, a seminal study documented that EBV could cause a number of painful medical conditions by activating specific genes.  Dr. John Harley and colleagues at Cincinnati Children's Hospital Medical Center, with funding from the National Institutes of Health, found that a viral protein called Epstein-Barr nuclear analog 2 (EBNA 2) binds to the deoxyribonucleic acid (DNA) of genes that promote autoimmunity and some chronic pain conditions.

The pain conditions that Harley and his colleagues associated with EBV are multiple sclerosis, rheumatoid arthritis, celiac disease, type 1 diabetes, inflammatory bowel disease, thyroiditis, and juvenile arthritis.  Subsequent studies added Sjogren's syndrome, mixed connective tissue disease, and polymyositis to the list of EBV autoimmune conditions.

The Harley research is compelling.  We urgently need clinical studies of EBV in severe chronic pain patients to help develop new diagnostic, prevention, and treatment measures.  To this end, I've chosen to study the EBV relationship to painful spine and connective tissue diseases, especially adhesive arachnoiditis (AA) and Ehlers-Danlos syndrome (EDS). These conditions are considered intractable pain conditions in clinical pain practice. 

So far, we have collected EBV laboratory test results from over 80 persons with confirmed AA. Every case has demonstrated abnormally high levels of EBV IgG antibodies, which suggests the presence of autoimmunity and the possible invasion of brain and spinal tissue by the virus. 

Every patient with high IgG antibody levels also has herniated discs, and the majority have hypermobile EDS. Prior to developing AA, all had conditions associated with autoimmunity, such as fibromyalgia and small fiber neuropathy. All of them now have intractable pain.

How It Begins

Patients and clinicians concerned about chronic pain need to understand the basics of how EBV causes and aggravates chronic pain conditions. 

EBV is a member of the herpes virus family, which includes the other herpes viruses and cytomegalovirus.  It is a natural, lifelong parasite that usually infects children before the age of two. 

When EBV first enters the body, it is an “active” virus that may cause a cold, sinusitis, bronchitis, or possibly even go unnoticed. Infants and young children often have the “sniffles” and it could be mistaken as a simple cold. Some children who initially become infected with EBV later develop mononucleosis in their teenage or young adult life.  

After the initial infection, EBV settles into one’s lymphocytes and lining of the throat and nasal cavity to remain for life. Under normal physiologic circumstances, it is a latent or dormant parasite that does no harm.

Over 95% of adults will test positive for low levels of IgG antibodies, decades after their initial contact with EBV during childhood. When chronic pain patients are tested, autoimmunity is suspected if IgG antibodies are above normal levels found in the great majority of adults.

Once EBV has settled into lymphocytes or the throat lining and becomes dormant, it is living a harmless, symbiotic, parasitic life with its human host.  It will remain in this state, unless the body undergoes some kind of stress, usually trauma or an infection, that lowers or degrades the body's innate or natural immunologic protection systems. 

At this time, the virus may vacate its dormant or latent state to begin what is called a "lytic" or duplicative state.  The term used to indicate this state is "reactivation," meaning that the virus is again active, and attacking and invading new tissues. 

Once reactivated, EBV may create an autoimmune state by altering genes or by developing what is called an auto-antibody that will attack tissues.  In either case, an autoimmune state has been created that attacks normal tissues to produce inflammation, adhesions, scarring, and pain. 

Lymphocytes infected with reactivated EBV may enter any number of tissues. They may cross the blood brain barrier, enter the spinal cord and brain, and attack tissues such as the cauda equina, arachnoid membrane, intervertebral discs, and glial cells. This is the pathologic process in which EBV reactivation may cause chronic pain.

It is likely that entry and invasion of spinal canal and brain tissues may be responsible for the autoimmune manifestations seen after a stroke, head trauma, or complex regional pain syndrome (CRPS).  EBV may also be a cause of centralized pain that is associated with over-sensitization, hyperalgesia, and intractable pain.  There are reports that such common chronic pain conditions as fibromyalgia, small fiber neuropathy, and some arthropathies are caused by EBV autoimmunity.

This article's major intent is to inform all concerned parties that deal with chronic pain that EBV is not just some virus that causes the "kissing disease." It is a new revelation that compels an understanding and awareness that has the distinct potential to improve the plight of chronic pain patients. 

Laboratories and clinical researchers, including this author, are scurrying to identify more diagnostic, treatment, and preventive measures for EBV-caused autoimmunity. I'm pleased to report that our EBV project has been able to identify some initial testing and treatment measures which appear to be effective and a good start in dealing with EBV autoimmunity.  We will share our findings in future articles.

Forest Tennant, MD, DrPH, is retired from clinical practice but continues his research on the treatment of intractable pain and arachnoiditis. Readers interested in learning more about this research should visit the Tennant Foundation’s website, Arachnoiditis Hope. You can subscribe to its bulletins here.

The Tennant Foundation gives financial support to Pain News Network and sponsors PNN’s Patient Resources section.  

How to Recognize and Treat Intractable Pain

By Dr. Forest Tennant, PNN Columnist

The realization that a subgroup of chronic pain patients has intractable pain is finally spreading. Over half a dozen states now have laws protecting intractable pain (IP) patients and Wikipedia refers to IP as a disease that causes “a severe, constant, relentless, and debilitating pain.”

A major impediment to treatment of IP is simply that it is not commonly recognized by either patient or practitioner. Basically, the concept that pain alone can cause serious medical complications is not yet appreciated. This fact is evidenced in product advertising and lay person media articles about “chronic pain.” A close analysis implies that everyone has simple chronic pain and needs a “one size fits all” treatment.

The fact is that the IP subgroup of patients isn’t recognized by even the most sophisticated and prestigious medical institutions. For example, I hear almost daily about a person with IP who has severe hypertension, tachycardia, or even angina without any recognition that IP is the culprit.

Other examples are persons with IP who have hormonal deficiencies. Medical practitioners are treating their patients for such hormonal complications as osteoporosis, impotence, and depression, with no recognition that IP is the cause. Regrettably, some persons have had their pituitary or adrenal removed for a “tumor” when in reality the gland was over functioning and enlarged due to IP.

