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New CDC advisory once again flags BA.2.86 COVID variant
An emerging variant of COVID-19 called BA.2.86 that caused alarm in the summer of 2023 has landed on the Center for Disease Control and Prevention’s radar again.
The variant accounted for nearly 9% of cases during the 2-week period ending Nov. 25, up from 3% during the previous 2 weeks, according to data published Nov. 27 by the CDC. The estimates are not exact, and the CDC indicated the actual percentage of cases may range from 5% to 15%.
The CDC took the unusual step of publishing a specific statement about the rise in BA.2.86 cases. The variant drew worldwide attention during the summer because of how different its makeup is, compared with other prominent variants of the virus that causes COVID-19, raising the potential for the new variant to be more capable of causing infection. But after a flurry of interest in BA.2.86, it didn’t end up being as widespread as expected, so for months it wasn’t listed as a standalone variant on the CDC’s variant tracker list.
“At this time, BA.2.86 does not appear to be driving increases in infections or hospitalizations in the United States,” the CDC wrote in its advisory. “It is not possible at this time to know whether BA.2.86 infection produces different symptoms from other variants. In general, symptoms of COVID-19 tend to be similar across variants. The types of symptoms and how severe they are usually depend more on a person’s immunity than which variant causes the infection.”
BA.2.86 is now the third-most prominent variant circulating the United States, behind HV.1 and EG.5, which combined account for about 45% of all U.S. COVID-19 cases. All three are from the Omicron lineage of the virus.
About 8% of all COVID tests reported to the CDC were positive for the week ending Nov. 18, which is a decline, compared with recent weeks. But indicators for severe cases of the illness have ticked up lately, including rises among ED visits for COVID, hospitalizations, and deaths.
A version of this article appeared on WebMD.com.
An emerging variant of COVID-19 called BA.2.86 that caused alarm in the summer of 2023 has landed on the Center for Disease Control and Prevention’s radar again.
The variant accounted for nearly 9% of cases during the 2-week period ending Nov. 25, up from 3% during the previous 2 weeks, according to data published Nov. 27 by the CDC. The estimates are not exact, and the CDC indicated the actual percentage of cases may range from 5% to 15%.
The CDC took the unusual step of publishing a specific statement about the rise in BA.2.86 cases. The variant drew worldwide attention during the summer because of how different its makeup is, compared with other prominent variants of the virus that causes COVID-19, raising the potential for the new variant to be more capable of causing infection. But after a flurry of interest in BA.2.86, it didn’t end up being as widespread as expected, so for months it wasn’t listed as a standalone variant on the CDC’s variant tracker list.
“At this time, BA.2.86 does not appear to be driving increases in infections or hospitalizations in the United States,” the CDC wrote in its advisory. “It is not possible at this time to know whether BA.2.86 infection produces different symptoms from other variants. In general, symptoms of COVID-19 tend to be similar across variants. The types of symptoms and how severe they are usually depend more on a person’s immunity than which variant causes the infection.”
BA.2.86 is now the third-most prominent variant circulating the United States, behind HV.1 and EG.5, which combined account for about 45% of all U.S. COVID-19 cases. All three are from the Omicron lineage of the virus.
About 8% of all COVID tests reported to the CDC were positive for the week ending Nov. 18, which is a decline, compared with recent weeks. But indicators for severe cases of the illness have ticked up lately, including rises among ED visits for COVID, hospitalizations, and deaths.
A version of this article appeared on WebMD.com.
An emerging variant of COVID-19 called BA.2.86 that caused alarm in the summer of 2023 has landed on the Center for Disease Control and Prevention’s radar again.
The variant accounted for nearly 9% of cases during the 2-week period ending Nov. 25, up from 3% during the previous 2 weeks, according to data published Nov. 27 by the CDC. The estimates are not exact, and the CDC indicated the actual percentage of cases may range from 5% to 15%.
The CDC took the unusual step of publishing a specific statement about the rise in BA.2.86 cases. The variant drew worldwide attention during the summer because of how different its makeup is, compared with other prominent variants of the virus that causes COVID-19, raising the potential for the new variant to be more capable of causing infection. But after a flurry of interest in BA.2.86, it didn’t end up being as widespread as expected, so for months it wasn’t listed as a standalone variant on the CDC’s variant tracker list.
“At this time, BA.2.86 does not appear to be driving increases in infections or hospitalizations in the United States,” the CDC wrote in its advisory. “It is not possible at this time to know whether BA.2.86 infection produces different symptoms from other variants. In general, symptoms of COVID-19 tend to be similar across variants. The types of symptoms and how severe they are usually depend more on a person’s immunity than which variant causes the infection.”
BA.2.86 is now the third-most prominent variant circulating the United States, behind HV.1 and EG.5, which combined account for about 45% of all U.S. COVID-19 cases. All three are from the Omicron lineage of the virus.
About 8% of all COVID tests reported to the CDC were positive for the week ending Nov. 18, which is a decline, compared with recent weeks. But indicators for severe cases of the illness have ticked up lately, including rises among ED visits for COVID, hospitalizations, and deaths.
A version of this article appeared on WebMD.com.
Is air filtration the best public health intervention against respiratory viruses?
This transcript has been edited for clarity.
When it comes to the public health fight against respiratory viruses – COVID, flu, RSV, and so on – it has always struck me as strange how staunchly basically any intervention is opposed. Masking was, of course, the prototypical entrenched warfare of opposing ideologies, with advocates pointing to studies suggesting the efficacy of masking to prevent transmission and advocating for broad masking recommendations, and detractors citing studies that suggested masks were ineffective and characterizing masking policies as fascist overreach. I’ll admit that I was always perplexed by this a bit, as that particular intervention seemed so benign – a bit annoying, I guess, but not crazy.
I have come to appreciate what I call status quo bias, which is the tendency to reject any policy, advice, or intervention that would force you, as an individual, to change your usual behavior. We just don’t like to do that. It has made me think that the most successful public health interventions might be the ones that take the individual out of the loop. And air quality control seems an ideal fit here. Here is a potential intervention where you, the individual, have to do precisely nothing. The status quo is preserved. We just, you know, have cleaner indoor air.
But even the suggestion of air treatment systems as a bulwark against respiratory virus transmission has been met with not just skepticism but cynicism, and perhaps even defeatism. It seems that there are those out there who think there really is nothing we can do. Sickness is interpreted in a Calvinistic framework: You become ill because it is your pre-destiny. But maybe air treatment could actually work. It seems like it might, if a new paper from PLOS One is to be believed.
What we’re talking about is a study titled “Bipolar Ionization Rapidly Inactivates Real-World, Airborne Concentrations of Infective Respiratory Viruses” – a highly controlled, laboratory-based analysis of a bipolar ionization system which seems to rapidly reduce viral counts in the air.
The proposed mechanism of action is pretty simple. The ionization system – which, don’t worry, has been shown not to produce ozone – spits out positively and negatively charged particles, which float around the test chamber, designed to look like a pretty standard room that you might find in an office or a school.
Virus is then injected into the chamber through an aerosolization machine, to achieve concentrations on the order of what you might get standing within 6 feet or so of someone actively infected with COVID while they are breathing and talking.
The idea is that those ions stick to the virus particles, similar to how a balloon sticks to the wall after you rub it on your hair, and that tends to cause them to clump together and settle on surfaces more rapidly, and thus get farther away from their ports of entry to the human system: nose, mouth, and eyes. But the ions may also interfere with viruses’ ability to bind to cellular receptors, even in the air.
To quantify viral infectivity, the researchers used a biological system. Basically, you take air samples and expose a petri dish of cells to them and see how many cells die. Fewer cells dying, less infective. Under control conditions, you can see that virus infectivity does decrease over time. Time zero here is the end of a SARS-CoV-2 aerosolization.
This may simply reflect the fact that virus particles settle out of the air. But As you can see, within about an hour, you have almost no infective virus detectable. That’s fairly impressive.
Now, I’m not saying that this is a panacea, but it is certainly worth considering the use of technologies like these if we are going to revamp the infrastructure of our offices and schools. And, of course, it would be nice to see this tested in a rigorous clinical trial with actual infected people, not cells, as the outcome. But I continue to be encouraged by interventions like this which, to be honest, ask very little of us as individuals. Maybe it’s time we accept the things, or people, that we cannot change.
F. Perry Wilson, MD, MSCE, is an associate professor of medicine and public health and director of Yale’s Clinical and Translational Research Accelerator. He reported no relevant conflicts of interest.
A version of this article first appeared on Medscape.com.
This transcript has been edited for clarity.
When it comes to the public health fight against respiratory viruses – COVID, flu, RSV, and so on – it has always struck me as strange how staunchly basically any intervention is opposed. Masking was, of course, the prototypical entrenched warfare of opposing ideologies, with advocates pointing to studies suggesting the efficacy of masking to prevent transmission and advocating for broad masking recommendations, and detractors citing studies that suggested masks were ineffective and characterizing masking policies as fascist overreach. I’ll admit that I was always perplexed by this a bit, as that particular intervention seemed so benign – a bit annoying, I guess, but not crazy.
I have come to appreciate what I call status quo bias, which is the tendency to reject any policy, advice, or intervention that would force you, as an individual, to change your usual behavior. We just don’t like to do that. It has made me think that the most successful public health interventions might be the ones that take the individual out of the loop. And air quality control seems an ideal fit here. Here is a potential intervention where you, the individual, have to do precisely nothing. The status quo is preserved. We just, you know, have cleaner indoor air.
But even the suggestion of air treatment systems as a bulwark against respiratory virus transmission has been met with not just skepticism but cynicism, and perhaps even defeatism. It seems that there are those out there who think there really is nothing we can do. Sickness is interpreted in a Calvinistic framework: You become ill because it is your pre-destiny. But maybe air treatment could actually work. It seems like it might, if a new paper from PLOS One is to be believed.
What we’re talking about is a study titled “Bipolar Ionization Rapidly Inactivates Real-World, Airborne Concentrations of Infective Respiratory Viruses” – a highly controlled, laboratory-based analysis of a bipolar ionization system which seems to rapidly reduce viral counts in the air.
The proposed mechanism of action is pretty simple. The ionization system – which, don’t worry, has been shown not to produce ozone – spits out positively and negatively charged particles, which float around the test chamber, designed to look like a pretty standard room that you might find in an office or a school.
Virus is then injected into the chamber through an aerosolization machine, to achieve concentrations on the order of what you might get standing within 6 feet or so of someone actively infected with COVID while they are breathing and talking.
The idea is that those ions stick to the virus particles, similar to how a balloon sticks to the wall after you rub it on your hair, and that tends to cause them to clump together and settle on surfaces more rapidly, and thus get farther away from their ports of entry to the human system: nose, mouth, and eyes. But the ions may also interfere with viruses’ ability to bind to cellular receptors, even in the air.
To quantify viral infectivity, the researchers used a biological system. Basically, you take air samples and expose a petri dish of cells to them and see how many cells die. Fewer cells dying, less infective. Under control conditions, you can see that virus infectivity does decrease over time. Time zero here is the end of a SARS-CoV-2 aerosolization.
This may simply reflect the fact that virus particles settle out of the air. But As you can see, within about an hour, you have almost no infective virus detectable. That’s fairly impressive.
Now, I’m not saying that this is a panacea, but it is certainly worth considering the use of technologies like these if we are going to revamp the infrastructure of our offices and schools. And, of course, it would be nice to see this tested in a rigorous clinical trial with actual infected people, not cells, as the outcome. But I continue to be encouraged by interventions like this which, to be honest, ask very little of us as individuals. Maybe it’s time we accept the things, or people, that we cannot change.
F. Perry Wilson, MD, MSCE, is an associate professor of medicine and public health and director of Yale’s Clinical and Translational Research Accelerator. He reported no relevant conflicts of interest.
A version of this article first appeared on Medscape.com.
This transcript has been edited for clarity.
When it comes to the public health fight against respiratory viruses – COVID, flu, RSV, and so on – it has always struck me as strange how staunchly basically any intervention is opposed. Masking was, of course, the prototypical entrenched warfare of opposing ideologies, with advocates pointing to studies suggesting the efficacy of masking to prevent transmission and advocating for broad masking recommendations, and detractors citing studies that suggested masks were ineffective and characterizing masking policies as fascist overreach. I’ll admit that I was always perplexed by this a bit, as that particular intervention seemed so benign – a bit annoying, I guess, but not crazy.
I have come to appreciate what I call status quo bias, which is the tendency to reject any policy, advice, or intervention that would force you, as an individual, to change your usual behavior. We just don’t like to do that. It has made me think that the most successful public health interventions might be the ones that take the individual out of the loop. And air quality control seems an ideal fit here. Here is a potential intervention where you, the individual, have to do precisely nothing. The status quo is preserved. We just, you know, have cleaner indoor air.
But even the suggestion of air treatment systems as a bulwark against respiratory virus transmission has been met with not just skepticism but cynicism, and perhaps even defeatism. It seems that there are those out there who think there really is nothing we can do. Sickness is interpreted in a Calvinistic framework: You become ill because it is your pre-destiny. But maybe air treatment could actually work. It seems like it might, if a new paper from PLOS One is to be believed.
What we’re talking about is a study titled “Bipolar Ionization Rapidly Inactivates Real-World, Airborne Concentrations of Infective Respiratory Viruses” – a highly controlled, laboratory-based analysis of a bipolar ionization system which seems to rapidly reduce viral counts in the air.
The proposed mechanism of action is pretty simple. The ionization system – which, don’t worry, has been shown not to produce ozone – spits out positively and negatively charged particles, which float around the test chamber, designed to look like a pretty standard room that you might find in an office or a school.
Virus is then injected into the chamber through an aerosolization machine, to achieve concentrations on the order of what you might get standing within 6 feet or so of someone actively infected with COVID while they are breathing and talking.
The idea is that those ions stick to the virus particles, similar to how a balloon sticks to the wall after you rub it on your hair, and that tends to cause them to clump together and settle on surfaces more rapidly, and thus get farther away from their ports of entry to the human system: nose, mouth, and eyes. But the ions may also interfere with viruses’ ability to bind to cellular receptors, even in the air.
To quantify viral infectivity, the researchers used a biological system. Basically, you take air samples and expose a petri dish of cells to them and see how many cells die. Fewer cells dying, less infective. Under control conditions, you can see that virus infectivity does decrease over time. Time zero here is the end of a SARS-CoV-2 aerosolization.
This may simply reflect the fact that virus particles settle out of the air. But As you can see, within about an hour, you have almost no infective virus detectable. That’s fairly impressive.
