CHEST Physician

Despite 4 years of med school and 3-7 years in residency, when you enter the workforce as a doctor, you still have much to learn. There is only so much your professors and attending physicians can pack in. Going forward, you’ll continue to learn on the job and via continuing education.

Some of that lifelong learning will involve soft skills — how to compassionately work with your patients and their families, for instance. Other lessons will get down to the business of medicine — the paperwork, the work/life balance, and the moral dilemmas you never saw coming. And still others will involve learning how to take care of yourself in the middle of seemingly endless hours on the job.

“We all have things we wish we had known upon starting our careers,” said Daniel Opris, MD, a primary care physician at Ohio-based Executive Medical Centers.

We tapped several veteran physicians and an educator to learn what they wish med students knew as they enter the workforce. We’ve compiled them here to give you a head start on the lessons ahead. 

 

You Won’t Know Everything, and That’s Okay

When you go through your medical training, it can feel overwhelming to absorb all the knowledge your professors and attendings impart. The bottom line, said Shoshana Ungerleider, MD, an internal medicine specialist, is that you shouldn’t worry about it.

“No one expects you to know it all,” she explained. “What’s important is to cultivate curiosity and a willingness to ask for help when needed.” 

David Lenihan, PhD, CEO at Ponce Health Sciences University, agrees. “What we’ve lost in recent years, is the ability to apply your skill set and say, ‘let me take a day and get back to you,’” he said. “Doctors love it when you do that because it shows you can pitch in and work as part of a team.”

Medicine is a collaborative field, said Ungerleider, and learning from others, whether peers, nurses, or specialists, is “not a weakness.” She recommends embracing uncertainty and getting comfortable with the unknown.

 

You’ll Take Your Work Home With You

Doctors enter the field because they care about their patients and want to help. Successful outcomes are never guaranteed, however, no matter how much you try. The result? Some days you’ll bring home those upsetting and haunting cases, said Lenihan. 

“We often believe that we should leave our work at the office, but sometimes you need to bring it home and think it through,” he said. “It can’t overwhelm you, but you should digest what happened.”

When you do, said Lenihan, you’ll come out the other end more empathetic and that helps the healthcare system in the long run. “The more you reflect on your day, the better you’ll get at reading the room and treating your patients.”

Drew Remignanti, MD, a retired emergency medicine physician from New Hampshire, agrees, but puts a different spin on bringing work home. 

“We revisit the patient care decisions we made, second-guess ourselves, and worry about our patients’ welfare and outcomes,” he said. “I think it can only lead to better outcomes down the road, however, if you learn from that bad decision, preventing you from committing a similar mistake.”

 

Burnout Is Real — Make Self-Care a Priority 

As a retired physician who spent 40 years practicing medicine, Remignanti experienced the evolution of healthcare as it has become what he calls a “consumer-provider” model. “Productivity didn’t use to be part of the equation, but now it’s the focus,” he said. 

The result is burnout, a very real threat to incoming physicians. Remignanti holds that if you are aware of the risk, you can resist it. Part of avoiding burnout is self-care, according to Ungerleider. “The sooner you prioritize your mental, emotional, and physical well-being, the better,” she said. “Balancing work and life may feel impossible at times but taking care of yourself is essential to being a better physician in the long run.”

That means carving out time for exercise, hobbies, and connections outside of the medical field. It also means making sleep and nutrition a priority, even when that feels hard to accomplish. “If you don’t take care of yourself, you can’t take care of others,” added Opris. “It’s so common to lose yourself in your career, but you need to hold onto your physical, emotional, and spiritual self.”

 

Avoid Relying Too Heavily on Tech

Technology is invading every aspect of our lives — often for the greater good — but in medicine, it’s important to always return to your core knowledge above all else. Case in point, said Opris, the UpToDate app. While it can be a useful tool, it’s important not to become too reliant on it. “UpToDate is expert opinion-based guidance, and it’s a fantastic resource,” he said. “But you need to use your references and knowledge in every case.”

It’s key to remember that every patient is different, and their case may not line up perfectly with the guidance presented in UpToDate or other technology source. Piggybacking on that, Ungerleider added that it’s important to remember medicine is about people, not just conditions.

“It’s easy to focus on mastering the science, but the real art of medicine comes from seeing the whole person in front of you,” she said. “Your patients are more than their diagnoses — they come with complex emotions, life stories, and needs.” Being compassionate, listening carefully, and building trust should match up to your clinical skills.

 

Partner With Your Patients, Even When It’s Difficult

Perhaps the most difficult lesson of all is remembering that your patients may not always agree with your recommendations and choose to ignore them. After all your years spent learning, there may be times when it feels your education is going to waste.

“Remember that the landscape today is so varied, and that bleeds into medicine,” said Opris. “We go into cases with our own biases, and it’s important to take a step back to reset, every time.”

Opris reminds himself of Sir William Osler’s famous essay, “Aequanimitas,” in which he tells graduating medical students to practice with “coolness and presence of mind under all circumstances.”

Remignanti offers this advice: “Physicians need to be able to partner with their patients and jointly decide which courses of action are most effective,” he said. “Cling to the idea that you are forming a partnership with your patients — what can we together determine is the best course?”

At the same time, the path the patient chooses may not be what’s best for them — potentially even leading to a poor outcome.

“You may not always understand their choices,” said Opris. “But they do have a choice. Think of yourself almost like a consultant.”

 

A version of this article first appeared on Medscape.com.

Despite 4 years of med school and 3-7 years in residency, when you enter the workforce as a doctor, you still have much to learn. There is only so much your professors and attending physicians can pack in. Going forward, you’ll continue to learn on the job and via continuing education.

Some of that lifelong learning will involve soft skills — how to compassionately work with your patients and their families, for instance. Other lessons will get down to the business of medicine — the paperwork, the work/life balance, and the moral dilemmas you never saw coming. And still others will involve learning how to take care of yourself in the middle of seemingly endless hours on the job.

“We all have things we wish we had known upon starting our careers,” said Daniel Opris, MD, a primary care physician at Ohio-based Executive Medical Centers.

We tapped several veteran physicians and an educator to learn what they wish med students knew as they enter the workforce. We’ve compiled them here to give you a head start on the lessons ahead. 

 

You Won’t Know Everything, and That’s Okay

When you go through your medical training, it can feel overwhelming to absorb all the knowledge your professors and attendings impart. The bottom line, said Shoshana Ungerleider, MD, an internal medicine specialist, is that you shouldn’t worry about it.

“No one expects you to know it all,” she explained. “What’s important is to cultivate curiosity and a willingness to ask for help when needed.” 

David Lenihan, PhD, CEO at Ponce Health Sciences University, agrees. “What we’ve lost in recent years, is the ability to apply your skill set and say, ‘let me take a day and get back to you,’” he said. “Doctors love it when you do that because it shows you can pitch in and work as part of a team.”

Medicine is a collaborative field, said Ungerleider, and learning from others, whether peers, nurses, or specialists, is “not a weakness.” She recommends embracing uncertainty and getting comfortable with the unknown.

 

You’ll Take Your Work Home With You

Doctors enter the field because they care about their patients and want to help. Successful outcomes are never guaranteed, however, no matter how much you try. The result? Some days you’ll bring home those upsetting and haunting cases, said Lenihan. 

“We often believe that we should leave our work at the office, but sometimes you need to bring it home and think it through,” he said. “It can’t overwhelm you, but you should digest what happened.”

When you do, said Lenihan, you’ll come out the other end more empathetic and that helps the healthcare system in the long run. “The more you reflect on your day, the better you’ll get at reading the room and treating your patients.”

Drew Remignanti, MD, a retired emergency medicine physician from New Hampshire, agrees, but puts a different spin on bringing work home. 

“We revisit the patient care decisions we made, second-guess ourselves, and worry about our patients’ welfare and outcomes,” he said. “I think it can only lead to better outcomes down the road, however, if you learn from that bad decision, preventing you from committing a similar mistake.”

 

Burnout Is Real — Make Self-Care a Priority 

As a retired physician who spent 40 years practicing medicine, Remignanti experienced the evolution of healthcare as it has become what he calls a “consumer-provider” model. “Productivity didn’t use to be part of the equation, but now it’s the focus,” he said. 

The result is burnout, a very real threat to incoming physicians. Remignanti holds that if you are aware of the risk, you can resist it. Part of avoiding burnout is self-care, according to Ungerleider. “The sooner you prioritize your mental, emotional, and physical well-being, the better,” she said. “Balancing work and life may feel impossible at times but taking care of yourself is essential to being a better physician in the long run.”

That means carving out time for exercise, hobbies, and connections outside of the medical field. It also means making sleep and nutrition a priority, even when that feels hard to accomplish. “If you don’t take care of yourself, you can’t take care of others,” added Opris. “It’s so common to lose yourself in your career, but you need to hold onto your physical, emotional, and spiritual self.”

 

Avoid Relying Too Heavily on Tech

Technology is invading every aspect of our lives — often for the greater good — but in medicine, it’s important to always return to your core knowledge above all else. Case in point, said Opris, the UpToDate app. While it can be a useful tool, it’s important not to become too reliant on it. “UpToDate is expert opinion-based guidance, and it’s a fantastic resource,” he said. “But you need to use your references and knowledge in every case.”

It’s key to remember that every patient is different, and their case may not line up perfectly with the guidance presented in UpToDate or other technology source. Piggybacking on that, Ungerleider added that it’s important to remember medicine is about people, not just conditions.

“It’s easy to focus on mastering the science, but the real art of medicine comes from seeing the whole person in front of you,” she said. “Your patients are more than their diagnoses — they come with complex emotions, life stories, and needs.” Being compassionate, listening carefully, and building trust should match up to your clinical skills.

 

Partner With Your Patients, Even When It’s Difficult

Perhaps the most difficult lesson of all is remembering that your patients may not always agree with your recommendations and choose to ignore them. After all your years spent learning, there may be times when it feels your education is going to waste.

“Remember that the landscape today is so varied, and that bleeds into medicine,” said Opris. “We go into cases with our own biases, and it’s important to take a step back to reset, every time.”

Opris reminds himself of Sir William Osler’s famous essay, “Aequanimitas,” in which he tells graduating medical students to practice with “coolness and presence of mind under all circumstances.”

Remignanti offers this advice: “Physicians need to be able to partner with their patients and jointly decide which courses of action are most effective,” he said. “Cling to the idea that you are forming a partnership with your patients — what can we together determine is the best course?”

At the same time, the path the patient chooses may not be what’s best for them — potentially even leading to a poor outcome.

“You may not always understand their choices,” said Opris. “But they do have a choice. Think of yourself almost like a consultant.”

 

A version of this article first appeared on Medscape.com.

Despite 4 years of med school and 3-7 years in residency, when you enter the workforce as a doctor, you still have much to learn. There is only so much your professors and attending physicians can pack in. Going forward, you’ll continue to learn on the job and via continuing education.