About half of the persons who develop IP have a genetic or inherited disorder. The most common high risk genetic conditions are Ehlers-Danlos Syndrome (EDS), ankylosing spondylitis, and scoliosis.  Other genetic, but less common, risk disorders include Marfan Syndrome, porphyria, and autoimmune diseases such as rheumatoid arthritis and ulcerative colitis. 

How IP Starts 

Thanks to research and studies in recent years, there is now an understanding of the pathologic sequences that lead to IP.  Basically, IP is the end product of multiple events and conditions that may affect a person.   

IP always has a starting or painful initiating event which is either traumatic or inflammatory. Typically, the initiating event takes place several months or years before IP symptoms develop. 

The most common traumatic events are falls, altercations or surgery. Trauma may be to the head, spinal cord, or a nerve in the arm or leg.  The most common initiating inflammatory disorders are fibromyalgia, severe respiratory infection or arthritis. 

The initiating event doesn’t usually cease but “smolders on” with pain that comes and goes.  A diagnosis of chronic pain is likely assigned, and a wide variety of medications and other measures are attempted.   

Interestingly, an initiating inflammatory event such as arthritis or fibromyalgia may seemingly spread. The person may develop additional inflammatory disorders such as thyroiditis, carpal tunnel syndrome, migraine, and irritable bowel. 

Trauma may be severe or minor and the sequelae quite variable. Neuropathies or intervertebral disc degeneration and herniation are the most common traumatic complications that lead to IP.  Pain after the initiating event is usually not constant, but at some point becomes constant. 

This constancy is associated with inflammation that develops in the brain and/or spinal cord of the central nervous system (CNS). Cells called glia or microglia promote CNS inflammation, which can damage the neurotransmitter-receptor systems that control pain.   

Exactly how injuries and inflammatory disorder activate glial cells to produce CNS is unclear. The two most discussed mechanisms are excess electromagnetic energy generated in the injury and inflammatory sites, and autoimmunity or viral invasion of CNS tissue.  The Epstein Barr virus is the most likely virus.

The first chapters of my new book, “Handbook for Intractable Pain,” are dedicated to how to recognize IP symptoms. The second section is a step-by-step treatment program of self-help.

IP doesn’t have to thrust a person into misery and a short life if a three-component protocol is followed:

1. Suppression of inflammation and autoimmunity

2. Restoration of damaged tissues

3. Pain control

To carry out this protocol, one has to become knowledgeable about IP and build, over time, an effective therapeutic program.

Forest Tennant, MD, DrPH, is retired from clinical practice but continues his research on the treatment of intractable pain. To Tennant Foundation has launched a new website, IntractablePain.org, where you can learn more about the conditions that cause intractable pain and their many complications.

The Tennant Foundation gives financial support to Pain News Network and sponsors PNN’s Patient Resources section.  

Understanding the Difference Between Chronic Pain and Intractable Pain

By Dr. Forest Tennant, PNN Columnist  

The difference between simple chronic pain and intractable pain (IP) is what is known as pathologic sympathetic overdrive. This major medical complication is characterized by excessive electrical activity in the body's sympathetic nervous system. Excess electricity causes hyperarousal and pathologic overactivity of the sympathetic nervous system, which controls the body’s stress response. A comprehensive grasp of this complication is crucial for effective treatment.

Pathologic complication is the root cause of the disability, profound suffering and shortened lifespan often caused by intractable pain. Even though I recognized and published the difference between chronic and intractable pain in the Western Journal of Medicine over 20 years ago, it is still poorly understood in the mainstream medical practices of today. This contributes greatly to the undertreatment and mistreatment of IP patients.

The severe, constant and disabling pain of IP causes anatomical defects in the brain, which leads the cells in the brain to generate excess electricity. This is how pathologic sympathetic overdrive (PSO) starts. The brain must get rid of the excess electricity to prevent damage from the “burning” of brain tissue.

The brain rids itself of excess electricity by sending it into the sympathetic nervous system. This system is comprised of nerves that connect the brain to the heart, blood vessels, skin, lung and gastrointestinal system. The best-known neural connection in the network that connects the brain to bodily organs is the vagus nerve, but there are less known nerve connections in and along the spinal cord.

The “overdrive” of excess electricity produces a typical set of easily recognized symptoms and physical signs. These include an elevated pulse rate (tachycardia), high blood pressure, cold extremities (sometimes exhibiting a bluish hue), goosebumps, dilated pupils, and hyperactive reflexes. Another common symptom is temperature spikes and flushing, often followed by chills.

Amazingly, while the nation persistently clamors about the importance of controlling blood pressure, making Americans very aware that hypertension leads to serious medical conditions and is one of the leading causes of death in the U.S., I cannot identify a single lay magazine or medical journal that even refers to the undeniable correlation between severe, unmanaged pain and high blood pressure.  Strangely, there is also a conspicuous absence of discussions even in medical publications about the necessity of adequate pain management to reduce blood pressure.

Complications Caused by Intractable Pain

PSO interferes with normal respiratory function. The lungs may not expand and bring in the normal level of oxygen, and carbon dioxide may elevate in the blood. Inadequate oxygenation may lead to lethargy, fatigue, poor motivation, muscle weakness and mental impairment.

An IP patient’s ability to sleep, and especially achieving adequate REM sleep, is greatly reduced by PSO.  The hazards of inadequate sleep are well-known: fatigue, depression, amotivation, poor mental activity, and hormone imbalances. A tragic misunderstanding is the belief that somehow a lack of sleep is better than taking a bedtime sedative. This notion lacks any scientific merit.

There are lesser known but other serious and debilitating sequalae of PSO. The gastrointestinal system becomes so impaired by PSO to the point that loss of appetite, malabsorption (nutrients do not assimilate) and malnutrition is present in essentially all IP patients. The disturbed nutritional metabolic deficits can lead to either significant weight gain or loss. Constipation and diarrhea will often alternate, while stomach pain and bloating are routine. Patients are often misdiagnosed as having irritable bowel syndrome (IBS), with treatment that gives no consideration that bowel symptoms will persist without control of the underlying IP.

PSO has a significant impact on the endocrine system, similar to the body's "fight or flight" response during moments of stress. With IP the stress is constant. This physiological response involves an increase in adrenaline and cortisone levels in the bloodstream. Normally, this response to stress is temporary, allowing the adrenal and pituitary glands to recover and remain intact. But with the constant pain and electrical overdrive of IP, the glands hypertrophy (enlarge abnormally) trying to keep up their hormonal output to protect the body.

