Tuesday, November 17, 2015
Millions of people are dying in pain because of the repressive stance the world has taken on drugs. That's because states are obsessed by the fear that people will use controlled medicines such as morphine as recreational drugs, thereby neglecting their important medical uses.
Where you live determines whether you will be able to access to controlled medicines, particularly opiates, when confronting an acute terminal, chronic or painful illness. Ninety-two per cent of the world's morphine is consumed by only 17% of the world's population, primarily the United States and Europe. Seventy--five percent of the world's people in need do not have access to pain relieving medicine.
In other words, most of the global population, outside the affluent countries in the North, dying in pain, including from terminal cancers, do so in the absence of dignified palliative care.
This is a horrendous situation for millions of patients and families. Essential medicines such as morphine, taken for granted as the standard relief of severe pain in the global North, do not enjoy the same status in the global South. Quite the opposite. Chances are, if a person living in any developing country ends up with an illness associated with extreme and avoidable pain, they will endure the pain simply because their government has created obstacles to morphine use in hospitals.
Wednesday, November 11, 2015
The federal agency has been asked to come here and help find answers to a disturbing new trend that is costing lives – heroin mixed with a prescription pain medication.
State and local health experts said they are hoping what they learn during meetings Tuesday at the Hamilton County Board of Health will help them tackle the heroin crisis.
The CDC has a six-person team on the ground in Ohio, meeting with the Ohio Department of Health, and the Hamilton County Health Department.
Officials said they're focusing on a particular part of the heroin crisis – the number of deaths related to fentanyl.
Authorities said fentanyl is a prescription pain medication that has been showing up in heroin. The big mystery is why it's being mixed with heroin.
"We don't fully understand the fentanyl situation, and that's one of the reasons we wanted their help with this," said Dr. Mary DiOrio, the medical director of the Ohio Department of Health.
ODH asked the CDC to help look into the problem.
"We think that some people don't even know that it's in what they're injecting so we're trying to fully understand what people do and don't know so we can target the messages appropriately so we can protect lives," DiOrio said.
We've seen the deadly consequences of fentanyl in Greater Cincinnati.
Kenneth Gentry is facing charges in the overdose death of an Arlington Heights man earlier this year that was blamed on fentanyl.
Authorities said the fentanyl problem causes only a fraction of the deaths heroin alone causes – but it's a problem that's growing quickly.
Authorities said heroin deaths increased 18 percent in Ohio last year to a total of nearly 2,500. In 2014 there were about 500 deaths linked to fentanyl – an increase of nearly 600 percent from the year before.
So what is killing middle-aged white Americans? Much of the excess death is attributable to suicide and drug and alcohol poisonings. Opioid painkillers like OxyContin prescribed by physicians contribute significantly to these drug overdoses.
Thus, it seems that an opioid overdose epidemic is at the heart of this rise in white middle-age mortality. The rate of death from prescription opioids in the United States increased more than fourfold between 1999 and 2010, dwarfing the combined mortality from heroin and cocaine. In 2013 alone, opioids were involved in 37 percent of all fatal drug overdoses.
Monday, November 09, 2015
"The pain is right here," she told an orthopedic surgeon, "in my ankle and foot." But the 41-year-old Gainesville, Va., resident no longer had that ankle and foot. Her leg had been amputated below the knee after a large piece of computer equipment fell off a cart, crushed her foot and caused nerve damage. Further, she insisted that since the amputation, she could feel her missing toes move.
Chenoweth's surgeon knew exactly what was going on: phantom pain.
Lynn Webster, an anesthesiologist and past president of the American Academy of Pain Medicine, explains the phenomenon: "With 'phantom pain,' nerves that transmitted information from the brain to the now-missing body part continue to send impulses, which relay the message of pain."
It feels as if the removed part is still there and hurting, but pain is actually in the brain. The sensation ranges from annoying itching to red-hot burning.
Physicians wrote about phantom pain as early as the 1860s, but U.S. research on this condition has increased recently, spurred by the surge of amputees returning from warfare in Iraq and Afghanistan and by increasing rates of diabetes. (Since 2003, nearly 1,650 service members have lost limbs, according to the Congressional Research Service. In 2010, about 73,000 amputations were performed on diabetics in the United States, according to the Centers for Disease Control and Prevention.)