Now, I’m not saying that this is a panacea, but it is certainly worth considering the use of technologies like these if we are going to revamp the infrastructure of our offices and schools. And, of course, it would be nice to see this tested in a rigorous clinical trial with actual infected people, not cells, as the outcome. But I continue to be encouraged by interventions like this which, to be honest, ask very little of us as individuals. Maybe it’s time we accept the things, or people, that we cannot change.
F. Perry Wilson, MD, MSCE, is an associate professor of medicine and public health and director of Yale’s Clinical and Translational Research Accelerator. He reported no relevant conflicts of interest.
A version of this article first appeared on Medscape.com.
Chest pain with long COVID common but undertreated
And chronic chest discomfort may persist in some individuals for years after COVID, warranting future studies of reliable treatments and pain management in this population, a new study shows.
“Recent studies have shown that chest pain occurs in as many as 89% of patients who qualify as having long COVID,” said Ansley Poole, an undergraduate student at the University of South Florida, Tampa, who conducted the research under the supervision of Christine Hunt, DO, and her colleagues at Mayo Clinic, Jacksonville, Fla.
The findings, though preliminary, shed light on the prevalence, current treatments, and ongoing challenges in managing symptoms of long COVID, said Ms. Poole, who presented the research at the annual Pain Medicine Meeting sponsored by the American Society of Regional Anesthesia and Pain Medicine.
Long COVID, which affects an estimated 18 million Americans, manifests approximately 12 weeks after the initial infection and can persist for 2 months or more. Ms. Poole and her team set out to identify risk factors, treatment options, and outcomes for patients dealing with post-COVID chest discomfort.
The study involved a retrospective chart review of 520 patients from the Mayo Clinic network, narrowed down to a final sample of 104. To be included, patients had to report chest discomfort 3-6 months post COVID that continued for 3-6 months after presentation, with no history of chronic chest pain before the infection.
The researchers identified no standardized method for the treatment or management of chest pain linked to long COVID. “Patients were prescribed multiple different treatments, including opioids, post-COVID treatment programs, anticoagulants, steroids, and even psychological programs,” Ms. Poole said.
The median age of the patients was around 50 years; more than 65% were female and over 90% identified as White. More than half (55%) had received one or more vaccine doses at the time of infection. The majority were classified as overweight or obese at the time of their SARS-CoV-2 infection.
Of the 104 patients analyzed, 30 were referred to one or more subspecialties within the pain medicine department, 23 were hospitalized, and 9 were admitted to the intensive care unit or critical care.
“Fifty-three of our patients visited the ER one or more times after COVID because of chest discomfort; however, only six were admitted for over 24 hours, indicating possible overuse of emergency services,” Ms. Poole noted.
Overall, chest pain was described as intermittent instead of constant, which may have been a barrier to providing adequate and timely treatment. The inconsistent presence of pain contributed to the prolonged suffering some patients experienced, Ms. Poole noted.
The study identified several comorbidities, potentially complicating the treatment and etiology of chest pain. These comorbidities – when combined with COVID-related chest pain – contributed to the wide array of prescribed treatments, including steroids, anticoagulants, beta blockers, and physical therapy. Chest pain also seldom stood alone; it was often accompanied by other long COVID–related symptoms, such as shortness of breath.
“Our current analysis indicates that chest pain continues on for years in many individuals, suggesting that COVID-related chest pain may be resistant to treatment,” Ms. Poole reported.
The observed heterogeneity in treatments and outcomes in patients experiencing long-term chest discomfort after COVID infection underscores the need for future studies to establish reliable treatment and management protocols for this population, said Dalia Elmofty, MD, an associate professor of anesthesia and critical care at the University of Chicago, who was not involved in the study. “There are things about COVID that we don’t fully understand. As we’re seeing its consequences and trying to understand its etiology, we recognize the need for further research,” Dr. Elmofty said.
“So many different disease pathologies came out of COVID, whether it’s organ pathology, myofascial pathology, or autoimmune pathology, and all of that is obviously linked to pain,” Dr. Elmofty told this news organization. “It’s an area of research that we are going to have to devote a lot of time to in order to understand, but I think we’re still in the very early phases, trying to fit the pieces of the puzzle together.”
Ms. Poole and Dr. Elmofty report no relevant financial relationships.
A version of this article appeared on Medscape.com.
And chronic chest discomfort may persist in some individuals for years after COVID, warranting future studies of reliable treatments and pain management in this population, a new study shows.
“Recent studies have shown that chest pain occurs in as many as 89% of patients who qualify as having long COVID,” said Ansley Poole, an undergraduate student at the University of South Florida, Tampa, who conducted the research under the supervision of Christine Hunt, DO, and her colleagues at Mayo Clinic, Jacksonville, Fla.
The findings, though preliminary, shed light on the prevalence, current treatments, and ongoing challenges in managing symptoms of long COVID, said Ms. Poole, who presented the research at the annual Pain Medicine Meeting sponsored by the American Society of Regional Anesthesia and Pain Medicine.
Long COVID, which affects an estimated 18 million Americans, manifests approximately 12 weeks after the initial infection and can persist for 2 months or more. Ms. Poole and her team set out to identify risk factors, treatment options, and outcomes for patients dealing with post-COVID chest discomfort.
The study involved a retrospective chart review of 520 patients from the Mayo Clinic network, narrowed down to a final sample of 104. To be included, patients had to report chest discomfort 3-6 months post COVID that continued for 3-6 months after presentation, with no history of chronic chest pain before the infection.
The researchers identified no standardized method for the treatment or management of chest pain linked to long COVID. “Patients were prescribed multiple different treatments, including opioids, post-COVID treatment programs, anticoagulants, steroids, and even psychological programs,” Ms. Poole said.
The median age of the patients was around 50 years; more than 65% were female and over 90% identified as White. More than half (55%) had received one or more vaccine doses at the time of infection. The majority were classified as overweight or obese at the time of their SARS-CoV-2 infection.
Of the 104 patients analyzed, 30 were referred to one or more subspecialties within the pain medicine department, 23 were hospitalized, and 9 were admitted to the intensive care unit or critical care.
“Fifty-three of our patients visited the ER one or more times after COVID because of chest discomfort; however, only six were admitted for over 24 hours, indicating possible overuse of emergency services,” Ms. Poole noted.
Overall, chest pain was described as intermittent instead of constant, which may have been a barrier to providing adequate and timely treatment. The inconsistent presence of pain contributed to the prolonged suffering some patients experienced, Ms. Poole noted.
The study identified several comorbidities, potentially complicating the treatment and etiology of chest pain. These comorbidities – when combined with COVID-related chest pain – contributed to the wide array of prescribed treatments, including steroids, anticoagulants, beta blockers, and physical therapy. Chest pain also seldom stood alone; it was often accompanied by other long COVID–related symptoms, such as shortness of breath.
“Our current analysis indicates that chest pain continues on for years in many individuals, suggesting that COVID-related chest pain may be resistant to treatment,” Ms. Poole reported.
The observed heterogeneity in treatments and outcomes in patients experiencing long-term chest discomfort after COVID infection underscores the need for future studies to establish reliable treatment and management protocols for this population, said Dalia Elmofty, MD, an associate professor of anesthesia and critical care at the University of Chicago, who was not involved in the study. “There are things about COVID that we don’t fully understand. As we’re seeing its consequences and trying to understand its etiology, we recognize the need for further research,” Dr. Elmofty said.
“So many different disease pathologies came out of COVID, whether it’s organ pathology, myofascial pathology, or autoimmune pathology, and all of that is obviously linked to pain,” Dr. Elmofty told this news organization. “It’s an area of research that we are going to have to devote a lot of time to in order to understand, but I think we’re still in the very early phases, trying to fit the pieces of the puzzle together.”
Ms. Poole and Dr. Elmofty report no relevant financial relationships.
A version of this article appeared on Medscape.com.
And chronic chest discomfort may persist in some individuals for years after COVID, warranting future studies of reliable treatments and pain management in this population, a new study shows.
“Recent studies have shown that chest pain occurs in as many as 89% of patients who qualify as having long COVID,” said Ansley Poole, an undergraduate student at the University of South Florida, Tampa, who conducted the research under the supervision of Christine Hunt, DO, and her colleagues at Mayo Clinic, Jacksonville, Fla.
The findings, though preliminary, shed light on the prevalence, current treatments, and ongoing challenges in managing symptoms of long COVID, said Ms. Poole, who presented the research at the annual Pain Medicine Meeting sponsored by the American Society of Regional Anesthesia and Pain Medicine.
Long COVID, which affects an estimated 18 million Americans, manifests approximately 12 weeks after the initial infection and can persist for 2 months or more. Ms. Poole and her team set out to identify risk factors, treatment options, and outcomes for patients dealing with post-COVID chest discomfort.
The study involved a retrospective chart review of 520 patients from the Mayo Clinic network, narrowed down to a final sample of 104. To be included, patients had to report chest discomfort 3-6 months post COVID that continued for 3-6 months after presentation, with no history of chronic chest pain before the infection.
The researchers identified no standardized method for the treatment or management of chest pain linked to long COVID. “Patients were prescribed multiple different treatments, including opioids, post-COVID treatment programs, anticoagulants, steroids, and even psychological programs,” Ms. Poole said.
The median age of the patients was around 50 years; more than 65% were female and over 90% identified as White. More than half (55%) had received one or more vaccine doses at the time of infection. The majority were classified as overweight or obese at the time of their SARS-CoV-2 infection.
Of the 104 patients analyzed, 30 were referred to one or more subspecialties within the pain medicine department, 23 were hospitalized, and 9 were admitted to the intensive care unit or critical care.
“Fifty-three of our patients visited the ER one or more times after COVID because of chest discomfort; however, only six were admitted for over 24 hours, indicating possible overuse of emergency services,” Ms. Poole noted.
Overall, chest pain was described as intermittent instead of constant, which may have been a barrier to providing adequate and timely treatment. The inconsistent presence of pain contributed to the prolonged suffering some patients experienced, Ms. Poole noted.
The study identified several comorbidities, potentially complicating the treatment and etiology of chest pain. These comorbidities – when combined with COVID-related chest pain – contributed to the wide array of prescribed treatments, including steroids, anticoagulants, beta blockers, and physical therapy. Chest pain also seldom stood alone; it was often accompanied by other long COVID–related symptoms, such as shortness of breath.
“Our current analysis indicates that chest pain continues on for years in many individuals, suggesting that COVID-related chest pain may be resistant to treatment,” Ms. Poole reported.
The observed heterogeneity in treatments and outcomes in patients experiencing long-term chest discomfort after COVID infection underscores the need for future studies to establish reliable treatment and management protocols for this population, said Dalia Elmofty, MD, an associate professor of anesthesia and critical care at the University of Chicago, who was not involved in the study. “There are things about COVID that we don’t fully understand. As we’re seeing its consequences and trying to understand its etiology, we recognize the need for further research,” Dr. Elmofty said.
“So many different disease pathologies came out of COVID, whether it’s organ pathology, myofascial pathology, or autoimmune pathology, and all of that is obviously linked to pain,” Dr. Elmofty told this news organization. “It’s an area of research that we are going to have to devote a lot of time to in order to understand, but I think we’re still in the very early phases, trying to fit the pieces of the puzzle together.”
Ms. Poole and Dr. Elmofty report no relevant financial relationships.
A version of this article appeared on Medscape.com.
Why don’t doctors feel like heroes anymore?
In April 2020, as many Americans prepared to spend the Easter holiday in lockdown, pop star Mariah Carey released a video honoring the “sacrifices and courage” of frontline workers battling COVID-19 – her 1993 hit, “Hero.”
“The sorrow that you know will melt away,” Ms. Carey sang. “When you feel like hope is gone,” the song continued, strength and answers can be found within, and “a hero lies in you.”
For health care professionals, the reality of 2020 wasn’t quite so uplifting. PPE shortages and spillover ICUs had many feeling helpless, exhausted, and overwhelmed. Few if any medical professionals felt their sorrows “melt away.”
We can’t expect depth and nuance from pop songs, but we can find in them the imagery that runs through our culture. The “hero narrative” – the idea that doctors, nurses, and others in health care have superhuman endurance and selflessness – has long been an undercurrent in the medical field.
And yet, without a workforce willing to perform without adequate sleep, food, or time off, the health care system couldn’t function, says Brian Park, MD, MPH, a family medicine physician at Oregon Health & Science University, Portland. At many academic health centers, for example, residents are “the bedrock of the workforce,” he explains. If they didn’t work 80-100 hours per week, those systems wouldn’t exist.
So, how do we look at the health care system in a way that is both grateful and critical, Dr. Park wonders. “How do we honor extreme acts of heroism and also acknowledge that the system sometimes gets by on the acts of heroes to patch up some of the brokenness and fragmentation within it?”
Heroes are determined
Ala Stanford, MD, a pediatric surgeon in Philadelphia, has frequently been called a “health care hero.” Given the title by CNN in 2021, she has received numerous other awards and accolades, featured in Fortune Magazine’s “World’s 50 Greatest Leaders” in 2021 and USA Today’s “Women of the Year” in 2022.
In 2020, Dr. Stanford was sheltering in place and watching “way too much” cable news. “They would play solemn music and show photos of all the people who had died,” she recalls. “I thought, ‘All these people are Black or brown. What is going on?’”
The standard explanation was that people of color were more vulnerable because they were more likely to be essential workers or have chronic health conditions. But Dr. Stanford believed this was only part of the story. The reason she saw that local Black communities had higher positivity rates was because people couldn’t get a COVID test.
Dr. Stanford got call after call from Philadelphians who had been turned away from testing centers. When she questioned colleagues, “they gave me every reason under the sun,” Dr. Stanford says. “It was because someone took public transportation, and they were only testing people in cars, or because they weren’t over 65, or because they didn’t have other comorbid health conditions, or because they weren’t a health care worker, or because they hadn’t traveled to China ...” The list went on.
Dr. Stanford appealed to local, state, and federal health authorities. Finally, she took matters into her own hands. She found tests, packed a van with masks, gowns, and gloves, and drove across the city going door to door. Eventually, she organized testing in the parking lots of Black churches, sometimes seeing more than 400 people per day.
The services were funded entirely through her own bank account and donations until she was eventually awarded a CDC grant through the Coronavirus Aid, Relief, and Economic Security (CARES) Act of 2020 and began to receive contracts from the city.
Since then, Dr. Stanford’s mission has evolved. She and her team provided COVID vaccinations to thousands, and in 2021, opened the Dr. Ala Stanford Center for Health Equity. The center offers primary care for all ages in underserved communities.