Unfortunately, the glands will often deplete. IP patients have died due to adrenal failure as the glands could not produce enough cortisone and adrenaline to maintain life. PSO tends to especially cause the pituitary gland to enlarge. Some uninformed surgeons have “removed the pituitary tumor” without understanding the root cause of the enlargement, or the imperative need to manage pain.

If PSO goes on long enough, and the pituitary and adrenal glands exhaust or wear out, testosterone and estradiol will deplete. While most people are aware of the impact of such depletion on libido and menstrual functions, what many medical practitioners miss is the critical role these hormones play in tissue healing, pain reduction, and various mental functions.

Since PSO raises cortisone for as long as one has IP, calcium is extracted from bones and teeth. Osteoporosis may develop and teeth may deteriorate. Sudden loss of a tooth is common in IP as is chronic dental cavities.

PSO in an adult IP patient will often cause some level of adult attention deficit disorder (ADD/ADHD), which is the exact clinical syndrome that occurs in a child with hyperactivity or attention deficit disorder. Furthermore, when the IP patient develops the same “attention deficits,” they will need the same medications that a child does to normalize attention span, carry out the 3R’s (“reading, riting, rithmetic”), and activities of daily living.

The mental aberrations caused by IP, unless treated with today’s hyperactivity medications (Ritalin, Adderall), can be so debilitating that the IP patient can become a lonely, despondent invalid, who becomes expensive to care for and totally dependent on family and society. The medical profession’s rejection or dismissal of ADD/ADHD in IP patients can only be classified as blatant professional oversight.

Diagnosing Intractable Pain

It is essential to point out that a medical practitioner who understands PSO can distinguish an IP patient from a simple chronic pain patient with a 5-to-10-minute physical examination. For starters, the IP patient with PSO will show some abnormality of pulse-rate, blood pressure, temperature or breathing rate. Some reflexes will be hyperactive, and the pupil may be dilated.  Hands and feet will be cold to touch and may show a blue discoloration. Teeth will be missing and/or show a lot of decay. Mental activity and speech may be slow and deliberate. Movement also may be slow.

These physical signs correlated with the history and symptoms provided by the patient and family will easily and quickly nail down the presence of IP and PSO, without the need for blood tests or brain scans.

This essay is a call for all parties concerned to fully understand the difference between chronic pain and intractable pain with PSO. Every IP patient, family and medical practitioner must fully understand that PSO will cause dire complications. IP patients and their families need to recognize them and record their PSO manifestations and present them to their medical practitioners.

Sadly, this author cannot identify a single education effort by a recognized medical publication, organization or academic institution that has or is currently trying to educate on the obvious and blatant clinical manifestations of the sympathetic pathological complications of IP. Like most things in medical science and practice today, the demand and education must “start at the bottom and work up.”

Forest Tennant, MD, DrPH, is retired from clinical practice but continues his research on the treatment of intractable pain. To help patients and clinicians better understand intractable pain, the Tennant Foundation has launched a new website, IntractablePain.Org, where you can learn more about the conditions that cause intractable pain and their many complications.

The Tennant Foundation gives financial support to Pain News Network and sponsors PNN’s Patient Resources section.  

The Way Forward: California’s New Opioid Guidelines

By Dr. Forest Tennant and Kristen Ogden

The Medical Board of California recently published new guidelines for prescribing opioids and other controlled substances for pain, which emphasize “individualized care” that is customized for each patient. 

The guidelines are a remarkable, positive and practical way forward in pain care. All persons concerned about chronic pain treatment with opioids, benzodiazepines and other controlled drugs need to know the basic concepts embedded in them.    

As the medical board was updating its guidelines, we had great concern that they would bury California’s Pain Patient's Bill of Rights and Intractable Pain Treatment Act. When these laws were passed in the 1990’s, they were a godsend to patients with chronic intractable pain, who were given the right to “request or reject the use of any or all modalities in order to relieve his or her pain.”

That means patients, with the support of their doctors, could get opiate medication without first having to submit to surgery, medical devices and other forms of pain treatment.  

To our great pleasure, the medical board’s new guidelines recognize, define and support these worthy laws.  Importantly, the guidelines also state that they are “not in any way intended to limit treatment” of patients in hospice or palliative care. And they allow for doctors to prescribe high dose opioids, provided they keep good medical records that document a need for them.

Defining Intractable Pain

The California guidelines provide a classic definition of intractable pain as “a state in which the cause cannot be removed or otherwise treated and no relief or cure has been found after reasonable efforts.” 

The problem with this definition is that intractable pain may be mild or intermittent and not curable, but may still be treated with non-opioid modalities. To require and receive treatment with opioids and other controlled drugs, one really needs a specific causative diagnosis of the unremitting “high impact” pain that produces physiologic complications such as hypertension, tachycardia, and endocrine deficiencies. 

Put another way, is intractable pain an incurable but treatable problem? Or is it constant and incurable with potentially life-threatening complications? 

Physicians, as a group, are often mystified, confused and unaware of how to determine which patients have an incurable, but readily treatable problem, and which patients have the constant and incurable pain that causes complications and require opioid therapy.

Physicians need help to make sound, defensible treatment decisions in the face of this quandary.  Some patients with complex intractable pain are greatly impacted and require non-standard treatment, which may include high-dose opioids, benzodiazepines and stimulant drugs. 

Here are the recommended criteria to identify such patients and support non-standard treatment plans.

1. A specific medical cause of intractable pain has been identified.

2. Constant pain has impacted some physiological and/or mental functions such as sleep, eating, hygiene, reading, concentration, and mobility.

3. Trials of standard medications and dosages with such agents as anti-depressants, muscle relaxants, anti-inflammatories, stimulants, anti-seizure medications, and low-dose opioids have not controlled pain or normalized functions.

4. There is objective physical evidence of the causative disease or complications of the pain, such as hypertension, tachycardia, neurologic deficits, or anatomic structural abnormalities.