Saturday, November 07, 2015
SRUTHI: Okay. So this is a story about a woman whose body started breaking down in increasingly weird ways. It's as if her body turns into a David Lynch movie, and there's nothing she can do to understand it, and nothing she can do to convince people it's real. For the purposes of the story, we will call this woman "Hope." And it all starts last year. Hope is 29, living in the suburbs of Pittsburgh. And one beautiful winter morning…
HOPE: I was walking at a soccer field that's near my house when I first noticed, "Well that feels weird, my eye feels such a weird nagging eye pressure. Almost like my eye was bulging a little bit, from the inside out.
SRUTHI: It's so bad that she feels as if people can see it, like it's bulging so much, this one eye.
PJ: Can she, like if she stands in front of the bathroom mirror and stares at her face, can she feel like she can see her eye bulging?
SRUTHI: No. So it goes on for a couple of weeks, doesn't go away. And then she says you know what, I'm just gonna have this looked at.
HOPE: I actually just went to the eye doctor that's in Walmart, and she looked at my eye, and she didn't find anything at all wrong with the eye. The eye was perfectly healthy and normal.
SRUTHI: This bulging feeling, it goes on for a whole month. And then one day, she wakes up and it's gone.
HOPE: This would, be I should say this, this would be something in my life that I would probably never give a second thought to, this mild eye problem that I had for a month, if… what happened next hadn't happened.
SRUTHI: It's evening. Hope is working. She's a wedding photographer, and she's setting up room in her house where she can meet clients.
HOPE: And all of the sudden I stood up, and I couldn't see out of my right eye. I thought, "Oh my gosh, am I having a stroke?" I had field of vision in like three-quarters of the eye, but the one quarter was completely covered by this weird zigzag freaky thing. It's almost like a kaleidoscope when you were a kid, and you used to hold up a kaleidoscope to your eye and it would… it would like shine and shimmer, like a piece of mirrored paper in there. So I actually remember waking up my sister, and she said "what are you talking about?" and I said "I can't see out of my eye, I'm freaking out."
Saturday, October 31, 2015
At first, this man thought he had food poisoning. It turned out to be something far worse. - The Washington Post
But Sank's problem wasn't in his head — it was in his gut. And when he felt the initial abdominal pangs, he knew that he had about 12 hours before he was miserable, or at worst incapacitated, for the next day or two.
"It almost felt like I'd done 1,000 sit-ups or been punched in the gut 100 times," said the digital media specialist, 43, who lives in the District. At first the attacks were intermittent. But after several months the pain, centered in the right upper quadrant where the liver and gallbladder are located, increased in severity and frequency.
For nearly a year, Sank, with the help of his stepmother, a physician, struggled to determine the reason for his pain. He saw multiple doctors, including two gastroenterologists, a kidney specialist and an infectious-disease physician. He underwent workups for reflux disease, a liver disorder, an intestinal blockage and malaria. One doctor suspected he might be faking.
Sank's problem turned out to be none of those things. His diagnosis was partly the result of serendipity: The second gastroenterologist he consulted was familiar with the malady, which is common in other parts of the world but not the United States. To complicate matters, Sank's case did not fit the standard diagnostic criteria.
"It's in the differential [a list of possible disorders suggested by symptoms], but since we never really see it, you don't necessarily think of it," said Montgomery County gastroenterologist William Steinberg. Luckily, something Steinberg had seen two decades earlier on a medical trip to the Middle East resonated when an increasingly desperate Sank consulted him in April 2010.
The first time he suffered stomach pain in June 2009, Sank assumed he had food poisoning. "I really didn't think much about it," he recalled.
When it kept recurring, he consulted his stepmother, Catherine Shaer, a retired pediatrician, for advice. Sank was otherwise healthy, and Shaer agreed that he should see a gastroenterologist.
At his initial appointment in October 2009, the gastroenterologist told Sank he suspected his pain was the result of gallstonesand ordered a sonogram.