Still, Dr. Stanford doesn’t think of herself as a hero, and she stresses that many other people contributed to her success. “I think the world was on fire, and we were all firefighters,” Dr. Stanford says. “Someone said to me, ‘Ala, you ran to the fire and everyone else was running away from it, and you didn’t have to.’ … I feel like I was able to galvanize people to realize the power that they actually had. Maybe independently, they couldn’t do a whole lot, but collectively, we were a force.”
Heroes are selfless
Nicole Jackson, RN, an emergency room manager and nurse at Advocate Trinity Hospital in Chicago, was recently honored as a Health Care Hero by the American Red Cross of Greater Chicago.
On June 23, 2022, Jackson’s emergency department was understaffed and struggling with an influx of patients when three gunshot victims arrived. Two needed to be transferred to a trauma center, and one – with multiple gunshot wounds – required a critical care nurse in the ambulance. But the ETA for that transport was 90 minutes, which meant the patient might not survive. Although Ms. Jackson was already working beyond her shift, she rode in the ambulance with the patient herself and probably saved his life.
While this incident stood out to a colleague who nominated her for the Red Cross award, Ms. Jackson finds herself working extra hours fairly often. “Since COVID, that’s pretty much been like any other hospital,” she says. “We’ve had staffing challenges that we work through every day. So, the nurses come, they show up, and they do the best that they can with what we have to keep our patients safe.”
A 2022 survey by McKinsey estimated that by 2025, there could be a gap of 200,000 to 450,000 nurses in the United States. A two-year impact assessment from the American Nurses Foundation found that among more than 12,500 nurses, 40% were considering leaving their positions before the pandemic. By 2022, that number had jumped to 52% with the top reasons being insufficient staffing and negative effects on health and well-being.
Can the “hero narrative” help that situation? Ms. Jackson says she doesn’t see herself as a hero, but the supportive environment and gestures of recognition by staff do make her feel appreciated. These include daily messages offering “kudos” and nominations for the DAISY Award, which she herself received in 2022.
“I have people who I have encouraged to become nurses,” Ms. Jackson says, “and when they saw [the award], they were really excited about becoming a nurse.”
Heroes are strong
Jasmine Marcelin, MD, an infectious disease physician with Nebraska Medicine in Omaha, understands the need for heroes as symbols and sources of inspiration. Dr. Marcelin is a fan of the superhero movie genre. There is value, she says, in feeling hope and excitement while watching Superman or Wonder Woman save the day. Who doesn’t want to believe (if only briefly) that the good guys will always win?
In reality, Dr. Marcelin says, “none of us are invincible.” And it’s dangerous to forget that “the people behind the symbols are also human.”
In 2021, Dr. Marcelin gave a TEDx talk entitled, “The Myth of the Health Care Hero.” In it she discussed the extreme physical and mental toll of the pandemic on health care workers and urged her audience to think less about extravagant praise and more about their personal responsibilities. “We don’t want or need to be called heroes,” Dr. Marcelin said. “Right now, our love language is action. We need your help, and we cannot save the world on our own.”
Dr. Marcelin also sees links between superhuman expectations and the high levels of burnout in the medical field.
“It’s a systemic issue,” she explains, “where it requires a revamping and revitalization of the entire psyche of health care to recognize that the people working within this profession are human. And the things that we think and feel and need are the same as anybody else.”
Heroes are self-sacrificing
Well-being, burnout, and disengagement in health care has become a focus for Oregon Health & Science’s Dr. Park, who is also director of RELATE Lab, an organization that aims to make health care more human-centered and equitable through leadership training, research, and community organizing.
For him, hearing neighbors banging pots and pans during the early pandemic was complicated. “The first phase for me was, ‘Thank you. I feel seen. I feel appreciated,’ ” he says. “Yes, I’m wearing a mask. I’m going in. I’m changing in the garage when I come home, so my kid and my partner don’t get sick.”
But after a while, the cheers started to feel like pressure. “Have I done anything heroic today?” Dr. Park asked himself. “Have I been as heroic as my friend who is in the hospital in the ICU? I don’t deserve this, so don’t bang those pots and pans for me.”
When your identity becomes about being a hero, Dr. Park says, when that becomes the standard by which you measure yourself, the result is often a sense of shame.
“I think a lot of people feel ashamed that they feel burnout,” he says, “because they’re supposed to be heroes, putting on their capes and masks. They’re waking up and saying, ‘I’m exhausted, and I can’t play that part today. But I know that’s the social expectation of me.’ “
Heroes are noble
There may not be a clear solution, but for many health care professionals, symbolic gestures alone are inadequate and, in certain cases, insulting.
On Doctor’s Day 2023, Alok Patel, MD, a pediatric hospitalist, tweeted a photo of an appreciation “gift” for staff from an unnamed hospital. The small items had metaphorical meanings – a rubber band “as a reminder to stay flexible,” a quarter “as a reminder to ‘call’ for help,” etc.
“Welcome to how you give thanks to ‘health care heroes,’ ” Dr. Patel tweeted.
For Dr. Patel, the issue is not lavish gifts but a need for an attitude shift. He recalls colleagues who felt ashamed asking for mental health services or time off, “because they were bombarded by the hero narrative, by the manufactured pressure that they needed to put their jobs above their own health – because that’s what ‘heroes’ do. I’m willing to bet most physicians would rather receive a sincere email with a transparent plan to better support health care workers than any Doctor’s Day gift,” he says.
In Dr. Marcelin’s TEDx talk, she quotes Spider-Man’s classic adage, “With great power, comes great responsibility.” She argues that this motto doesn’t just apply to those who can fly or deflect bullets; that’s not what heroism is. In fact, most people have their own definition of the word.
For Dr. Stanford, a hero is “someone who is selfless, putting the needs of others before their own.” Dr. Park believes there are no individual heroes. “It’s the work of the collective that’s truly heroic.”
By those standards, clearly anyone can step up, offer help, act with courage and kindness, and be heroic. “We humans, as ordinary as we are, can be extraordinary by using our power to do what’s right,” Dr. Marcelin says, “because there’s no such thing as health care heroes, just good people doing the right thing.”
A version of this article first appeared on Medscape.com.
In April 2020, as many Americans prepared to spend the Easter holiday in lockdown, pop star Mariah Carey released a video honoring the “sacrifices and courage” of frontline workers battling COVID-19 – her 1993 hit, “Hero.”
“The sorrow that you know will melt away,” Ms. Carey sang. “When you feel like hope is gone,” the song continued, strength and answers can be found within, and “a hero lies in you.”
For health care professionals, the reality of 2020 wasn’t quite so uplifting. PPE shortages and spillover ICUs had many feeling helpless, exhausted, and overwhelmed. Few if any medical professionals felt their sorrows “melt away.”
We can’t expect depth and nuance from pop songs, but we can find in them the imagery that runs through our culture. The “hero narrative” – the idea that doctors, nurses, and others in health care have superhuman endurance and selflessness – has long been an undercurrent in the medical field.
And yet, without a workforce willing to perform without adequate sleep, food, or time off, the health care system couldn’t function, says Brian Park, MD, MPH, a family medicine physician at Oregon Health & Science University, Portland. At many academic health centers, for example, residents are “the bedrock of the workforce,” he explains. If they didn’t work 80-100 hours per week, those systems wouldn’t exist.
So, how do we look at the health care system in a way that is both grateful and critical, Dr. Park wonders. “How do we honor extreme acts of heroism and also acknowledge that the system sometimes gets by on the acts of heroes to patch up some of the brokenness and fragmentation within it?”
Heroes are determined
Ala Stanford, MD, a pediatric surgeon in Philadelphia, has frequently been called a “health care hero.” Given the title by CNN in 2021, she has received numerous other awards and accolades, featured in Fortune Magazine’s “World’s 50 Greatest Leaders” in 2021 and USA Today’s “Women of the Year” in 2022.
In 2020, Dr. Stanford was sheltering in place and watching “way too much” cable news. “They would play solemn music and show photos of all the people who had died,” she recalls. “I thought, ‘All these people are Black or brown. What is going on?’”
The standard explanation was that people of color were more vulnerable because they were more likely to be essential workers or have chronic health conditions. But Dr. Stanford believed this was only part of the story. The reason she saw that local Black communities had higher positivity rates was because people couldn’t get a COVID test.
Dr. Stanford got call after call from Philadelphians who had been turned away from testing centers. When she questioned colleagues, “they gave me every reason under the sun,” Dr. Stanford says. “It was because someone took public transportation, and they were only testing people in cars, or because they weren’t over 65, or because they didn’t have other comorbid health conditions, or because they weren’t a health care worker, or because they hadn’t traveled to China ...” The list went on.
Dr. Stanford appealed to local, state, and federal health authorities. Finally, she took matters into her own hands. She found tests, packed a van with masks, gowns, and gloves, and drove across the city going door to door. Eventually, she organized testing in the parking lots of Black churches, sometimes seeing more than 400 people per day.
The services were funded entirely through her own bank account and donations until she was eventually awarded a CDC grant through the Coronavirus Aid, Relief, and Economic Security (CARES) Act of 2020 and began to receive contracts from the city.
Since then, Dr. Stanford’s mission has evolved. She and her team provided COVID vaccinations to thousands, and in 2021, opened the Dr. Ala Stanford Center for Health Equity. The center offers primary care for all ages in underserved communities.
Still, Dr. Stanford doesn’t think of herself as a hero, and she stresses that many other people contributed to her success. “I think the world was on fire, and we were all firefighters,” Dr. Stanford says. “Someone said to me, ‘Ala, you ran to the fire and everyone else was running away from it, and you didn’t have to.’ … I feel like I was able to galvanize people to realize the power that they actually had. Maybe independently, they couldn’t do a whole lot, but collectively, we were a force.”
Heroes are selfless
Nicole Jackson, RN, an emergency room manager and nurse at Advocate Trinity Hospital in Chicago, was recently honored as a Health Care Hero by the American Red Cross of Greater Chicago.
On June 23, 2022, Jackson’s emergency department was understaffed and struggling with an influx of patients when three gunshot victims arrived. Two needed to be transferred to a trauma center, and one – with multiple gunshot wounds – required a critical care nurse in the ambulance. But the ETA for that transport was 90 minutes, which meant the patient might not survive. Although Ms. Jackson was already working beyond her shift, she rode in the ambulance with the patient herself and probably saved his life.
While this incident stood out to a colleague who nominated her for the Red Cross award, Ms. Jackson finds herself working extra hours fairly often. “Since COVID, that’s pretty much been like any other hospital,” she says. “We’ve had staffing challenges that we work through every day. So, the nurses come, they show up, and they do the best that they can with what we have to keep our patients safe.”
A 2022 survey by McKinsey estimated that by 2025, there could be a gap of 200,000 to 450,000 nurses in the United States. A two-year impact assessment from the American Nurses Foundation found that among more than 12,500 nurses, 40% were considering leaving their positions before the pandemic. By 2022, that number had jumped to 52% with the top reasons being insufficient staffing and negative effects on health and well-being.
Can the “hero narrative” help that situation? Ms. Jackson says she doesn’t see herself as a hero, but the supportive environment and gestures of recognition by staff do make her feel appreciated. These include daily messages offering “kudos” and nominations for the DAISY Award, which she herself received in 2022.
“I have people who I have encouraged to become nurses,” Ms. Jackson says, “and when they saw [the award], they were really excited about becoming a nurse.”
Heroes are strong
Jasmine Marcelin, MD, an infectious disease physician with Nebraska Medicine in Omaha, understands the need for heroes as symbols and sources of inspiration. Dr. Marcelin is a fan of the superhero movie genre. There is value, she says, in feeling hope and excitement while watching Superman or Wonder Woman save the day. Who doesn’t want to believe (if only briefly) that the good guys will always win?
In reality, Dr. Marcelin says, “none of us are invincible.” And it’s dangerous to forget that “the people behind the symbols are also human.”
In 2021, Dr. Marcelin gave a TEDx talk entitled, “The Myth of the Health Care Hero.” In it she discussed the extreme physical and mental toll of the pandemic on health care workers and urged her audience to think less about extravagant praise and more about their personal responsibilities. “We don’t want or need to be called heroes,” Dr. Marcelin said. “Right now, our love language is action. We need your help, and we cannot save the world on our own.”
Dr. Marcelin also sees links between superhuman expectations and the high levels of burnout in the medical field.
“It’s a systemic issue,” she explains, “where it requires a revamping and revitalization of the entire psyche of health care to recognize that the people working within this profession are human. And the things that we think and feel and need are the same as anybody else.”
Heroes are self-sacrificing
Well-being, burnout, and disengagement in health care has become a focus for Oregon Health & Science’s Dr. Park, who is also director of RELATE Lab, an organization that aims to make health care more human-centered and equitable through leadership training, research, and community organizing.
For him, hearing neighbors banging pots and pans during the early pandemic was complicated. “The first phase for me was, ‘Thank you. I feel seen. I feel appreciated,’ ” he says. “Yes, I’m wearing a mask. I’m going in. I’m changing in the garage when I come home, so my kid and my partner don’t get sick.”
But after a while, the cheers started to feel like pressure. “Have I done anything heroic today?” Dr. Park asked himself. “Have I been as heroic as my friend who is in the hospital in the ICU? I don’t deserve this, so don’t bang those pots and pans for me.”
When your identity becomes about being a hero, Dr. Park says, when that becomes the standard by which you measure yourself, the result is often a sense of shame.
“I think a lot of people feel ashamed that they feel burnout,” he says, “because they’re supposed to be heroes, putting on their capes and masks. They’re waking up and saying, ‘I’m exhausted, and I can’t play that part today. But I know that’s the social expectation of me.’ “
Heroes are noble
There may not be a clear solution, but for many health care professionals, symbolic gestures alone are inadequate and, in certain cases, insulting.
On Doctor’s Day 2023, Alok Patel, MD, a pediatric hospitalist, tweeted a photo of an appreciation “gift” for staff from an unnamed hospital. The small items had metaphorical meanings – a rubber band “as a reminder to stay flexible,” a quarter “as a reminder to ‘call’ for help,” etc.
“Welcome to how you give thanks to ‘health care heroes,’ ” Dr. Patel tweeted.
For Dr. Patel, the issue is not lavish gifts but a need for an attitude shift. He recalls colleagues who felt ashamed asking for mental health services or time off, “because they were bombarded by the hero narrative, by the manufactured pressure that they needed to put their jobs above their own health – because that’s what ‘heroes’ do. I’m willing to bet most physicians would rather receive a sincere email with a transparent plan to better support health care workers than any Doctor’s Day gift,” he says.