Some of that lifelong learning will involve soft skills — how to compassionately work with your patients and their families, for instance. Other lessons will get down to the business of medicine — the paperwork, the work/life balance, and the moral dilemmas you never saw coming. And still others will involve learning how to take care of yourself in the middle of seemingly endless hours on the job.

“We all have things we wish we had known upon starting our careers,” said Daniel Opris, MD, a primary care physician at Ohio-based Executive Medical Centers.

We tapped several veteran physicians and an educator to learn what they wish med students knew as they enter the workforce. We’ve compiled them here to give you a head start on the lessons ahead. 

 

You Won’t Know Everything, and That’s Okay

When you go through your medical training, it can feel overwhelming to absorb all the knowledge your professors and attendings impart. The bottom line, said Shoshana Ungerleider, MD, an internal medicine specialist, is that you shouldn’t worry about it.

“No one expects you to know it all,” she explained. “What’s important is to cultivate curiosity and a willingness to ask for help when needed.” 

David Lenihan, PhD, CEO at Ponce Health Sciences University, agrees. “What we’ve lost in recent years, is the ability to apply your skill set and say, ‘let me take a day and get back to you,’” he said. “Doctors love it when you do that because it shows you can pitch in and work as part of a team.”

Medicine is a collaborative field, said Ungerleider, and learning from others, whether peers, nurses, or specialists, is “not a weakness.” She recommends embracing uncertainty and getting comfortable with the unknown.

 

You’ll Take Your Work Home With You

Doctors enter the field because they care about their patients and want to help. Successful outcomes are never guaranteed, however, no matter how much you try. The result? Some days you’ll bring home those upsetting and haunting cases, said Lenihan. 

“We often believe that we should leave our work at the office, but sometimes you need to bring it home and think it through,” he said. “It can’t overwhelm you, but you should digest what happened.”

When you do, said Lenihan, you’ll come out the other end more empathetic and that helps the healthcare system in the long run. “The more you reflect on your day, the better you’ll get at reading the room and treating your patients.”

Drew Remignanti, MD, a retired emergency medicine physician from New Hampshire, agrees, but puts a different spin on bringing work home. 

“We revisit the patient care decisions we made, second-guess ourselves, and worry about our patients’ welfare and outcomes,” he said. “I think it can only lead to better outcomes down the road, however, if you learn from that bad decision, preventing you from committing a similar mistake.”

 

Burnout Is Real — Make Self-Care a Priority 

As a retired physician who spent 40 years practicing medicine, Remignanti experienced the evolution of healthcare as it has become what he calls a “consumer-provider” model. “Productivity didn’t use to be part of the equation, but now it’s the focus,” he said. 

The result is burnout, a very real threat to incoming physicians. Remignanti holds that if you are aware of the risk, you can resist it. Part of avoiding burnout is self-care, according to Ungerleider. “The sooner you prioritize your mental, emotional, and physical well-being, the better,” she said. “Balancing work and life may feel impossible at times but taking care of yourself is essential to being a better physician in the long run.”

That means carving out time for exercise, hobbies, and connections outside of the medical field. It also means making sleep and nutrition a priority, even when that feels hard to accomplish. “If you don’t take care of yourself, you can’t take care of others,” added Opris. “It’s so common to lose yourself in your career, but you need to hold onto your physical, emotional, and spiritual self.”

 

Avoid Relying Too Heavily on Tech

Technology is invading every aspect of our lives — often for the greater good — but in medicine, it’s important to always return to your core knowledge above all else. Case in point, said Opris, the UpToDate app. While it can be a useful tool, it’s important not to become too reliant on it. “UpToDate is expert opinion-based guidance, and it’s a fantastic resource,” he said. “But you need to use your references and knowledge in every case.”

It’s key to remember that every patient is different, and their case may not line up perfectly with the guidance presented in UpToDate or other technology source. Piggybacking on that, Ungerleider added that it’s important to remember medicine is about people, not just conditions.

“It’s easy to focus on mastering the science, but the real art of medicine comes from seeing the whole person in front of you,” she said. “Your patients are more than their diagnoses — they come with complex emotions, life stories, and needs.” Being compassionate, listening carefully, and building trust should match up to your clinical skills.

 

Partner With Your Patients, Even When It’s Difficult

Perhaps the most difficult lesson of all is remembering that your patients may not always agree with your recommendations and choose to ignore them. After all your years spent learning, there may be times when it feels your education is going to waste.

“Remember that the landscape today is so varied, and that bleeds into medicine,” said Opris. “We go into cases with our own biases, and it’s important to take a step back to reset, every time.”

Opris reminds himself of Sir William Osler’s famous essay, “Aequanimitas,” in which he tells graduating medical students to practice with “coolness and presence of mind under all circumstances.”

Remignanti offers this advice: “Physicians need to be able to partner with their patients and jointly decide which courses of action are most effective,” he said. “Cling to the idea that you are forming a partnership with your patients — what can we together determine is the best course?”

At the same time, the path the patient chooses may not be what’s best for them — potentially even leading to a poor outcome.

“You may not always understand their choices,” said Opris. “But they do have a choice. Think of yourself almost like a consultant.”

 

A version of this article first appeared on Medscape.com.

TOPLINE:

Exposure to fine particulate matter (PM_2.5) during pregnancy is associated with an increased risk for spontaneous preterm birth, with peak vulnerability in the second trimester. Lower socioeconomic status, limited green space exposure, and extreme heat amplify this risk, whereas living around more trees provides protective effects.

METHODOLOGY:

• The researchers conducted a population-based retrospective cohort study to examine the associations of exposures to total PM_2.5 and five constituents (black carbon, nitrate, organic matter, and sulfate) during pregnancy with spontaneous preterm birth.
• They included 409,037 singleton live births from the Kaiser Permanente Southern California health care system between 2008 and 2018, with mothers having a mean age of 30.3 years at delivery (51% Hispanic).
• Daily total PM_2.5 concentrations and monthly data on the constituents in California were obtained; mean exposures during the entire pregnancy and in each trimester were calculated.
• Spontaneous preterm births were identified through the evaluation of preterm labor visits and were defined as a delivery occurring before 37 weeks following the onset of spontaneous labor, without pregnancy complications, and within 7 days of the last preterm labor visit.
• The analysis also examined the effect of factors such as race and ethnicity, education, median household income, exposure to green spaces, wildfire smoke, and temperature.

TAKEAWAY:

• Each 2.76 µg/m³ increase in total PM_2.5 exposure during pregnancy raised the risk for spontaneous preterm birth by 15% (P < .001), with black carbon showing the highest risk (adjusted odds ratio [aOR], 1.15; 95% CI, 1.12-1.18; P < .001).
• Exposure to PM_2.5 during the second trimester showed the highest association with spontaneous preterm birth (aOR, 1.10; P < .001), followed by that during the third (aOR, 1.09; P < .001) and first (aOR, 1.07; P < .001) trimesters.
• Individuals with lower education levels showed a higher risk for spontaneous preterm birth than those with more than 4 years of college education (P = .003).
• Exposure to extreme heat (P < .001) and lower exposure to total green space (P = .003) increased the risk for spontaneous preterm abortion.

IN PRACTICE:

“Targeted and preventive public health interventions among these subpopulations with high risk may be critical for minimizing the burden of spontaneous preterm birth,” the authors wrote.

SOURCE:

The study was led by Anqi Jiao of the program in public health at the Department of Environmental and Occupational Health at the University of California, Irvine. It was published online in JAMA Network Open.

LIMITATIONS:

According to the authors, exposure misclassification was inevitable as individual exposure to PM_2.5 was estimated according to census tract-level data without considering personal activity patterns. Only five major PM_2.5 constituents were measured due to data availability. Additionally, street-view green space data were considered spatial snapshots, which cannot capture temporal variations, possibly leading to exposure misclassification and biased associations in either direction.

DISCLOSURES:

The study was supported by the National Institute of Environmental Health Sciences and the California Air Resources Board. One author reported receiving research funding from pharmaceutical and biopharmaceutical companies, which was paid to the institute. Another author reported receiving grants from a medical technology company outside the submitted work.

This article was created using several editorial tools, including AI, as part of the process. Human editors reviewed this content before publication. A version of this article first appeared on Medscape.com.

TOPLINE:

Exposure to fine particulate matter (PM_2.5) during pregnancy is associated with an increased risk for spontaneous preterm birth, with peak vulnerability in the second trimester. Lower socioeconomic status, limited green space exposure, and extreme heat amplify this risk, whereas living around more trees provides protective effects.

METHODOLOGY:

• The researchers conducted a population-based retrospective cohort study to examine the associations of exposures to total PM_2.5 and five constituents (black carbon, nitrate, organic matter, and sulfate) during pregnancy with spontaneous preterm birth.
• They included 409,037 singleton live births from the Kaiser Permanente Southern California health care system between 2008 and 2018, with mothers having a mean age of 30.3 years at delivery (51% Hispanic).
• Daily total PM_2.5 concentrations and monthly data on the constituents in California were obtained; mean exposures during the entire pregnancy and in each trimester were calculated.
• Spontaneous preterm births were identified through the evaluation of preterm labor visits and were defined as a delivery occurring before 37 weeks following the onset of spontaneous labor, without pregnancy complications, and within 7 days of the last preterm labor visit.
• The analysis also examined the effect of factors such as race and ethnicity, education, median household income, exposure to green spaces, wildfire smoke, and temperature.

TAKEAWAY:

• Each 2.76 µg/m³ increase in total PM_2.5 exposure during pregnancy raised the risk for spontaneous preterm birth by 15% (P < .001), with black carbon showing the highest risk (adjusted odds ratio [aOR], 1.15; 95% CI, 1.12-1.18; P < .001).
• Exposure to PM_2.5 during the second trimester showed the highest association with spontaneous preterm birth (aOR, 1.10; P < .001), followed by that during the third (aOR, 1.09; P < .001) and first (aOR, 1.07; P < .001) trimesters.
• Individuals with lower education levels showed a higher risk for spontaneous preterm birth than those with more than 4 years of college education (P = .003).
• Exposure to extreme heat (P < .001) and lower exposure to total green space (P = .003) increased the risk for spontaneous preterm abortion.

IN PRACTICE:

“Targeted and preventive public health interventions among these subpopulations with high risk may be critical for minimizing the burden of spontaneous preterm birth,” the authors wrote.

SOURCE:

The study was led by Anqi Jiao of the program in public health at the Department of Environmental and Occupational Health at the University of California, Irvine. It was published online in JAMA Network Open.