The test was memorable: Sank said that during the procedure the technician began acting strangely and then summoned a radiologist. In a somber voice, Sank recalled, the radiologist "told me that there was a huge lesion on my liver and they were going to send me immediately for a CT scan."
The radiologist then told him, Sank recalled, "there was something very serious going on here and that I needed to prepare myself and my family for what I had to deal with." Sank also remembers the specialist saying that his "door was always open."
"I thought I had liver cancer and was going to die," Sank remembered. At the time, his first child was only a few months old.
While waiting for the CT scan, Sank telephoned his stepmother and a friend who is an oncologist. Both told him that they were sure that the growth on his liver, the size of a large strawberry, would turn out to be a benign hemangioma. He had no cancer symptoms, and such tumors are common. A few hours later, Sank, hugely relieved, learned they were right. He didn't have cancer. Nor did he have gallstones. "We were back to square one," he recalled.
Thursday, October 22, 2015
IPRP Ontology | Interagency Pain Research Portfolio -The Federal Government's Pain Research Database
The Patient Protection and Affordable Care Act (PPACA) includes a number of provisions designed to advance pain research, care, and education, including the creation of the Interagency Pain Research Coordinating Committee (IPRCC) by the Department of Health and Human Services (HHS). On behalf of HHS, the NIH established the IPRCC to coordinate all pain research efforts within HHS and across other Federal Agencies. The Committee is composed of seven Federal members and twelve non-Federal members, six drawn from the scientific and medical communities and six members of the public and stakeholder groups. The Department of Health and Human Services Secretary will review the necessity of the Committee at least once every 2 years.
As specified in Section 4305(b) of the Public Law 111-148 ("Affordable Care Act (ACA)") the Committee has been asked to:
- Develop a summary of advances in pain care research supported or conducted by the Federal agencies relevant to the diagnosis, prevention, and treatment of pain and diseases and disorders associated with pain
- Identify critical gaps in basic and clinical research on the symptoms and causes of pain
- Make recommendations to ensure that the activities of the National Institutes of Health and other Federal agencies are free of unnecessary duplication of effort
- Make recommendations on how best to disseminate information on pain care
- Make recommendations on how to expand partnerships between public entities and private entities to expand collaborative, cross-cutting research
Sunday, October 18, 2015
I rushed into the bedroom and watched my wife, Rachel, stumble from the bathroom, doubled over, hugging herself in pain.
"Something's wrong," she gasped.
This scared me. Rachel's not the type to sound the alarm over every pinch or twinge. She cut her finger badly once, when we lived in Iowa City, and joked all the way to Mercy Hospital as the rag wrapped around the wound reddened with her blood. Once, hobbled by a training injury in the days before a marathon, she limped across the finish line anyway.
So when I saw Rachel collapse on our bed, her hands grasping and ungrasping like an infant's, I called the ambulance. I gave the dispatcher our address, then helped my wife to the bathroom to vomit.
I don't know how long it took for the ambulance to reach us that Wednesday morning. Pain and panic have a way of distorting time, ballooning it, then compressing it again. But when we heard the sirens wailing somewhere far away, my whole body flooded with relief.
I didn't know our wait was just beginning.
I buzzed the EMTs into our apartment. We answered their questions: When did the pain start? That morning. Where was it on a scale of one to 10, with 10 being worst?
"Eleven," Rachel croaked.
As we loaded into the ambulance, here's what we didn't know: Rachel had an ovarian cyst, a fairly common thing. But it had grown, undetected, until it was so large that it finally weighed her ovary down, twisting the fallopian tube like you'd wring out a sponge. This is called ovarian torsion, and it creates the kind of organ-failure pain few people experience and live to tell about.
"Ovarian torsion represents a true surgical emergency," says an article in the medical journal Case Reports in Emergency Medicine. "High clinical suspicion is important. … Ramifications include ovarian loss, intra-abdominal infection, sepsis, and even death." The best chance of salvaging a torsed ovary is surgery within eight hours of when the pain starts.
There is nothing like witnessing a loved one in deadly agony. Your muscles swell with the blood they need to fight or run. I felt like I could bend iron, tear nylon, through the 10-minute ambulance ride and as we entered the windowless basement hallways of the hospital.