In Dr. Marcelin’s TEDx talk, she quotes Spider-Man’s classic adage, “With great power, comes great responsibility.” She argues that this motto doesn’t just apply to those who can fly or deflect bullets; that’s not what heroism is. In fact, most people have their own definition of the word.
For Dr. Stanford, a hero is “someone who is selfless, putting the needs of others before their own.” Dr. Park believes there are no individual heroes. “It’s the work of the collective that’s truly heroic.”
By those standards, clearly anyone can step up, offer help, act with courage and kindness, and be heroic. “We humans, as ordinary as we are, can be extraordinary by using our power to do what’s right,” Dr. Marcelin says, “because there’s no such thing as health care heroes, just good people doing the right thing.”
A version of this article first appeared on Medscape.com.
In April 2020, as many Americans prepared to spend the Easter holiday in lockdown, pop star Mariah Carey released a video honoring the “sacrifices and courage” of frontline workers battling COVID-19 – her 1993 hit, “Hero.”
“The sorrow that you know will melt away,” Ms. Carey sang. “When you feel like hope is gone,” the song continued, strength and answers can be found within, and “a hero lies in you.”
For health care professionals, the reality of 2020 wasn’t quite so uplifting. PPE shortages and spillover ICUs had many feeling helpless, exhausted, and overwhelmed. Few if any medical professionals felt their sorrows “melt away.”
We can’t expect depth and nuance from pop songs, but we can find in them the imagery that runs through our culture. The “hero narrative” – the idea that doctors, nurses, and others in health care have superhuman endurance and selflessness – has long been an undercurrent in the medical field.
And yet, without a workforce willing to perform without adequate sleep, food, or time off, the health care system couldn’t function, says Brian Park, MD, MPH, a family medicine physician at Oregon Health & Science University, Portland. At many academic health centers, for example, residents are “the bedrock of the workforce,” he explains. If they didn’t work 80-100 hours per week, those systems wouldn’t exist.
So, how do we look at the health care system in a way that is both grateful and critical, Dr. Park wonders. “How do we honor extreme acts of heroism and also acknowledge that the system sometimes gets by on the acts of heroes to patch up some of the brokenness and fragmentation within it?”
Heroes are determined
Ala Stanford, MD, a pediatric surgeon in Philadelphia, has frequently been called a “health care hero.” Given the title by CNN in 2021, she has received numerous other awards and accolades, featured in Fortune Magazine’s “World’s 50 Greatest Leaders” in 2021 and USA Today’s “Women of the Year” in 2022.
In 2020, Dr. Stanford was sheltering in place and watching “way too much” cable news. “They would play solemn music and show photos of all the people who had died,” she recalls. “I thought, ‘All these people are Black or brown. What is going on?’”
The standard explanation was that people of color were more vulnerable because they were more likely to be essential workers or have chronic health conditions. But Dr. Stanford believed this was only part of the story. The reason she saw that local Black communities had higher positivity rates was because people couldn’t get a COVID test.
Dr. Stanford got call after call from Philadelphians who had been turned away from testing centers. When she questioned colleagues, “they gave me every reason under the sun,” Dr. Stanford says. “It was because someone took public transportation, and they were only testing people in cars, or because they weren’t over 65, or because they didn’t have other comorbid health conditions, or because they weren’t a health care worker, or because they hadn’t traveled to China ...” The list went on.
Dr. Stanford appealed to local, state, and federal health authorities. Finally, she took matters into her own hands. She found tests, packed a van with masks, gowns, and gloves, and drove across the city going door to door. Eventually, she organized testing in the parking lots of Black churches, sometimes seeing more than 400 people per day.
The services were funded entirely through her own bank account and donations until she was eventually awarded a CDC grant through the Coronavirus Aid, Relief, and Economic Security (CARES) Act of 2020 and began to receive contracts from the city.
Since then, Dr. Stanford’s mission has evolved. She and her team provided COVID vaccinations to thousands, and in 2021, opened the Dr. Ala Stanford Center for Health Equity. The center offers primary care for all ages in underserved communities.
Still, Dr. Stanford doesn’t think of herself as a hero, and she stresses that many other people contributed to her success. “I think the world was on fire, and we were all firefighters,” Dr. Stanford says. “Someone said to me, ‘Ala, you ran to the fire and everyone else was running away from it, and you didn’t have to.’ … I feel like I was able to galvanize people to realize the power that they actually had. Maybe independently, they couldn’t do a whole lot, but collectively, we were a force.”
Heroes are selfless
Nicole Jackson, RN, an emergency room manager and nurse at Advocate Trinity Hospital in Chicago, was recently honored as a Health Care Hero by the American Red Cross of Greater Chicago.
On June 23, 2022, Jackson’s emergency department was understaffed and struggling with an influx of patients when three gunshot victims arrived. Two needed to be transferred to a trauma center, and one – with multiple gunshot wounds – required a critical care nurse in the ambulance. But the ETA for that transport was 90 minutes, which meant the patient might not survive. Although Ms. Jackson was already working beyond her shift, she rode in the ambulance with the patient herself and probably saved his life.
While this incident stood out to a colleague who nominated her for the Red Cross award, Ms. Jackson finds herself working extra hours fairly often. “Since COVID, that’s pretty much been like any other hospital,” she says. “We’ve had staffing challenges that we work through every day. So, the nurses come, they show up, and they do the best that they can with what we have to keep our patients safe.”
A 2022 survey by McKinsey estimated that by 2025, there could be a gap of 200,000 to 450,000 nurses in the United States. A two-year impact assessment from the American Nurses Foundation found that among more than 12,500 nurses, 40% were considering leaving their positions before the pandemic. By 2022, that number had jumped to 52% with the top reasons being insufficient staffing and negative effects on health and well-being.
Can the “hero narrative” help that situation? Ms. Jackson says she doesn’t see herself as a hero, but the supportive environment and gestures of recognition by staff do make her feel appreciated. These include daily messages offering “kudos” and nominations for the DAISY Award, which she herself received in 2022.
“I have people who I have encouraged to become nurses,” Ms. Jackson says, “and when they saw [the award], they were really excited about becoming a nurse.”
Heroes are strong
Jasmine Marcelin, MD, an infectious disease physician with Nebraska Medicine in Omaha, understands the need for heroes as symbols and sources of inspiration. Dr. Marcelin is a fan of the superhero movie genre. There is value, she says, in feeling hope and excitement while watching Superman or Wonder Woman save the day. Who doesn’t want to believe (if only briefly) that the good guys will always win?
In reality, Dr. Marcelin says, “none of us are invincible.” And it’s dangerous to forget that “the people behind the symbols are also human.”
In 2021, Dr. Marcelin gave a TEDx talk entitled, “The Myth of the Health Care Hero.” In it she discussed the extreme physical and mental toll of the pandemic on health care workers and urged her audience to think less about extravagant praise and more about their personal responsibilities. “We don’t want or need to be called heroes,” Dr. Marcelin said. “Right now, our love language is action. We need your help, and we cannot save the world on our own.”
Dr. Marcelin also sees links between superhuman expectations and the high levels of burnout in the medical field.
“It’s a systemic issue,” she explains, “where it requires a revamping and revitalization of the entire psyche of health care to recognize that the people working within this profession are human. And the things that we think and feel and need are the same as anybody else.”
Heroes are self-sacrificing
Well-being, burnout, and disengagement in health care has become a focus for Oregon Health & Science’s Dr. Park, who is also director of RELATE Lab, an organization that aims to make health care more human-centered and equitable through leadership training, research, and community organizing.
For him, hearing neighbors banging pots and pans during the early pandemic was complicated. “The first phase for me was, ‘Thank you. I feel seen. I feel appreciated,’ ” he says. “Yes, I’m wearing a mask. I’m going in. I’m changing in the garage when I come home, so my kid and my partner don’t get sick.”
But after a while, the cheers started to feel like pressure. “Have I done anything heroic today?” Dr. Park asked himself. “Have I been as heroic as my friend who is in the hospital in the ICU? I don’t deserve this, so don’t bang those pots and pans for me.”
When your identity becomes about being a hero, Dr. Park says, when that becomes the standard by which you measure yourself, the result is often a sense of shame.
“I think a lot of people feel ashamed that they feel burnout,” he says, “because they’re supposed to be heroes, putting on their capes and masks. They’re waking up and saying, ‘I’m exhausted, and I can’t play that part today. But I know that’s the social expectation of me.’ “
Heroes are noble
There may not be a clear solution, but for many health care professionals, symbolic gestures alone are inadequate and, in certain cases, insulting.
On Doctor’s Day 2023, Alok Patel, MD, a pediatric hospitalist, tweeted a photo of an appreciation “gift” for staff from an unnamed hospital. The small items had metaphorical meanings – a rubber band “as a reminder to stay flexible,” a quarter “as a reminder to ‘call’ for help,” etc.
“Welcome to how you give thanks to ‘health care heroes,’ ” Dr. Patel tweeted.
For Dr. Patel, the issue is not lavish gifts but a need for an attitude shift. He recalls colleagues who felt ashamed asking for mental health services or time off, “because they were bombarded by the hero narrative, by the manufactured pressure that they needed to put their jobs above their own health – because that’s what ‘heroes’ do. I’m willing to bet most physicians would rather receive a sincere email with a transparent plan to better support health care workers than any Doctor’s Day gift,” he says.
In Dr. Marcelin’s TEDx talk, she quotes Spider-Man’s classic adage, “With great power, comes great responsibility.” She argues that this motto doesn’t just apply to those who can fly or deflect bullets; that’s not what heroism is. In fact, most people have their own definition of the word.
For Dr. Stanford, a hero is “someone who is selfless, putting the needs of others before their own.” Dr. Park believes there are no individual heroes. “It’s the work of the collective that’s truly heroic.”
By those standards, clearly anyone can step up, offer help, act with courage and kindness, and be heroic. “We humans, as ordinary as we are, can be extraordinary by using our power to do what’s right,” Dr. Marcelin says, “because there’s no such thing as health care heroes, just good people doing the right thing.”
A version of this article first appeared on Medscape.com.
Intense exercise may lead to colds. A new study tells us why
Can too much of a healthy habit become bad?
Lots of evidence shows that regular exercise wards off respiratory infections such as colds, flu, and COVID-19. However, according to a new study.
The findings come as we enter another possible tripledemic this winter, with an increase in COVID, flu, and respiratory syncytial virus (RSV). Public health officials are on alert for a potentially severe flu season, following high flu activity this year in Australia (which can help predict how bad the U.S. flu season will be).
Studies show that the risk for acute respiratory infections is lower in people who exercise regularly. Physically active people are also less likely to suffer severe outcomes from COVID.
But while inactivity has emerged as a potential risk factor for respiratory infections, scientists have long proposed that too much activity, particularly of a prolonged and highly intense nature, may also increase susceptibility.
“The theory suggests that a short-term suppression of the immune system following intense exercise leads to an increase in susceptibility to infection, especially upper respiratory illness,” said Choukri Ben Mamoun, PhD, professor of medicine (infectious diseases) and microbial pathogenesis at the Yale Institute for Global Health, New Haven, Conn. Researchers have documented a greater incidence of upper respiratory illness “among both highly trained and healthy untrained individuals following increased activity during competition or heaving training blocks.”
That’s important if you treat athletes or patients with physically demanding jobs that push them to their physical limits, such as firefighters, police officers, or military personnel.
The new study was small but sheds light on a possible mechanism. Researchers tested blood, saliva, and urine samples from 11 firefighters before and 10 minutes after intense exercise designed to mimic wildfire fighting. The firefighters hiked over hilly terrain for 45 minutes in humid weather wearing up to 44 pounds of wildland gear.
After the workout, subjects had fewer proinflammatory cytokines and ceramides, and more antimicrobial peptides, changes that indicate a greater susceptibility to infection, researchers said. A systematic review adds weight to their findings, revealing a handful of studies in marathon runners, firefighters, soldiers, and soccer players that found an increase in respiratory symptoms after strenuous workouts.
“The relationship between exercise and the immune system is complex and varies from person to person,” said Dr. Mamoun, who was not part of the study. “Physicians can use this study’s findings to provide individualized exercise recommendations.”
An adaptive mechanism gone awry
During intense exercise, the body may reduce airway inflammation to help you breathe, say the authors. The boost in antimicrobial peptides found in the saliva samples could be the body’s way of compensating for the diminished immune function.
Antimicrobial peptides are part of the immune response but they’re “usually not very effective for viral infections,” said lead author Ernesto Nakayasu, PhD, senior research scientist at the Pacific Northwest National Laboratory, a U.S. Department of Energy lab in Richland, Washington. “That’s why we think it may make you more exposed to respiratory infections.”
The drop in proinflammatory molecules had an inverse relationship with opiorphin, a peripheral tissue vasodilator thought to increase blood flow and improve oxygen delivery to the muscles during exercise. This may be an adaptive mechanism to improve gas exchange in response to greater oxygen demand.
But as with many adaptive mechanisms, this one may have an unintended consequence. Fewer proinflammatory molecules on patrol may leave you more vulnerable to infection. Plus, during intense exercise, people tend to breathe through their mouths, bypassing the nasal barriers and allowing more microbes – including viruses – to penetrate and deposit in the distal airways of the lungs.
Advice for patients
More research is needed to know exactly how long and how strenuously one needs to exercise to trigger these immune changes, Dr. Nakayasu said.
As shown by their lactate accumulation (an indicator of anaerobic metabolism), the firefighters in the study outpaced the average person’s aerobic respiratory capacity, meaning the average person doing moderate exercise likely wouldn’t trigger these changes.
“Regular moderate exercise is generally associated with better health outcomes [and] improved immune function,” said Dr. Mamoun. For those who exercise to the extreme, proper rest and recovery are “essential for maintaining a robust immune system,” Dr. Mamoun said.
And of course, you can encourage patients to get vaccinated. Young, healthy patients may assume they don’t need COVID-19 or flu shots, as indicated by a recent survey that found one-third of Americans feel they don’t need these vaccinations if they’re not high risk.
A version of this article first appeared on Medscape.com.
Can too much of a healthy habit become bad?
Lots of evidence shows that regular exercise wards off respiratory infections such as colds, flu, and COVID-19. However, according to a new study.
The findings come as we enter another possible tripledemic this winter, with an increase in COVID, flu, and respiratory syncytial virus (RSV). Public health officials are on alert for a potentially severe flu season, following high flu activity this year in Australia (which can help predict how bad the U.S. flu season will be).