5. There is an objective, diagnostic test result that documents an abnormality of the cause of pain or its complications, such as a magnetic resonance imaging (MRI), hormone deficiency, elevated autoimmune or inflammatory marker, or an abnormal electrodiagnostic test.

It is the lack of adequate treatment of complex intractable pain that is really the crux of the suffering and deaths that have emerged due to overzealous and misinformed opioid regulations and guidelines.  These legitimate, complex patients comprise about 3 to 5% of chronic pain patients.

The California medical board’s new guidelines provide clinicians the opportunity to implement individualized and effective treatments for these unfortunate and deserving intractable pain patients. 

Forest Tennant, MD, DrPH, is retired from clinical practice but continues his research on the treatment of intractable pain. Dr. Tennant was the lead physician in crafting California’s Intractable Pain Law and Pain Patient Bill of Rights, and worked with the legislature to get them passed. 

Kristen Ogden is a patient advocate from Virginia. Kristen and her husband Louis travel regularly to California for his intractable pain treatment and prescriptions, which are not available in their home state. Kristen testified during public hearings on the California guidelines and closely followed their development. 

The Tennant Foundation gives financial support to Pain News Network and sponsors PNN’s Patient Resources section.  

Colostrum: A Regenerative Hormone for Arachnoiditis

By Dr. Forest Tennant, PNN Columnist

Persons with adhesive arachnoiditis (AA) and other severe painful conditions such as Ehlers-Danlos syndrome (EDS) have multiple tissues that become damaged, painful and dysfunctional.

Healing those damaged tissues and reversing the pain and neurologic impairments will require regenerative hormones. This is in contrast to other types of hormones that control inflammation (cortisone), metabolism (thyroid) or sexual functions (estradiol).

The human body makes some natural regenerative hormones, and they are now available for clinical use. Our first realization of their value in treating AA was with human chorionic gonadotropin (HCG). Other regenerative hormones that can be used to treat AA include colostrum, pregnenolone, dehydroepiandrosterone (DHEA), nandrolone, and human growth hormone (HGH). We have used all of these and believe that persons with AA should use at least one of them. But our first choice is colostrum.

Colostrum is in mother’s milk produced during the first few days after birth. It contains high levels of tissue growth factors, anti-inflammatories, pain relievers, and anti-infectious agents. Its natural purpose is to allow the newborn baby to initiate growth, protect against infection, and provide pain relief from the trauma of birth.

Colostrum supplements are sold by a number of companies and are usually made from the milk of cows that have recently given birth. Colostrum is recommended for use at least 3 to 5 days a week by persons with AA or EDS, who may wish to double the labeled recommended dosage. Colostrum is non-prescription, relatively inexpensive, and has few side effects. It can be taken with opioids and other drugs.

Regenerative hormones work best when they are used simultaneously with a high protein diet, collagen or amino acid supplements, vitamin C, B12, and polypeptides.

If a person with AA is not doing well or deteriorating, we recommend adding a second regenerative hormone such as nandrolone. A significant reversal of AA symptoms may require one or more regenerative hormones.

Several times a week we get inquiries from people who have just been diagnosed with AA and are pleading for information on what to do. 

The Tennant Foundation recently published an inexpensive short handbook for persons with newly diagnosed AA that gives a step-by-step plan that can hopefully slow progression of this disease.

If you have had AA for a while and aren't doing well, you may still benefit from some of our most up-to-date knowledge and recommendations in the “Handbook for Newly Diagnosed Cases of Adhesive Arachnoiditis.”

Forest Tennant, MD, DrPH, is retired from clinical practice but continues his research on the treatment of intractable pain and arachnoiditis. This column is adapted from bulletins recently issued by the Tennant Foundations’s Arachnoiditis Research and Education Project. Readers interested in subscribing to the bulletins should click here.

The Tennant Foundation gives financial support to Pain News Network and sponsors PNN’s Patient Resources section.  

What Kind of Pain Care Would JFK Get Today?

By Pat Anson, PNN Editor

This year marks the 60th anniversary of the assassination of President John F. Kennedy, an event that shocked the world. Kennedy was only 46 when he died in 1963.

At the time, Kennedy was widely seen as a healthy, handsome and vigorous man. The truth, which emerged years later, is that JFK was chronically ill almost from birth. Scarlet fever nearly killed him as an infant, and as a child he was thin, sickly, and suffered from chronic infections and digestive problems.

Not until decades after his death did we learn that Kennedy was born with an autoimmune condition called polyglandular syndrome, and that a series of failed back surgeries may have led to adhesive arachnoiditis, a chronic and painful inflammation in his spinal canal. Historians and physicians also confirmed rumors that JFK suffered from Addison’s Disease, a well-guarded family secret.

Kennedy was given the last rites at least twice before becoming president and reportedly told his father that he would “rather be dead” than spend the rest of his life on crutches, paralyzed by pain.

In short, it’s a bit of miracle that JFK even lived to see his 46th birthday. The American public never had a full understanding of his health problems until long after he was dead.

How did Kennedy pull it off? The answers can be found in Dr. Forest Tennant’s latest book, “The Strange Medical Saga of John F. Kennedy.”

“The reason I decided to write it was mainly that I had become aware that he was an intractable pain patient,” says Tennant, a retired physician and one the world’s foremost experts on arachnoiditis and intractable pain. “Fundamentally, my book is really taking a lot of other people's work and putting it together in a historical chronological fashion. I just felt it needs to be done to really understand what happened to him.”

Although Kennedy’s chronic health problems were largely hidden from the public, many of his medical records still exist – a reflection of his family’s wealth and access to the best medical care available. Good doctors keep good medical records, especially when their patients are rich and famous.

“Until I got into doing this, it was not appreciated by me. Unless a person is very famous and has a lot of medical records, physicians never get to see a case from start to finish. Meaning from birth to death. I've never really realized how rare that is,” says Tennant.

A Controversial Drug Cocktail

In the mid 1950’s, Kennedy found a team of innovative medical experts who helped relieve his pain, elect him as president, and achieve his best health ever while living in the White House.

Dr. Max Jacobson put Kennedy on a controversial “performance enhancing” cocktail. The ingredients were secret, but Tennant says the cocktail probably included methamphetamine, hormones, vitamins and steroids.