LIMITATIONS:

According to the authors, exposure misclassification was inevitable as individual exposure to PM_2.5 was estimated according to census tract-level data without considering personal activity patterns. Only five major PM_2.5 constituents were measured due to data availability. Additionally, street-view green space data were considered spatial snapshots, which cannot capture temporal variations, possibly leading to exposure misclassification and biased associations in either direction.

DISCLOSURES:

The study was supported by the National Institute of Environmental Health Sciences and the California Air Resources Board. One author reported receiving research funding from pharmaceutical and biopharmaceutical companies, which was paid to the institute. Another author reported receiving grants from a medical technology company outside the submitted work.

This article was created using several editorial tools, including AI, as part of the process. Human editors reviewed this content before publication. A version of this article first appeared on Medscape.com.

TOPLINE:

Exposure to fine particulate matter (PM_2.5) during pregnancy is associated with an increased risk for spontaneous preterm birth, with peak vulnerability in the second trimester. Lower socioeconomic status, limited green space exposure, and extreme heat amplify this risk, whereas living around more trees provides protective effects.

METHODOLOGY:

• The researchers conducted a population-based retrospective cohort study to examine the associations of exposures to total PM_2.5 and five constituents (black carbon, nitrate, organic matter, and sulfate) during pregnancy with spontaneous preterm birth.
• They included 409,037 singleton live births from the Kaiser Permanente Southern California health care system between 2008 and 2018, with mothers having a mean age of 30.3 years at delivery (51% Hispanic).
• Daily total PM_2.5 concentrations and monthly data on the constituents in California were obtained; mean exposures during the entire pregnancy and in each trimester were calculated.
• Spontaneous preterm births were identified through the evaluation of preterm labor visits and were defined as a delivery occurring before 37 weeks following the onset of spontaneous labor, without pregnancy complications, and within 7 days of the last preterm labor visit.
• The analysis also examined the effect of factors such as race and ethnicity, education, median household income, exposure to green spaces, wildfire smoke, and temperature.

TAKEAWAY:

• Each 2.76 µg/m³ increase in total PM_2.5 exposure during pregnancy raised the risk for spontaneous preterm birth by 15% (P < .001), with black carbon showing the highest risk (adjusted odds ratio [aOR], 1.15; 95% CI, 1.12-1.18; P < .001).
• Exposure to PM_2.5 during the second trimester showed the highest association with spontaneous preterm birth (aOR, 1.10; P < .001), followed by that during the third (aOR, 1.09; P < .001) and first (aOR, 1.07; P < .001) trimesters.
• Individuals with lower education levels showed a higher risk for spontaneous preterm birth than those with more than 4 years of college education (P = .003).
• Exposure to extreme heat (P < .001) and lower exposure to total green space (P = .003) increased the risk for spontaneous preterm abortion.

IN PRACTICE:

“Targeted and preventive public health interventions among these subpopulations with high risk may be critical for minimizing the burden of spontaneous preterm birth,” the authors wrote.

SOURCE:

The study was led by Anqi Jiao of the program in public health at the Department of Environmental and Occupational Health at the University of California, Irvine. It was published online in JAMA Network Open.

LIMITATIONS:

According to the authors, exposure misclassification was inevitable as individual exposure to PM_2.5 was estimated according to census tract-level data without considering personal activity patterns. Only five major PM_2.5 constituents were measured due to data availability. Additionally, street-view green space data were considered spatial snapshots, which cannot capture temporal variations, possibly leading to exposure misclassification and biased associations in either direction.

DISCLOSURES:

The study was supported by the National Institute of Environmental Health Sciences and the California Air Resources Board. One author reported receiving research funding from pharmaceutical and biopharmaceutical companies, which was paid to the institute. Another author reported receiving grants from a medical technology company outside the submitted work.

This article was created using several editorial tools, including AI, as part of the process. Human editors reviewed this content before publication. A version of this article first appeared on Medscape.com.

WASHINGTON — The B cell–depleting agent inebilizumab (Uplizna) dramatically reduced the risk of flares and increased year-long remission of IgG4-related disease (RD), new research has found.

In a phase 3, multicenter, double-blind, randomized, placebo-controlled trial of 135 adults with active IgG4-RD, treatment with inebilizumab resulted in a significant 87% reduction in flare risk and nearly fivefold greater likelihood of flare-free remission at 1 year. The results were published online November 14 in The New England Journal of Medicine and were presented at the annual meeting of the American College of Rheumatology (ACR).

The drug’s manufacturer, Amgen, released top-line results of the trial, called MITIGATE, in June 2024.

 

Until now, the mainstay of management for the chronic multiorgan disease IgG4-RD has been glucocorticoids, which can cause numerous adverse effects. “It is hoped that inebilizumab can be used as an important steroid-sparing medication in this disease to reduce steroid toxicity,” lead author John H. Stone, MD, professor of medicine at Harvard Medical School, Boston, Massachusetts, said in an interview, noting that it may not entirely eliminate the need for steroid treatment, but for many, it appears to work after the remission induction period as a monotherapy without steroids. 

Asked to comment, Leonard H. Calabrese, DO, head of the Section of Clinical Immunology and manager of the Clinical Immunology Clinic at the Cleveland Clinic, Ohio, said: “There has been anecdotal or observational evidence for some effect with other immunosuppressive agents, including rituximab, but no robust clinical trial until this study. This clearly has demonstrated efficacy by reducing the risk of flares. And most importantly, putting people into remission means no active disease in any given organ. ... This gives us another tool in the toolbox to attack B cell–directed diseases, and I think it really makes a lot of sense.”

Calabrese cautioned, though, that “this is a disease that extends over many years. This is just a 1-year study. Label extensions will be important.”

 

And several questions remain, Calabrese noted: “How long do patients need to remain on drug? What will happen when the drug is stopped? Can they be retreated? These are the natural questions that arise in any sentinel study like this. But this is extremely encouraging. And I think it’s great for patients. I also think it’s a clarion call to increase awareness about this disease since there’s now strong evidence of effective treatment.” 

 

Underrecognized, Often Misdiagnosed as Cancer

Indeed, IgG4-RD, a chronic, relapsing, autoimmune, fibro-inflammatory multiorgan disease, was only first described in Japan in 2003. Since then, it has been reported all over the world yet remains vastly underrecognized. It is often misdiagnosed as cancer because it produces lesions in multiple organs. It received an ICD-10 code only about a year ago. A previous study estimated a prevalence of about 5.3 persons per 100,000 but that is likely to be a three- to fourfold underestimate, said Stone, who is also executive chairman of the IgG4ward! Foundation. 

“Nobody had heard of the disease until about 20 years ago. ... And there are many people in the world who have still not heard of it despite the fact that it is a multiorgan autoimmune disease and is probably as common, or more common, than many other diseases that rheumatologists spend a lot of time thinking about, such as scleroderma.”

While knowledge about the disease is increasing in rheumatology circles, it’s less well-recognized among many of the specialties where patients present, depending on the location of their lesions. These include gastroenterology, ophthalmology, pulmonary medicine, neurology, and nephrology. “All would be likely to see this disease,” Stone said. 

The disease can be mistaken for tumors in many of those locations and even as metastatic cancer, he noted, adding that “any time a patient has a mass lesion in a typical organ, the pancreas, the major salivary glands, the lungs, or the kidneys, this should be on the differential diagnosis.” 

The diagnosis of IgG4-RD is a clinical one, involving “quadrangulation between clinical features, serological findings, IgG4 levels in the blood, radiology studies, and then pathology biopsies when those are available,” Stone said. 

Calabrese characterized the current situation as “we’re all blind men on the elephant. To the neurologist or the neurosurgeon, it’s a mass in the brain. It could present to the ophthalmologist as an [eye] tumor. It can be thyroid gland failure, pulmonary disease, retroperitoneal fibrosis, hepatobiliary disease, and beyond. So, whoever sees that patient, there’s often a long lag time in recognizing it.”

And interestingly, Stone noted that unlike other autoimmune diseases, IgG4-RD primarily affects middle-aged men rather than younger-to-middle-aged women. And when IgG4-RD is diagnosed, glucocorticoid treatment can be particularly toxic when the pancreas is involved, heightening the risk for hyperglycemia and potentially causing diabetes. 

 

Dramatic Improvement in Flares, Remission Achievement

MITIGATE is a phase 3, multicenter, double-blind, randomized, placebo-controlled trial in which 135 adults (mean age 58.2 years, 88 men) with active IgG4-RD were randomized 1:1 to receive 300-mg intravenous infusions of inebilizumab or placebo on days 1 and 15, and again at week 26. At baseline, 62 (45.9%) participants had newly diagnosed IgG4-RD and 73 (54.1%) had recurrent disease. 

Both groups received identical glucocorticoid tapers. Overall, 127 (94.1%) completed the 52 weeks of treatment. 

By 52 weeks, only seven patients in the inebilizumab group (10%) had experienced disease flares vs 40 (60%) in the placebo group, a significant difference with a hazard ratio of 0.13 (P < .001). 

The percentage of participants achieving flare-free, treatment-free complete remission was 59 with inebilizumab (57%), compared with just 15 (22%) in the placebo group (odds ratio [OR], 4.68; P < .001). And for flare-free, glucocorticoid-free complete remission, those proportions were 40 (59%) vs 15 (22%), respectively (OR, 4.96; P < .001). 

Excluding the 8-week glucocorticoid taper period, mean total glucocorticoid use was 1264.2 mg less in the inebilizumab than the placebo group, a significant reduction. Overall, 61 participants (90%) were able to entirely discontinue glucocorticoids during the trial, compared with just 25 (37%) in the placebo group. 

Adverse events of grade 3 or higher occurred in 12 participants (18%) in the inebilizumab group and 8 (12%) in the placebo group; serious adverse events occurred in 12 (18%) and 6 (9%), respectively. However, no serious adverse event occurred in more than one participant, and there were no deaths. Adverse events led to withdrawal from the trial in six patients (9%) in the inebilizumab group and three patients (4%) in the placebo group. 

Adverse events that occurred in more than 10% of participants in the inebilizumab group were COVID-19 in 16 participants (24%), lymphopenia in 11 (16%), and urinary tract infection in 8 (12%). 

Importantly, Stone noted, B-cell depletion can reduce responses to vaccines, so patients should receive all recommended vaccinations, including COVID-19, influenza, respiratory syncytial virus, and others, prior to initiating therapy. 

Uplizna (inebilizumab-cdon) was approved by the Food and Drug Administration (FDA) for the treatment of neuromyelitis optica spectrum disorder in 2020. In October 2024, the FDA granted Amgen breakthrough therapy designation for use in IgG4-RD. The company is also developing the drug for use in myasthenia gravis.

The study was funded by Amgen. Stone has reported being a consultant for Amgen, Zenas, Argenx, Bristol Myers Squibb, Novartis, Sanofi, and Horizon Pharma. Calabrese has reported being a consultant and/or speaker for Amgen, AstraZeneca, Jansen, Sanofi, and UCB.

