TOPLINE:

A new study provides reassurance about the long-term safety of proton pump inhibitors (PPIs) and histamine-2 receptor antagonist (H2RA) use in older adults, finding no increased risk for dementia or cognitive changes.

METHODOLOGY:

• Post hoc observational study within the Aspirin in Reducing Events in the Elderly (ASPREE) clinical trial.
• 18,934 adults aged 65+ from the United States and Australia without dementia at baseline.
• 4,667 (25%) PPI users and 368 (2%) H2RA users at baseline.
• PPI and H2RA use, dementia incidence, and cognitive changes were tracked.

TAKEAWAY:

• In multivariable analysis, baseline PPI use was not associated with incident dementia (hazard ratio, 0.88) or cognitive impairment (HR, 1.00).
• PPI use was not linked to changes in overall cognitive test scores over time (beta –0.002).
• No associations were found between H2RA use and cognitive endpoints.

IN PRACTICE:

“Long-term use of PPIs in older adults is unlikely to have negative effects on cognition,” the study team concludes.

STUDY DETAILS:

The study was led by Raaj Mehta, MD, PhD, with Massachusetts General Hospital and Harvard Medical School in Boston. The study was published online in Gastroenterology. Funding was provided by grants from the National Institute on Aging, the National Cancer Institute, and other institutions.

LIMITATIONS:

Potential for residual confounding and underestimation of PPI and H2RA use, lack of data on medication dose and duration, and the absence of ApoE4 allele status.

DISCLOSURES:

Dr. Mehta has disclosed no relevant conflicts of interest.

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

TOPLINE:

A new study provides reassurance about the long-term safety of proton pump inhibitors (PPIs) and histamine-2 receptor antagonist (H2RA) use in older adults, finding no increased risk for dementia or cognitive changes.

METHODOLOGY:

• Post hoc observational study within the Aspirin in Reducing Events in the Elderly (ASPREE) clinical trial.
• 18,934 adults aged 65+ from the United States and Australia without dementia at baseline.
• 4,667 (25%) PPI users and 368 (2%) H2RA users at baseline.
• PPI and H2RA use, dementia incidence, and cognitive changes were tracked.

TAKEAWAY:

• In multivariable analysis, baseline PPI use was not associated with incident dementia (hazard ratio, 0.88) or cognitive impairment (HR, 1.00).
• PPI use was not linked to changes in overall cognitive test scores over time (beta –0.002).
• No associations were found between H2RA use and cognitive endpoints.

IN PRACTICE:

“Long-term use of PPIs in older adults is unlikely to have negative effects on cognition,” the study team concludes.

STUDY DETAILS:

The study was led by Raaj Mehta, MD, PhD, with Massachusetts General Hospital and Harvard Medical School in Boston. The study was published online in Gastroenterology. Funding was provided by grants from the National Institute on Aging, the National Cancer Institute, and other institutions.

LIMITATIONS:

Potential for residual confounding and underestimation of PPI and H2RA use, lack of data on medication dose and duration, and the absence of ApoE4 allele status.

DISCLOSURES:

Dr. Mehta has disclosed no relevant conflicts of interest.

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

TOPLINE:

A new study provides reassurance about the long-term safety of proton pump inhibitors (PPIs) and histamine-2 receptor antagonist (H2RA) use in older adults, finding no increased risk for dementia or cognitive changes.

METHODOLOGY:

• Post hoc observational study within the Aspirin in Reducing Events in the Elderly (ASPREE) clinical trial.
• 18,934 adults aged 65+ from the United States and Australia without dementia at baseline.
• 4,667 (25%) PPI users and 368 (2%) H2RA users at baseline.
• PPI and H2RA use, dementia incidence, and cognitive changes were tracked.

TAKEAWAY:

• In multivariable analysis, baseline PPI use was not associated with incident dementia (hazard ratio, 0.88) or cognitive impairment (HR, 1.00).
• PPI use was not linked to changes in overall cognitive test scores over time (beta –0.002).
• No associations were found between H2RA use and cognitive endpoints.

IN PRACTICE:

“Long-term use of PPIs in older adults is unlikely to have negative effects on cognition,” the study team concludes.

STUDY DETAILS:

The study was led by Raaj Mehta, MD, PhD, with Massachusetts General Hospital and Harvard Medical School in Boston. The study was published online in Gastroenterology. Funding was provided by grants from the National Institute on Aging, the National Cancer Institute, and other institutions.

LIMITATIONS:

Potential for residual confounding and underestimation of PPI and H2RA use, lack of data on medication dose and duration, and the absence of ApoE4 allele status.

DISCLOSURES:

Dr. Mehta has disclosed no relevant conflicts of interest.

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

TOPLINE:

After passage of state laws that allow recreational cannabis use, binge drinking declined among those younger than 21 but increased among those aged 31 and older.

METHODOLOGY:

Among adolescents, binge drinking, defined as having five or more drinks for men and four or more drinks for women at one time, is associated with poor academic performance, sexual risk, and injury in the short term, as well as the development of alcohol use disorder and academic disengagement in the long term.

Current evidence regarding the association between recreational cannabis laws (RCLs) and binge drinking is limited.

States in which RCLs have been implemented include Colorado, Washington, Alaska, Oregon, Nevada, California, Massachusetts, and Vermont, as well as the District of Columbia.

The study included 817,359 people aged 12 and older who participated in the 2008-2019 National Survey on Drug Use and Health (NSDUH), a nationally representative survey of the U.S. population.
 

TAKEAWAY:

Overall, states that have not enacted cannabis laws showed consistently lower rates of binge drinking over time among all age groups.

In all states, there were substantial declines in reporting of past-month binge drinking in some age groups – from 17.5% (95% confidence interval, 16.9-18.2) in 2008 to 11.1% (10.4-11.8) in 2019 among those aged 12-20 and a drop from 43.7% (42.4-44.9) to 40.2% (39.1-41.1) among those aged 21-30.

There were overall increases in binge drinking in all states regardless of cannabis laws among individuals aged 31 and older. The most extensive increases were among people aged 31-40 (from 28.1% [95% CI, 26.6-29.6] to 33.3% [32.1-34.6]), followed by participants aged 51 and over (from 13.3% [95% CI, 12.2-14.4] to 16.8% [15.8-17.7]).
 

IN PRACTICE:

“Our findings support calls to reinforce health care providers’ discussions about alcohol use with older adults,” particularly in RCL states, the researchers write.

STUDY DETAILS:

The study was conducted out by Priscila Dib Gonçalves, PhD, department of epidemiology, Columbia University School of Public Health, New York, and colleagues. It was published in the International Journal of Drug Policy.

LIMITATIONS:

Alcohol-related measures, including binge drinking, were self-reported, which may introduce recall bias and underreporting. NSDUH binge drinking measures were not adjusted for sex differences from 2008 to 2014, which may result in underreporting of binge drinking in females before 2015. The researchers did not examine cannabis policy provisions, such as cultivation restrictions, pricing control, the tax imposed, and consumption restrictions.

DISCLOSURES:

The study received support from the National Institutes of Health, the National Institute on Drug Abuse, the National Center for Injury Prevention and Control, and the Centers for Disease Control and Prevention. The authors report no relevant conflicts of interest.

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

TOPLINE:

After passage of state laws that allow recreational cannabis use, binge drinking declined among those younger than 21 but increased among those aged 31 and older.

METHODOLOGY:

Among adolescents, binge drinking, defined as having five or more drinks for men and four or more drinks for women at one time, is associated with poor academic performance, sexual risk, and injury in the short term, as well as the development of alcohol use disorder and academic disengagement in the long term.

Current evidence regarding the association between recreational cannabis laws (RCLs) and binge drinking is limited.

States in which RCLs have been implemented include Colorado, Washington, Alaska, Oregon, Nevada, California, Massachusetts, and Vermont, as well as the District of Columbia.

The study included 817,359 people aged 12 and older who participated in the 2008-2019 National Survey on Drug Use and Health (NSDUH), a nationally representative survey of the U.S. population.
 

TAKEAWAY:

Overall, states that have not enacted cannabis laws showed consistently lower rates of binge drinking over time among all age groups.

In all states, there were substantial declines in reporting of past-month binge drinking in some age groups – from 17.5% (95% confidence interval, 16.9-18.2) in 2008 to 11.1% (10.4-11.8) in 2019 among those aged 12-20 and a drop from 43.7% (42.4-44.9) to 40.2% (39.1-41.1) among those aged 21-30.

There were overall increases in binge drinking in all states regardless of cannabis laws among individuals aged 31 and older. The most extensive increases were among people aged 31-40 (from 28.1% [95% CI, 26.6-29.6] to 33.3% [32.1-34.6]), followed by participants aged 51 and over (from 13.3% [95% CI, 12.2-14.4] to 16.8% [15.8-17.7]).
 

IN PRACTICE:

“Our findings support calls to reinforce health care providers’ discussions about alcohol use with older adults,” particularly in RCL states, the researchers write.

STUDY DETAILS:

The study was conducted out by Priscila Dib Gonçalves, PhD, department of epidemiology, Columbia University School of Public Health, New York, and colleagues. It was published in the International Journal of Drug Policy.

LIMITATIONS:

Alcohol-related measures, including binge drinking, were self-reported, which may introduce recall bias and underreporting. NSDUH binge drinking measures were not adjusted for sex differences from 2008 to 2014, which may result in underreporting of binge drinking in females before 2015. The researchers did not examine cannabis policy provisions, such as cultivation restrictions, pricing control, the tax imposed, and consumption restrictions.