And there we stopped. The intake line was long—a row of cots stretched down the darkened hall. Someone wheeled a gurney out for Rachel. Shaking, she got herself between the sheets, lay down, and officially became a patient.
Monday, October 12, 2015
Friday, October 09, 2015
Tuesday, October 06, 2015
PAIN Reports - an international, peer-reviewed, online-only journal focused on pain research and management
All content published within PAIN Reports is openly available online immediately upon publication. Open-access publishing provides unrestricted access via the Internet to peer-reviewed scholarly research. Authors retain copyright of their articles, with content licensed under several Creative Commons licenses. The journal is funded through Author Processing Charges (APCs), which are paid by authors, funders, institutions, or sponsors of accepted articles. Because open-access journals are freely available online, there are no subscriptions. Furthermore, there are no maximum limitations on the number of papers or pages that can be published in the journal.
PAIN Reports will encourage and consider direct submissions. The submission system for PAIN Reports may be linked to the submission system for PAIN, allowing authors of manuscripts not accepted in PAIN to indicate that they wish to transfer their manuscripts directly to PAIN Reports for consideration
10th International Forum on Pediatric Pain
October 1 – 4, 2015
White Point Beach Resort, Nova Scotia
One Size Doesn't Fit All: Personalized Approaches to Pediatric Pain Management
At this meeting you experienced a multidisciplinary, stimulating, and educational lecture series led by an international panel of invited speakers. We also brought together scientists and clinicians from around the world to present poster abstracts on the most cutting edge pediatric pain research.
Monday, October 05, 2015
Saturday, September 26, 2015
In 2012, NIH convened a Task Force on Research Standards for Chronic Low Back Pain, comprising 16 invited experts from varied disciplines and from scientific and research institutions outside NIH. The NIH Pain Consortium's charge to this group included developing a set of standards to increase the consistency of future clinical research on cLBP.
In April 2014, the Task Force began to release publications on its work, including a full report with recommendations on standards, an executive summary, journal articles, and a uniform minimal dataset. The Task Force's recommendations, considered a dynamic document, are intended to help advance the field, resolve controversies, and ease the way in future cLBP research.
Friday, September 25, 2015
The move comes amid a national epidemic of overdoses involving opiates, a category of drug that includes prescription painkillers such as OxyContin and heroin.
Naloxone, which comes in injectable and nose-spray forms, has increasingly been carried by first-responders such as police, and has gained widespread attention for its ability to save addicts. While the drug does nothing to stop their addiction, it give addicts a chance at obtaining treatment and recovering.
Last year, Pennsylvania changed state law to make naloxone available to non-medical first responders and families. It has long been used by hospitals and ambulance crews.
A CVS spokesman couldn't immediately be reached Thursday to say how much naloxone will cost in the midstate.
Naloxone is commonly sold under the brand name Narcan. According to recent news reports, the price of naloxone has recently doubled, apparently because of the growing demand.
Sunday, August 02, 2015
Then Fischell, in a collared shirt unbuttoned low, puts the Jag into action, weaving it through traffic on his way toward the University of Maryland. He has a meeting there at 2 p.m., and it looks to be an important one. The tech guys are rolling out his newest invention. And this one — a contraption he says could cure chronic pain — should be a doozy.
The life of Robert Fischell has been one of doozies. A space scientist turned inventor, Fischell has authored more than 200 patents that range from the grave to the quirky. He has invented a rechargeable pacemaker, an implantable cardiac defibrillator, a device that warns of epileptic seizures, an insertable insulin pump and a gizmo that zaps migraines before they start. He has also fashioned a bevy of penile prosthetics to cure erectile dysfunction as well as something called a "bowl for keeping cereal crispy."
But this invention, he says, is his most ambitious yet. "Chronic pain costs the American people $600 billion every year," Fischell says in a lilting staccato flecked with traces of his Bronx youth. "Six. Hundred. Billion. Dollars."
Still, Fischell is not a young man. He's 86. He's had two surgeries for cataracts in the last six weeks. He has an artificial left knee.
Fischell, who grimaces when mortality arises in conversation, knows more days are behind him than ahead. So he keeps a frenetic pace. He clocks 10-hour days at his office. He drives his Jaguar fast. He drinks unsweetened tea by the quart. This could be his last great invention. He has to finish it soon.