A version of this article first appeared on Medscape.com.

WASHINGTON — The B cell–depleting agent inebilizumab (Uplizna) dramatically reduced the risk of flares and increased year-long remission of IgG4-related disease (RD), new research has found.

In a phase 3, multicenter, double-blind, randomized, placebo-controlled trial of 135 adults with active IgG4-RD, treatment with inebilizumab resulted in a significant 87% reduction in flare risk and nearly fivefold greater likelihood of flare-free remission at 1 year. The results were published online November 14 in The New England Journal of Medicine and were presented at the annual meeting of the American College of Rheumatology (ACR).

The drug’s manufacturer, Amgen, released top-line results of the trial, called MITIGATE, in June 2024.

 

Until now, the mainstay of management for the chronic multiorgan disease IgG4-RD has been glucocorticoids, which can cause numerous adverse effects. “It is hoped that inebilizumab can be used as an important steroid-sparing medication in this disease to reduce steroid toxicity,” lead author John H. Stone, MD, professor of medicine at Harvard Medical School, Boston, Massachusetts, said in an interview, noting that it may not entirely eliminate the need for steroid treatment, but for many, it appears to work after the remission induction period as a monotherapy without steroids. 

Asked to comment, Leonard H. Calabrese, DO, head of the Section of Clinical Immunology and manager of the Clinical Immunology Clinic at the Cleveland Clinic, Ohio, said: “There has been anecdotal or observational evidence for some effect with other immunosuppressive agents, including rituximab, but no robust clinical trial until this study. This clearly has demonstrated efficacy by reducing the risk of flares. And most importantly, putting people into remission means no active disease in any given organ. ... This gives us another tool in the toolbox to attack B cell–directed diseases, and I think it really makes a lot of sense.”

Calabrese cautioned, though, that “this is a disease that extends over many years. This is just a 1-year study. Label extensions will be important.”

 

And several questions remain, Calabrese noted: “How long do patients need to remain on drug? What will happen when the drug is stopped? Can they be retreated? These are the natural questions that arise in any sentinel study like this. But this is extremely encouraging. And I think it’s great for patients. I also think it’s a clarion call to increase awareness about this disease since there’s now strong evidence of effective treatment.” 

 

Underrecognized, Often Misdiagnosed as Cancer

Indeed, IgG4-RD, a chronic, relapsing, autoimmune, fibro-inflammatory multiorgan disease, was only first described in Japan in 2003. Since then, it has been reported all over the world yet remains vastly underrecognized. It is often misdiagnosed as cancer because it produces lesions in multiple organs. It received an ICD-10 code only about a year ago. A previous study estimated a prevalence of about 5.3 persons per 100,000 but that is likely to be a three- to fourfold underestimate, said Stone, who is also executive chairman of the IgG4ward! Foundation. 

“Nobody had heard of the disease until about 20 years ago. ... And there are many people in the world who have still not heard of it despite the fact that it is a multiorgan autoimmune disease and is probably as common, or more common, than many other diseases that rheumatologists spend a lot of time thinking about, such as scleroderma.”

While knowledge about the disease is increasing in rheumatology circles, it’s less well-recognized among many of the specialties where patients present, depending on the location of their lesions. These include gastroenterology, ophthalmology, pulmonary medicine, neurology, and nephrology. “All would be likely to see this disease,” Stone said. 

The disease can be mistaken for tumors in many of those locations and even as metastatic cancer, he noted, adding that “any time a patient has a mass lesion in a typical organ, the pancreas, the major salivary glands, the lungs, or the kidneys, this should be on the differential diagnosis.” 

The diagnosis of IgG4-RD is a clinical one, involving “quadrangulation between clinical features, serological findings, IgG4 levels in the blood, radiology studies, and then pathology biopsies when those are available,” Stone said. 

Calabrese characterized the current situation as “we’re all blind men on the elephant. To the neurologist or the neurosurgeon, it’s a mass in the brain. It could present to the ophthalmologist as an [eye] tumor. It can be thyroid gland failure, pulmonary disease, retroperitoneal fibrosis, hepatobiliary disease, and beyond. So, whoever sees that patient, there’s often a long lag time in recognizing it.”

And interestingly, Stone noted that unlike other autoimmune diseases, IgG4-RD primarily affects middle-aged men rather than younger-to-middle-aged women. And when IgG4-RD is diagnosed, glucocorticoid treatment can be particularly toxic when the pancreas is involved, heightening the risk for hyperglycemia and potentially causing diabetes. 

 

Dramatic Improvement in Flares, Remission Achievement

MITIGATE is a phase 3, multicenter, double-blind, randomized, placebo-controlled trial in which 135 adults (mean age 58.2 years, 88 men) with active IgG4-RD were randomized 1:1 to receive 300-mg intravenous infusions of inebilizumab or placebo on days 1 and 15, and again at week 26. At baseline, 62 (45.9%) participants had newly diagnosed IgG4-RD and 73 (54.1%) had recurrent disease. 

Both groups received identical glucocorticoid tapers. Overall, 127 (94.1%) completed the 52 weeks of treatment. 

By 52 weeks, only seven patients in the inebilizumab group (10%) had experienced disease flares vs 40 (60%) in the placebo group, a significant difference with a hazard ratio of 0.13 (P < .001). 

The percentage of participants achieving flare-free, treatment-free complete remission was 59 with inebilizumab (57%), compared with just 15 (22%) in the placebo group (odds ratio [OR], 4.68; P < .001). And for flare-free, glucocorticoid-free complete remission, those proportions were 40 (59%) vs 15 (22%), respectively (OR, 4.96; P < .001). 

Excluding the 8-week glucocorticoid taper period, mean total glucocorticoid use was 1264.2 mg less in the inebilizumab than the placebo group, a significant reduction. Overall, 61 participants (90%) were able to entirely discontinue glucocorticoids during the trial, compared with just 25 (37%) in the placebo group. 

Adverse events of grade 3 or higher occurred in 12 participants (18%) in the inebilizumab group and 8 (12%) in the placebo group; serious adverse events occurred in 12 (18%) and 6 (9%), respectively. However, no serious adverse event occurred in more than one participant, and there were no deaths. Adverse events led to withdrawal from the trial in six patients (9%) in the inebilizumab group and three patients (4%) in the placebo group. 

Adverse events that occurred in more than 10% of participants in the inebilizumab group were COVID-19 in 16 participants (24%), lymphopenia in 11 (16%), and urinary tract infection in 8 (12%). 

Importantly, Stone noted, B-cell depletion can reduce responses to vaccines, so patients should receive all recommended vaccinations, including COVID-19, influenza, respiratory syncytial virus, and others, prior to initiating therapy. 

Uplizna (inebilizumab-cdon) was approved by the Food and Drug Administration (FDA) for the treatment of neuromyelitis optica spectrum disorder in 2020. In October 2024, the FDA granted Amgen breakthrough therapy designation for use in IgG4-RD. The company is also developing the drug for use in myasthenia gravis.

The study was funded by Amgen. Stone has reported being a consultant for Amgen, Zenas, Argenx, Bristol Myers Squibb, Novartis, Sanofi, and Horizon Pharma. Calabrese has reported being a consultant and/or speaker for Amgen, AstraZeneca, Jansen, Sanofi, and UCB.

A version of this article first appeared on Medscape.com.

WASHINGTON — The B cell–depleting agent inebilizumab (Uplizna) dramatically reduced the risk of flares and increased year-long remission of IgG4-related disease (RD), new research has found.

In a phase 3, multicenter, double-blind, randomized, placebo-controlled trial of 135 adults with active IgG4-RD, treatment with inebilizumab resulted in a significant 87% reduction in flare risk and nearly fivefold greater likelihood of flare-free remission at 1 year. The results were published online November 14 in The New England Journal of Medicine and were presented at the annual meeting of the American College of Rheumatology (ACR).

The drug’s manufacturer, Amgen, released top-line results of the trial, called MITIGATE, in June 2024.

 

Until now, the mainstay of management for the chronic multiorgan disease IgG4-RD has been glucocorticoids, which can cause numerous adverse effects. “It is hoped that inebilizumab can be used as an important steroid-sparing medication in this disease to reduce steroid toxicity,” lead author John H. Stone, MD, professor of medicine at Harvard Medical School, Boston, Massachusetts, said in an interview, noting that it may not entirely eliminate the need for steroid treatment, but for many, it appears to work after the remission induction period as a monotherapy without steroids. 

Asked to comment, Leonard H. Calabrese, DO, head of the Section of Clinical Immunology and manager of the Clinical Immunology Clinic at the Cleveland Clinic, Ohio, said: “There has been anecdotal or observational evidence for some effect with other immunosuppressive agents, including rituximab, but no robust clinical trial until this study. This clearly has demonstrated efficacy by reducing the risk of flares. And most importantly, putting people into remission means no active disease in any given organ. ... This gives us another tool in the toolbox to attack B cell–directed diseases, and I think it really makes a lot of sense.”

Calabrese cautioned, though, that “this is a disease that extends over many years. This is just a 1-year study. Label extensions will be important.”

 

And several questions remain, Calabrese noted: “How long do patients need to remain on drug? What will happen when the drug is stopped? Can they be retreated? These are the natural questions that arise in any sentinel study like this. But this is extremely encouraging. And I think it’s great for patients. I also think it’s a clarion call to increase awareness about this disease since there’s now strong evidence of effective treatment.” 

 

Underrecognized, Often Misdiagnosed as Cancer

Indeed, IgG4-RD, a chronic, relapsing, autoimmune, fibro-inflammatory multiorgan disease, was only first described in Japan in 2003. Since then, it has been reported all over the world yet remains vastly underrecognized. It is often misdiagnosed as cancer because it produces lesions in multiple organs. It received an ICD-10 code only about a year ago. A previous study estimated a prevalence of about 5.3 persons per 100,000 but that is likely to be a three- to fourfold underestimate, said Stone, who is also executive chairman of the IgG4ward! Foundation. 

“Nobody had heard of the disease until about 20 years ago. ... And there are many people in the world who have still not heard of it despite the fact that it is a multiorgan autoimmune disease and is probably as common, or more common, than many other diseases that rheumatologists spend a lot of time thinking about, such as scleroderma.”

While knowledge about the disease is increasing in rheumatology circles, it’s less well-recognized among many of the specialties where patients present, depending on the location of their lesions. These include gastroenterology, ophthalmology, pulmonary medicine, neurology, and nephrology. “All would be likely to see this disease,” Stone said. 

The disease can be mistaken for tumors in many of those locations and even as metastatic cancer, he noted, adding that “any time a patient has a mass lesion in a typical organ, the pancreas, the major salivary glands, the lungs, or the kidneys, this should be on the differential diagnosis.” 