DISCLOSURES:

The study received support from the National Institutes of Health, the National Institute on Drug Abuse, the National Center for Injury Prevention and Control, and the Centers for Disease Control and Prevention. The authors report no relevant conflicts of interest.

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

TOPLINE:

After passage of state laws that allow recreational cannabis use, binge drinking declined among those younger than 21 but increased among those aged 31 and older.

METHODOLOGY:

Among adolescents, binge drinking, defined as having five or more drinks for men and four or more drinks for women at one time, is associated with poor academic performance, sexual risk, and injury in the short term, as well as the development of alcohol use disorder and academic disengagement in the long term.

Current evidence regarding the association between recreational cannabis laws (RCLs) and binge drinking is limited.

States in which RCLs have been implemented include Colorado, Washington, Alaska, Oregon, Nevada, California, Massachusetts, and Vermont, as well as the District of Columbia.

The study included 817,359 people aged 12 and older who participated in the 2008-2019 National Survey on Drug Use and Health (NSDUH), a nationally representative survey of the U.S. population.
 

TAKEAWAY:

Overall, states that have not enacted cannabis laws showed consistently lower rates of binge drinking over time among all age groups.

In all states, there were substantial declines in reporting of past-month binge drinking in some age groups – from 17.5% (95% confidence interval, 16.9-18.2) in 2008 to 11.1% (10.4-11.8) in 2019 among those aged 12-20 and a drop from 43.7% (42.4-44.9) to 40.2% (39.1-41.1) among those aged 21-30.

There were overall increases in binge drinking in all states regardless of cannabis laws among individuals aged 31 and older. The most extensive increases were among people aged 31-40 (from 28.1% [95% CI, 26.6-29.6] to 33.3% [32.1-34.6]), followed by participants aged 51 and over (from 13.3% [95% CI, 12.2-14.4] to 16.8% [15.8-17.7]).
 

IN PRACTICE:

“Our findings support calls to reinforce health care providers’ discussions about alcohol use with older adults,” particularly in RCL states, the researchers write.

STUDY DETAILS:

The study was conducted out by Priscila Dib Gonçalves, PhD, department of epidemiology, Columbia University School of Public Health, New York, and colleagues. It was published in the International Journal of Drug Policy.

LIMITATIONS:

Alcohol-related measures, including binge drinking, were self-reported, which may introduce recall bias and underreporting. NSDUH binge drinking measures were not adjusted for sex differences from 2008 to 2014, which may result in underreporting of binge drinking in females before 2015. The researchers did not examine cannabis policy provisions, such as cultivation restrictions, pricing control, the tax imposed, and consumption restrictions.

DISCLOSURES:

The study received support from the National Institutes of Health, the National Institute on Drug Abuse, the National Center for Injury Prevention and Control, and the Centers for Disease Control and Prevention. The authors report no relevant conflicts of interest.

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

TOPLINE:

The less U.S. patients pay out of pocket for drugs that often have high copays, such as sodium-glucose cotransporter 2 (SGLT2) inhibitors or glucagon-like peptide-1 (GLP-1) agonists, the more adherent they are.

METHODOLOGY:

• Review of 90,041 U.S. adults who started a GLP-1 agonist (n = 39,149) or SGLT2 inhibitor (n = 50,892) in 2014-2020.
• Participants had type 2 diabetes, heart failure, or both.
• Data are from Clinformatics Data Mart, including both commercial and Medicare health insurance plans.
• Primary outcome: 12-month adherence to prescribed GLP-1 agonist or SGLT2 inhibitor.

TAKEAWAYS:

• U.S. adults with a lower drug copay had significantly higher odds of 12-month adherence to GLP-1 agonists and SGLT2 inhibitors, compared with those with a higher copay.
• These differences persisted after controlling for patient demographic, clinical, and socioeconomic covariates.
• After full adjustment, patients with a high copay (≥ $50/month) were, after 12 months, 53% less likely to adhere to an SGLT2 inhibitor and 32% less likely to adhere to a GLP-1 agonist, compared with patients with a low copay (< $10/month) for these agents.

IN PRACTICE:

“Lowering high out-of-pocket prescription costs may be key to improving adherence to guideline-recommended therapies and advancing overall quality of care in patients with type 2 diabetes and heart failure,” say the authors.

STUDY DETAILS:

The study was led by Utibe R. Essien, MD, from the University of California, Los Angeles, and Balvindar Singh, MD, PhD, from the University of Pittsburgh, and included several authors from other U.S. centers.

LIMITATIONS:

Study could not exclude residual confounding.

Generalizability uncertain for those without health insurance or with public insurance.

Study did not have information on patient preferences associated with medication use, including specific reasons for poor adherence.

Possible misclassifications of type 2 diabetes and heart failure diagnoses or medical comorbidities.

Study could not assess how copayments influenced initial prescription receipt or abandonment at the pharmacy, nor other factors including possible price inflation.
 

DISCLOSURES:

The study received no commercial funding. One author (not a lead author) is an advisor to several drug companies, including ones that market SGLT2 inhibitors or GLP-1 agonists.

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

TOPLINE:

The less U.S. patients pay out of pocket for drugs that often have high copays, such as sodium-glucose cotransporter 2 (SGLT2) inhibitors or glucagon-like peptide-1 (GLP-1) agonists, the more adherent they are.

METHODOLOGY:

• Review of 90,041 U.S. adults who started a GLP-1 agonist (n = 39,149) or SGLT2 inhibitor (n = 50,892) in 2014-2020.
• Participants had type 2 diabetes, heart failure, or both.
• Data are from Clinformatics Data Mart, including both commercial and Medicare health insurance plans.
• Primary outcome: 12-month adherence to prescribed GLP-1 agonist or SGLT2 inhibitor.

TAKEAWAYS:

• U.S. adults with a lower drug copay had significantly higher odds of 12-month adherence to GLP-1 agonists and SGLT2 inhibitors, compared with those with a higher copay.
• These differences persisted after controlling for patient demographic, clinical, and socioeconomic covariates.
• After full adjustment, patients with a high copay (≥ $50/month) were, after 12 months, 53% less likely to adhere to an SGLT2 inhibitor and 32% less likely to adhere to a GLP-1 agonist, compared with patients with a low copay (< $10/month) for these agents.

IN PRACTICE:

“Lowering high out-of-pocket prescription costs may be key to improving adherence to guideline-recommended therapies and advancing overall quality of care in patients with type 2 diabetes and heart failure,” say the authors.

STUDY DETAILS:

The study was led by Utibe R. Essien, MD, from the University of California, Los Angeles, and Balvindar Singh, MD, PhD, from the University of Pittsburgh, and included several authors from other U.S. centers.

LIMITATIONS:

Study could not exclude residual confounding.

Generalizability uncertain for those without health insurance or with public insurance.

Study did not have information on patient preferences associated with medication use, including specific reasons for poor adherence.

Possible misclassifications of type 2 diabetes and heart failure diagnoses or medical comorbidities.

Study could not assess how copayments influenced initial prescription receipt or abandonment at the pharmacy, nor other factors including possible price inflation.
 

DISCLOSURES:

The study received no commercial funding. One author (not a lead author) is an advisor to several drug companies, including ones that market SGLT2 inhibitors or GLP-1 agonists.

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

TOPLINE:

The less U.S. patients pay out of pocket for drugs that often have high copays, such as sodium-glucose cotransporter 2 (SGLT2) inhibitors or glucagon-like peptide-1 (GLP-1) agonists, the more adherent they are.

METHODOLOGY:

• Review of 90,041 U.S. adults who started a GLP-1 agonist (n = 39,149) or SGLT2 inhibitor (n = 50,892) in 2014-2020.
• Participants had type 2 diabetes, heart failure, or both.
• Data are from Clinformatics Data Mart, including both commercial and Medicare health insurance plans.
• Primary outcome: 12-month adherence to prescribed GLP-1 agonist or SGLT2 inhibitor.

TAKEAWAYS:

• U.S. adults with a lower drug copay had significantly higher odds of 12-month adherence to GLP-1 agonists and SGLT2 inhibitors, compared with those with a higher copay.
• These differences persisted after controlling for patient demographic, clinical, and socioeconomic covariates.
• After full adjustment, patients with a high copay (≥ $50/month) were, after 12 months, 53% less likely to adhere to an SGLT2 inhibitor and 32% less likely to adhere to a GLP-1 agonist, compared with patients with a low copay (< $10/month) for these agents.

IN PRACTICE:

“Lowering high out-of-pocket prescription costs may be key to improving adherence to guideline-recommended therapies and advancing overall quality of care in patients with type 2 diabetes and heart failure,” say the authors.

STUDY DETAILS:

The study was led by Utibe R. Essien, MD, from the University of California, Los Angeles, and Balvindar Singh, MD, PhD, from the University of Pittsburgh, and included several authors from other U.S. centers.

LIMITATIONS:

Study could not exclude residual confounding.

Generalizability uncertain for those without health insurance or with public insurance.

Study did not have information on patient preferences associated with medication use, including specific reasons for poor adherence.

Possible misclassifications of type 2 diabetes and heart failure diagnoses or medical comorbidities.