It's now 1:55 p.m. Fischell slams the Jaguar into a parking space. He hustles into the Fischell Institute for Biomedical Devices, arriving at a conference room. Fischell looks around. It's empty. He's early.
Thursday, July 23, 2015
Both men's apparent superpowers come from exceedingly uncommon deviations in their DNA. They are genetic outliers, coveted by drug companies Amgen, Genentech, and others in search of drugs for some of the industry's biggest, most lucrative markets.
Their genes also have caused the two men enormous suffering. Pete's parents first realized something was wrong when, as a teething baby, their son almost chewed off his tongue. "That was a giant red flag," says Pete, now 34 and living in Kelso, Wash. It took doctors months to figure out he had congenital insensitivity to pain, caused by two different mutations, one inherited from each parent. On their own, the single mutations were benign; combined, they were harmful.
Dreyer, who lives in Johannesburg, was 21 months old when his parents noticed a sudden facial paralysis. Doctors first diagnosed him with palsy. Then X-rays revealed excessive bone formation in his skull, which led to a diagnosis of sclerosteosis. Nobody in Dreyer's family had the disorder; his parents both carried a single mutation, which Dreyer inherited.
Dreyer and Pete are "a gift from nature," says Andreas Grauer, global development lead for the osteoporosis drug Amgen is creating. "It is our obligation to turn it into something useful."
What's good for patients is also good for business. The painkiller market alone is worth $18 billion a year. The industry is pressing ahead with research into genetic irregularities. The U.S. Food and Drug Administration is expected to approve a cholesterol-lowering treatment on July 24 from Sanofi and Regeneron Pharmaceuticals based on the rare gene mutation of an aerobics instructor with astoundingly low cholesterol levels. Amgen has a similar cholesterol drug, based on the same discovery, and expects U.S. approval in August. The drugs can lower cholesterol when statins alone don't work. They are expected to cost up to $12,000 per patient per year and bring in more than $1 billion annually.
"Before a lot of us participated in these projects, very little about pain itself was known"
Thursday, July 16, 2015
Experts said that the warning reflected the gathering evidence that there was risk even in small amounts of the drug, so-called nonaspirin, nonsteroidal anti-inflammatory drugs, or Nsaids, and that everyone taking them should use them sparingly for brief periods. Millions of Americans take them.
"One of the underlying messages for this warning has to be there are no completely safe pain relievers, period," said Bruce Lambert, director of the Center for Communication and Health at Northwestern University, who specializes in drug safety communication.
But the broader context is important. The relative risk of heart attack and stroke from the drugs is still far smaller than the risk from smoking, having uncontrolled high blood pressure or being obese. At the same time, use of the drugs by someone with those other habits and conditions could compound the risk.
"The additional risk is relatively small, but it could be the straw that breaks the camel's back for someone already at risk," Professor Lambert said. The evidence that the drugs increase the risk of heart attack, stroke and heart failure "is now extremely solid," he said.
Saturday, July 04, 2015
Sunday, June 07, 2015
The pill was OxyContin, a painkiller that its manufacturer, Purdue Pharma, says deters abuse by being difficult to chew or liquefy into forms that give addicts stronger highs, orally or through injection. Since adding these features to its original and widely abused OxyContin in 2010, the company has likened the pill to a virtual seatbelt to restrain the nation's epidemic of prescription drug abuse.
But as thousands of addicts still find ways to abuse OxyContin and similar painkillers, called abuse-deterrent formulations, some experts caution that the protections are misunderstood and could mislead both users and prescribers into thinking that the underlying medications are less addictive.
Because abuse-deterrent formulations are relatively new, preliminary data on their public-health implications is limited. Several studies, somesponsored by Purdue, have found that abuse of OxyContin specifically has decreased after its protections were added. Other reports confirmed those findings but also found that many abusers simply moved on to other opioids, as well as heroin, leaving the overall effect on drug abuse open for debate.
Tuesday, May 26, 2015
Friday, May 22, 2015
Now hundreds of former players are bringing the issue to court after they filed a lawsuit claiming all 32 NFL teams, their doctors, trainers and medical staffs often illegally obtained and provided painkillers to players.