The diagnosis of IgG4-RD is a clinical one, involving “quadrangulation between clinical features, serological findings, IgG4 levels in the blood, radiology studies, and then pathology biopsies when those are available,” Stone said. 

Calabrese characterized the current situation as “we’re all blind men on the elephant. To the neurologist or the neurosurgeon, it’s a mass in the brain. It could present to the ophthalmologist as an [eye] tumor. It can be thyroid gland failure, pulmonary disease, retroperitoneal fibrosis, hepatobiliary disease, and beyond. So, whoever sees that patient, there’s often a long lag time in recognizing it.”

And interestingly, Stone noted that unlike other autoimmune diseases, IgG4-RD primarily affects middle-aged men rather than younger-to-middle-aged women. And when IgG4-RD is diagnosed, glucocorticoid treatment can be particularly toxic when the pancreas is involved, heightening the risk for hyperglycemia and potentially causing diabetes. 

 

Dramatic Improvement in Flares, Remission Achievement

MITIGATE is a phase 3, multicenter, double-blind, randomized, placebo-controlled trial in which 135 adults (mean age 58.2 years, 88 men) with active IgG4-RD were randomized 1:1 to receive 300-mg intravenous infusions of inebilizumab or placebo on days 1 and 15, and again at week 26. At baseline, 62 (45.9%) participants had newly diagnosed IgG4-RD and 73 (54.1%) had recurrent disease. 

Both groups received identical glucocorticoid tapers. Overall, 127 (94.1%) completed the 52 weeks of treatment. 

By 52 weeks, only seven patients in the inebilizumab group (10%) had experienced disease flares vs 40 (60%) in the placebo group, a significant difference with a hazard ratio of 0.13 (P < .001). 

The percentage of participants achieving flare-free, treatment-free complete remission was 59 with inebilizumab (57%), compared with just 15 (22%) in the placebo group (odds ratio [OR], 4.68; P < .001). And for flare-free, glucocorticoid-free complete remission, those proportions were 40 (59%) vs 15 (22%), respectively (OR, 4.96; P < .001). 

Excluding the 8-week glucocorticoid taper period, mean total glucocorticoid use was 1264.2 mg less in the inebilizumab than the placebo group, a significant reduction. Overall, 61 participants (90%) were able to entirely discontinue glucocorticoids during the trial, compared with just 25 (37%) in the placebo group. 

Adverse events of grade 3 or higher occurred in 12 participants (18%) in the inebilizumab group and 8 (12%) in the placebo group; serious adverse events occurred in 12 (18%) and 6 (9%), respectively. However, no serious adverse event occurred in more than one participant, and there were no deaths. Adverse events led to withdrawal from the trial in six patients (9%) in the inebilizumab group and three patients (4%) in the placebo group. 

Adverse events that occurred in more than 10% of participants in the inebilizumab group were COVID-19 in 16 participants (24%), lymphopenia in 11 (16%), and urinary tract infection in 8 (12%). 

Importantly, Stone noted, B-cell depletion can reduce responses to vaccines, so patients should receive all recommended vaccinations, including COVID-19, influenza, respiratory syncytial virus, and others, prior to initiating therapy. 

Uplizna (inebilizumab-cdon) was approved by the Food and Drug Administration (FDA) for the treatment of neuromyelitis optica spectrum disorder in 2020. In October 2024, the FDA granted Amgen breakthrough therapy designation for use in IgG4-RD. The company is also developing the drug for use in myasthenia gravis.

The study was funded by Amgen. Stone has reported being a consultant for Amgen, Zenas, Argenx, Bristol Myers Squibb, Novartis, Sanofi, and Horizon Pharma. Calabrese has reported being a consultant and/or speaker for Amgen, AstraZeneca, Jansen, Sanofi, and UCB.

A version of this article first appeared on Medscape.com.

WASHINGTON — Colchicine does not protect against major cardiovascular adverse events after an acute myocardial infarction, according to a multinational placebo-controlled trial of more than 7000 patients.

The CLEAR SYNERGY (OASIS 9) study, called “the largest trial ever of colchicine in acute MI,” showed no hint of benefit in an adverse event curve for colchicine relative to placebo over 5 years, which suggests that the role of this drug after myocardial infarction (MI) “is uncertain,” Sanjit Jolly, MD, an interventional cardiologist at Hamilton Health Sciences and a professor of medicine at McMaster University in Hamilton, Ontario, Canada, reported at Transcatheter Cardiovascular Therapeutics (TCT) 2024.

For the primary composite outcome — cardiovascular death, MI, stroke, and ischemia-driven revascularization — the event curves in the colchicine and placebo groups remained essentially superimposed over 5 years of follow-up, with only a slight separation after 4 years. The hazard ratio for the primary endpoint showed a 1% difference in favor of colchicine (hazard ratio [HR], 0.99; P = .93).

There were no meaningful differences in any of the individual endpoint components; all 95% CIs straddled the line of unity. Rates of cardiovascular death (3.3% vs 3.2%) and stroke (1.4% vs 1.2%) were numerically higher in the colchicine group than in the placebo group. Rates of MI (2.9% vs 3.1%) and ischemia-driven revascularization (4.6% vs 4.7%) were numerically lower in the colchicine group.

 

No Difference

No adverse outcomes, including all-cause death (4.6% vs 5.1%), approached significance, with the exception of noncardiovascular death (13.0% vs 1.9%). For this outcome, the 95% CI stopped just short of the line of unity (HR, 0.68; 95% CI, 0.46-0.99).

Rates of adverse events (31.9% vs 31.7%; P = .86), serious adverse events (6.7% vs 7.4%; P = .22), and serious infections (2.5% vs 2.9%; P = .85) were similar in the colchicine and placebo groups, but diarrhea, a known side effect of colchicine, was higher in the colchicine group (10.2% vs 6.6%; P < .001).

Given these results, a panelist questioned the use of the word “uncertain” to describe the findings during the late-breaker session in which these results were presented.

“I think you are selling yourself short,” said J. Dawn Abbott, MD, director of the Interventional Cardiology Fellowship Training Program at the Lifespan Cardiovascular Institute, Brown University in Providence, Rhode Island. Based on the size and conduct of this trial, she called the results “definitive” and suggested that the guidelines should be adjusted.

 

The OASIS 9 Trial

In OASIS 9, 3528 patients were randomized to colchicine, and 3534 were randomized to placebo. A second randomization in both groups was to spironolactone or placebo; these results will be presented at the upcoming American Heart Association (AHA) 2024 meeting. Both analyses will be published in The New England Journal of Medicine at that time, Jolly reported.

The study involved 104 sites in Australia, Egypt, Europe, Nepal, and North America. Follow-up in both groups exceeded 99%. Most patients had an ST-elevation MI (STEMI), but about 5% of those enrolled had a non-STEMI. Less than 10% of patients had experienced a previous MI.

Less than 5% of patients were discharged on sodium-glucose cotransporter 2 therapy, and more than 95% were discharged on aspirin and a statin. Nearly 80% were discharged on an angiotensin-converting enzyme inhibitor, and most patients received an anticoagulant. More than 95% of patients were implanted with a drug-eluting stent.

At month 3, C-reactive protein levels were significantly lower in the colchicine group than in the placebo group. C-reactive protein is a biomarker for the anti-inflammatory effect that is considered to be colchicine’s primary mechanism of action. An anti-inflammatory effect has been cited as the probable explanation for the positive results shown in the COLCOT and LODOCO2 trials, published in 2019 and 2020, respectively.

In COLCOT, which randomized 4745 patients who experienced an acute MI in the previous 30 days, colchicine was associated with a 23% reduction in a composite major cardiovascular adverse events endpoint relative to placebo (HR, 0.77; P = .02). In LODOCO2, which randomized 5522 patients with chronic coronary disease, colchicine was associated with a 31% reduction in an adverse event composite endpoint (HR, 0.68; P < .0001).

However, two more recent trials — CONVINCE and CHANCE-3 — showed no difference between colchicine and placebo for the endpoint of recurrent stroke at 90 days. CONVINCE, with approximately 3000 patients, was relatively small, whereas CHANCE-3 randomized more than 8000 patients and showed no effect on the risk for stroke (HR, 0.98; 95% CI, 0.83-1.16).

 

New Data Challenge Guidelines

Of these trials, COLCOT was the most similar to OASIS 9, according to Jolly. Among the differences, OASIS 9 was initiated earlier and was larger than the other trials, so it had more power to address the study question.

Given the absence of benefit, Jolly indicated that OASIS 9 might disrupt both the joint American College of Cardiology and AHA guidelines, which gave colchicine a class 2b recommendation in 2023, and the European Society of Cardiology guidelines, which gave colchicine a 2a recommendation.

“This is a big deal for me,” said Ajay J. Kirtane, director of the Interventional Cardiovascular Care program at Columbia University in New York City. As someone who is now using colchicine routinely, these data have changed his opinion.

The previous data supporting the use of colchicine “were just so-so,” he explained. “Now I have a good rationale” for foregoing the routine use of this therapy.

Jolly said that he had put his own father on colchicine after an acute MI on the basis of the guidelines, but immediately took him off this therapy when the data from OASIS 9 were unblinded.

“The only signal from this trial was an increased risk of diarrhea,” Jolly said. The results, at the very least, suggest that colchicine “is not for everyone” after an acute MI, although he emphasized that these results do not rule out the potential for benefit from anti-inflammatory therapy. Ongoing trials, including one targeting interleukin 6, a cytokine associated with inflammation, remain of interest, he added.

A version of this article first appeared on Medscape.com.

WASHINGTON — Colchicine does not protect against major cardiovascular adverse events after an acute myocardial infarction, according to a multinational placebo-controlled trial of more than 7000 patients.

The CLEAR SYNERGY (OASIS 9) study, called “the largest trial ever of colchicine in acute MI,” showed no hint of benefit in an adverse event curve for colchicine relative to placebo over 5 years, which suggests that the role of this drug after myocardial infarction (MI) “is uncertain,” Sanjit Jolly, MD, an interventional cardiologist at Hamilton Health Sciences and a professor of medicine at McMaster University in Hamilton, Ontario, Canada, reported at Transcatheter Cardiovascular Therapeutics (TCT) 2024.

For the primary composite outcome — cardiovascular death, MI, stroke, and ischemia-driven revascularization — the event curves in the colchicine and placebo groups remained essentially superimposed over 5 years of follow-up, with only a slight separation after 4 years. The hazard ratio for the primary endpoint showed a 1% difference in favor of colchicine (hazard ratio [HR], 0.99; P = .93).

There were no meaningful differences in any of the individual endpoint components; all 95% CIs straddled the line of unity. Rates of cardiovascular death (3.3% vs 3.2%) and stroke (1.4% vs 1.2%) were numerically higher in the colchicine group than in the placebo group. Rates of MI (2.9% vs 3.1%) and ischemia-driven revascularization (4.6% vs 4.7%) were numerically lower in the colchicine group.