Studies show that the risk for acute respiratory infections is lower in people who exercise regularly. Physically active people are also less likely to suffer severe outcomes from COVID.
But while inactivity has emerged as a potential risk factor for respiratory infections, scientists have long proposed that too much activity, particularly of a prolonged and highly intense nature, may also increase susceptibility.
“The theory suggests that a short-term suppression of the immune system following intense exercise leads to an increase in susceptibility to infection, especially upper respiratory illness,” said Choukri Ben Mamoun, PhD, professor of medicine (infectious diseases) and microbial pathogenesis at the Yale Institute for Global Health, New Haven, Conn. Researchers have documented a greater incidence of upper respiratory illness “among both highly trained and healthy untrained individuals following increased activity during competition or heaving training blocks.”
That’s important if you treat athletes or patients with physically demanding jobs that push them to their physical limits, such as firefighters, police officers, or military personnel.
The new study was small but sheds light on a possible mechanism. Researchers tested blood, saliva, and urine samples from 11 firefighters before and 10 minutes after intense exercise designed to mimic wildfire fighting. The firefighters hiked over hilly terrain for 45 minutes in humid weather wearing up to 44 pounds of wildland gear.
After the workout, subjects had fewer proinflammatory cytokines and ceramides, and more antimicrobial peptides, changes that indicate a greater susceptibility to infection, researchers said. A systematic review adds weight to their findings, revealing a handful of studies in marathon runners, firefighters, soldiers, and soccer players that found an increase in respiratory symptoms after strenuous workouts.
“The relationship between exercise and the immune system is complex and varies from person to person,” said Dr. Mamoun, who was not part of the study. “Physicians can use this study’s findings to provide individualized exercise recommendations.”
An adaptive mechanism gone awry
During intense exercise, the body may reduce airway inflammation to help you breathe, say the authors. The boost in antimicrobial peptides found in the saliva samples could be the body’s way of compensating for the diminished immune function.
Antimicrobial peptides are part of the immune response but they’re “usually not very effective for viral infections,” said lead author Ernesto Nakayasu, PhD, senior research scientist at the Pacific Northwest National Laboratory, a U.S. Department of Energy lab in Richland, Washington. “That’s why we think it may make you more exposed to respiratory infections.”
The drop in proinflammatory molecules had an inverse relationship with opiorphin, a peripheral tissue vasodilator thought to increase blood flow and improve oxygen delivery to the muscles during exercise. This may be an adaptive mechanism to improve gas exchange in response to greater oxygen demand.
But as with many adaptive mechanisms, this one may have an unintended consequence. Fewer proinflammatory molecules on patrol may leave you more vulnerable to infection. Plus, during intense exercise, people tend to breathe through their mouths, bypassing the nasal barriers and allowing more microbes – including viruses – to penetrate and deposit in the distal airways of the lungs.
Advice for patients
More research is needed to know exactly how long and how strenuously one needs to exercise to trigger these immune changes, Dr. Nakayasu said.
As shown by their lactate accumulation (an indicator of anaerobic metabolism), the firefighters in the study outpaced the average person’s aerobic respiratory capacity, meaning the average person doing moderate exercise likely wouldn’t trigger these changes.
“Regular moderate exercise is generally associated with better health outcomes [and] improved immune function,” said Dr. Mamoun. For those who exercise to the extreme, proper rest and recovery are “essential for maintaining a robust immune system,” Dr. Mamoun said.
And of course, you can encourage patients to get vaccinated. Young, healthy patients may assume they don’t need COVID-19 or flu shots, as indicated by a recent survey that found one-third of Americans feel they don’t need these vaccinations if they’re not high risk.
A version of this article first appeared on Medscape.com.
Can too much of a healthy habit become bad?
Lots of evidence shows that regular exercise wards off respiratory infections such as colds, flu, and COVID-19. However, according to a new study.
The findings come as we enter another possible tripledemic this winter, with an increase in COVID, flu, and respiratory syncytial virus (RSV). Public health officials are on alert for a potentially severe flu season, following high flu activity this year in Australia (which can help predict how bad the U.S. flu season will be).
Studies show that the risk for acute respiratory infections is lower in people who exercise regularly. Physically active people are also less likely to suffer severe outcomes from COVID.
But while inactivity has emerged as a potential risk factor for respiratory infections, scientists have long proposed that too much activity, particularly of a prolonged and highly intense nature, may also increase susceptibility.
“The theory suggests that a short-term suppression of the immune system following intense exercise leads to an increase in susceptibility to infection, especially upper respiratory illness,” said Choukri Ben Mamoun, PhD, professor of medicine (infectious diseases) and microbial pathogenesis at the Yale Institute for Global Health, New Haven, Conn. Researchers have documented a greater incidence of upper respiratory illness “among both highly trained and healthy untrained individuals following increased activity during competition or heaving training blocks.”
That’s important if you treat athletes or patients with physically demanding jobs that push them to their physical limits, such as firefighters, police officers, or military personnel.
The new study was small but sheds light on a possible mechanism. Researchers tested blood, saliva, and urine samples from 11 firefighters before and 10 minutes after intense exercise designed to mimic wildfire fighting. The firefighters hiked over hilly terrain for 45 minutes in humid weather wearing up to 44 pounds of wildland gear.
After the workout, subjects had fewer proinflammatory cytokines and ceramides, and more antimicrobial peptides, changes that indicate a greater susceptibility to infection, researchers said. A systematic review adds weight to their findings, revealing a handful of studies in marathon runners, firefighters, soldiers, and soccer players that found an increase in respiratory symptoms after strenuous workouts.
“The relationship between exercise and the immune system is complex and varies from person to person,” said Dr. Mamoun, who was not part of the study. “Physicians can use this study’s findings to provide individualized exercise recommendations.”
An adaptive mechanism gone awry
During intense exercise, the body may reduce airway inflammation to help you breathe, say the authors. The boost in antimicrobial peptides found in the saliva samples could be the body’s way of compensating for the diminished immune function.
Antimicrobial peptides are part of the immune response but they’re “usually not very effective for viral infections,” said lead author Ernesto Nakayasu, PhD, senior research scientist at the Pacific Northwest National Laboratory, a U.S. Department of Energy lab in Richland, Washington. “That’s why we think it may make you more exposed to respiratory infections.”
The drop in proinflammatory molecules had an inverse relationship with opiorphin, a peripheral tissue vasodilator thought to increase blood flow and improve oxygen delivery to the muscles during exercise. This may be an adaptive mechanism to improve gas exchange in response to greater oxygen demand.
But as with many adaptive mechanisms, this one may have an unintended consequence. Fewer proinflammatory molecules on patrol may leave you more vulnerable to infection. Plus, during intense exercise, people tend to breathe through their mouths, bypassing the nasal barriers and allowing more microbes – including viruses – to penetrate and deposit in the distal airways of the lungs.
Advice for patients
More research is needed to know exactly how long and how strenuously one needs to exercise to trigger these immune changes, Dr. Nakayasu said.
As shown by their lactate accumulation (an indicator of anaerobic metabolism), the firefighters in the study outpaced the average person’s aerobic respiratory capacity, meaning the average person doing moderate exercise likely wouldn’t trigger these changes.
“Regular moderate exercise is generally associated with better health outcomes [and] improved immune function,” said Dr. Mamoun. For those who exercise to the extreme, proper rest and recovery are “essential for maintaining a robust immune system,” Dr. Mamoun said.
And of course, you can encourage patients to get vaccinated. Young, healthy patients may assume they don’t need COVID-19 or flu shots, as indicated by a recent survey that found one-third of Americans feel they don’t need these vaccinations if they’re not high risk.
A version of this article first appeared on Medscape.com.
FROM MILITARY MEDICAL RESEARCH
Childhood immunization schedule includes new RSV, mpox, meningococcal, and pneumococcal vaccines
The immunization schedule for children and adolescents, summarized as an American Academy of Pediatrics policy statement in the journal Pediatrics, contains new entries for the monoclonal antibody immunization nirsevimab for respiratory syncytial virus in infants, the maternal RSV vaccine RSVpreF for pregnant people, the mpox vaccine for adolescents, the 2023-2024 COVID-19 vaccine, the 20-valent pneumococcal conjugate vaccine (PCV20), and the pentavalent meningococcal vaccine (MenACWY-TT/MenB-FHbp).
A number of immunizations have been deleted from the 2024 schedule, including the pentavalent meningococcal vaccine MenABCWY because of a discontinuation in its distribution in the United States, the bivalent mRNA COVID-19 vaccines, the diphtheria and tetanus toxoids adsorbed vaccine, the 13-valent pneumococcal conjugate vaccine (PCV13), and the pneumococcal polysaccharide vaccine (PPSV23).
The 2024 childhood and adolescent immunization schedule, also approved by the Centers for Disease Control and Prevention, American Academy of Family Physicians, American College of Obstetricians and Gynecologists, American College of Nurse-Midwives, American Academy of Physician Associates, and National Association of Pediatric Nurse Practitioners, is published each year based on current recommendations that have been approved for use by the Food and Drug Administration.
In a press release, the AAP said the CDC decided to publish the recommendations early to ensure health providers are able to administer immunizations and that they are covered by insurance. They also referenced CDC reports that found vaccination rates for kindergarteners have not bounced back since the beginning of the COVID-19 pandemic, and vaccine exemptions for the 2022-2023 school year were at an “all-time high.”
RSV
New to the schedule are the recently approved RSV monoclonal antibody nirsevimab for infants and the RSV vaccine RSVpreF for pregnant people. According to the CDC’s combined immunization schedule for 2024, the timing of the infant RSV immunization is heavily dependent upon when and whether a RSV vaccine was administered during pregnancy. The RSV vaccine should be routinely given between 32 weeks and 36 weeks of gestation between September and January in most of the United States with the caveat that either the maternal vaccine or the infant immunization is recommended.
Infants born between October and March in most of the United States are eligible for the RSV immunization within 14 days of birth if the pregnant parent did not receive an RSV vaccine during pregnancy, or if the parent received the vaccine in the 14 days prior to birth. For infants born between April and September RSV immunization is recommended prior to the start of RSV season.
The immunization is also recommended for infants who were hospitalized for conditions such as prematurity after birth between October and March, infants aged 8-19 months who are undergoing medical support related to prematurity, infants aged 8-19 months who are severely immunocompromised, and infants aged 9-19 months who are American Indian or Alaska Native, and infants undergoing cardiac surgery with cardiopulmonary bypass.
Mpox
Another new addition to the schedule is mpox, which is recommended for adolescents 18 years or older who are at risk for mpox infection, including gay, bisexual, nonbinary, transgender, or other individuals who have developed a sexually transmitted disease within the last 6 months, had more than one sexual partner, or engaged in sex in a commercial sex venue or public space with confirmed mpox transmission.
Currently, mpox vaccination during pregnancy is not recommended due to a lack of safety data on the vaccine during pregnancy; however, the CDC noted pregnant persons who have been exposed to any of the risk factors above may receive the vaccine.
COVID, influenza, pneumococcal vaccines
The COVID-19 vaccine recommendations were updated to reflect the 2023-2023 formulation of the vaccine. Unvaccinated children between 6 months and 4 years of age will now receive the 2023-2024 formula mRNA vaccines, which includes the two-dose Moderna vaccine and three-dose Pfizer vaccine for use in that age group. Children with a previous history of COVID-19 vaccination are eligible to receive an age-appropriate COVID-19 vaccine from the 2023-2024 formulation, and children between 5-11 years old and 12-18 years old can receive a single dose of an mRNA vaccine regardless of vaccine history; unvaccinated children 12-18 years old are also eligible to receive the two-dose Novavax vaccine.
For influenza, the schedule refers to the Advisory Committee on Immunization Practices recommendations released in August, with a note indicating that individuals with an egg allergy can receive another vaccine recommended for their age group without concerns for safety.
The pneumococcal vaccine recommendations have removed PCV13 completely, with updates on the PCV15, PCV20, and PPSV23 in sections on routine vaccination, catch-up vaccination, and special situations. The poliovirus section has also seen its catch-up section revised with a recommendation to complete a vaccination series in adolescents 18 years old known or suspected to have an incomplete series, and to count trivalent oral poliovirus vaccines and OPV administered before April 2016 toward U.S. vaccination requirements.
‘Timely and necessary’ changes
Michael Pichichero, MD, director of the Rochester (N.Y.) General Hospital Research Institute, said in an interview that the committee that developed the immunization schedule was thorough in its recommendations for children and adolescents.
“The additions are timely and necessary as the landscape of vaccines for children changes,” he said.
Bonnie M. Word, MD, director of the Houston Travel Medicine Clinic, said that the immunization schedule “sets the standard and provides clarification and uniformity for administration of all recommended vaccines for U.S. children.”
The U.S. immunization program “is one of the best success stories in medicine,” Dr. Wood said. She noted it is important for providers to become familiar with these vaccines and their indications “to provide advice and be able to respond to questions of parents and/or patients.
“Often patients spend more time with office staff than the physician. It is helpful to make sure everyone in the office understands the importance of and the rationale for immunizing, so families hear consistent messaging,” she said.
Dr. Pichichero and Dr. Word reported no relevant conflicts of interest.
The immunization schedule for children and adolescents, summarized as an American Academy of Pediatrics policy statement in the journal Pediatrics, contains new entries for the monoclonal antibody immunization nirsevimab for respiratory syncytial virus in infants, the maternal RSV vaccine RSVpreF for pregnant people, the mpox vaccine for adolescents, the 2023-2024 COVID-19 vaccine, the 20-valent pneumococcal conjugate vaccine (PCV20), and the pentavalent meningococcal vaccine (MenACWY-TT/MenB-FHbp).
A number of immunizations have been deleted from the 2024 schedule, including the pentavalent meningococcal vaccine MenABCWY because of a discontinuation in its distribution in the United States, the bivalent mRNA COVID-19 vaccines, the diphtheria and tetanus toxoids adsorbed vaccine, the 13-valent pneumococcal conjugate vaccine (PCV13), and the pneumococcal polysaccharide vaccine (PPSV23).
The 2024 childhood and adolescent immunization schedule, also approved by the Centers for Disease Control and Prevention, American Academy of Family Physicians, American College of Obstetricians and Gynecologists, American College of Nurse-Midwives, American Academy of Physician Associates, and National Association of Pediatric Nurse Practitioners, is published each year based on current recommendations that have been approved for use by the Food and Drug Administration.
In a press release, the AAP said the CDC decided to publish the recommendations early to ensure health providers are able to administer immunizations and that they are covered by insurance. They also referenced CDC reports that found vaccination rates for kindergarteners have not bounced back since the beginning of the COVID-19 pandemic, and vaccine exemptions for the 2022-2023 school year were at an “all-time high.”