Study could not assess how copayments influenced initial prescription receipt or abandonment at the pharmacy, nor other factors including possible price inflation.
 

DISCLOSURES:

The study received no commercial funding. One author (not a lead author) is an advisor to several drug companies, including ones that market SGLT2 inhibitors or GLP-1 agonists.

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

Dr. Taylor Delgado: It was Saturday night, and we had just gone to bed. Suddenly, Ali sat up, and screamed, “My head!” She then became nonresponsive and had a seizure. I was in disbelief, but I also knew exactly what was happening. I called 911: “My wife is having a head bleed. I need an ambulance.” It was a bad connection, and they could barely understand me.

As I tried to carry Ali downstairs, she vomited. She still had rubber bands in her mouth from the jaw fracture that was a result of her accident just a month ago. I knew she needed an airway. 

I grabbed a tracheostomy tube, but the opening over her trachea put in for the accident had since closed. I tried to push the tube through her neck, but it hurt her; her eyes opened.

I thought to myself: Maybe she doesn’t need it. This can wait until she gets to the hospital. I can’t do this to her. But she vomited again, and I knew what I had to do.

We were at the top of our stairs. I didn’t have a blade or any other equipment, just the tracheostomy tube with the dilator. I pushed hard, and she started fighting me. I had to hold her hands away with one arm. The tube popped in and she stared back at me in pain and fear.

I finally got her downstairs and called medical control at University Hospital of Cincinnati. I was able to speak with one of the attendings: “Ali’s aneurysm ruptured, and she just had a seizure. She has a GCS of 11 or 12. I replaced her tracheostomy tube. We’ll be there shortly.”

When I heard sirens come down our street, I carried Ali outside, but the sirens were from a firetruck. They likely assumed someone had fallen and had a head laceration. It was beyond deflating. I yelled incredulously: “We need an ambulance here now!”

When the ambulance finally arrived, they tried to tell me that I could not ride with them. Or if I did, I would have to sit up front. After arguing back and forth for a few seconds, I finally demanded: “This is medical control. This is MD-88, and this is my patient. I’m sitting in back with you. She needs four Zofran and two midazolam IV now.”
 

One month earlier ...

Dr. Alison Delgado: Taylor and I were both 4 months into our second year of residency, and we had been married for 5 months. I was a pediatric resident at Cincinnati Children’s Hospital. She was an emergency medicine resident at the University Hospital. I was having my first day off in a couple weeks, and she was working a shift in the emergency department. She was also a part of the flight crew that day. Second-year residents would go out to the scenes of accidents or to other hospitals to transport the patient back to their Level I trauma center via helicopter. The resident was the physician and considered the leader on these flights.

That afternoon, I went for a bicycle ride. About three-quarters of the way through my ride, I was struck by a car.

The EMS crew got to me fairly quickly. They intubated me at the scene and got me to the closest hospital. Immediately, the hospital realized my case was outside the scope of their care. They contacted University Hospital requesting that their flight crew come to transport me.

Dr. Taylor Delgado: At around 5:30 p.m. the day of my shift, the tones went out on the radio: “AirCare 1 and Pod Doc, you are requested for interhospital transfer, 27-year-old Jane Doe, GCS 5.” That was the only information given.

When we landed at the hospital, I walked in with my nurse. I was listening to the doctor’s report and doing my once over. The patient was a little bit bradycardic, heart rate in the 40s or 50s. Blood pressure was normal if not a little bit elevated. There was obvious facial trauma. The endotracheal tube in place.

She was covered with a blanket, but some of her clothing was visible. Suddenly, I recognized it. It was our cycling team’s kit. I thought, please don’t let it be Ali. I looked at her face and realized that this was Alison.

I said: “That’s my wife.” Everyone stopped and looked at me. The room went silent.

My flight nurse went out and called back to dispatch. “This is my doc’s wife. Dispatch the second helicopter!” She had to repeat herself a few times before they understood what was happening.

As Ali’s spouse, I couldn’t be the flight doctor. I didn’t care. I called medical control myself and told them: “This is Ali. We have to fly her. She has a head injury.” They said: “You can’t fly her.” I said: “We can’t delay her care. I have to fly her.” They said: “No, you can’t fly her.” I broke down. Devastated.

I went back into the room and looked at Ali. Her heart rate was dropping. My flight nurse was in the trauma bay with the emergency physician. We realized definitive care was being delayed because of my presence, which was an awful feeling to have. I think at that point we realized, you do nothing, or you act. So, we acted.

I told my flight nurse: “Let’s give her atropine to increase her heart rate.” I asked about sedation, and she hadn’t had anything. I spurted off some doses: “a hundred of fentanyl and five of midazolam.” My flight nurse actually administered smaller doses. She thought it was a bit aggressive, and she was correct. I was trying to maintain composure, but it was hard.

The emergency medicine physician volunteered to fly with her, so I called back medical control in desperation: “This doctor’s willing to fly. Let him take her.”

They told me apologetically, knowing my agony, that he was not trained to fly and therefore could not do so. I sat down in the ambulance bay crying, waiting for the second helicopter to arrive.

When we got Ali onto AirCare 2, my nurse then told me I couldn’t fly with her. I said, “I’m flying with her.” She said, “no, it’s not safe.” I said, “I’m not leaving her. I’ll sit in the front. What do you think I’m going to do? Jump out of the helicopter?” I think they realized there was no other option that I would agree to. I rode up front.

It was the fastest flight to the trauma center that I had ever experienced. They did a hot offload, meaning they didn’t even shut down the blades. We got her to the trauma center. And then it was a whole other layer of chaos.

Dr. Alison Delgado: Taylor’s presence may have delayed my transfer, but the University emergency department was prepped and waiting for me. Radiology was on hold, surgery and neurosurgery were there waiting. Everyone was in the trauma bay.

Dr. Taylor Delgado: My younger sister was a social worker in that emergency department, and she was on shift. She and my residency director went to CT with Ali. As the images from Ali’s CT scan showed up on the screens, everyone in the room gasped. She had a nonsurvivable head injury.

The AirCare 2 doctor collapsed into our director’s arms and cried: “She’s going to die tonight.” He responded: “I know. But we’ve got work to do.” Then he asked my sister how close she was with me. She told him we were extremely close. “Good, because we have to break the news that she’s going to die tonight.”

But the doctor never told me. I was in the consultation room. He came in and told me that she had a lot of bleeding around the brain, but he couldn’t find the words to tell me the true severity. He didn’t have to.

Dr. Alison Delgado: I was in a coma for 5 days. Shift by shift, they were amazed that I was still there. I had a broken jaw, broken vertebrae in my spine, a broken clavicle and sternum and contusions to my heart and lungs. I was later found to have a dissection of my carotid artery as well as an aneurysm to the carotid artery. These were both caused by the accident.

My jaw was wired shut and a tracheostomy was placed. They coiled the aneurysm and put a stent in the dissection. I was placed on dual antiplatelet therapy to prevent stent thrombosis.

When I initially woke from the coma during my hospital stay, I could not speak, but I remember being told why I was there. My first two thoughts were: Was it my fault? and I need to get back to work.

Two and a half weeks later, I was stable enough to go to an in-patient rehab facility.

I was very motivated. I made a lot of good progress, because Taylor was there with me. We looked through pictures, trying to jog my memory and help with my vocabulary. I’d look at a bird and know this is a flying animal but couldn’t think of the word bird. I couldn’t remember my mom’s name.

Dr. Taylor Delgado: She was becoming more fluent with her speech each day. Her right arm was working more normally. We started going on walks outside. Within 14 days she was discharged home.

When we left the rehab facility, I took a couple extra tracheostomy tubes and supplies, because I didn’t know how long Ali would have her trach. The emergency medicine person in me just thought, always have these things on hand.

A few days later, her ENT doctor decannulated her tracheostomy tube. In our minds, we were done.

The next night, she had the intracranial hemorrhage.
 

Return to the hospital ...

Dr. Taylor Delgado: The aneurysm they had coiled had ruptured. Ali had a recurrent subarachnoid hemorrhage and an intracranial hemorrhage, and she was still bleeding. So, they took her to IR to try to embolize it and accomplished as much as they possibly could.

She had hydrocephalus, the ventricles in her brain were enlarged. Normally, they would put in a drain, but they couldn’t because she was on aspirin and Plavix (clopidogrel). That would risk her having a bleed around that insertion site, which would cause a brain hemorrhage.

Dr. Alison Delgado: I was like a ticking time bomb. We knew I would have to have surgery as soon as possible to open my skull and clip the aneurysm. But I had to be on the Plavix and aspirin for at least 6 weeks before it would be considered safe to discontinue them. It was another 3 weeks before they could proceed with the surgery.

The second hospitalization was scarier than the first, because I was much more aware. I knew that I might not be able to return to my residency and do the thing I had dreamed of doing. There were risks of me becoming blind or paralyzed during the surgery. I might not even leave the hospital.

Dr. Taylor Delgado: It was mid-December by then, and my dad asked her, “Ali, what do you want for Christmas?” She looked at him deadpan and said, “normal brain.”

Dr. Alison Delgado: The surgery was successful. I went home a few days later. But I’d lost everything I had gained in rehabilitation. My speech was back to square one.

None of the doctors really expected me to go back to work. But from my standpoint, I thought, I could have died the day I was hit. I could have died when the aneurysm ruptured, or at any point along the way. But I’m here and I’m going back to work.