 

No Difference

No adverse outcomes, including all-cause death (4.6% vs 5.1%), approached significance, with the exception of noncardiovascular death (13.0% vs 1.9%). For this outcome, the 95% CI stopped just short of the line of unity (HR, 0.68; 95% CI, 0.46-0.99).

Rates of adverse events (31.9% vs 31.7%; P = .86), serious adverse events (6.7% vs 7.4%; P = .22), and serious infections (2.5% vs 2.9%; P = .85) were similar in the colchicine and placebo groups, but diarrhea, a known side effect of colchicine, was higher in the colchicine group (10.2% vs 6.6%; P < .001).

Given these results, a panelist questioned the use of the word “uncertain” to describe the findings during the late-breaker session in which these results were presented.

“I think you are selling yourself short,” said J. Dawn Abbott, MD, director of the Interventional Cardiology Fellowship Training Program at the Lifespan Cardiovascular Institute, Brown University in Providence, Rhode Island. Based on the size and conduct of this trial, she called the results “definitive” and suggested that the guidelines should be adjusted.

 

The OASIS 9 Trial

In OASIS 9, 3528 patients were randomized to colchicine, and 3534 were randomized to placebo. A second randomization in both groups was to spironolactone or placebo; these results will be presented at the upcoming American Heart Association (AHA) 2024 meeting. Both analyses will be published in The New England Journal of Medicine at that time, Jolly reported.

The study involved 104 sites in Australia, Egypt, Europe, Nepal, and North America. Follow-up in both groups exceeded 99%. Most patients had an ST-elevation MI (STEMI), but about 5% of those enrolled had a non-STEMI. Less than 10% of patients had experienced a previous MI.

Less than 5% of patients were discharged on sodium-glucose cotransporter 2 therapy, and more than 95% were discharged on aspirin and a statin. Nearly 80% were discharged on an angiotensin-converting enzyme inhibitor, and most patients received an anticoagulant. More than 95% of patients were implanted with a drug-eluting stent.

At month 3, C-reactive protein levels were significantly lower in the colchicine group than in the placebo group. C-reactive protein is a biomarker for the anti-inflammatory effect that is considered to be colchicine’s primary mechanism of action. An anti-inflammatory effect has been cited as the probable explanation for the positive results shown in the COLCOT and LODOCO2 trials, published in 2019 and 2020, respectively.

In COLCOT, which randomized 4745 patients who experienced an acute MI in the previous 30 days, colchicine was associated with a 23% reduction in a composite major cardiovascular adverse events endpoint relative to placebo (HR, 0.77; P = .02). In LODOCO2, which randomized 5522 patients with chronic coronary disease, colchicine was associated with a 31% reduction in an adverse event composite endpoint (HR, 0.68; P < .0001).

However, two more recent trials — CONVINCE and CHANCE-3 — showed no difference between colchicine and placebo for the endpoint of recurrent stroke at 90 days. CONVINCE, with approximately 3000 patients, was relatively small, whereas CHANCE-3 randomized more than 8000 patients and showed no effect on the risk for stroke (HR, 0.98; 95% CI, 0.83-1.16).

 

New Data Challenge Guidelines

Of these trials, COLCOT was the most similar to OASIS 9, according to Jolly. Among the differences, OASIS 9 was initiated earlier and was larger than the other trials, so it had more power to address the study question.

Given the absence of benefit, Jolly indicated that OASIS 9 might disrupt both the joint American College of Cardiology and AHA guidelines, which gave colchicine a class 2b recommendation in 2023, and the European Society of Cardiology guidelines, which gave colchicine a 2a recommendation.

“This is a big deal for me,” said Ajay J. Kirtane, director of the Interventional Cardiovascular Care program at Columbia University in New York City. As someone who is now using colchicine routinely, these data have changed his opinion.

The previous data supporting the use of colchicine “were just so-so,” he explained. “Now I have a good rationale” for foregoing the routine use of this therapy.

Jolly said that he had put his own father on colchicine after an acute MI on the basis of the guidelines, but immediately took him off this therapy when the data from OASIS 9 were unblinded.

“The only signal from this trial was an increased risk of diarrhea,” Jolly said. The results, at the very least, suggest that colchicine “is not for everyone” after an acute MI, although he emphasized that these results do not rule out the potential for benefit from anti-inflammatory therapy. Ongoing trials, including one targeting interleukin 6, a cytokine associated with inflammation, remain of interest, he added.

A version of this article first appeared on Medscape.com.

WASHINGTON — Colchicine does not protect against major cardiovascular adverse events after an acute myocardial infarction, according to a multinational placebo-controlled trial of more than 7000 patients.

The CLEAR SYNERGY (OASIS 9) study, called “the largest trial ever of colchicine in acute MI,” showed no hint of benefit in an adverse event curve for colchicine relative to placebo over 5 years, which suggests that the role of this drug after myocardial infarction (MI) “is uncertain,” Sanjit Jolly, MD, an interventional cardiologist at Hamilton Health Sciences and a professor of medicine at McMaster University in Hamilton, Ontario, Canada, reported at Transcatheter Cardiovascular Therapeutics (TCT) 2024.

For the primary composite outcome — cardiovascular death, MI, stroke, and ischemia-driven revascularization — the event curves in the colchicine and placebo groups remained essentially superimposed over 5 years of follow-up, with only a slight separation after 4 years. The hazard ratio for the primary endpoint showed a 1% difference in favor of colchicine (hazard ratio [HR], 0.99; P = .93).

There were no meaningful differences in any of the individual endpoint components; all 95% CIs straddled the line of unity. Rates of cardiovascular death (3.3% vs 3.2%) and stroke (1.4% vs 1.2%) were numerically higher in the colchicine group than in the placebo group. Rates of MI (2.9% vs 3.1%) and ischemia-driven revascularization (4.6% vs 4.7%) were numerically lower in the colchicine group.

 

No Difference

No adverse outcomes, including all-cause death (4.6% vs 5.1%), approached significance, with the exception of noncardiovascular death (13.0% vs 1.9%). For this outcome, the 95% CI stopped just short of the line of unity (HR, 0.68; 95% CI, 0.46-0.99).

Rates of adverse events (31.9% vs 31.7%; P = .86), serious adverse events (6.7% vs 7.4%; P = .22), and serious infections (2.5% vs 2.9%; P = .85) were similar in the colchicine and placebo groups, but diarrhea, a known side effect of colchicine, was higher in the colchicine group (10.2% vs 6.6%; P < .001).

Given these results, a panelist questioned the use of the word “uncertain” to describe the findings during the late-breaker session in which these results were presented.

“I think you are selling yourself short,” said J. Dawn Abbott, MD, director of the Interventional Cardiology Fellowship Training Program at the Lifespan Cardiovascular Institute, Brown University in Providence, Rhode Island. Based on the size and conduct of this trial, she called the results “definitive” and suggested that the guidelines should be adjusted.

 

The OASIS 9 Trial

In OASIS 9, 3528 patients were randomized to colchicine, and 3534 were randomized to placebo. A second randomization in both groups was to spironolactone or placebo; these results will be presented at the upcoming American Heart Association (AHA) 2024 meeting. Both analyses will be published in The New England Journal of Medicine at that time, Jolly reported.

The study involved 104 sites in Australia, Egypt, Europe, Nepal, and North America. Follow-up in both groups exceeded 99%. Most patients had an ST-elevation MI (STEMI), but about 5% of those enrolled had a non-STEMI. Less than 10% of patients had experienced a previous MI.

Less than 5% of patients were discharged on sodium-glucose cotransporter 2 therapy, and more than 95% were discharged on aspirin and a statin. Nearly 80% were discharged on an angiotensin-converting enzyme inhibitor, and most patients received an anticoagulant. More than 95% of patients were implanted with a drug-eluting stent.

At month 3, C-reactive protein levels were significantly lower in the colchicine group than in the placebo group. C-reactive protein is a biomarker for the anti-inflammatory effect that is considered to be colchicine’s primary mechanism of action. An anti-inflammatory effect has been cited as the probable explanation for the positive results shown in the COLCOT and LODOCO2 trials, published in 2019 and 2020, respectively.

In COLCOT, which randomized 4745 patients who experienced an acute MI in the previous 30 days, colchicine was associated with a 23% reduction in a composite major cardiovascular adverse events endpoint relative to placebo (HR, 0.77; P = .02). In LODOCO2, which randomized 5522 patients with chronic coronary disease, colchicine was associated with a 31% reduction in an adverse event composite endpoint (HR, 0.68; P < .0001).

However, two more recent trials — CONVINCE and CHANCE-3 — showed no difference between colchicine and placebo for the endpoint of recurrent stroke at 90 days. CONVINCE, with approximately 3000 patients, was relatively small, whereas CHANCE-3 randomized more than 8000 patients and showed no effect on the risk for stroke (HR, 0.98; 95% CI, 0.83-1.16).

 

New Data Challenge Guidelines

Of these trials, COLCOT was the most similar to OASIS 9, according to Jolly. Among the differences, OASIS 9 was initiated earlier and was larger than the other trials, so it had more power to address the study question.

Given the absence of benefit, Jolly indicated that OASIS 9 might disrupt both the joint American College of Cardiology and AHA guidelines, which gave colchicine a class 2b recommendation in 2023, and the European Society of Cardiology guidelines, which gave colchicine a 2a recommendation.

“This is a big deal for me,” said Ajay J. Kirtane, director of the Interventional Cardiovascular Care program at Columbia University in New York City. As someone who is now using colchicine routinely, these data have changed his opinion.

The previous data supporting the use of colchicine “were just so-so,” he explained. “Now I have a good rationale” for foregoing the routine use of this therapy.

Jolly said that he had put his own father on colchicine after an acute MI on the basis of the guidelines, but immediately took him off this therapy when the data from OASIS 9 were unblinded.

“The only signal from this trial was an increased risk of diarrhea,” Jolly said. The results, at the very least, suggest that colchicine “is not for everyone” after an acute MI, although he emphasized that these results do not rule out the potential for benefit from anti-inflammatory therapy. Ongoing trials, including one targeting interleukin 6, a cytokine associated with inflammation, remain of interest, he added.

A version of this article first appeared on Medscape.com.

TOPLINE:

Antibiotic use during influenza infection increases lung eosinophils, impairing immunity against secondary bacterial pneumonia. This study highlights the detrimental effects of antibiotics on lung health during viral infections.