Exhausted from months of campaigning, Kennedy was injected with the cocktail just hours before his first debate with Richard Nixon, a nationally televised debate that likely won the election for Kennedy because he appeared more energetic than Nixon.

Kennedy continued taking the cocktail as president, over the objections of White House physicians.

High Dose Opioids

Dr. Janet Travell also played a key role in revitalizing Kennedy’s health, putting him on a comprehensive pain management program that included physical therapy, hormone replacement, anti-inflammatory drugs, and the opioids methadone, codeine and meperidine (Demerol).

One of the first things she noticed was the callouses under Kennedy’s armpits from using crutches so often.

“On the day she met him, she put him in a hospital and started methadone that day, as a long-acting opioid, and then she also had him on Demerol and some other miscellaneous opioids. But his two main opioids were methadone and then Demerol for breakthrough pain,” said Tennant.

The precise dosage given to JFK is unknown, but Tennant estimates it was initially 300 to 500 morphine milligram equivalents (MME) a day, a level that would be considered risky under the CDC’s 2016 opioid prescribing guideline. The guideline recommended that dosages not exceed 90 MME.

“It would have exceeded the CDC guidelines by far,” says Tennant. “The methadone dose would have exceeded the CDC guidelines itself. But she knew to put him on methadone and if it hadn't been for methadone, he’d never have been president. He had to have something to stabilize himself right at that time. And he had to have a second opioid for breakthrough pain.”

Dosages that high today would likely attract the attention of the Drug Enforcement Administration, which investigates and prosecutes doctors for writing high-dose prescriptions. Tennant himself came under scrutiny from the DEA for giving intractable pain patients high doses, and his office and home were raided by DEA agents in 2017. Tennant was never charged with a crime, but he retired from clinical practice a few months later.

Raids like that have had a chilling effect on doctors nationwide. Many now refuse to see pain patients on opioids, regardless of the dose.

“JFK would not have been welcome today in pain clinics,” says Tennant. “My patients were very similar to JFK, almost same disease, same kind of doses, and the same kind of therapies. And of course, today that is taboo. But that was the standard in the 1950’s.  

“It's only been in the last few years that the government has decided that the standard treatment that has been there for half a century is now almost a crime.”

Dr. Travell never came under that kind of scrutiny, but Dr. Jacobsen did. Dubbed “Dr. Feelgood” by critics for his unconventional treatments, Jacobson’s medical license was suspended in New York state a few years after Kennedy’s death. The 1972 Controlled Substances Act ensured that his cocktail would never be prescribed again.

Tennant says there is no evidence the cocktail harmed or impaired JFK, who was never hospitalized or bed-bound during the 8 years he was under Jacobson’s care.

Without Jacobson and Travell, Tennant believes it unlikely Kennedy would have run for president or been elected.

“That's one of the reasons why I wrote the book. I think people need to know that JFK’s treatment was opioids. And his treatment was the standard of the day, up until the recent fiat by the federal government and state medical boards. The country got along for half a century with those standards quite well,” Tennant said.

In addition to his book about JFK, Tennant has written books about Howard Hughes and Elvis Presley, who also lived with -- and overcame -- chronic health problems.

The Tennant Foundation gives financial support to Pain News Network and sponsors PNN’s Patient Resources section.  

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. 

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. 

Polypeptides: A Promising Treatment for Intractable Pain

By Dr. Forest Tennant, PNN Columnist

We have long noted that persons with adhesive arachnoiditis (AA) and other causes of intractable pain who follow a high protein diet and take amino acid supplements usually have better treatment outcomes. They need fewer opioids, function better, and have a good quality of life.

Protein is composed of about two dozen separate building blocks called amino acids. Once ingested, they chemically join together and cause specific effects in the body. When two or more amino acids combine and partner, they are called polypeptides. Two polypeptides that relieve pain and heal damaged tissue are KPV (lysine-proline-valine) and Body Protection Compound or BPC-157.

KPV is useful primarily for pain relief and to reduce inflammation in the brain and spinal canal. It activates the neurotransmitters endorphin and melanocortin, which are stored in the hypothalamus. 

BPC-157 is a chain of 15 amino acids. Its primary function is to regenerate and heal tissue, including neural tissues, receptors, arachnoid membrane, cartilage and intervertebral discs. We believe it also helps heal spinal fluid leaks. BPC has a great effect on the stomach and intestine. 

Because polypeptides (PP’s) are fundamentally a conglomeration of food particles, when swallowed they are digested in the stomach and lose much of their effectiveness. That is why KPV and BPC-157, like insulin, are often taken by subcutaneous injection. Both PP’s are also available in non-injection formulations. KPV comes in an oral or nasal spray, while BPC-157 is available as sublingual tablet taken under the tongue or as a spray. 

A list of several companies that supply PP’s online is available in this bulletin.  

Who Should Take Polypeptides  

We have long-recommended a three-component medical protocol for AA and other causes of intractable pain to (1) suppress inflammation and autoimmunity, (2) regenerate tissue and (3) relieve pain. Our starting protocol for AA is now changed and anchored with KPV and BPC-157.  

To start, we recommend daily use of a polypeptide for a week. After a week, use it 3 to 5 days a week. Some persons with AA like to use KPV daily as it greatly reduces pain. Others can become tolerant to polypeptides, so skipping some days will keep the polypeptide active and effective.  

All persons with AA and/or intractable pain should, in our opinion, try the two PP’s provided here to enhance pain relief, promote tissue regeneration and healing, and reduce the use of potent medications, including corticosteroids, ketorolac, benzodiazepines, and opioids.  We also believe PP’s can reduce the use of risky surgery and invasive procedures.  

Several other polypeptides are being studied, and the Tennant Foundation will keep you apprised of new discoveries and developments. We consider polypeptides a major advance in the treatment of AA and other intractable pain conditions. 

Forest Tennant, MD, DrPH, is retired from clinical practice but continues his research on the treatment of intractable pain and arachnoiditis. This column is adapted from bulletins recently issued by the Tennant Foundations’s Arachnoiditis Research and Education Project. Readers interested in subscribing to the bulletins should click here.

The Tennant Foundation gives financial support to Pain News Network and sponsors PNN’s Patient Resources section.  