RSV
New to the schedule are the recently approved RSV monoclonal antibody nirsevimab for infants and the RSV vaccine RSVpreF for pregnant people. According to the CDC’s combined immunization schedule for 2024, the timing of the infant RSV immunization is heavily dependent upon when and whether a RSV vaccine was administered during pregnancy. The RSV vaccine should be routinely given between 32 weeks and 36 weeks of gestation between September and January in most of the United States with the caveat that either the maternal vaccine or the infant immunization is recommended.
Infants born between October and March in most of the United States are eligible for the RSV immunization within 14 days of birth if the pregnant parent did not receive an RSV vaccine during pregnancy, or if the parent received the vaccine in the 14 days prior to birth. For infants born between April and September RSV immunization is recommended prior to the start of RSV season.
The immunization is also recommended for infants who were hospitalized for conditions such as prematurity after birth between October and March, infants aged 8-19 months who are undergoing medical support related to prematurity, infants aged 8-19 months who are severely immunocompromised, and infants aged 9-19 months who are American Indian or Alaska Native, and infants undergoing cardiac surgery with cardiopulmonary bypass.
Mpox
Another new addition to the schedule is mpox, which is recommended for adolescents 18 years or older who are at risk for mpox infection, including gay, bisexual, nonbinary, transgender, or other individuals who have developed a sexually transmitted disease within the last 6 months, had more than one sexual partner, or engaged in sex in a commercial sex venue or public space with confirmed mpox transmission.
Currently, mpox vaccination during pregnancy is not recommended due to a lack of safety data on the vaccine during pregnancy; however, the CDC noted pregnant persons who have been exposed to any of the risk factors above may receive the vaccine.
COVID, influenza, pneumococcal vaccines
The COVID-19 vaccine recommendations were updated to reflect the 2023-2023 formulation of the vaccine. Unvaccinated children between 6 months and 4 years of age will now receive the 2023-2024 formula mRNA vaccines, which includes the two-dose Moderna vaccine and three-dose Pfizer vaccine for use in that age group. Children with a previous history of COVID-19 vaccination are eligible to receive an age-appropriate COVID-19 vaccine from the 2023-2024 formulation, and children between 5-11 years old and 12-18 years old can receive a single dose of an mRNA vaccine regardless of vaccine history; unvaccinated children 12-18 years old are also eligible to receive the two-dose Novavax vaccine.
For influenza, the schedule refers to the Advisory Committee on Immunization Practices recommendations released in August, with a note indicating that individuals with an egg allergy can receive another vaccine recommended for their age group without concerns for safety.
The pneumococcal vaccine recommendations have removed PCV13 completely, with updates on the PCV15, PCV20, and PPSV23 in sections on routine vaccination, catch-up vaccination, and special situations. The poliovirus section has also seen its catch-up section revised with a recommendation to complete a vaccination series in adolescents 18 years old known or suspected to have an incomplete series, and to count trivalent oral poliovirus vaccines and OPV administered before April 2016 toward U.S. vaccination requirements.
‘Timely and necessary’ changes
Michael Pichichero, MD, director of the Rochester (N.Y.) General Hospital Research Institute, said in an interview that the committee that developed the immunization schedule was thorough in its recommendations for children and adolescents.
“The additions are timely and necessary as the landscape of vaccines for children changes,” he said.
Bonnie M. Word, MD, director of the Houston Travel Medicine Clinic, said that the immunization schedule “sets the standard and provides clarification and uniformity for administration of all recommended vaccines for U.S. children.”
The U.S. immunization program “is one of the best success stories in medicine,” Dr. Wood said. She noted it is important for providers to become familiar with these vaccines and their indications “to provide advice and be able to respond to questions of parents and/or patients.
“Often patients spend more time with office staff than the physician. It is helpful to make sure everyone in the office understands the importance of and the rationale for immunizing, so families hear consistent messaging,” she said.
Dr. Pichichero and Dr. Word reported no relevant conflicts of interest.
The immunization schedule for children and adolescents, summarized as an American Academy of Pediatrics policy statement in the journal Pediatrics, contains new entries for the monoclonal antibody immunization nirsevimab for respiratory syncytial virus in infants, the maternal RSV vaccine RSVpreF for pregnant people, the mpox vaccine for adolescents, the 2023-2024 COVID-19 vaccine, the 20-valent pneumococcal conjugate vaccine (PCV20), and the pentavalent meningococcal vaccine (MenACWY-TT/MenB-FHbp).
A number of immunizations have been deleted from the 2024 schedule, including the pentavalent meningococcal vaccine MenABCWY because of a discontinuation in its distribution in the United States, the bivalent mRNA COVID-19 vaccines, the diphtheria and tetanus toxoids adsorbed vaccine, the 13-valent pneumococcal conjugate vaccine (PCV13), and the pneumococcal polysaccharide vaccine (PPSV23).
The 2024 childhood and adolescent immunization schedule, also approved by the Centers for Disease Control and Prevention, American Academy of Family Physicians, American College of Obstetricians and Gynecologists, American College of Nurse-Midwives, American Academy of Physician Associates, and National Association of Pediatric Nurse Practitioners, is published each year based on current recommendations that have been approved for use by the Food and Drug Administration.
In a press release, the AAP said the CDC decided to publish the recommendations early to ensure health providers are able to administer immunizations and that they are covered by insurance. They also referenced CDC reports that found vaccination rates for kindergarteners have not bounced back since the beginning of the COVID-19 pandemic, and vaccine exemptions for the 2022-2023 school year were at an “all-time high.”
RSV
New to the schedule are the recently approved RSV monoclonal antibody nirsevimab for infants and the RSV vaccine RSVpreF for pregnant people. According to the CDC’s combined immunization schedule for 2024, the timing of the infant RSV immunization is heavily dependent upon when and whether a RSV vaccine was administered during pregnancy. The RSV vaccine should be routinely given between 32 weeks and 36 weeks of gestation between September and January in most of the United States with the caveat that either the maternal vaccine or the infant immunization is recommended.
Infants born between October and March in most of the United States are eligible for the RSV immunization within 14 days of birth if the pregnant parent did not receive an RSV vaccine during pregnancy, or if the parent received the vaccine in the 14 days prior to birth. For infants born between April and September RSV immunization is recommended prior to the start of RSV season.
The immunization is also recommended for infants who were hospitalized for conditions such as prematurity after birth between October and March, infants aged 8-19 months who are undergoing medical support related to prematurity, infants aged 8-19 months who are severely immunocompromised, and infants aged 9-19 months who are American Indian or Alaska Native, and infants undergoing cardiac surgery with cardiopulmonary bypass.
Mpox
Another new addition to the schedule is mpox, which is recommended for adolescents 18 years or older who are at risk for mpox infection, including gay, bisexual, nonbinary, transgender, or other individuals who have developed a sexually transmitted disease within the last 6 months, had more than one sexual partner, or engaged in sex in a commercial sex venue or public space with confirmed mpox transmission.
Currently, mpox vaccination during pregnancy is not recommended due to a lack of safety data on the vaccine during pregnancy; however, the CDC noted pregnant persons who have been exposed to any of the risk factors above may receive the vaccine.
COVID, influenza, pneumococcal vaccines
The COVID-19 vaccine recommendations were updated to reflect the 2023-2023 formulation of the vaccine. Unvaccinated children between 6 months and 4 years of age will now receive the 2023-2024 formula mRNA vaccines, which includes the two-dose Moderna vaccine and three-dose Pfizer vaccine for use in that age group. Children with a previous history of COVID-19 vaccination are eligible to receive an age-appropriate COVID-19 vaccine from the 2023-2024 formulation, and children between 5-11 years old and 12-18 years old can receive a single dose of an mRNA vaccine regardless of vaccine history; unvaccinated children 12-18 years old are also eligible to receive the two-dose Novavax vaccine.
For influenza, the schedule refers to the Advisory Committee on Immunization Practices recommendations released in August, with a note indicating that individuals with an egg allergy can receive another vaccine recommended for their age group without concerns for safety.
The pneumococcal vaccine recommendations have removed PCV13 completely, with updates on the PCV15, PCV20, and PPSV23 in sections on routine vaccination, catch-up vaccination, and special situations. The poliovirus section has also seen its catch-up section revised with a recommendation to complete a vaccination series in adolescents 18 years old known or suspected to have an incomplete series, and to count trivalent oral poliovirus vaccines and OPV administered before April 2016 toward U.S. vaccination requirements.
‘Timely and necessary’ changes
Michael Pichichero, MD, director of the Rochester (N.Y.) General Hospital Research Institute, said in an interview that the committee that developed the immunization schedule was thorough in its recommendations for children and adolescents.
“The additions are timely and necessary as the landscape of vaccines for children changes,” he said.
Bonnie M. Word, MD, director of the Houston Travel Medicine Clinic, said that the immunization schedule “sets the standard and provides clarification and uniformity for administration of all recommended vaccines for U.S. children.”
The U.S. immunization program “is one of the best success stories in medicine,” Dr. Wood said. She noted it is important for providers to become familiar with these vaccines and their indications “to provide advice and be able to respond to questions of parents and/or patients.
“Often patients spend more time with office staff than the physician. It is helpful to make sure everyone in the office understands the importance of and the rationale for immunizing, so families hear consistent messaging,” she said.
Dr. Pichichero and Dr. Word reported no relevant conflicts of interest.
FROM PEDIATRICS
Use the stool! Fecal microbiota transplants help kids with diarrheal infection
(AAP).
However, fecal microbiota transplants (FMTs) should not be used to treat other gastrointestinal ailments such as Crohn’s disease or ulcerative colitis, because scientific evidence falls short on effectiveness in treating these conditions, the group said.
C. difficile infections (CDIs) are major contributors to hospital-associated diarrhea and diarrhea caused by antibiotics. An FMT involves introducing the feces of a healthy person into the gastrointestinal tract, usually through a nasogastric tube but sometimes in capsules containing healthy stool. Serious adverse reactions associated with an FMT, such as hospitalization, are rare, occuring in roughly 2% of case, the AAP said.
An FMT “does have a place for treatment of recurrent CDIs in children,” said Maria Oliva-Hemker, MD, a pediatric gastroenterologist at Johns Hopkins University School of Medicine in Baltimore and the lead author of the report, which was online in Pediatrics.
The AAP strongly encourages people not to perform an FMT at home, although caregivers may be tempted due to a lack of medical facilities located nearby to deliver this care.
“People might see a video on YouTube and think they can do this themselves,” Dr. Oliva-Hemker said.
An FMT requires screening of donors for any infections, which involves administering questionnaires and analyzing donor blood and stool, which are tasks better suited for medical facilities than for a living room.
No controlled or prospective clinical trials on the efficacy of FMT for children exist, according to the AAP. But a retrospective study published in 2020 showed that one or two courses of FMT prevented CDI recurrence in children 87% of the time. Researchers defined the eradication of CDIs as no recurrence for at least 2 months after an FMT and noted the success rates in children were comaparable to those reported in adults.
Unlike pediatric data, adult data come from a randomized clinical trial.
“Sometimes, kids are the last people to be enrolled in these trials,” said Maribeth Nicholson, MD, MPH, a pediatric gastroenterologist at Vanderbilt University Medical Center in Nashville, Tenn., an author of the 2020 study.
Dr. Nicholson, who was not involved in the AAP report, said that the retrospective data are strong enough to justify using FMT to eradicate CDIs in children. But researchers are unclear about the biologic mechanisms that make FMTs work.
Dr. Nicholson said that many therapeutics meant to produce a healthier microbiome are being studied in clinical trials. Any clinical trials of such products should include children, Dr. Nicholson said. A child’s gastrointestinal microbiome is actively developing, Dr. Nicholson added, compared with the relatively stable microbiome of an adult.
“When we think about the microbiome it makes sense to target kids, because they’re more apt to respond to these therapies. I worry that somebody will say ‘this doesn’t work in adults,’ and it just stops there,” Dr. Nicholson said.
Though the AAP said that the benefits of FMT for treating CDIs are clear, the data available for treating other conditions such as ulcerative colitis or Crohn’s disease are less convincing. Any child receiving an FMT for these ailments should only do so as part of a clinical trial, the group said.
The AAP report endorses a joint position paper, published in 2019, about the benefits of FMTs for CDIs from North American and European pediatric gastroenterology societies. Dr. Nicholson was an author of this joint statement and hopes that the AAP report raises further awareness among pediatricians that FMTs are a safe and effective treatment for recurrent CDIs.
“This is something that maybe is not as discussed in pediatric circles. Kids need FMTs sometimes,” Dr. Nicholson said.
Dr. Oliva-Hemker and Dr. Nicholson report no relevant financial relationships.
A version of this article appeared on Medscape.com.
(AAP).
However, fecal microbiota transplants (FMTs) should not be used to treat other gastrointestinal ailments such as Crohn’s disease or ulcerative colitis, because scientific evidence falls short on effectiveness in treating these conditions, the group said.
C. difficile infections (CDIs) are major contributors to hospital-associated diarrhea and diarrhea caused by antibiotics. An FMT involves introducing the feces of a healthy person into the gastrointestinal tract, usually through a nasogastric tube but sometimes in capsules containing healthy stool. Serious adverse reactions associated with an FMT, such as hospitalization, are rare, occuring in roughly 2% of case, the AAP said.
An FMT “does have a place for treatment of recurrent CDIs in children,” said Maria Oliva-Hemker, MD, a pediatric gastroenterologist at Johns Hopkins University School of Medicine in Baltimore and the lead author of the report, which was online in Pediatrics.
The AAP strongly encourages people not to perform an FMT at home, although caregivers may be tempted due to a lack of medical facilities located nearby to deliver this care.
“People might see a video on YouTube and think they can do this themselves,” Dr. Oliva-Hemker said.
An FMT requires screening of donors for any infections, which involves administering questionnaires and analyzing donor blood and stool, which are tasks better suited for medical facilities than for a living room.
No controlled or prospective clinical trials on the efficacy of FMT for children exist, according to the AAP. But a retrospective study published in 2020 showed that one or two courses of FMT prevented CDI recurrence in children 87% of the time. Researchers defined the eradication of CDIs as no recurrence for at least 2 months after an FMT and noted the success rates in children were comaparable to those reported in adults.
Unlike pediatric data, adult data come from a randomized clinical trial.
“Sometimes, kids are the last people to be enrolled in these trials,” said Maribeth Nicholson, MD, MPH, a pediatric gastroenterologist at Vanderbilt University Medical Center in Nashville, Tenn., an author of the 2020 study.