METHODOLOGY:

• Researchers conducted a murine model study to evaluate the impact of antibiotic use during influenza infection on lung immunity. Mice were treated with a broad-spectrum antibiotic cocktail (vancomycin, neomycin, ampicillin, and metronidazole) starting 7 days before influenza infection.
• The study included intranasal infection with influenza virus followed by a secondary challenge with methicillin-resistant Staphylococcus aureus (MRSA).
• Lung eosinophils, macrophage function, and MRSA clearance were assessed through various immunologic and histologic analyses.
• Finally, in sub-study, a total of three cohorts of hospitalized patients were evaluated to correlate eosinophil levels with antibiotic use, systemic inflammation, and outcomes.

TAKEAWAY:

• Antibiotic use during influenza infection impairs lung immunity, leading to increased lung eosinophils and reduced macrophage function.
• The study found that antibiotic treatment during influenza infection caused fungal dysbiosis, driving lung eosinophilia and impairing MRSA clearance.
• The detrimental effects of antibiotics on lung immunity were specific to the two-hit model of influenza followed by MRSA infection in mice.
• In hospitalized patients, eosinophil levels positively correlated with antibiotic use, systemic inflammation, and worsened outcomes.

IN PRACTICE:

“Our study highlights the pernicious effects of antibiotic use during viral infections and defines a mechanism whereby antibiotics perturb the gut mycobiome and result in lung eosinophilia. In turn, lung eosinophils, via release of MBP-1, suppress alveolar macrophage clearance of bacteria,” the authors of the study wrote.

SOURCE:

This study was led by Marilia Sanches Santos Rizzo Zuttion, Cedars-Sinai Medical Center in Los Angeles. It was published online in The Journal of Clinical Investigation.

LIMITATIONS:

This study’s limitations included the use of a murine model, which may not fully replicate human immune responses. Additionally, the study focused on a specific antibiotic cocktail, and results may vary with different antibiotics. The findings were also specific to the two-hit model of influenza followed by MRSA infection, limiting generalizability to other infections.

DISCLOSURES:

This study was supported by grants from the National Institutes of Health. Marilia Sanches Santos Rizzo Zuttion received research funding from Pfizer Inc. Additional disclosures are noted in the original article.

 

This article was created using several editorial tools, including AI, as part of the process. Human editors reviewed this content before publication. A version of this article appeared on Medscape.com.

TOPLINE:

Antibiotic use during influenza infection increases lung eosinophils, impairing immunity against secondary bacterial pneumonia. This study highlights the detrimental effects of antibiotics on lung health during viral infections.

METHODOLOGY:

• Researchers conducted a murine model study to evaluate the impact of antibiotic use during influenza infection on lung immunity. Mice were treated with a broad-spectrum antibiotic cocktail (vancomycin, neomycin, ampicillin, and metronidazole) starting 7 days before influenza infection.
• The study included intranasal infection with influenza virus followed by a secondary challenge with methicillin-resistant Staphylococcus aureus (MRSA).
• Lung eosinophils, macrophage function, and MRSA clearance were assessed through various immunologic and histologic analyses.
• Finally, in sub-study, a total of three cohorts of hospitalized patients were evaluated to correlate eosinophil levels with antibiotic use, systemic inflammation, and outcomes.

TAKEAWAY:

• Antibiotic use during influenza infection impairs lung immunity, leading to increased lung eosinophils and reduced macrophage function.
• The study found that antibiotic treatment during influenza infection caused fungal dysbiosis, driving lung eosinophilia and impairing MRSA clearance.
• The detrimental effects of antibiotics on lung immunity were specific to the two-hit model of influenza followed by MRSA infection in mice.
• In hospitalized patients, eosinophil levels positively correlated with antibiotic use, systemic inflammation, and worsened outcomes.

IN PRACTICE:

“Our study highlights the pernicious effects of antibiotic use during viral infections and defines a mechanism whereby antibiotics perturb the gut mycobiome and result in lung eosinophilia. In turn, lung eosinophils, via release of MBP-1, suppress alveolar macrophage clearance of bacteria,” the authors of the study wrote.

SOURCE:

This study was led by Marilia Sanches Santos Rizzo Zuttion, Cedars-Sinai Medical Center in Los Angeles. It was published online in The Journal of Clinical Investigation.

LIMITATIONS:

This study’s limitations included the use of a murine model, which may not fully replicate human immune responses. Additionally, the study focused on a specific antibiotic cocktail, and results may vary with different antibiotics. The findings were also specific to the two-hit model of influenza followed by MRSA infection, limiting generalizability to other infections.

DISCLOSURES:

This study was supported by grants from the National Institutes of Health. Marilia Sanches Santos Rizzo Zuttion received research funding from Pfizer Inc. Additional disclosures are noted in the original article.

 

This article was created using several editorial tools, including AI, as part of the process. Human editors reviewed this content before publication. A version of this article appeared on Medscape.com.

TOPLINE:

Antibiotic use during influenza infection increases lung eosinophils, impairing immunity against secondary bacterial pneumonia. This study highlights the detrimental effects of antibiotics on lung health during viral infections.

METHODOLOGY:

• Researchers conducted a murine model study to evaluate the impact of antibiotic use during influenza infection on lung immunity. Mice were treated with a broad-spectrum antibiotic cocktail (vancomycin, neomycin, ampicillin, and metronidazole) starting 7 days before influenza infection.
• The study included intranasal infection with influenza virus followed by a secondary challenge with methicillin-resistant Staphylococcus aureus (MRSA).
• Lung eosinophils, macrophage function, and MRSA clearance were assessed through various immunologic and histologic analyses.
• Finally, in sub-study, a total of three cohorts of hospitalized patients were evaluated to correlate eosinophil levels with antibiotic use, systemic inflammation, and outcomes.

TAKEAWAY:

• Antibiotic use during influenza infection impairs lung immunity, leading to increased lung eosinophils and reduced macrophage function.
• The study found that antibiotic treatment during influenza infection caused fungal dysbiosis, driving lung eosinophilia and impairing MRSA clearance.
• The detrimental effects of antibiotics on lung immunity were specific to the two-hit model of influenza followed by MRSA infection in mice.
• In hospitalized patients, eosinophil levels positively correlated with antibiotic use, systemic inflammation, and worsened outcomes.

IN PRACTICE:

“Our study highlights the pernicious effects of antibiotic use during viral infections and defines a mechanism whereby antibiotics perturb the gut mycobiome and result in lung eosinophilia. In turn, lung eosinophils, via release of MBP-1, suppress alveolar macrophage clearance of bacteria,” the authors of the study wrote.

SOURCE:

This study was led by Marilia Sanches Santos Rizzo Zuttion, Cedars-Sinai Medical Center in Los Angeles. It was published online in The Journal of Clinical Investigation.

LIMITATIONS:

This study’s limitations included the use of a murine model, which may not fully replicate human immune responses. Additionally, the study focused on a specific antibiotic cocktail, and results may vary with different antibiotics. The findings were also specific to the two-hit model of influenza followed by MRSA infection, limiting generalizability to other infections.

DISCLOSURES:

This study was supported by grants from the National Institutes of Health. Marilia Sanches Santos Rizzo Zuttion received research funding from Pfizer Inc. Additional disclosures are noted in the original article.

 

This article was created using several editorial tools, including AI, as part of the process. Human editors reviewed this content before publication. A version of this article appeared on Medscape.com.

I’ve tried to retire from medicine. Really. Proofs of my sincerity include a true retirement from performing procedures and the closing of two office practices. I even attended the wonderful retirement party my daughters threw for me. 

I had great plans for my newfound leisure time. I purchased about a thousand colored pencils to map my family ancestry. I wore out many magic erasers in my cleaning efforts. I cajoled my husband, Tony, to help me build not one, but three, gardens in our yard. Upon realizing I had no more weeds or closets to conquer, I began a Dante-like descent into a dark abyss. I felt my sadness was justified. After all, I had immensely enjoyed my early medical life. 

 

From Private Practice to Being Employed

I had a joint cardiology practice with the great Jim Whiteside, MD, in South Central Kentucky for 24 years. Our schedule was always bursting at the seams in the heart of tobacco country. We opened the first cath lab in our hospital, inspired the purchase of a new nuclear scanner, and expanded the stress echo lab. After a 6-year odyssey, we successfully championed primary PCI without surgery on site (along with Ephraim McDowell Regional Medical Center in Danville, Kentucky). As our services expanded, we remodeled to accommodate three cardiologists and two nurse practitioners. Simultaneously, we lobbied our city council and mayor to pass smoke-free legislation, a lightning rod topic in a culture still loyal to a burning weed whose worth had paled in comparison to the cost of its carnage. We were “running wide open” and believed that we were doing important work. 

But then our forward-thinking, appreciative CEO and friend died suddenly, and the open communication and innovation seemingly vanished. Those events inspired my first “retirement.” After this, I became employed for the first time and was blessed once again with a wonderful partner and colleagues. But despite those blessings, the global practice of medicine had begun to change. Physicians were now seen by some as widgets; their worth measured in productivity. A few years in, I needed part-time work to care for my aging parents. My employer needed more, thus inspiring my second “retirement”. 

 

My Second ‘Retirement’

My parents died within 4 months of each other in 2020. Suddenly, I was untethered from both my professional persona and role as caregiver. It was then that my sadness accelerated toward what seemed like the second circle of Hell, with many more to come. 

To many, my sadness made no sense. Our accountant reassured us that we no longer “needed” to work, and I was (and still am) happily married to my high school sweetheart. Our beautiful daughters were healthy and thriving. Although I mouthed appreciation for my blessings in prayer, I could not prevent myself from sinking further. 

My always supportive husband was worried. Tony had skipped happily into his retirement from teaching. He had hoped I would do that same. “You cannot sit on that couch and mope for the rest of your life,” he said, exasperated. 

I thought about doing just that, until one day I answered a phone call to hear, “Doctor, have you ever been to Montana?” Before I could cut her off, the woman charged into the description of a job opening for a locums cardiologist. I immediately sat up. “No office work?” I questioned. 

“No, this is strictly hospital call, rounds, and reading studies.” I didn’t know such jobs existed.

“What is the salary, and what do you cover?” I asked trying to conceal the fact that Tony would have gladly paid her to get me off the couch. 

 

Finding What Suits Me

If I’m honest, since my training days, hospital work is all I have ever wanted. I’ve always felt trapped by the imaginary timer that is part of every office visit. I found running a code less challenging than having to stand and end an office visit that might leave a patient wanting more. 

On hospital days, there are no scheduled time slots. I can triage patients according to their needs. My deadlines are self-imposed: To have a morning coffee with Tony. To deliver the best care possible. To educate as much as time will allow. To beat the midnight clock, after which billing is a little more difficult. 

I will soon begin my seventh year as an inpatient, acute-care cardiologist. Although I was flattered to be considered for full-time work, I couldn’t do that to Tony (who declined to move from Kentucky). We struck a deal that we’d travel to the same facility, where I work seven to nine jobs a year. 

I am now a less anxious “retiree.” My mood is bolstered by the knowledge that within days to weeks I’ll be back to doing what I love: Seeing patients. Making a difference. Enjoying professional comradery and appreciation.