Dr. Taylor Delgado: In January, I went back to work and I had to fly on the helicopter. They were worried about how I would react. My flight director flew with me on my first shift. Our first flight was an inter-facility STEMI transfer. No big deal. The second one was a car accident outside of Batesville, Ind. We were in the back of the ambulance, and I looked at this woman. She was 27 years old, thin, with long hair. She looked exactly like Ali.

Ali flashed into my mind, and I was like, nope. Ali’s at home. She’s fine. This person is right here, right now. Do what you do. I intubated her in the helicopter. We gave her hypertonic saline. I started a blood transfusion. Afterward, my flight director came up to me and said: “You’re released back to full duty. That was the hardest test you could possibly have on your first day back flying, and you nailed it.”

Dr. Alison Delgado: I finished my residency in December of 2012 and passed my pediatric board exam on the first try, almost exactly 3 years after my accident.

The spring before I started medical school in 2005, I had won the Cincinnati Flying Pig marathon. In 2011, a few months after my accident, they invited us to be the starters of the race. When we stood at the starting line, I decided right then I was going to run this marathon again the next year. In spring 2012, I returned and finished in fourth place, beating my previous winning time by two minutes.

I have a different level of empathy for my patients now. I know what it’s like to be scared. I know what it’s like to not know if you’re going to leave the hospital. I’ve lived that. The process of writing my book was also cathartic for me. I told my story to try to give people hope.

Dr. Taylor Delgado: I have a tattoo on my wrist showing the date of Ali’s accident. The idea was to remind myself of what we’ve come through and everyone who went above and beyond. To show gratitude to them and remember everything that they did for us. It’s also to remember that every patient I see is somebody else’s Alison.

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

Dr. Taylor Delgado: It was Saturday night, and we had just gone to bed. Suddenly, Ali sat up, and screamed, “My head!” She then became nonresponsive and had a seizure. I was in disbelief, but I also knew exactly what was happening. I called 911: “My wife is having a head bleed. I need an ambulance.” It was a bad connection, and they could barely understand me.

As I tried to carry Ali downstairs, she vomited. She still had rubber bands in her mouth from the jaw fracture that was a result of her accident just a month ago. I knew she needed an airway. 

I grabbed a tracheostomy tube, but the opening over her trachea put in for the accident had since closed. I tried to push the tube through her neck, but it hurt her; her eyes opened.

I thought to myself: Maybe she doesn’t need it. This can wait until she gets to the hospital. I can’t do this to her. But she vomited again, and I knew what I had to do.

We were at the top of our stairs. I didn’t have a blade or any other equipment, just the tracheostomy tube with the dilator. I pushed hard, and she started fighting me. I had to hold her hands away with one arm. The tube popped in and she stared back at me in pain and fear.

I finally got her downstairs and called medical control at University Hospital of Cincinnati. I was able to speak with one of the attendings: “Ali’s aneurysm ruptured, and she just had a seizure. She has a GCS of 11 or 12. I replaced her tracheostomy tube. We’ll be there shortly.”

When I heard sirens come down our street, I carried Ali outside, but the sirens were from a firetruck. They likely assumed someone had fallen and had a head laceration. It was beyond deflating. I yelled incredulously: “We need an ambulance here now!”

When the ambulance finally arrived, they tried to tell me that I could not ride with them. Or if I did, I would have to sit up front. After arguing back and forth for a few seconds, I finally demanded: “This is medical control. This is MD-88, and this is my patient. I’m sitting in back with you. She needs four Zofran and two midazolam IV now.”
 

One month earlier ...

Dr. Alison Delgado: Taylor and I were both 4 months into our second year of residency, and we had been married for 5 months. I was a pediatric resident at Cincinnati Children’s Hospital. She was an emergency medicine resident at the University Hospital. I was having my first day off in a couple weeks, and she was working a shift in the emergency department. She was also a part of the flight crew that day. Second-year residents would go out to the scenes of accidents or to other hospitals to transport the patient back to their Level I trauma center via helicopter. The resident was the physician and considered the leader on these flights.

That afternoon, I went for a bicycle ride. About three-quarters of the way through my ride, I was struck by a car.

The EMS crew got to me fairly quickly. They intubated me at the scene and got me to the closest hospital. Immediately, the hospital realized my case was outside the scope of their care. They contacted University Hospital requesting that their flight crew come to transport me.

Dr. Taylor Delgado: At around 5:30 p.m. the day of my shift, the tones went out on the radio: “AirCare 1 and Pod Doc, you are requested for interhospital transfer, 27-year-old Jane Doe, GCS 5.” That was the only information given.

When we landed at the hospital, I walked in with my nurse. I was listening to the doctor’s report and doing my once over. The patient was a little bit bradycardic, heart rate in the 40s or 50s. Blood pressure was normal if not a little bit elevated. There was obvious facial trauma. The endotracheal tube in place.

She was covered with a blanket, but some of her clothing was visible. Suddenly, I recognized it. It was our cycling team’s kit. I thought, please don’t let it be Ali. I looked at her face and realized that this was Alison.

I said: “That’s my wife.” Everyone stopped and looked at me. The room went silent.

My flight nurse went out and called back to dispatch. “This is my doc’s wife. Dispatch the second helicopter!” She had to repeat herself a few times before they understood what was happening.

As Ali’s spouse, I couldn’t be the flight doctor. I didn’t care. I called medical control myself and told them: “This is Ali. We have to fly her. She has a head injury.” They said: “You can’t fly her.” I said: “We can’t delay her care. I have to fly her.” They said: “No, you can’t fly her.” I broke down. Devastated.

I went back into the room and looked at Ali. Her heart rate was dropping. My flight nurse was in the trauma bay with the emergency physician. We realized definitive care was being delayed because of my presence, which was an awful feeling to have. I think at that point we realized, you do nothing, or you act. So, we acted.

I told my flight nurse: “Let’s give her atropine to increase her heart rate.” I asked about sedation, and she hadn’t had anything. I spurted off some doses: “a hundred of fentanyl and five of midazolam.” My flight nurse actually administered smaller doses. She thought it was a bit aggressive, and she was correct. I was trying to maintain composure, but it was hard.

The emergency medicine physician volunteered to fly with her, so I called back medical control in desperation: “This doctor’s willing to fly. Let him take her.”

They told me apologetically, knowing my agony, that he was not trained to fly and therefore could not do so. I sat down in the ambulance bay crying, waiting for the second helicopter to arrive.

When we got Ali onto AirCare 2, my nurse then told me I couldn’t fly with her. I said, “I’m flying with her.” She said, “no, it’s not safe.” I said, “I’m not leaving her. I’ll sit in the front. What do you think I’m going to do? Jump out of the helicopter?” I think they realized there was no other option that I would agree to. I rode up front.

It was the fastest flight to the trauma center that I had ever experienced. They did a hot offload, meaning they didn’t even shut down the blades. We got her to the trauma center. And then it was a whole other layer of chaos.

Dr. Alison Delgado: Taylor’s presence may have delayed my transfer, but the University emergency department was prepped and waiting for me. Radiology was on hold, surgery and neurosurgery were there waiting. Everyone was in the trauma bay.

Dr. Taylor Delgado: My younger sister was a social worker in that emergency department, and she was on shift. She and my residency director went to CT with Ali. As the images from Ali’s CT scan showed up on the screens, everyone in the room gasped. She had a nonsurvivable head injury.

The AirCare 2 doctor collapsed into our director’s arms and cried: “She’s going to die tonight.” He responded: “I know. But we’ve got work to do.” Then he asked my sister how close she was with me. She told him we were extremely close. “Good, because we have to break the news that she’s going to die tonight.”

But the doctor never told me. I was in the consultation room. He came in and told me that she had a lot of bleeding around the brain, but he couldn’t find the words to tell me the true severity. He didn’t have to.

Dr. Alison Delgado: I was in a coma for 5 days. Shift by shift, they were amazed that I was still there. I had a broken jaw, broken vertebrae in my spine, a broken clavicle and sternum and contusions to my heart and lungs. I was later found to have a dissection of my carotid artery as well as an aneurysm to the carotid artery. These were both caused by the accident.

My jaw was wired shut and a tracheostomy was placed. They coiled the aneurysm and put a stent in the dissection. I was placed on dual antiplatelet therapy to prevent stent thrombosis.

When I initially woke from the coma during my hospital stay, I could not speak, but I remember being told why I was there. My first two thoughts were: Was it my fault? and I need to get back to work.

Two and a half weeks later, I was stable enough to go to an in-patient rehab facility.

I was very motivated. I made a lot of good progress, because Taylor was there with me. We looked through pictures, trying to jog my memory and help with my vocabulary. I’d look at a bird and know this is a flying animal but couldn’t think of the word bird. I couldn’t remember my mom’s name.

Dr. Taylor Delgado: She was becoming more fluent with her speech each day. Her right arm was working more normally. We started going on walks outside. Within 14 days she was discharged home.

When we left the rehab facility, I took a couple extra tracheostomy tubes and supplies, because I didn’t know how long Ali would have her trach. The emergency medicine person in me just thought, always have these things on hand.

A few days later, her ENT doctor decannulated her tracheostomy tube. In our minds, we were done.

The next night, she had the intracranial hemorrhage.
 

Return to the hospital ...