How TMS Helped Me Feel Better Physically and Mentally

By Madora Pennington, PNN Columnist

Chronic pain is often accompanied by depression. Many clinicians used to think that pain was caused by psychological distress, so they offered patients antidepressants with the attitude that their suffering was “all in their head.”

But now it is better understood that chronic pain can cause depression. Both conditions have a similar pathology and change the brain in similar ways. That is why treatments that work on depression (like antidepressants) may reduce the brain’s sensitivity to pain.

“Regardless of the cause of the pain, anxiety and depression increase the sensation of pain. Pain increases depression and anxiety, creating a vicious cycle. Breaking that cycle can help decrease pain,” says integrative physician and pain doctor Dr. Linda Bluestein.

I have Ehlers-Danlos Syndrome (EDS). Debilitating pain has been my companion since I was 14 years old. My body makes collagen that is not structurally sound. Because I am “loosely glued together,” I get injured easily because my joints are unstable and my body has a poor sense of where it actually is in relation to itself and the outside world. My thin and stretchy connective tissue sends pain signals to my brain, even when I am not injured.

It is probably not realistic for someone with Ehlers-Danlos to expect to have a life without pain, so I welcome medical treatments that might lessen my pain, even if they don’t eliminate it. My goal is to have pain that does not incapacitate me or ruin my life by taking all my attention. Thankfully, there are modalities that do this.

MADORA GETTING TREATMENT AT UCLA’S tms CLINIC

The last one I tried was transcranial magnetic stimulation (TMS), which stimulates the brain through a magnetic pulse which activates nerve cells and brain regions to improve mood.

TMS treatments are painless and entirely passive. The patient just sits there and lets the machine do the work. A magnetic stimulator rests against the head and pulses, which feels like tapping or gentle scratching.

TMS has been around for almost 40 years. The first TMS device was created in 1985 and the FDA approved it for major depression in 2008. Since then, its use has been expanded to include migraine, obsessive compulsive disorder, and smoking cessation.

While other medical procedures work on an injured body part, TMS targets the brain, where pain is processed. This helps the brain shift away from perceiving pain signals that are excessive and have become chronic.

“Many people are surprised to learn that stimulating the brain can help alleviate pain that is felt in an arm, leg or some other part of the body. We explain to patients that because pain is perceived in the brain, it is possible to reduce or sometimes even eliminate it by stimulating specific brain regions,” says Andrew Leucther, MD, a psychiatrist who heads UCLA’s TMS clinic, where I was treated. In addition to depression, the clinic also treats fibromyalgia, neuropathy, nerve injury, and many other causes of pain.

“Most patients are much less bothered by pain after treatment and report that they are functioning better in their work and personal lives,” Leucther told me.

Many insurers cover TMS for depression, but it is not generally covered for pain alone — although many doctors will add protocols for pain when treating depression. This is how I got my 36 sessions of TMS treatment, the usual number that insurance will cover and is thought to be effective.

Repetitive TMS stimulation to the primary motor cortex of the brain has robust support in published studies for the treatment of pain. It seems to work particularly well for migraines, peripheral neuropathic pain and fibromyalgia. Like all treatments, it may not work for everyone.

TMS practitioners recommend four or five sessions per week, gradually tapering off toward the end. My body is so sensitive, about three per week was all I could tolerate comfortably. The appointments lasted a brief 10 -15 minutes. A downside of the TMS machine is that it puts pressure against the head, which could be too much for Ehlers-Danlos patients who have uncontrolled head and neck instability.

TMS gave me relief in different ways than other methods have.  One of the first things I noticed was less negativity and rumination. It was like getting a nagging, negative person out of the room -- or rather, my head. I felt less heartbroken over the major losses of my life, such as having spent so much of it totally disabled.

I also noticed a big difference in my PTSD triggers. I found myself shrugging off situations that normally would put me in a very uncomfortable, perturbed state. Keep in mind, I was getting TMS applied to various points on my scalp for pain, depression and anxiety.

Since having TMS, I notice that my body is less sensitive to touch. From spa treatments to medical procedures, it does not hurt as much to be poked at or pressed on. The extra comfort TMS had given me, both mentally and physically, is a lot for someone with medical problems like mine that are so difficult to treat.

Madora Pennington is the author of the blog LessFlexible.com about her life with Ehlers-Danlos Syndrome. She graduated from UC Berkeley with minors in Journalism and Disability Studies. 

Why Healing Is Just as Important as Relieving Pain

By Dr. Forest Tennant, PNN Columnist

We all want to take a pill and have our pain lessen or go away, even for a moment. That is human nature. However, we must also take steps to promote healing of our damaged tissues, which over time will have a more lasting effect in reducing the severity of pain. 

There is a difference between symptomatic and healing treatment. Both are necessary to have an effective treatment program. Symptomatic treatment only relieves pain temporarily.  

We regularly hear from persons with adhesive arachnoiditis (AA) who can’t understand why their disease is progressing and why they are deteriorating. The stimulus for this topic was a man with AA who has an implanted morphine pump and an implanted electrical stimulator in the calf of his leg. He takes 15 mg of oral morphine three times a day, as well as gabapentin (Neurontin). 

He did not use a single “healing measure” and had gained so much weight he was now a diabetic. Despite his treatment, which carried a price tag of about a quarter of a million dollars, he wondered why he was deteriorating.

Every disease with the moniker “itis” — including arachnoiditis — is caused by an inflammatory and/or autoimmune process.  This simply means that your painful, damaged tissue is under constant attack. You must either diligently and persistently fight back – every day -- with healing measures or you will deteriorate and die before your time.

Examples of Symptomatic Treatment 

• Analgesics: opioids, benzodiazepines, gabapentin, pregabalin, antidepressants

• Implanted Stimulators

• Implanted Pumps

Examples of Healing Measures

• Protein

• Walking

• Water Soaking

• Weightlifting

• Oxygenation

• Stretching

• Amino Acids/Peptides

• Collagen

• Hormones

• Vitamins

• Anti-inflammatories

• Electromagnetics

It is human nature to desire fast, immediate relief from pain. You must, however, start healing measures at the same time you begin symptomatic pain relief, so damaged tissues won’t deteriorate further and pain won’t increase.

A major problem is misleading advertising of expensive treatments such as implanted electrical stimulators and pain relieving drugs that lead a person into thinking the treatment has healing properties when it only provides temporary, symptomatic pain relief.