Tony golfs while I work and he jokes that he is a “real go-getter,” explaining that “I take her to work in the morning and then at night, I go get her!” 

For those considering this line of work, it’s not for the faint of heart. My workday can stretch to over 16 hours. But I work in the best of hospital settings. On morning rounds, we present every single patient on the service. Our ER is staffed 100% of the time with at least four board-certified emergency medicine trained physicians. Everyone I work with shares a patient-first philosophy. 

Because of this, I have quite easily ascended from Dante’s inferno. I am happy again in my professional life. 

I know I’ll eventually have to retire for real, and I hope it will be at a time of my choosing and not enforced by the failings of modern medicine. I believe that these past few years will help ease that transition. And when that time comes, I’ll able to look back and know that I was blessed with a long and mostly satisfying career. 

Until then, my magic erasers, colored pencils and gardening will have to wait.

Dr. Walton-Shirley is a clinical cardiologist from Nashville, Tennessee. She reported no relevant conflicts of interest.

A version of this article first appeared on Medscape.com.

I’ve tried to retire from medicine. Really. Proofs of my sincerity include a true retirement from performing procedures and the closing of two office practices. I even attended the wonderful retirement party my daughters threw for me. 

I had great plans for my newfound leisure time. I purchased about a thousand colored pencils to map my family ancestry. I wore out many magic erasers in my cleaning efforts. I cajoled my husband, Tony, to help me build not one, but three, gardens in our yard. Upon realizing I had no more weeds or closets to conquer, I began a Dante-like descent into a dark abyss. I felt my sadness was justified. After all, I had immensely enjoyed my early medical life. 

 

From Private Practice to Being Employed

I had a joint cardiology practice with the great Jim Whiteside, MD, in South Central Kentucky for 24 years. Our schedule was always bursting at the seams in the heart of tobacco country. We opened the first cath lab in our hospital, inspired the purchase of a new nuclear scanner, and expanded the stress echo lab. After a 6-year odyssey, we successfully championed primary PCI without surgery on site (along with Ephraim McDowell Regional Medical Center in Danville, Kentucky). As our services expanded, we remodeled to accommodate three cardiologists and two nurse practitioners. Simultaneously, we lobbied our city council and mayor to pass smoke-free legislation, a lightning rod topic in a culture still loyal to a burning weed whose worth had paled in comparison to the cost of its carnage. We were “running wide open” and believed that we were doing important work. 

But then our forward-thinking, appreciative CEO and friend died suddenly, and the open communication and innovation seemingly vanished. Those events inspired my first “retirement.” After this, I became employed for the first time and was blessed once again with a wonderful partner and colleagues. But despite those blessings, the global practice of medicine had begun to change. Physicians were now seen by some as widgets; their worth measured in productivity. A few years in, I needed part-time work to care for my aging parents. My employer needed more, thus inspiring my second “retirement”. 

 

My Second ‘Retirement’

My parents died within 4 months of each other in 2020. Suddenly, I was untethered from both my professional persona and role as caregiver. It was then that my sadness accelerated toward what seemed like the second circle of Hell, with many more to come. 

To many, my sadness made no sense. Our accountant reassured us that we no longer “needed” to work, and I was (and still am) happily married to my high school sweetheart. Our beautiful daughters were healthy and thriving. Although I mouthed appreciation for my blessings in prayer, I could not prevent myself from sinking further. 

My always supportive husband was worried. Tony had skipped happily into his retirement from teaching. He had hoped I would do that same. “You cannot sit on that couch and mope for the rest of your life,” he said, exasperated. 

I thought about doing just that, until one day I answered a phone call to hear, “Doctor, have you ever been to Montana?” Before I could cut her off, the woman charged into the description of a job opening for a locums cardiologist. I immediately sat up. “No office work?” I questioned. 

“No, this is strictly hospital call, rounds, and reading studies.” I didn’t know such jobs existed.

“What is the salary, and what do you cover?” I asked trying to conceal the fact that Tony would have gladly paid her to get me off the couch. 

 

Finding What Suits Me

If I’m honest, since my training days, hospital work is all I have ever wanted. I’ve always felt trapped by the imaginary timer that is part of every office visit. I found running a code less challenging than having to stand and end an office visit that might leave a patient wanting more. 

On hospital days, there are no scheduled time slots. I can triage patients according to their needs. My deadlines are self-imposed: To have a morning coffee with Tony. To deliver the best care possible. To educate as much as time will allow. To beat the midnight clock, after which billing is a little more difficult. 

I will soon begin my seventh year as an inpatient, acute-care cardiologist. Although I was flattered to be considered for full-time work, I couldn’t do that to Tony (who declined to move from Kentucky). We struck a deal that we’d travel to the same facility, where I work seven to nine jobs a year. 

I am now a less anxious “retiree.” My mood is bolstered by the knowledge that within days to weeks I’ll be back to doing what I love: Seeing patients. Making a difference. Enjoying professional comradery and appreciation.

Tony golfs while I work and he jokes that he is a “real go-getter,” explaining that “I take her to work in the morning and then at night, I go get her!” 

For those considering this line of work, it’s not for the faint of heart. My workday can stretch to over 16 hours. But I work in the best of hospital settings. On morning rounds, we present every single patient on the service. Our ER is staffed 100% of the time with at least four board-certified emergency medicine trained physicians. Everyone I work with shares a patient-first philosophy. 

Because of this, I have quite easily ascended from Dante’s inferno. I am happy again in my professional life. 

I know I’ll eventually have to retire for real, and I hope it will be at a time of my choosing and not enforced by the failings of modern medicine. I believe that these past few years will help ease that transition. And when that time comes, I’ll able to look back and know that I was blessed with a long and mostly satisfying career. 

Until then, my magic erasers, colored pencils and gardening will have to wait.

Dr. Walton-Shirley is a clinical cardiologist from Nashville, Tennessee. She reported no relevant conflicts of interest.

A version of this article first appeared on Medscape.com.

I’ve tried to retire from medicine. Really. Proofs of my sincerity include a true retirement from performing procedures and the closing of two office practices. I even attended the wonderful retirement party my daughters threw for me. 

I had great plans for my newfound leisure time. I purchased about a thousand colored pencils to map my family ancestry. I wore out many magic erasers in my cleaning efforts. I cajoled my husband, Tony, to help me build not one, but three, gardens in our yard. Upon realizing I had no more weeds or closets to conquer, I began a Dante-like descent into a dark abyss. I felt my sadness was justified. After all, I had immensely enjoyed my early medical life. 

 

From Private Practice to Being Employed

I had a joint cardiology practice with the great Jim Whiteside, MD, in South Central Kentucky for 24 years. Our schedule was always bursting at the seams in the heart of tobacco country. We opened the first cath lab in our hospital, inspired the purchase of a new nuclear scanner, and expanded the stress echo lab. After a 6-year odyssey, we successfully championed primary PCI without surgery on site (along with Ephraim McDowell Regional Medical Center in Danville, Kentucky). As our services expanded, we remodeled to accommodate three cardiologists and two nurse practitioners. Simultaneously, we lobbied our city council and mayor to pass smoke-free legislation, a lightning rod topic in a culture still loyal to a burning weed whose worth had paled in comparison to the cost of its carnage. We were “running wide open” and believed that we were doing important work. 

But then our forward-thinking, appreciative CEO and friend died suddenly, and the open communication and innovation seemingly vanished. Those events inspired my first “retirement.” After this, I became employed for the first time and was blessed once again with a wonderful partner and colleagues. But despite those blessings, the global practice of medicine had begun to change. Physicians were now seen by some as widgets; their worth measured in productivity. A few years in, I needed part-time work to care for my aging parents. My employer needed more, thus inspiring my second “retirement”. 

 

My Second ‘Retirement’

My parents died within 4 months of each other in 2020. Suddenly, I was untethered from both my professional persona and role as caregiver. It was then that my sadness accelerated toward what seemed like the second circle of Hell, with many more to come. 

To many, my sadness made no sense. Our accountant reassured us that we no longer “needed” to work, and I was (and still am) happily married to my high school sweetheart. Our beautiful daughters were healthy and thriving. Although I mouthed appreciation for my blessings in prayer, I could not prevent myself from sinking further. 

My always supportive husband was worried. Tony had skipped happily into his retirement from teaching. He had hoped I would do that same. “You cannot sit on that couch and mope for the rest of your life,” he said, exasperated. 

I thought about doing just that, until one day I answered a phone call to hear, “Doctor, have you ever been to Montana?” Before I could cut her off, the woman charged into the description of a job opening for a locums cardiologist. I immediately sat up. “No office work?” I questioned. 

“No, this is strictly hospital call, rounds, and reading studies.” I didn’t know such jobs existed.

“What is the salary, and what do you cover?” I asked trying to conceal the fact that Tony would have gladly paid her to get me off the couch. 

 

Finding What Suits Me

If I’m honest, since my training days, hospital work is all I have ever wanted. I’ve always felt trapped by the imaginary timer that is part of every office visit. I found running a code less challenging than having to stand and end an office visit that might leave a patient wanting more. 

On hospital days, there are no scheduled time slots. I can triage patients according to their needs. My deadlines are self-imposed: To have a morning coffee with Tony. To deliver the best care possible. To educate as much as time will allow. To beat the midnight clock, after which billing is a little more difficult. 

I will soon begin my seventh year as an inpatient, acute-care cardiologist. Although I was flattered to be considered for full-time work, I couldn’t do that to Tony (who declined to move from Kentucky). We struck a deal that we’d travel to the same facility, where I work seven to nine jobs a year. 

I am now a less anxious “retiree.” My mood is bolstered by the knowledge that within days to weeks I’ll be back to doing what I love: Seeing patients. Making a difference. Enjoying professional comradery and appreciation.

Tony golfs while I work and he jokes that he is a “real go-getter,” explaining that “I take her to work in the morning and then at night, I go get her!” 

For those considering this line of work, it’s not for the faint of heart. My workday can stretch to over 16 hours. But I work in the best of hospital settings. On morning rounds, we present every single patient on the service. Our ER is staffed 100% of the time with at least four board-certified emergency medicine trained physicians. Everyone I work with shares a patient-first philosophy. 

Because of this, I have quite easily ascended from Dante’s inferno. I am happy again in my professional life. 

I know I’ll eventually have to retire for real, and I hope it will be at a time of my choosing and not enforced by the failings of modern medicine. I believe that these past few years will help ease that transition. And when that time comes, I’ll able to look back and know that I was blessed with a long and mostly satisfying career. 

Until then, my magic erasers, colored pencils and gardening will have to wait.

Dr. Walton-Shirley is a clinical cardiologist from Nashville, Tennessee. She reported no relevant conflicts of interest.

A version of this article first appeared on Medscape.com.