The lawsuit reprises some of the allegations made in a federal lawsuit last year on behalf of 1,300 former players against the NFL. That complaint was filed in May, 2014 and dismissed in December by Judge William Alsup of the U.S. Northern District in California. Alsup wrote that the collective bargaining agreement between the league and the NFL Players Association was the appropriate forum to resolve such claims. That decision is being appealed.
The new lawsuit was filed Thursday in the U.S. Northern District of Maryland. It names each NFL team individually as a defendant and lists 13 plaintiffs, including Hall of Fame cornerback Mel Renfro of the Dallas Cowboys and Etopia Evans, the widow of Charles Evans, a running back who played eight years with the Minnesota Vikings and the Baltimore Ravens and retired after the 2000 season. Evans died of heart failure in October 2008 at age 41.
"This lawsuit alleges intentional activity by the teams, not negligence," said plaintiffs' attorney Steve Silverman. "It's another part of a unified effort to provide health care and compensation to the thousands of former players who have been permanently injured or died as a result of playing professional football."
Both lawsuits contend NFL teams and their medical staffs withheld information from players about the nature and seriousness of their injuries, while at the same time handing out prescription painkillers, anti-inflammatories and other dangerous drugs to mask pain and minimize lost playing time. Among other claims, the players contend prescriptions were filled out in their names without their knowledge.
The new lawsuit also claims that several former head coaches and assistants — among them, Don Shula, Howard Schnellenberger, Wayne Fontes, Mike Holmgren and Mike Tice — warned players they would be cut from their teams unless they took painkillers and returned to the field.
Tuesday, May 19, 2015
Solicitation of Public Comments on Draft National Pain Strategy - The Interagency Pain Research Coordinating Committee (IPRC)
- Describe how efforts across government agencies, including public–private partnerships, can be established, coordinated, and integrated to encourage population-focused research, education, communication, and community-wide approaches that can help reduce pain and its consequences and remediate disparities in the experience of pain among subgroups of Americans.
- Include an agenda for developing physiological, clinical, behavioral, psychological, outcomes, and health services research and appropriate links across these domains.
- Improve pain assessment and management programs within the service delivery and financing programs of the federal government.
- Proceed in cooperation with the Interagency Pain Research Coordinating Committee and the National Institutes of Health's Pain Consortium and reach out to private-sector participants as appropriate.
- Involve the appropriate agencies and entities.
- Include ongoing efforts to enhance public awareness about the nature of chronic pain and the role of self-care in its management.
National Pain Strategy: A Comprehensive Population Health-Level Strategy for Pain (draft)
Monday, April 27, 2015
Monday, March 02, 2015
The Effectiveness and Risks of Long-Term Opioid Therapy for Chronic Pain: A Systematic Review for a National Institutes of Health Pathways to Prevention WorkshopEffectiveness and Risks of Long-Term Opioid Therapy for Chronic Pain | Annals of Internal Medicine
Friday, February 27, 2015
To test this notion, Daniel Harvie at the University of South Australia and his colleagues put chronic neck pain sufferers through a series of twists and turns, first with no equipment and then fitted with Oculus Rift headsets. The headsets were programmed to show indoor and outdoor scenes, and they used gyroscopes to monitor the wearer's head movements. The patients were then told to turn their heads left or right until they felt pain.
When patients turned their heads just a bit, they sometimes perceived that they were moving much further, or vice versa. If participants moved their heads within a normally non-painful range, they experienced pain when the headset's visuals made them think they'd performed a much greater rotation. Similarly, the volunteers often experienced no pain when the headsets made it appear to them that they'd performed smaller, normally pain-free turns—even if they moved into a normally painful pose. The results suggest that chronic sufferers create an association between movement and pain, so that the mere visual suggestion of motion its own signal of danger to the body.
"It is important to recognize here what pain actually is," Harvie says. "Pain is not a linear result of messages from the body. Rather, pain is one of the brain's protective responses, produced when, after evaluating all of the evidence, it decides that body tissue is in danger and that we need warning. In this case, because of the association between pain and movement, learned through past experience, visual signals of movement themselves have become signals of threat to the body and therefore, triggers of pain."