Dr. Nicholson, who was not involved in the AAP report, said that the retrospective data are strong enough to justify using FMT to eradicate CDIs in children. But researchers are unclear about the biologic mechanisms that make FMTs work.
Dr. Nicholson said that many therapeutics meant to produce a healthier microbiome are being studied in clinical trials. Any clinical trials of such products should include children, Dr. Nicholson said. A child’s gastrointestinal microbiome is actively developing, Dr. Nicholson added, compared with the relatively stable microbiome of an adult.
“When we think about the microbiome it makes sense to target kids, because they’re more apt to respond to these therapies. I worry that somebody will say ‘this doesn’t work in adults,’ and it just stops there,” Dr. Nicholson said.
Though the AAP said that the benefits of FMT for treating CDIs are clear, the data available for treating other conditions such as ulcerative colitis or Crohn’s disease are less convincing. Any child receiving an FMT for these ailments should only do so as part of a clinical trial, the group said.
The AAP report endorses a joint position paper, published in 2019, about the benefits of FMTs for CDIs from North American and European pediatric gastroenterology societies. Dr. Nicholson was an author of this joint statement and hopes that the AAP report raises further awareness among pediatricians that FMTs are a safe and effective treatment for recurrent CDIs.
“This is something that maybe is not as discussed in pediatric circles. Kids need FMTs sometimes,” Dr. Nicholson said.
Dr. Oliva-Hemker and Dr. Nicholson report no relevant financial relationships.
A version of this article appeared on Medscape.com.
(AAP).
However, fecal microbiota transplants (FMTs) should not be used to treat other gastrointestinal ailments such as Crohn’s disease or ulcerative colitis, because scientific evidence falls short on effectiveness in treating these conditions, the group said.
C. difficile infections (CDIs) are major contributors to hospital-associated diarrhea and diarrhea caused by antibiotics. An FMT involves introducing the feces of a healthy person into the gastrointestinal tract, usually through a nasogastric tube but sometimes in capsules containing healthy stool. Serious adverse reactions associated with an FMT, such as hospitalization, are rare, occuring in roughly 2% of case, the AAP said.
An FMT “does have a place for treatment of recurrent CDIs in children,” said Maria Oliva-Hemker, MD, a pediatric gastroenterologist at Johns Hopkins University School of Medicine in Baltimore and the lead author of the report, which was online in Pediatrics.
The AAP strongly encourages people not to perform an FMT at home, although caregivers may be tempted due to a lack of medical facilities located nearby to deliver this care.
“People might see a video on YouTube and think they can do this themselves,” Dr. Oliva-Hemker said.
An FMT requires screening of donors for any infections, which involves administering questionnaires and analyzing donor blood and stool, which are tasks better suited for medical facilities than for a living room.
No controlled or prospective clinical trials on the efficacy of FMT for children exist, according to the AAP. But a retrospective study published in 2020 showed that one or two courses of FMT prevented CDI recurrence in children 87% of the time. Researchers defined the eradication of CDIs as no recurrence for at least 2 months after an FMT and noted the success rates in children were comaparable to those reported in adults.
Unlike pediatric data, adult data come from a randomized clinical trial.
“Sometimes, kids are the last people to be enrolled in these trials,” said Maribeth Nicholson, MD, MPH, a pediatric gastroenterologist at Vanderbilt University Medical Center in Nashville, Tenn., an author of the 2020 study.
Dr. Nicholson, who was not involved in the AAP report, said that the retrospective data are strong enough to justify using FMT to eradicate CDIs in children. But researchers are unclear about the biologic mechanisms that make FMTs work.
Dr. Nicholson said that many therapeutics meant to produce a healthier microbiome are being studied in clinical trials. Any clinical trials of such products should include children, Dr. Nicholson said. A child’s gastrointestinal microbiome is actively developing, Dr. Nicholson added, compared with the relatively stable microbiome of an adult.
“When we think about the microbiome it makes sense to target kids, because they’re more apt to respond to these therapies. I worry that somebody will say ‘this doesn’t work in adults,’ and it just stops there,” Dr. Nicholson said.
Though the AAP said that the benefits of FMT for treating CDIs are clear, the data available for treating other conditions such as ulcerative colitis or Crohn’s disease are less convincing. Any child receiving an FMT for these ailments should only do so as part of a clinical trial, the group said.
The AAP report endorses a joint position paper, published in 2019, about the benefits of FMTs for CDIs from North American and European pediatric gastroenterology societies. Dr. Nicholson was an author of this joint statement and hopes that the AAP report raises further awareness among pediatricians that FMTs are a safe and effective treatment for recurrent CDIs.
“This is something that maybe is not as discussed in pediatric circles. Kids need FMTs sometimes,” Dr. Nicholson said.
Dr. Oliva-Hemker and Dr. Nicholson report no relevant financial relationships.
A version of this article appeared on Medscape.com.
FROM PEDIATRICS
New at-home test approved for chlamydia and gonorrhea
Called Simple 2, it’s the first test approved by the Food and Drug Administration that uses a sample collected at home to test for an STD, other than tests for HIV. The test can be purchased over-the-counter in stores or ordered online and delivered in discreet packaging. A vaginal swab or urine sample is collected and then sent for laboratory testing using a prepaid shipping label.
The FDA issued the final needed approval on Nov. 15, and the product is already for sale on the website of the manufacturer, LetsGetChecked. The listed price is $99 with free shipping for a single test kit, and the site offers a discounted subscription to receive a kit every 3 months for $69.30 per kit.
Gonorrhea cases have surged 28% since 2017, reaching 700,000 cases during 2021, Centers for Disease Control and Prevention data show. Chlamydia has also been on the rise, up 4% from 2020 to 2021, with 1.6 million annual infections.
Previously, tests for the two STDs required that samples be taken at a health care location such as a doctor’s office. The Simple 2 test results can be retrieved online, and a health care provider will reach out to people whose tests are positive or invalid. Results are typically received in 2-5 days, according to a press release from LetsGetChecked, which also offers treatment services.
“This authorization marks an important public health milestone, giving patients more information about their health from the privacy of their own home,” said Jeff Shuren, MD, JD, director of the FDA’s Center for Devices and Radiological Health, in a statement. “We are eager to continue supporting greater consumer access to diagnostic tests, which helps further our goal of bringing more health care into the home.”
A version of this article first appeared on WebMD.com.
Called Simple 2, it’s the first test approved by the Food and Drug Administration that uses a sample collected at home to test for an STD, other than tests for HIV. The test can be purchased over-the-counter in stores or ordered online and delivered in discreet packaging. A vaginal swab or urine sample is collected and then sent for laboratory testing using a prepaid shipping label.
The FDA issued the final needed approval on Nov. 15, and the product is already for sale on the website of the manufacturer, LetsGetChecked. The listed price is $99 with free shipping for a single test kit, and the site offers a discounted subscription to receive a kit every 3 months for $69.30 per kit.
Gonorrhea cases have surged 28% since 2017, reaching 700,000 cases during 2021, Centers for Disease Control and Prevention data show. Chlamydia has also been on the rise, up 4% from 2020 to 2021, with 1.6 million annual infections.
Previously, tests for the two STDs required that samples be taken at a health care location such as a doctor’s office. The Simple 2 test results can be retrieved online, and a health care provider will reach out to people whose tests are positive or invalid. Results are typically received in 2-5 days, according to a press release from LetsGetChecked, which also offers treatment services.
“This authorization marks an important public health milestone, giving patients more information about their health from the privacy of their own home,” said Jeff Shuren, MD, JD, director of the FDA’s Center for Devices and Radiological Health, in a statement. “We are eager to continue supporting greater consumer access to diagnostic tests, which helps further our goal of bringing more health care into the home.”
A version of this article first appeared on WebMD.com.
Called Simple 2, it’s the first test approved by the Food and Drug Administration that uses a sample collected at home to test for an STD, other than tests for HIV. The test can be purchased over-the-counter in stores or ordered online and delivered in discreet packaging. A vaginal swab or urine sample is collected and then sent for laboratory testing using a prepaid shipping label.
The FDA issued the final needed approval on Nov. 15, and the product is already for sale on the website of the manufacturer, LetsGetChecked. The listed price is $99 with free shipping for a single test kit, and the site offers a discounted subscription to receive a kit every 3 months for $69.30 per kit.
Gonorrhea cases have surged 28% since 2017, reaching 700,000 cases during 2021, Centers for Disease Control and Prevention data show. Chlamydia has also been on the rise, up 4% from 2020 to 2021, with 1.6 million annual infections.
Previously, tests for the two STDs required that samples be taken at a health care location such as a doctor’s office. The Simple 2 test results can be retrieved online, and a health care provider will reach out to people whose tests are positive or invalid. Results are typically received in 2-5 days, according to a press release from LetsGetChecked, which also offers treatment services.
“This authorization marks an important public health milestone, giving patients more information about their health from the privacy of their own home,” said Jeff Shuren, MD, JD, director of the FDA’s Center for Devices and Radiological Health, in a statement. “We are eager to continue supporting greater consumer access to diagnostic tests, which helps further our goal of bringing more health care into the home.”
A version of this article first appeared on WebMD.com.
FTC considers proposals on mergers and noncompete clauses
Changes may be in store for how physicians do business based on pending proposals from the Federal Trade Commission to ban noncompete clauses and monitor potential merger monopolies.
In January 2023, the FTC announced a rule that would ban noncompete clauses, stating that such clauses reduce workers’ wages and stifle new businesses. Simply put, the rule would ban employers from entering into noncompete clauses with workers, including independent contractors.
Aspects of the rule include whether it should pertain to franchisees, whether senior executives should be exempted, and whether low-wage and high-wage workers should be treated differently.
According to the FTC, banning noncompete clauses would increase workers’ earnings by approximately $300 billion per year, save consumers as much as $148 billion in health care costs, and double the number of companies founded by former workers in the same field.
In June 2023, the FTC and the Department of Justice proposed changes to rules governing mergers, including changes to prenotification forms that would promote more efficient screening of potential mergers. According to a press release from the FTC, the proposed changes include provision of details about investments or corporate relationships, product and services, projected revenue streams, and previous acquisitions.
The proposal also includes a waiting period during which agencies would assess the risk that a merger would lessen competition or tend to create a monopoly.
What the FTC proposals mean for physicians
FTC Chair Lina M. Khan addressed attendees at the American College of Physicians at their annual meeting in October.
In March 2023, ACEP wrote to Ms. Khan in support of the banning of noncompete clauses. The ACEP also stated that the FTC should monitor the effect of a ban on the ability to recruit and maintain a stable physician workforce in rural and underserved areas “and should examine the potential impacts should nonprofit health systems be exempt from a ban.”
However, the American Medical Group Association, a nonprofit trade organization that supports multispecialty medical groups, opposes the ban. In a press release issued in March 2023, AMGA noted that, “As employers, AMGA members rely in part on noncompete agreements to build strong, sustainable care teams that work together to coordinate care for their patients. These care teams emphasize the importance of the doctor-patient relationship, which reasonable noncompete agreements help support.”
The American Medical Association supports the ban on noncompete clauses, detailed in an official AMA policy statement as, “support[ing] policies, regulations, and legislation that prohibits covenants not-to-compete for all physicians in clinical practice who hold employment contracts with for-profit or nonprofit hospital, hospital system, or staffing company employers.”
In regard to the merger guidelines, ACEP wrote a separate letter to Ms. Khan identifying some of the unique aspects of emergency medicine practice. The ACEP stressed the need for caution as the consolidation of medical practices continues, many under the umbrella of private equity investment companies.
“Unchecked mergers that substantially lessen competition in the labor market for emergency physicians, in which the employer is the buyer and the physician is the seller, can impact physicians directly by lowering wages or slowing wage growth, worsening benefits or working conditions, or contributing to other degradations in workplace quality,” according to ACEP.
The AMA also supports the FTC’s draft merger guidelines as protective of physicians and their working environments.
In September 2023, the AMA sent a letter to the FTC commending the agency on the proposed guidelines: “It is our strong contention that the agencies must have merger guidelines that protect physicians against health insurer mergers that may substantially lessen competition for the purchase of physician services and that degrade physician working conditions,” according to the AMA letter.
According the FTC, the proposed changes represent an expansion and reorganization of information along with the addition of new document requirements and represents the first comprehensive review of the Hart-Scott-Rodino Antitrust Improvements Act since 1978.
After soliciting public comments, the FTC is reviewing the proposals, and no specific date for a final vote has been announced.
More specifics on the potential changes to premerger notification, reporting, and waiting period requirements are available on the FTC website.
A version of this article appeared on Medscape.com.
Changes may be in store for how physicians do business based on pending proposals from the Federal Trade Commission to ban noncompete clauses and monitor potential merger monopolies.
In January 2023, the FTC announced a rule that would ban noncompete clauses, stating that such clauses reduce workers’ wages and stifle new businesses. Simply put, the rule would ban employers from entering into noncompete clauses with workers, including independent contractors.
Aspects of the rule include whether it should pertain to franchisees, whether senior executives should be exempted, and whether low-wage and high-wage workers should be treated differently.
According to the FTC, banning noncompete clauses would increase workers’ earnings by approximately $300 billion per year, save consumers as much as $148 billion in health care costs, and double the number of companies founded by former workers in the same field.
In June 2023, the FTC and the Department of Justice proposed changes to rules governing mergers, including changes to prenotification forms that would promote more efficient screening of potential mergers. According to a press release from the FTC, the proposed changes include provision of details about investments or corporate relationships, product and services, projected revenue streams, and previous acquisitions.
The proposal also includes a waiting period during which agencies would assess the risk that a merger would lessen competition or tend to create a monopoly.
What the FTC proposals mean for physicians
FTC Chair Lina M. Khan addressed attendees at the American College of Physicians at their annual meeting in October.
In March 2023, ACEP wrote to Ms. Khan in support of the banning of noncompete clauses. The ACEP also stated that the FTC should monitor the effect of a ban on the ability to recruit and maintain a stable physician workforce in rural and underserved areas “and should examine the potential impacts should nonprofit health systems be exempt from a ban.”
However, the American Medical Group Association, a nonprofit trade organization that supports multispecialty medical groups, opposes the ban. In a press release issued in March 2023, AMGA noted that, “As employers, AMGA members rely in part on noncompete agreements to build strong, sustainable care teams that work together to coordinate care for their patients. These care teams emphasize the importance of the doctor-patient relationship, which reasonable noncompete agreements help support.”