Dr. Taylor Delgado: The aneurysm they had coiled had ruptured. Ali had a recurrent subarachnoid hemorrhage and an intracranial hemorrhage, and she was still bleeding. So, they took her to IR to try to embolize it and accomplished as much as they possibly could.

She had hydrocephalus, the ventricles in her brain were enlarged. Normally, they would put in a drain, but they couldn’t because she was on aspirin and Plavix (clopidogrel). That would risk her having a bleed around that insertion site, which would cause a brain hemorrhage.

Dr. Alison Delgado: I was like a ticking time bomb. We knew I would have to have surgery as soon as possible to open my skull and clip the aneurysm. But I had to be on the Plavix and aspirin for at least 6 weeks before it would be considered safe to discontinue them. It was another 3 weeks before they could proceed with the surgery.

The second hospitalization was scarier than the first, because I was much more aware. I knew that I might not be able to return to my residency and do the thing I had dreamed of doing. There were risks of me becoming blind or paralyzed during the surgery. I might not even leave the hospital.

Dr. Taylor Delgado: It was mid-December by then, and my dad asked her, “Ali, what do you want for Christmas?” She looked at him deadpan and said, “normal brain.”

Dr. Alison Delgado: The surgery was successful. I went home a few days later. But I’d lost everything I had gained in rehabilitation. My speech was back to square one.

None of the doctors really expected me to go back to work. But from my standpoint, I thought, I could have died the day I was hit. I could have died when the aneurysm ruptured, or at any point along the way. But I’m here and I’m going back to work.

Dr. Taylor Delgado: In January, I went back to work and I had to fly on the helicopter. They were worried about how I would react. My flight director flew with me on my first shift. Our first flight was an inter-facility STEMI transfer. No big deal. The second one was a car accident outside of Batesville, Ind. We were in the back of the ambulance, and I looked at this woman. She was 27 years old, thin, with long hair. She looked exactly like Ali.

Ali flashed into my mind, and I was like, nope. Ali’s at home. She’s fine. This person is right here, right now. Do what you do. I intubated her in the helicopter. We gave her hypertonic saline. I started a blood transfusion. Afterward, my flight director came up to me and said: “You’re released back to full duty. That was the hardest test you could possibly have on your first day back flying, and you nailed it.”

Dr. Alison Delgado: I finished my residency in December of 2012 and passed my pediatric board exam on the first try, almost exactly 3 years after my accident.

The spring before I started medical school in 2005, I had won the Cincinnati Flying Pig marathon. In 2011, a few months after my accident, they invited us to be the starters of the race. When we stood at the starting line, I decided right then I was going to run this marathon again the next year. In spring 2012, I returned and finished in fourth place, beating my previous winning time by two minutes.

I have a different level of empathy for my patients now. I know what it’s like to be scared. I know what it’s like to not know if you’re going to leave the hospital. I’ve lived that. The process of writing my book was also cathartic for me. I told my story to try to give people hope.

Dr. Taylor Delgado: I have a tattoo on my wrist showing the date of Ali’s accident. The idea was to remind myself of what we’ve come through and everyone who went above and beyond. To show gratitude to them and remember everything that they did for us. It’s also to remember that every patient I see is somebody else’s Alison.

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

Dr. Taylor Delgado: It was Saturday night, and we had just gone to bed. Suddenly, Ali sat up, and screamed, “My head!” She then became nonresponsive and had a seizure. I was in disbelief, but I also knew exactly what was happening. I called 911: “My wife is having a head bleed. I need an ambulance.” It was a bad connection, and they could barely understand me.

As I tried to carry Ali downstairs, she vomited. She still had rubber bands in her mouth from the jaw fracture that was a result of her accident just a month ago. I knew she needed an airway. 

I grabbed a tracheostomy tube, but the opening over her trachea put in for the accident had since closed. I tried to push the tube through her neck, but it hurt her; her eyes opened.

I thought to myself: Maybe she doesn’t need it. This can wait until she gets to the hospital. I can’t do this to her. But she vomited again, and I knew what I had to do.

We were at the top of our stairs. I didn’t have a blade or any other equipment, just the tracheostomy tube with the dilator. I pushed hard, and she started fighting me. I had to hold her hands away with one arm. The tube popped in and she stared back at me in pain and fear.

I finally got her downstairs and called medical control at University Hospital of Cincinnati. I was able to speak with one of the attendings: “Ali’s aneurysm ruptured, and she just had a seizure. She has a GCS of 11 or 12. I replaced her tracheostomy tube. We’ll be there shortly.”

When I heard sirens come down our street, I carried Ali outside, but the sirens were from a firetruck. They likely assumed someone had fallen and had a head laceration. It was beyond deflating. I yelled incredulously: “We need an ambulance here now!”

When the ambulance finally arrived, they tried to tell me that I could not ride with them. Or if I did, I would have to sit up front. After arguing back and forth for a few seconds, I finally demanded: “This is medical control. This is MD-88, and this is my patient. I’m sitting in back with you. She needs four Zofran and two midazolam IV now.”
 

One month earlier ...

Dr. Alison Delgado: Taylor and I were both 4 months into our second year of residency, and we had been married for 5 months. I was a pediatric resident at Cincinnati Children’s Hospital. She was an emergency medicine resident at the University Hospital. I was having my first day off in a couple weeks, and she was working a shift in the emergency department. She was also a part of the flight crew that day. Second-year residents would go out to the scenes of accidents or to other hospitals to transport the patient back to their Level I trauma center via helicopter. The resident was the physician and considered the leader on these flights.

That afternoon, I went for a bicycle ride. About three-quarters of the way through my ride, I was struck by a car.

The EMS crew got to me fairly quickly. They intubated me at the scene and got me to the closest hospital. Immediately, the hospital realized my case was outside the scope of their care. They contacted University Hospital requesting that their flight crew come to transport me.

Dr. Taylor Delgado: At around 5:30 p.m. the day of my shift, the tones went out on the radio: “AirCare 1 and Pod Doc, you are requested for interhospital transfer, 27-year-old Jane Doe, GCS 5.” That was the only information given.

When we landed at the hospital, I walked in with my nurse. I was listening to the doctor’s report and doing my once over. The patient was a little bit bradycardic, heart rate in the 40s or 50s. Blood pressure was normal if not a little bit elevated. There was obvious facial trauma. The endotracheal tube in place.

She was covered with a blanket, but some of her clothing was visible. Suddenly, I recognized it. It was our cycling team’s kit. I thought, please don’t let it be Ali. I looked at her face and realized that this was Alison.

I said: “That’s my wife.” Everyone stopped and looked at me. The room went silent.

My flight nurse went out and called back to dispatch. “This is my doc’s wife. Dispatch the second helicopter!” She had to repeat herself a few times before they understood what was happening.

As Ali’s spouse, I couldn’t be the flight doctor. I didn’t care. I called medical control myself and told them: “This is Ali. We have to fly her. She has a head injury.” They said: “You can’t fly her.” I said: “We can’t delay her care. I have to fly her.” They said: “No, you can’t fly her.” I broke down. Devastated.

I went back into the room and looked at Ali. Her heart rate was dropping. My flight nurse was in the trauma bay with the emergency physician. We realized definitive care was being delayed because of my presence, which was an awful feeling to have. I think at that point we realized, you do nothing, or you act. So, we acted.

I told my flight nurse: “Let’s give her atropine to increase her heart rate.” I asked about sedation, and she hadn’t had anything. I spurted off some doses: “a hundred of fentanyl and five of midazolam.” My flight nurse actually administered smaller doses. She thought it was a bit aggressive, and she was correct. I was trying to maintain composure, but it was hard.

The emergency medicine physician volunteered to fly with her, so I called back medical control in desperation: “This doctor’s willing to fly. Let him take her.”

They told me apologetically, knowing my agony, that he was not trained to fly and therefore could not do so. I sat down in the ambulance bay crying, waiting for the second helicopter to arrive.

When we got Ali onto AirCare 2, my nurse then told me I couldn’t fly with her. I said, “I’m flying with her.” She said, “no, it’s not safe.” I said, “I’m not leaving her. I’ll sit in the front. What do you think I’m going to do? Jump out of the helicopter?” I think they realized there was no other option that I would agree to. I rode up front.

It was the fastest flight to the trauma center that I had ever experienced. They did a hot offload, meaning they didn’t even shut down the blades. We got her to the trauma center. And then it was a whole other layer of chaos.

Dr. Alison Delgado: Taylor’s presence may have delayed my transfer, but the University emergency department was prepped and waiting for me. Radiology was on hold, surgery and neurosurgery were there waiting. Everyone was in the trauma bay.

Dr. Taylor Delgado: My younger sister was a social worker in that emergency department, and she was on shift. She and my residency director went to CT with Ali. As the images from Ali’s CT scan showed up on the screens, everyone in the room gasped. She had a nonsurvivable head injury.

The AirCare 2 doctor collapsed into our director’s arms and cried: “She’s going to die tonight.” He responded: “I know. But we’ve got work to do.” Then he asked my sister how close she was with me. She told him we were extremely close. “Good, because we have to break the news that she’s going to die tonight.”

But the doctor never told me. I was in the consultation room. He came in and told me that she had a lot of bleeding around the brain, but he couldn’t find the words to tell me the true severity. He didn’t have to.