That’s why it is so important to follow our 3-component medical treatment protocol to relieve pain, suppress inflammation and autoimmunity, and heal damaged tissue.

Forest Tennant, MD, DrPH, is retired from clinical practice but continues his research on the treatment of intractable pain and arachnoiditis. This column is adapted from bulletins recently issued by the Tennant Foundations’s Arachnoiditis Research and Education Project. Readers interested in subscribing to the bulletins should click here.

The Tennant Foundation gives financial support to Pain News Network and sponsors PNN’s Patient Resources section.  

Stress Can Cause Epstein Barr Virus to Reactivate

By Dr. Forest Tennant, PNN Columnist

More than one medical professional and a lot of persons with adhesive arachnoiditis (AA) have asked why we have been studying the Epstein Barr Virus (EBV) and its relationship to AA.  After all, almost everyone over age 25 will show EBV antibodies on a blood test. 

Our on-going studies of persons with AA continue to show that essentially all have elevated EBV antibody levels. In addition, AA almost always follows a cascade of conditions known to be associated with autoimmunity. These include fibromyalgia, chronic fatigue syndrome, neuropathies, burning feet or mouth, irritable bowel, Tarlov cyst, thyroiditis, spinal fluid leaks and deteriorated bulging discs. This cascade also appears common in persons with Ehlers-Danlos type syndromes.

Two recent comprehensive reviews on EBV support the findings in our studies. One is “Epstein Barr Virus and Neurological Diseases” by Nan Zhang, et al, and the other is “Epstein Barr Virus (EBV) Reactivation and Therapeutic Inhibitors” by Jonathan Kerr.

Both reports state that EBV infection occurs in 95% or more of people, as the human lymphocyte is its natural, lifelong habitat. Lymphocytes are white blood cells that help our immune systems fight cancer, viruses and bacteria. EBV infections are spread by saliva or other body secretions, and the initial infection usually occurs before age 25, causing a cold, sinusitis, bronchitis or infectious mononucleosis.

Once the initial infection subsides, the virus imbeds itself in lymphocytes and remain there for life. As a result, virtually all humans carry low levels of EBV antibodies. Adults with AA don’t always show a positive test for the initial EBV infection, but they do show high levels of antibodies -- meaning they carry EBV in their lymphocytes that can multiply, reproduce and reactivate at any time.

Kerr reviewed research on medicinal agents that may inhibit this reactivation, which most likely occurs during periods of stress. Our standard 3-component medical protocol contains some of the agents that Kerr believes may be effective in suppressing reactivation. These agents include acyclovir, cimetidine, vitamins A, C, and D, resveratrol, luteolin, apigenin, curcumin, astragalus, L-arginine, delta-9-tetrahydrocannabinol, and green tea.

EBV-infected lymphocytes can cross the blood brain barrier to produce neuroinflammation and tissue deterioration. EBV produces antibodies that contain biologic elements that can produce on-going autoimmune and neurological diseases. The Zhang report states that high levels of EBV antibodies “can be biologic markers that assess the risk of developing” neurologic diseases.

On-going EBV autoimmunity is indicated by high antibody levels. Reactivation of EBV may accelerate inflammation and tissue deterioration. Our longstanding 3-component medical protocol seems to help suppress both the on-going autoimmunity and the reactivation of EBV.

EBV remains harmless and dormant unless our natural resistance becomes deficient, either due to a genetic disease such as Ehlers-Danlos Syndrome or a stressful event that lowers cortisol and raises adrenalin, such as trauma, infection and psychological issues. Medical procedures such as epidural injections, spinal taps, and surgery are stressful and may also reactivate EBV. All persons with AA should determine their EBV autoimmune status.

Forest Tennant, MD, DrPH, is retired from clinical practice but continues his research on the treatment of intractable pain and arachnoiditis. This column is adapted from bulletins recently issued by the Tennant Foundations’s Arachnoiditis Research and Education Project. Readers interested in subscribing to the bulletins should click here.

The Tennant Foundation gives financial support to Pain News Network and sponsors PNN’s Patient Resources section.  

4 Oldies But Goodies That Relieve Back Pain

By Dr. Forest Tennant, PNN Columnist 

In our studies, we routinely review persons with adhesive arachnoiditis (AA), Ehlers-Danlos Syndrome, Tarlov cysts and Epstein Barr autoimmunity. Our bulletins have, for the last two years, focused on new discoveries such as autoimmunity, medicinal agents, spinal fluid flow exercises, MRIs and laboratory testing.  

It’s a little embarrassing, but we haven’t sufficiently emphasized that some older treatments can still bring a lot of relief.  

AA causes considerable imbalance and unusual stretches to the muscles, tendons, nerves, and joints in the back, hips and pelvis. Consequently, these tissues become sprained, strained and inflamed. Many “old-time” measures can heal these tissues and enhance comfort and mobility. Here is a short summary of four that will be around for a long time since they simply provide comfort and relief. 

1. Ultrasound: Several years ago, we started using ultrasound for AA. The theory is that it may break up adhesions. While this may or may not happen, ultrasound often provides immediate relief that can last days or weeks. Medications such as cortisone cream can also be administered during ultrasound, which boosts their effectiveness. There are now hand-held ultrasound devices that can be purchased for use at home. 

2. Epsom Salts: Foot baths with minerals are convenient and soothing. Epsom salt baths are generally believed to “pull out” or detoxify the body of excess electricity and toxins. They can be most helpful for burning feet sensations and stabbing pains in the legs. 

3. Heating Pad: Heat dilates blood vessels, which brings more oxygen to the treated area and promotes healing. Heat also relaxes muscles that may be in spasm. 

4. Transcutaneous Electrical Nerve Stimulation (TENS): Electrical currents act as an anesthetic on nerves and nerve roots. Pain in persons with AA may temporarily abate when an electric current is administered over the lower back. TENS can often break a flare.

The human body has remained unchanged for thousands of years. Remedies and treatments discovered long ago may still be applicable today. AA has many associated conditions including spinal fluid leaks, inflammation in tissues around the spine, muscle spasm, and radiating pain among others. Some “old-time” treatments may be a welcome adjunct to the 3-component medical protocols.