Virtual reality has been used previously for other types of pain research. In 2014 Swedish scientists detailed in the journal Frontiers in Neuroscience how virtual reality helped phantom limb pain, which plagues some 70 percent of amputees. Muscle signals from a patient's stump were recorded by electrodes and processed by a software program that enabled each patient to control a virtual limb just by thinking about it. The treatment caused a reduction in phantom pain, perhaps because the illusion tricked the brain into thinking that the missing limb was again part of the body.
Harvie sees similar potential for developing future pain treatments based on his team's research, such as training the brain to target the cues it interprets as danger signals.
"Movement is a common example of something that is often associated with pain when we have an injury, and might therefore become a 'learned' signal of danger and trigger of pain, even after injury healing," he says. "If we can teach the brain anew that movement and other learned triggers are actually safe, then their ability to contribute to pain will be extinguished."
Saturday, February 21, 2015
That's because our perception of pain is shaped by brain circuits that are constantly filtering the information coming from our sensory nerves, says David Linden, a professor of neuroscience at Johns Hopkins University and author of the new book Touch: The Science of Hand, Heart, and Mind.
"The brain can say, 'Hey that's interesting. Turn up the volume on this pain information that's coming in,' " Linden says. "Or it can say, 'Oh no — let's turn down the volume on that and pay less attention to it.' "
This ability to modulate pain explains the experiences of people like Dwayne Turner, an Army combat medic in Iraq who received the Silver Star for valor.
In 2003, Turner was unloading supplies when his unit came under attack. He was wounded by a grenade. "He took shrapnel in his leg, in his side — and he didn't even notice that he had been hit," Linden says.
Despite his injuries, Turner began giving first aid and pulled other soldiers to safety. As he worked, he was shot twice — one bullet breaking a bone in his arm. Yet Turner would say later that he felt almost no pain.
"Soldiers in the heat of the moment don't recognize the pain that's happening," Linden says. But once that moment is over, those same soldiers may feel a lot of pain from something minor, like a hypodermic needle, he says.
The brain also determines the emotion we attach to each painful experience, Linden says. That's possible, he explains, because the brain uses two different systems to process pain information coming from our nerve endings.
One system determines the pain's location, intensity and characteristics: stabbing, aching, burning, etc.
"And then," Linden says, "there is a completely separate system for the emotional aspect of pain — the part that makes us go, 'Ow! This is terrible.' "
Friday, February 06, 2015
Chronic pain is at epidemic levels and has become the highest-cost condition in health care. This course uses evidence-based science with creative and experiential learning to better understand chronic pain conditions and how they can be prevented through self-management in our cognitive, behavioral, physical, emotional, spiritual, social, and environmental realms.
Chronic musculoskeletal pain (including head, neck, and back pain) is a significant cause of suffering, disability, and health care in the world. Care for chronic pain often involves surgery, multiple medications (including opioids), endless physical and chiropractic therapy, injections, implanted devices, and other passive treatments-- making it the highest cost condition in health care. The burden upon individuals in terms of ongoing pain and suffering is incalculable.
Consider an alternative. By using a human systems approach, we can better understand how individual risk factors in the cognitive, behavioral, physical, emotional, spiritual, social, and environmental realms of our lives can interact to perpetuate chronic pain and, if improved, can prevent it.
During this course, you will: Identify the problems of our health care system in dealing with chronic pain. Review the diagnosis, mechanisms, and etiology of chronic pain conditions. Explore specific risk factors that can contribute to chronic pain. Learn how a human systems approach can be applied through evidence-based self-management strategies to prevent chronic pain. Experience active strategies designed to enhance the protective factors that can transform our own lives, and those of our patients, to one of health and wellness.
This course was first offered in spring of 2014. The course evaluations were carefully reviewed and the course was modified to improve its quality. Overall, 91% of participants believed the overall experience was satisfying, 92% believed it met the objectives, 93% believed that it made a difference in their life, and 85% believed that it made a difference in the care of patients.
Saturday, January 17, 2015
In September, the NIH held a workshop to review chronic pain treatment with a panel of seven experts and more than 20 speakers. The NIH also reviewed relevant research on how pain should be treated.