Dr. Alison Delgado: I was in a coma for 5 days. Shift by shift, they were amazed that I was still there. I had a broken jaw, broken vertebrae in my spine, a broken clavicle and sternum and contusions to my heart and lungs. I was later found to have a dissection of my carotid artery as well as an aneurysm to the carotid artery. These were both caused by the accident.

My jaw was wired shut and a tracheostomy was placed. They coiled the aneurysm and put a stent in the dissection. I was placed on dual antiplatelet therapy to prevent stent thrombosis.

When I initially woke from the coma during my hospital stay, I could not speak, but I remember being told why I was there. My first two thoughts were: Was it my fault? and I need to get back to work.

Two and a half weeks later, I was stable enough to go to an in-patient rehab facility.

I was very motivated. I made a lot of good progress, because Taylor was there with me. We looked through pictures, trying to jog my memory and help with my vocabulary. I’d look at a bird and know this is a flying animal but couldn’t think of the word bird. I couldn’t remember my mom’s name.

Dr. Taylor Delgado: She was becoming more fluent with her speech each day. Her right arm was working more normally. We started going on walks outside. Within 14 days she was discharged home.

When we left the rehab facility, I took a couple extra tracheostomy tubes and supplies, because I didn’t know how long Ali would have her trach. The emergency medicine person in me just thought, always have these things on hand.

A few days later, her ENT doctor decannulated her tracheostomy tube. In our minds, we were done.

The next night, she had the intracranial hemorrhage.
 

Return to the hospital ...

Dr. Taylor Delgado: The aneurysm they had coiled had ruptured. Ali had a recurrent subarachnoid hemorrhage and an intracranial hemorrhage, and she was still bleeding. So, they took her to IR to try to embolize it and accomplished as much as they possibly could.

She had hydrocephalus, the ventricles in her brain were enlarged. Normally, they would put in a drain, but they couldn’t because she was on aspirin and Plavix (clopidogrel). That would risk her having a bleed around that insertion site, which would cause a brain hemorrhage.

Dr. Alison Delgado: I was like a ticking time bomb. We knew I would have to have surgery as soon as possible to open my skull and clip the aneurysm. But I had to be on the Plavix and aspirin for at least 6 weeks before it would be considered safe to discontinue them. It was another 3 weeks before they could proceed with the surgery.

The second hospitalization was scarier than the first, because I was much more aware. I knew that I might not be able to return to my residency and do the thing I had dreamed of doing. There were risks of me becoming blind or paralyzed during the surgery. I might not even leave the hospital.

Dr. Taylor Delgado: It was mid-December by then, and my dad asked her, “Ali, what do you want for Christmas?” She looked at him deadpan and said, “normal brain.”

Dr. Alison Delgado: The surgery was successful. I went home a few days later. But I’d lost everything I had gained in rehabilitation. My speech was back to square one.

None of the doctors really expected me to go back to work. But from my standpoint, I thought, I could have died the day I was hit. I could have died when the aneurysm ruptured, or at any point along the way. But I’m here and I’m going back to work.

Dr. Taylor Delgado: In January, I went back to work and I had to fly on the helicopter. They were worried about how I would react. My flight director flew with me on my first shift. Our first flight was an inter-facility STEMI transfer. No big deal. The second one was a car accident outside of Batesville, Ind. We were in the back of the ambulance, and I looked at this woman. She was 27 years old, thin, with long hair. She looked exactly like Ali.

Ali flashed into my mind, and I was like, nope. Ali’s at home. She’s fine. This person is right here, right now. Do what you do. I intubated her in the helicopter. We gave her hypertonic saline. I started a blood transfusion. Afterward, my flight director came up to me and said: “You’re released back to full duty. That was the hardest test you could possibly have on your first day back flying, and you nailed it.”

Dr. Alison Delgado: I finished my residency in December of 2012 and passed my pediatric board exam on the first try, almost exactly 3 years after my accident.

The spring before I started medical school in 2005, I had won the Cincinnati Flying Pig marathon. In 2011, a few months after my accident, they invited us to be the starters of the race. When we stood at the starting line, I decided right then I was going to run this marathon again the next year. In spring 2012, I returned and finished in fourth place, beating my previous winning time by two minutes.

I have a different level of empathy for my patients now. I know what it’s like to be scared. I know what it’s like to not know if you’re going to leave the hospital. I’ve lived that. The process of writing my book was also cathartic for me. I told my story to try to give people hope.

Dr. Taylor Delgado: I have a tattoo on my wrist showing the date of Ali’s accident. The idea was to remind myself of what we’ve come through and everyone who went above and beyond. To show gratitude to them and remember everything that they did for us. It’s also to remember that every patient I see is somebody else’s Alison.

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

Severe infections caused by group A streptococcus bacteria are on the rise in countries around the world, including the United States, according to new data from the Centers for Disease Control and Prevention.
 

Group A strep bacteria usually cause mild illnesses like strep throat and scarlet fever. But they can also cause more severe diseases, like the flesh-eating disease necrotizing fasciitis and streptococcal toxic shock syndrome, known as invasive group A strep infections. 

These infections fell by 25% during the COVID-19 pandemic and were especially low in children. The number of milder infections also dropped. But in 2022, severe infections came roaring back, particularly in children.

Infections increased earlier in the winter/spring season – from September to November – than in a typical year and rose to higher than prepandemic levels in many parts of the country, such as Colorado and Minnesota.

Now in 2023, invasive infections are high in children in some parts of the country, even after respiratory viruses like the flu and respiratory syncytial virus (RSV) decreased in those areas. Some parts of the country also saw high rates of invasive infections in older adults. 

Less severe strep A infections in children have returned to levels similar to or higher than those seen in prepandemic years.

A similar postpandemic resurgence in invasive infections has also been seen in other countries, including Canada, the United Kingdom, France, and Denmark.

Strep A is a very common bacteria that causes only mild or no symptoms in most people, and severe infections are usually quite rare. They tend to affect the most vulnerable people: those who have another virus, multiple chronic conditions, or an open wound.

People should watch for fever, headaches, or confusion during a strep infection, which all might signal a more severe illness.

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

Severe infections caused by group A streptococcus bacteria are on the rise in countries around the world, including the United States, according to new data from the Centers for Disease Control and Prevention.
 

Group A strep bacteria usually cause mild illnesses like strep throat and scarlet fever. But they can also cause more severe diseases, like the flesh-eating disease necrotizing fasciitis and streptococcal toxic shock syndrome, known as invasive group A strep infections. 

These infections fell by 25% during the COVID-19 pandemic and were especially low in children. The number of milder infections also dropped. But in 2022, severe infections came roaring back, particularly in children.

Infections increased earlier in the winter/spring season – from September to November – than in a typical year and rose to higher than prepandemic levels in many parts of the country, such as Colorado and Minnesota.

Now in 2023, invasive infections are high in children in some parts of the country, even after respiratory viruses like the flu and respiratory syncytial virus (RSV) decreased in those areas. Some parts of the country also saw high rates of invasive infections in older adults. 

Less severe strep A infections in children have returned to levels similar to or higher than those seen in prepandemic years.

A similar postpandemic resurgence in invasive infections has also been seen in other countries, including Canada, the United Kingdom, France, and Denmark.

Strep A is a very common bacteria that causes only mild or no symptoms in most people, and severe infections are usually quite rare. They tend to affect the most vulnerable people: those who have another virus, multiple chronic conditions, or an open wound.

People should watch for fever, headaches, or confusion during a strep infection, which all might signal a more severe illness.

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

Severe infections caused by group A streptococcus bacteria are on the rise in countries around the world, including the United States, according to new data from the Centers for Disease Control and Prevention.
 

Group A strep bacteria usually cause mild illnesses like strep throat and scarlet fever. But they can also cause more severe diseases, like the flesh-eating disease necrotizing fasciitis and streptococcal toxic shock syndrome, known as invasive group A strep infections. 

These infections fell by 25% during the COVID-19 pandemic and were especially low in children. The number of milder infections also dropped. But in 2022, severe infections came roaring back, particularly in children.

Infections increased earlier in the winter/spring season – from September to November – than in a typical year and rose to higher than prepandemic levels in many parts of the country, such as Colorado and Minnesota.

Now in 2023, invasive infections are high in children in some parts of the country, even after respiratory viruses like the flu and respiratory syncytial virus (RSV) decreased in those areas. Some parts of the country also saw high rates of invasive infections in older adults. 

Less severe strep A infections in children have returned to levels similar to or higher than those seen in prepandemic years.

A similar postpandemic resurgence in invasive infections has also been seen in other countries, including Canada, the United Kingdom, France, and Denmark.

Strep A is a very common bacteria that causes only mild or no symptoms in most people, and severe infections are usually quite rare. They tend to affect the most vulnerable people: those who have another virus, multiple chronic conditions, or an open wound.

People should watch for fever, headaches, or confusion during a strep infection, which all might signal a more severe illness.

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

AUSTIN, TEX. – Self-treatment of migraines using cannabis can be effective but comes at risk of significant side effects, according to results from a randomized, controlled trial of cannabis products in migraine. The study also suggests that typical recreational doses may be higher than needed, and that products with a mixture of THC and CBD might limit adverse effects, according to lead author Nathaniel Schuster, MD.

“Patients are using cannabis on their own, treating themselves without us having known whether this is effective in a placebo-controlled study. Knowing that there’s a lot of interest in THC and CBD, [it would be useful to know] whether one or both might be effective, as well as a mix,” said Dr. Schuster in an interview. He presented the results at the annual meeting of the American Headache Society.