Forest Tennant, MD, DrPH, is retired from clinical practice but continues his research on the treatment of intractable pain and arachnoiditis. This column is adapted from an updated bulletin recently issued by the Arachnoiditis Research and Education Project. Readers interested in subscribing to the bulletins should click here.

The Tennant Foundation gives financial support to Pain News Network and sponsors PNN’s Patient Resources section.  

Deaths of Intractable Pain Patients Often Mistaken as Overdoses

By Dr. Forest Tennant, PNN Columnist

Unexpected and sudden death commonly occur in persons who have poorly controlled pain caused by Intractable Pain Syndrome (IPS). Many persons with IPS who have died unexpectedly have been falsely accused of an “overdose” because drugs were found in their body fluids at autopsy. In reality, the cause was almost always cardiac arrest, hypoglycemia or adrenal failure.

Cardiac Arrest

Pain flares during cardiac arrest may cause the adrenal glands to pump out so much adrenalin that their blood pressure and pulse rate jump up dramatically. This causes blood vessels, including the coronary arteries and those in the brain, to constrict and shut off blood flow. The result may be a heart attack, stroke or arrhythmia.

Chronic, recurrent coronary constriction may cause heart pain called “angina.” A person with IPS who has their medications, usually opioids or benzodiazepines, reduced too rapidly is very prone to cardiac arrhythmia and cardiac arrest.

Hypoglycemia

Insulin is normally made and secreted by the pancreas to lower blood sugar in order to digest food and stabilize metabolism. In times of pain, cortisol and blood sugar are raised. When this occurs, insulin is pumped out by the pancreas to heal injured or damaged tissues. Too much insulin caused by a pain flare can force blood sugar to drop to such a low level – a condition known as hypoglycemia -- that death may occur.

The long-term effect of constant pain on the pancreas is an insulin deficiency, so high blood sugar levels (diabetes) are regularly found in persons with IPS.

Adrenal Failure

Uncontrolled constant pain may exhaust the adrenal glands to a point that the hormone cortisol drops too low, causing Addison’s disease or adrenal insufficiency. Symptoms such as darkened skin, abdominal pain and weakness usually appear slowly, but if there’s rapid onset of symptoms it could lead to adrenal failure and death.

Addison’s Disease is named after Dr. Thomas Addison, who described 11 cases of adrenal failure in 1855. About half his cases had histories of severe pain. Persons who die of adrenal failure often do so in their sleep.

Many persons with IPS have unexpectedly and suddenly died and have been falsely accused of drug overdose. To prevent sudden death, persons with IPS must be in a pain treatment program that is balanced and doesn’t rely just on just one or two medications.

Forest Tennant, MD, DrPH, is retired from clinical practice but continues his research on the treatment of intractable pain and arachnoiditis. This column is adapted from a bulletin recently issued by the Intractable Pain Syndrome Research and Education Project.

The Tennant Foundation gives financial support to Pain News Network and sponsors PNN’s Patient Resources section.   

Epstein-Barr Virus Linked to Autoimmune Conditions

By Dr. Forest Tennant, PNN Columnist 

The Epstein-Barr virus (EBV) is a herpes virus that normally resides after infection as an organism in the epithelial tissues of the throat and lymphocytes. Most humans carry the virus and blood tests will often show low levels of EBV antibodies.  

Recent research has determined that in some people, for unknown reasons, the virus will reactivate and/or produce antibodies that carry toxic elements to tissues in the body such as the spinal cord. EBV infected lymphocytes can then cross the blood brain barrier and enter the brain, spinal cord and spinal fluid.  

This situation is now referred to as “EBV autoimmunity” and is reported by multiple medical institutions and researchers to be a major, causative factor in multiple sclerosis, systemic lupus, rheumatoid arthritis, and about 2% of the world’s cancer cases.  

Autoimmunity and Arachnoiditis 

Adhesive Arachnoiditis (AA) has long been known to be an inflammatory disease in which cauda equina nerve roots become adhered by adhesions to the arachnoid lining of the spinal canal. We have also long suspected that autoimmunity was a factor in AA, but until now there has been no compelling reason for this belief. 

In our review of over 800 confirmed cases of AA by magnetic resonance imaging (MRI), along with medical history and symptoms, a single fact emerged. Almost all cases had multiple herniated or protruding intervertebral discs prior to the development of AA. These discs were often in both the cervical and lumbar-sacral regions of the spine.  

Epidural injections, spinal taps or surgery often appeared to accelerate the development of AA. But further research revealed that most persons with MRI-documented AA had other medical conditions known to be common in persons with autoimmune disease. These included: burning mouth or feet, small fiber neuropathies, fibromyalgia, carpal tunnel, Hashimoto’s thyroiditis, Sjogren’s (dry eyes), Raynaud’s, irritable bowel, migraine, temporal mandibular joint pain (TMJ), chronic fatigue, arthritis, Tarlov cysts, mast cell conditions, and POTS. Persons with a genetic connective tissue disease of the Ehlers-Danlos Syndrome type were also significantly affected.  

From this we concluded that AA is usually a late-stage component of a multisystem, autoimmune, inflammatory disease. 

Between our realization that AA is associated with multiple medical conditions and the discovery that EBV causes significant autoimmunity, we began EBV testing in persons with MRI-documented AA. Essentially every case showed very high (sometimes above laboratory testing ability) antibody levels. Some showed evidence of EBV reactivation. Another finding has been that some persons with AA have high levels of cytomegalovirus, other strains of herpes, and/or Lyme. 

EBV is now known to cause a multitude of autoimmune conditions. Our studies indicate that AA is a late-stage development of an autoimmune disorder at least partially caused by EBV. This discovery leaves us little option but to recommend that each person with AA determines if they have multiple autoimmune manifestations including herniated discs and, if so, seek EBV antibody testing and become knowledgeable about control measures. 

Forest Tennant, MD, DrPH, is retired from clinical practice but continues his research on the treatment of intractable pain and arachnoiditis. This column is adapted from an updated bulletin recently issued by the Arachnoiditis Research and Education Project. Readers interested in subscribing to the bulletins should click here.

The Tennant Foundation gives financial support to Pain News Network and sponsors PNN’s Patient Resources section.