The American Medical Association supports the ban on noncompete clauses, detailed in an official AMA policy statement as, “support[ing] policies, regulations, and legislation that prohibits covenants not-to-compete for all physicians in clinical practice who hold employment contracts with for-profit or nonprofit hospital, hospital system, or staffing company employers.”
In regard to the merger guidelines, ACEP wrote a separate letter to Ms. Khan identifying some of the unique aspects of emergency medicine practice. The ACEP stressed the need for caution as the consolidation of medical practices continues, many under the umbrella of private equity investment companies.
“Unchecked mergers that substantially lessen competition in the labor market for emergency physicians, in which the employer is the buyer and the physician is the seller, can impact physicians directly by lowering wages or slowing wage growth, worsening benefits or working conditions, or contributing to other degradations in workplace quality,” according to ACEP.
The AMA also supports the FTC’s draft merger guidelines as protective of physicians and their working environments.
In September 2023, the AMA sent a letter to the FTC commending the agency on the proposed guidelines: “It is our strong contention that the agencies must have merger guidelines that protect physicians against health insurer mergers that may substantially lessen competition for the purchase of physician services and that degrade physician working conditions,” according to the AMA letter.
According the FTC, the proposed changes represent an expansion and reorganization of information along with the addition of new document requirements and represents the first comprehensive review of the Hart-Scott-Rodino Antitrust Improvements Act since 1978.
After soliciting public comments, the FTC is reviewing the proposals, and no specific date for a final vote has been announced.
More specifics on the potential changes to premerger notification, reporting, and waiting period requirements are available on the FTC website.
A version of this article appeared on Medscape.com.
Changes may be in store for how physicians do business based on pending proposals from the Federal Trade Commission to ban noncompete clauses and monitor potential merger monopolies.
In January 2023, the FTC announced a rule that would ban noncompete clauses, stating that such clauses reduce workers’ wages and stifle new businesses. Simply put, the rule would ban employers from entering into noncompete clauses with workers, including independent contractors.
Aspects of the rule include whether it should pertain to franchisees, whether senior executives should be exempted, and whether low-wage and high-wage workers should be treated differently.
According to the FTC, banning noncompete clauses would increase workers’ earnings by approximately $300 billion per year, save consumers as much as $148 billion in health care costs, and double the number of companies founded by former workers in the same field.
In June 2023, the FTC and the Department of Justice proposed changes to rules governing mergers, including changes to prenotification forms that would promote more efficient screening of potential mergers. According to a press release from the FTC, the proposed changes include provision of details about investments or corporate relationships, product and services, projected revenue streams, and previous acquisitions.
The proposal also includes a waiting period during which agencies would assess the risk that a merger would lessen competition or tend to create a monopoly.
What the FTC proposals mean for physicians
FTC Chair Lina M. Khan addressed attendees at the American College of Physicians at their annual meeting in October.
In March 2023, ACEP wrote to Ms. Khan in support of the banning of noncompete clauses. The ACEP also stated that the FTC should monitor the effect of a ban on the ability to recruit and maintain a stable physician workforce in rural and underserved areas “and should examine the potential impacts should nonprofit health systems be exempt from a ban.”
However, the American Medical Group Association, a nonprofit trade organization that supports multispecialty medical groups, opposes the ban. In a press release issued in March 2023, AMGA noted that, “As employers, AMGA members rely in part on noncompete agreements to build strong, sustainable care teams that work together to coordinate care for their patients. These care teams emphasize the importance of the doctor-patient relationship, which reasonable noncompete agreements help support.”
The American Medical Association supports the ban on noncompete clauses, detailed in an official AMA policy statement as, “support[ing] policies, regulations, and legislation that prohibits covenants not-to-compete for all physicians in clinical practice who hold employment contracts with for-profit or nonprofit hospital, hospital system, or staffing company employers.”
In regard to the merger guidelines, ACEP wrote a separate letter to Ms. Khan identifying some of the unique aspects of emergency medicine practice. The ACEP stressed the need for caution as the consolidation of medical practices continues, many under the umbrella of private equity investment companies.
“Unchecked mergers that substantially lessen competition in the labor market for emergency physicians, in which the employer is the buyer and the physician is the seller, can impact physicians directly by lowering wages or slowing wage growth, worsening benefits or working conditions, or contributing to other degradations in workplace quality,” according to ACEP.
The AMA also supports the FTC’s draft merger guidelines as protective of physicians and their working environments.
In September 2023, the AMA sent a letter to the FTC commending the agency on the proposed guidelines: “It is our strong contention that the agencies must have merger guidelines that protect physicians against health insurer mergers that may substantially lessen competition for the purchase of physician services and that degrade physician working conditions,” according to the AMA letter.
According the FTC, the proposed changes represent an expansion and reorganization of information along with the addition of new document requirements and represents the first comprehensive review of the Hart-Scott-Rodino Antitrust Improvements Act since 1978.
After soliciting public comments, the FTC is reviewing the proposals, and no specific date for a final vote has been announced.
More specifics on the potential changes to premerger notification, reporting, and waiting period requirements are available on the FTC website.
A version of this article appeared on Medscape.com.
Saltwater gargling may help avoid COVID hospitalization
ANAHEIM, CALIF. –
“The hypothesis was that interventions that target the upper respiratory tract may reduce the frequency and duration of upper respiratory symptoms associated with COVID-19,” said Sebastian Espinoza, first author of the study; he is with Trinity University, San Antonio.
Adults aged 18-65 years who tested positive for SARS-CoV-2 on polymerase chain reaction (PCR) testing between 2020 and 2022 were randomly selected to use low- or high-dose saltwater regimens for 14 days at the Harris Health System, Houston. For patients to be included in the study, 14 days had to have elapsed since the onset of any symptoms associated with COVID.
The low dose was 2.13 grams of salt dissolved in 8 ounces of warm water, and the high dose was 6 grams. Participants gargled the saltwater and used it as a nasal rinse for 5 minutes four times a day.
Primary outcomes included frequency and duration of symptoms associated with SARS-CoV-2 infection; secondary outcomes included admission to the hospital or the intensive care unit, mechanical ventilatory support, or death.
The findings were presented in a poster at the annual meeting of the American College of Allergy, Asthma, and Immunology.
Fifty-eight people were randomly assigned to either the low-saline (n = 27) or the high-saline (n = 28) group; three patients were lost to follow-up in both these groups. The reference control population consisted of 9,398 people with confirmed SARS-CoV-2 infection. Rates of vaccination were similar for all participants.
Hospitalization rates in the low- (18.5%) and high- (21.4%) saline groups were significantly lower than in the reference control population (58.8%; P < .001). No significant differences were noted in other outcomes among these groups.
The average age of patients in the control population (n = 9,398) was 45 years. The average age was similar in the low- and high-saline groups. In the low-saline group (n = 27), the average age was 39, and in the high-saline group, the average age was 41.
In all three groups, body mass index was between 29.6 and 31.7.
Exclusion criteria included chronic hypertension or participation in another interventional study.
‘Low risk, small potential benefit’
Allergist Zach Rubin, MD, a spokesperson for the ACAAI, said in an interview that the findings are in line with other small studies that previously reported some benefit in using nasal saline irrigation and gargling to treat a SARS-CoV-2 infection.
“This is a type of intervention that is low risk with some small potential benefit,” he said.
The researchers did not evaluate the potential reason for the saline regimen’s association with fewer hospitalizations, but Dr. Rubin said, “It may be possible that nasal saline irrigation and gargling help improve viral clearance and reduce the risk of microaspiration into the lungs, so it may be possible that this intervention could reduce the risk of pneumonia, which is a major cause of hospitalization.”
Dr. Rubin, who is an allergist at Oak Brook Allergists, Ill., said, “I generally recommend nasal saline irrigation to my patients for allergic rhinitis and viral upper respiratory infections already. It can help reduce symptoms such as nasal congestion, rhinorrhea, postnasal drip, and sinus pain and pressure.”
The intervention may be reasonable beyond an adult population, he said.
“This could be used for pediatric patients as well, if they are developmentally ready to try this intervention,” he said.
Mr. Espinoza said further study is warranted, but he said that if confirmed in later trials, the simple intervention may be particularly helpful in low-resource settings.
Mr. Espinoza and Dr. Rubin have disclosed no relevant financial relationships.
A version of this article appeared on Medscape.com.
ANAHEIM, CALIF. –
“The hypothesis was that interventions that target the upper respiratory tract may reduce the frequency and duration of upper respiratory symptoms associated with COVID-19,” said Sebastian Espinoza, first author of the study; he is with Trinity University, San Antonio.
Adults aged 18-65 years who tested positive for SARS-CoV-2 on polymerase chain reaction (PCR) testing between 2020 and 2022 were randomly selected to use low- or high-dose saltwater regimens for 14 days at the Harris Health System, Houston. For patients to be included in the study, 14 days had to have elapsed since the onset of any symptoms associated with COVID.
The low dose was 2.13 grams of salt dissolved in 8 ounces of warm water, and the high dose was 6 grams. Participants gargled the saltwater and used it as a nasal rinse for 5 minutes four times a day.
Primary outcomes included frequency and duration of symptoms associated with SARS-CoV-2 infection; secondary outcomes included admission to the hospital or the intensive care unit, mechanical ventilatory support, or death.
The findings were presented in a poster at the annual meeting of the American College of Allergy, Asthma, and Immunology.
Fifty-eight people were randomly assigned to either the low-saline (n = 27) or the high-saline (n = 28) group; three patients were lost to follow-up in both these groups. The reference control population consisted of 9,398 people with confirmed SARS-CoV-2 infection. Rates of vaccination were similar for all participants.
Hospitalization rates in the low- (18.5%) and high- (21.4%) saline groups were significantly lower than in the reference control population (58.8%; P < .001). No significant differences were noted in other outcomes among these groups.
The average age of patients in the control population (n = 9,398) was 45 years. The average age was similar in the low- and high-saline groups. In the low-saline group (n = 27), the average age was 39, and in the high-saline group, the average age was 41.
In all three groups, body mass index was between 29.6 and 31.7.
Exclusion criteria included chronic hypertension or participation in another interventional study.
‘Low risk, small potential benefit’
Allergist Zach Rubin, MD, a spokesperson for the ACAAI, said in an interview that the findings are in line with other small studies that previously reported some benefit in using nasal saline irrigation and gargling to treat a SARS-CoV-2 infection.
“This is a type of intervention that is low risk with some small potential benefit,” he said.
The researchers did not evaluate the potential reason for the saline regimen’s association with fewer hospitalizations, but Dr. Rubin said, “It may be possible that nasal saline irrigation and gargling help improve viral clearance and reduce the risk of microaspiration into the lungs, so it may be possible that this intervention could reduce the risk of pneumonia, which is a major cause of hospitalization.”
Dr. Rubin, who is an allergist at Oak Brook Allergists, Ill., said, “I generally recommend nasal saline irrigation to my patients for allergic rhinitis and viral upper respiratory infections already. It can help reduce symptoms such as nasal congestion, rhinorrhea, postnasal drip, and sinus pain and pressure.”
The intervention may be reasonable beyond an adult population, he said.
“This could be used for pediatric patients as well, if they are developmentally ready to try this intervention,” he said.
Mr. Espinoza said further study is warranted, but he said that if confirmed in later trials, the simple intervention may be particularly helpful in low-resource settings.
Mr. Espinoza and Dr. Rubin have disclosed no relevant financial relationships.
A version of this article appeared on Medscape.com.
ANAHEIM, CALIF. –
“The hypothesis was that interventions that target the upper respiratory tract may reduce the frequency and duration of upper respiratory symptoms associated with COVID-19,” said Sebastian Espinoza, first author of the study; he is with Trinity University, San Antonio.
Adults aged 18-65 years who tested positive for SARS-CoV-2 on polymerase chain reaction (PCR) testing between 2020 and 2022 were randomly selected to use low- or high-dose saltwater regimens for 14 days at the Harris Health System, Houston. For patients to be included in the study, 14 days had to have elapsed since the onset of any symptoms associated with COVID.
The low dose was 2.13 grams of salt dissolved in 8 ounces of warm water, and the high dose was 6 grams. Participants gargled the saltwater and used it as a nasal rinse for 5 minutes four times a day.
Primary outcomes included frequency and duration of symptoms associated with SARS-CoV-2 infection; secondary outcomes included admission to the hospital or the intensive care unit, mechanical ventilatory support, or death.
The findings were presented in a poster at the annual meeting of the American College of Allergy, Asthma, and Immunology.
Fifty-eight people were randomly assigned to either the low-saline (n = 27) or the high-saline (n = 28) group; three patients were lost to follow-up in both these groups. The reference control population consisted of 9,398 people with confirmed SARS-CoV-2 infection. Rates of vaccination were similar for all participants.
Hospitalization rates in the low- (18.5%) and high- (21.4%) saline groups were significantly lower than in the reference control population (58.8%; P < .001). No significant differences were noted in other outcomes among these groups.
The average age of patients in the control population (n = 9,398) was 45 years. The average age was similar in the low- and high-saline groups. In the low-saline group (n = 27), the average age was 39, and in the high-saline group, the average age was 41.
In all three groups, body mass index was between 29.6 and 31.7.
Exclusion criteria included chronic hypertension or participation in another interventional study.
‘Low risk, small potential benefit’
Allergist Zach Rubin, MD, a spokesperson for the ACAAI, said in an interview that the findings are in line with other small studies that previously reported some benefit in using nasal saline irrigation and gargling to treat a SARS-CoV-2 infection.
“This is a type of intervention that is low risk with some small potential benefit,” he said.
The researchers did not evaluate the potential reason for the saline regimen’s association with fewer hospitalizations, but Dr. Rubin said, “It may be possible that nasal saline irrigation and gargling help improve viral clearance and reduce the risk of microaspiration into the lungs, so it may be possible that this intervention could reduce the risk of pneumonia, which is a major cause of hospitalization.”
Dr. Rubin, who is an allergist at Oak Brook Allergists, Ill., said, “I generally recommend nasal saline irrigation to my patients for allergic rhinitis and viral upper respiratory infections already. It can help reduce symptoms such as nasal congestion, rhinorrhea, postnasal drip, and sinus pain and pressure.”
The intervention may be reasonable beyond an adult population, he said.
“This could be used for pediatric patients as well, if they are developmentally ready to try this intervention,” he said.
Mr. Espinoza said further study is warranted, but he said that if confirmed in later trials, the simple intervention may be particularly helpful in low-resource settings.
Mr. Espinoza and Dr. Rubin have disclosed no relevant financial relationships.
A version of this article appeared on Medscape.com.
FROM ACAAI 2023