Dr. Schuster and colleagues tested a cannabis product with 6% THC based on prior studies showing efficacy of that concentration for other pain conditions, according to Dr. Schuster, who is an associate professor and associate clinical director at the University of California, San Diego, center for pain medicine. He added that the study is the first randomized, controlled trial of cannabis in migraine patients that he is aware of. “It’s just hard to do this research. It’s very regulated. We had to go through a lot of government approvals to do this,” he said.

The study produced a key message. “I think one of the really important things for patients to take from this is that recreational doses are probably not necessary. The doses that we studied are lower than people use recreationally. Patients who are self-treating on their own right now are probably using higher doses than they need for the purpose of treating migraine,” said Dr. Schuster.

He also pointed out that the results offer potential insight into reducing side effects. “If [patients] are using THC only, they can hopefully have less of the side effects and tolerate it better by using a THC-CBD mix,” said Dr. Schuster.
 

Four therapies tested

Participants in the study could self-treat up to four migraine attacks. They were instructed to treat each migraine with one of four therapies, which were provided in a randomized, double-blind order: These included a 6% THC formulation; a mix of THC (6%) and CBD (11%); a CBD 11% formulation; and placebo cannabis with THC and CBD removed by alcohol extraction. Participants filled out a questionnaire 2 hours after treatment, and were then allowed to use rescue treatments if needed, but not additional cannabis. The age range was from 21 to 65, and inclusion criteria included 2-23 migraine days per month. Exclusion criteria included a positive urine test for THC, barbiturates, opioids, oxycodone, or methadone prior to enrollment.

The study included 73 patients who treated a migraine during the study period. There were 247 migraine attacks treated. Among participants, the median age was 41, 82.6% were female and 17.4% were male, and the median body mass index was 26.0 kg/m². Participants experienced a median of 15 headache days per month and 6 migraine days per month, and 27.2% had chronic migraine.

At 2 hours, pain relief occurred in 48.3% of placebo treatments, 54.4% of the CBD treatments, 70.5% of the THC treatments (P = .007 versus placebo), and 69.0% of the THC/CBD treatments (P = .014 versus placebo). At 2 hours, pain freedom occurred in 15.5% of the placebo treatments, 24.6% of the CBD treatments, 29.5% of the THC treatments, and 36.2% of the THC/CBD treatments (P = .010 versus placebo). At 2 hours, freedom from most bothersome symptoms (MBS) occurred in 36.2% of the placebo treatments, 43.9% of the CBD treatments, 49.2% of the THC treatments, and 62.1% of the THC/CBD treatments (P = .004 versus placebo).

To achieve at least a 20% improvement in pain relief, compared with placebo, the number needed to treat (NNT) with THC/CBD was five. For at least a 20% improvement in pain freedom, the NNT was five, and for a 20% improvement in freedom from most bothersome symptoms, the NNT was four.

Treatment with THC was associated with the highest frequency of any adverse event (31.0%), followed by CBD and THC/CBD (19.6% each), and placebo (5.0%). At 2 hours, 18.0% of the THC treatments had an adverse event, compared with 7.0% of the CBD treatments, 6.9% of the THC/CBD treatments, and 5.2% of placebo treatments.

The number needed to treat of five for pain relief was encouraging, according to Dr. Schuster. “It’s better than some other things, but at the expense of side effects. The side effects that we see are certainly higher with cannabis than it is with other migraine treatments that patients certainly should be using beforehand. There’s also a risk of addiction, which is a concern,” said Dr. Schuster.
 

Useful data but questions remain

Having a clinical trial will be useful for physicians, said Ali Ezzati, MD, who attended the session. “I think it was an impressive study. Obviously, there are some challenges with cannabis studies in the medical world because of the stigma that comes with it and also the possibility of inducing addiction [and] promoting that to patients. But at the end of the day, it’s very, very common for our patients to ask us about cannabinoid use, and we really don’t have data on it. I’m glad that there are people who are running these studies so we will be able at least to answer our patients,” said Dr. Ezzati, who is an associate professor of neurology at University of California, Irvine.

Dr. Ezzati also noted that clinical trials have investigated cannabinoid use for other types of pain, such as arthritic or generalized pain. Although he said that there are some clinical similarities between other types of pain and migraine, the pathophysiology appears to be unique, which means that more work needs to be done. “It will probably take 5 or 10 years to have sufficient data to give patients a direct path for using (cannabinoids),” said Dr. Ezzati.

The study was funded by the Migraine Research Foundation. Dr. Schuster has consulted with Schedule 1 Therapeutics and Vectura Fertin. Dr. Ezzati has no relevant financial disclosures.

AUSTIN, TEX. – Self-treatment of migraines using cannabis can be effective but comes at risk of significant side effects, according to results from a randomized, controlled trial of cannabis products in migraine. The study also suggests that typical recreational doses may be higher than needed, and that products with a mixture of THC and CBD might limit adverse effects, according to lead author Nathaniel Schuster, MD.

“Patients are using cannabis on their own, treating themselves without us having known whether this is effective in a placebo-controlled study. Knowing that there’s a lot of interest in THC and CBD, [it would be useful to know] whether one or both might be effective, as well as a mix,” said Dr. Schuster in an interview. He presented the results at the annual meeting of the American Headache Society.

Dr. Schuster and colleagues tested a cannabis product with 6% THC based on prior studies showing efficacy of that concentration for other pain conditions, according to Dr. Schuster, who is an associate professor and associate clinical director at the University of California, San Diego, center for pain medicine. He added that the study is the first randomized, controlled trial of cannabis in migraine patients that he is aware of. “It’s just hard to do this research. It’s very regulated. We had to go through a lot of government approvals to do this,” he said.

The study produced a key message. “I think one of the really important things for patients to take from this is that recreational doses are probably not necessary. The doses that we studied are lower than people use recreationally. Patients who are self-treating on their own right now are probably using higher doses than they need for the purpose of treating migraine,” said Dr. Schuster.

He also pointed out that the results offer potential insight into reducing side effects. “If [patients] are using THC only, they can hopefully have less of the side effects and tolerate it better by using a THC-CBD mix,” said Dr. Schuster.
 

Four therapies tested

Participants in the study could self-treat up to four migraine attacks. They were instructed to treat each migraine with one of four therapies, which were provided in a randomized, double-blind order: These included a 6% THC formulation; a mix of THC (6%) and CBD (11%); a CBD 11% formulation; and placebo cannabis with THC and CBD removed by alcohol extraction. Participants filled out a questionnaire 2 hours after treatment, and were then allowed to use rescue treatments if needed, but not additional cannabis. The age range was from 21 to 65, and inclusion criteria included 2-23 migraine days per month. Exclusion criteria included a positive urine test for THC, barbiturates, opioids, oxycodone, or methadone prior to enrollment.

The study included 73 patients who treated a migraine during the study period. There were 247 migraine attacks treated. Among participants, the median age was 41, 82.6% were female and 17.4% were male, and the median body mass index was 26.0 kg/m². Participants experienced a median of 15 headache days per month and 6 migraine days per month, and 27.2% had chronic migraine.

At 2 hours, pain relief occurred in 48.3% of placebo treatments, 54.4% of the CBD treatments, 70.5% of the THC treatments (P = .007 versus placebo), and 69.0% of the THC/CBD treatments (P = .014 versus placebo). At 2 hours, pain freedom occurred in 15.5% of the placebo treatments, 24.6% of the CBD treatments, 29.5% of the THC treatments, and 36.2% of the THC/CBD treatments (P = .010 versus placebo). At 2 hours, freedom from most bothersome symptoms (MBS) occurred in 36.2% of the placebo treatments, 43.9% of the CBD treatments, 49.2% of the THC treatments, and 62.1% of the THC/CBD treatments (P = .004 versus placebo).

To achieve at least a 20% improvement in pain relief, compared with placebo, the number needed to treat (NNT) with THC/CBD was five. For at least a 20% improvement in pain freedom, the NNT was five, and for a 20% improvement in freedom from most bothersome symptoms, the NNT was four.

Treatment with THC was associated with the highest frequency of any adverse event (31.0%), followed by CBD and THC/CBD (19.6% each), and placebo (5.0%). At 2 hours, 18.0% of the THC treatments had an adverse event, compared with 7.0% of the CBD treatments, 6.9% of the THC/CBD treatments, and 5.2% of placebo treatments.

The number needed to treat of five for pain relief was encouraging, according to Dr. Schuster. “It’s better than some other things, but at the expense of side effects. The side effects that we see are certainly higher with cannabis than it is with other migraine treatments that patients certainly should be using beforehand. There’s also a risk of addiction, which is a concern,” said Dr. Schuster.
 

Useful data but questions remain

Having a clinical trial will be useful for physicians, said Ali Ezzati, MD, who attended the session. “I think it was an impressive study. Obviously, there are some challenges with cannabis studies in the medical world because of the stigma that comes with it and also the possibility of inducing addiction [and] promoting that to patients. But at the end of the day, it’s very, very common for our patients to ask us about cannabinoid use, and we really don’t have data on it. I’m glad that there are people who are running these studies so we will be able at least to answer our patients,” said Dr. Ezzati, who is an associate professor of neurology at University of California, Irvine.