Panel cites need for individualized, patient-centered approach to treat and monitor chronic pain - NIH
An independent panel convened by the National Institutes of Health concluded that individualized, patient-centered care is needed to treat and monitor the estimated 100 million Americans living with chronic pain. To achieve this aim, the panel recommends more research and development around the evidence-based, multidisciplinary approaches needed to balance patient perspectives, desired outcomes, and safety.
"Persons living with chronic pain have often been grouped into a single category, and treatment approaches have been generalized with little evidence to support this practice," said Dr. David B. Reuben, panel chair and professor of medicine at the David Geffen School of Medicine at the University of California, Los Angeles. "Chronic pain spans a multitude of conditions, presents in different ways, and requires an individualized, multifaceted approach."
Chronic pain is often treated with prescription opioids, but the panel noted widespread concern with this practice. Although some patients benefit from such treatment, there are no long-term studies on the effectiveness of opioids related to pain, function, or quality of life. There is not enough research on the long-term safety of opioid use. However, there are well-documented potential adverse outcomes, including substantial side effects (e.g., nausea, mental clouding, respiratory depression), physical dependence, and overdose—with approximately 17,000 opioid-related overdose deaths reported in 2011.
"Clearly, there are patients for whom opioids are the best treatment for their chronic pain. However, for others, there are likely to be more effective approaches," stated Dr. Reuben. "The challenge is to identify the conditions for which opioid use is most appropriate, the alternatives for those who are unlikely to benefit from opioids, and the best approach to ensuring that every patient's individual needs are met by a patient-centered health care system."
The panel identified several barriers to implementing evidence-based, patient-centered care. For example, many clinicians do not have tools to assess patient measures of pain, quality of life, and adverse outcomes. Primary care practices often do not have access to multidisciplinary experts, such as pain management specialists. Insurance plans may not cover team-based, integrative approaches that promote comprehensive, holistic care. In addition, some plans do not offer effective non-opioid drugs as first-line treatment for chronic pain, thus limiting a clinician's ability to explore other avenues of treatment. Once a health provider has made the decision to use opioids, there are insufficient data on drug characteristics, dosing strategies, or tapering to effectively guide clinical care.
"We have inadequate knowledge about treating various types of pain and how to balance effectiveness with potential harms. We also have a dysfunctional health care delivery system that promotes the easiest rather than the best approach to addressing pain," noted Dr. Reuben.
To address knowledge gaps, the panel cited a need for more research on pain, multidisciplinary pain interventions, the long-term effectiveness and safety of opioids, as well as optimal opioid management and risk mitigation strategies. However, because well-designed longitudinal studies can be large, expensive, and difficult for recruitment, the panel encouraged the development of new research design and analytic methods to answer important research and clinical questions.
The panel also recommended engaging electronic health record vendors and health systems to provide pain management decision support tools for clinicians. In addition, the panel advised the NIH and other federal agencies to sponsor more conferences to harmonize pain assessment and treatment guidelines to facilitate consistent clinical care for the treatment of chronic pain.
The panel will hold a press telebriefing on Friday, Jan. 16, at 3 p.m. EST to discuss its findings with members of the media. To participate, call 888-428-7458 (toll free for United States and Canada) or 862-255-5398 (toll for other international callers) and reference the NIH Pathways to Prevention program on The Role of Opioids in the Treatment of Chronic Pain. Audio playback will be available shortly after the conclusion of the telebriefing and can be accessed by calling 888-640-7743 (United States and Canada) or 754-333-7735 (other international callers) and entering replay code 114001.
To better understand the role of opioids in the treatment of chronic pain, the NIH Office of Disease Prevention (ODP) convened a Pathways to Prevention workshop on Sept. 29–30, 2014, to assess the available scientific evidence. The panel's final report, which identifies future research and clinical priorities, incorporates the panel's assessment of an evidence report, expert presentations, audience input, and public comments. The panel's report, which is an independent report and not a policy statement of the NIH or the federal government, is now available at https://prevention.nih.gov/programs-events/pathways-to-prevention/workshops/opioids-chronic-pain/workshop-resources.