Dr. Ezzati also noted that clinical trials have investigated cannabinoid use for other types of pain, such as arthritic or generalized pain. Although he said that there are some clinical similarities between other types of pain and migraine, the pathophysiology appears to be unique, which means that more work needs to be done. “It will probably take 5 or 10 years to have sufficient data to give patients a direct path for using (cannabinoids),” said Dr. Ezzati.

The study was funded by the Migraine Research Foundation. Dr. Schuster has consulted with Schedule 1 Therapeutics and Vectura Fertin. Dr. Ezzati has no relevant financial disclosures.

AUSTIN, TEX. – Self-treatment of migraines using cannabis can be effective but comes at risk of significant side effects, according to results from a randomized, controlled trial of cannabis products in migraine. The study also suggests that typical recreational doses may be higher than needed, and that products with a mixture of THC and CBD might limit adverse effects, according to lead author Nathaniel Schuster, MD.

“Patients are using cannabis on their own, treating themselves without us having known whether this is effective in a placebo-controlled study. Knowing that there’s a lot of interest in THC and CBD, [it would be useful to know] whether one or both might be effective, as well as a mix,” said Dr. Schuster in an interview. He presented the results at the annual meeting of the American Headache Society.

Dr. Schuster and colleagues tested a cannabis product with 6% THC based on prior studies showing efficacy of that concentration for other pain conditions, according to Dr. Schuster, who is an associate professor and associate clinical director at the University of California, San Diego, center for pain medicine. He added that the study is the first randomized, controlled trial of cannabis in migraine patients that he is aware of. “It’s just hard to do this research. It’s very regulated. We had to go through a lot of government approvals to do this,” he said.

The study produced a key message. “I think one of the really important things for patients to take from this is that recreational doses are probably not necessary. The doses that we studied are lower than people use recreationally. Patients who are self-treating on their own right now are probably using higher doses than they need for the purpose of treating migraine,” said Dr. Schuster.

He also pointed out that the results offer potential insight into reducing side effects. “If [patients] are using THC only, they can hopefully have less of the side effects and tolerate it better by using a THC-CBD mix,” said Dr. Schuster.
 

Four therapies tested

Participants in the study could self-treat up to four migraine attacks. They were instructed to treat each migraine with one of four therapies, which were provided in a randomized, double-blind order: These included a 6% THC formulation; a mix of THC (6%) and CBD (11%); a CBD 11% formulation; and placebo cannabis with THC and CBD removed by alcohol extraction. Participants filled out a questionnaire 2 hours after treatment, and were then allowed to use rescue treatments if needed, but not additional cannabis. The age range was from 21 to 65, and inclusion criteria included 2-23 migraine days per month. Exclusion criteria included a positive urine test for THC, barbiturates, opioids, oxycodone, or methadone prior to enrollment.

The study included 73 patients who treated a migraine during the study period. There were 247 migraine attacks treated. Among participants, the median age was 41, 82.6% were female and 17.4% were male, and the median body mass index was 26.0 kg/m². Participants experienced a median of 15 headache days per month and 6 migraine days per month, and 27.2% had chronic migraine.

At 2 hours, pain relief occurred in 48.3% of placebo treatments, 54.4% of the CBD treatments, 70.5% of the THC treatments (P = .007 versus placebo), and 69.0% of the THC/CBD treatments (P = .014 versus placebo). At 2 hours, pain freedom occurred in 15.5% of the placebo treatments, 24.6% of the CBD treatments, 29.5% of the THC treatments, and 36.2% of the THC/CBD treatments (P = .010 versus placebo). At 2 hours, freedom from most bothersome symptoms (MBS) occurred in 36.2% of the placebo treatments, 43.9% of the CBD treatments, 49.2% of the THC treatments, and 62.1% of the THC/CBD treatments (P = .004 versus placebo).

To achieve at least a 20% improvement in pain relief, compared with placebo, the number needed to treat (NNT) with THC/CBD was five. For at least a 20% improvement in pain freedom, the NNT was five, and for a 20% improvement in freedom from most bothersome symptoms, the NNT was four.

Treatment with THC was associated with the highest frequency of any adverse event (31.0%), followed by CBD and THC/CBD (19.6% each), and placebo (5.0%). At 2 hours, 18.0% of the THC treatments had an adverse event, compared with 7.0% of the CBD treatments, 6.9% of the THC/CBD treatments, and 5.2% of placebo treatments.

The number needed to treat of five for pain relief was encouraging, according to Dr. Schuster. “It’s better than some other things, but at the expense of side effects. The side effects that we see are certainly higher with cannabis than it is with other migraine treatments that patients certainly should be using beforehand. There’s also a risk of addiction, which is a concern,” said Dr. Schuster.
 

Useful data but questions remain

Having a clinical trial will be useful for physicians, said Ali Ezzati, MD, who attended the session. “I think it was an impressive study. Obviously, there are some challenges with cannabis studies in the medical world because of the stigma that comes with it and also the possibility of inducing addiction [and] promoting that to patients. But at the end of the day, it’s very, very common for our patients to ask us about cannabinoid use, and we really don’t have data on it. I’m glad that there are people who are running these studies so we will be able at least to answer our patients,” said Dr. Ezzati, who is an associate professor of neurology at University of California, Irvine.

Dr. Ezzati also noted that clinical trials have investigated cannabinoid use for other types of pain, such as arthritic or generalized pain. Although he said that there are some clinical similarities between other types of pain and migraine, the pathophysiology appears to be unique, which means that more work needs to be done. “It will probably take 5 or 10 years to have sufficient data to give patients a direct path for using (cannabinoids),” said Dr. Ezzati.

The study was funded by the Migraine Research Foundation. Dr. Schuster has consulted with Schedule 1 Therapeutics and Vectura Fertin. Dr. Ezzati has no relevant financial disclosures.

Complications from sickle cell disease (SCD) can affect education and life opportunities, and these complications have been associated with social determinants of health such as socioeconomic status, depression, health literacy, and level of education, according to Kelly M. Harris, PhD, of Washington University in St. Louis, and colleagues.

Pain is a hallmark of SCD, and “the current climate around pain management and opioid use has specific implications for individuals with [SCD], especially youth,” Dr. Harris said in an interview.

In a study published in JAMA Network Open, the researchers analyzed 2,264 participants (average age, 27.9 years; 56.2% were female) in the Sickle Cell Disease Implementation Consortium a study that includes patient assessment, treatment, and creation of a longitudinal registry.

The participants completed the Adult Sickle Cell Quality of Life Measurement Information System to provide data on the frequency and severity of pain episodes related to SCD over the past 12 months. Multivariable regression analysis was used to examine the associations of education, employment, and mental health with pain frequency and severity.

Overall, 79.8% of participants reported severe pain, and 47.8% reported more than four episodes of pain in the past year.

Notably, 20% of the participants were diagnosed with depression, and increased pain frequency was significantly associated with depression, although no significant association appeared between pain severity and depression, the researchers said.

A total of 47% of the participants reported using pain medication and 49% reported using hydroxyurea. In addition, 628 participants (28.0%) underwent regular blood transfusions.

Neither education level nor income was associated with increased pain frequency or severity. Age younger than 18 years was significantly associated with both pain frequency and severity, as was daily used of pain medication. Unemployment and female sex also were associated with increased pain frequency.

The findings were limited by several factors including the cross-sectional design that prevents conclusions of causality, and by the reliance on patient reports of depression, which likely led to underreporting, the researchers noted.

However, the results are consistent with previous studies suggesting that pain and negative feelings were associated with reduced quality of life in SCD patients, especially younger patients, and support the need to screen SCD patients for depression, especially those who report more severe and/or more frequent pain, they said.
 

Take a comprehensive approach to a complex condition

“When treating pain, we cannot just rely on medication,” Dr. Harris said. “It is important that providers consider the full experiences of patients and pursue holistic and comprehensive treatment approaches to reducing pain. Screening for depression should be a regular practice, particularly for patients experiencing frequent and/or severe pain.

“Racial discrimination, stigma, and bias impact pain diagnosis and treatment for individuals with SCD,” said Dr. Harris. “Increasing awareness of the associations between depression and pain frequency and severity ... may help address these barriers.”
 

Data highlight treatment gaps

Alexander A. Boucher, MD, a member of the division of pediatric hematology and oncology at the University of Minnesota, Minneapolis, noted the researchers included patients as young as midadolescence, with a majority being under 35 years old. “The 18- to 30-year-old range is an especially high-risk age window for increased acute health care utilization, even compared with other chronic adolescent/young adult conditions. “The demographics in the study group also reasonably approximate those for young adults with SCD in urban centers. By taking a multicenter approach across a several-state region, I believe the findings offer better generalizability, since health care access and mental health access can vary state-by-state,” and the current results show a more standard experience.

“It was a bit surprising that female [sex] maintained such an association with pain across the different components of the study,” and that the pain peak was in the 25- to 34-year-old age range, said Dr. Boucher. However, anecdotally, the late teens and early 20s “can be laden with mental health concerns due to the life transitions that accompany most people at that time. The note that hydroxyurea use was associated with more pain and depression symptoms was interesting, and serves as a reminder that what is happening to the red blood cells and in the blood vessels, such as red blood cell breakdown, sickling, and vaso-occlusion are only a part of what causes pain, and hydroxyurea is not likely to play a role in mitigating mental health aspects of pain.”

The findings that overall pain frequency and related pain medication use were associated with higher depression rates “may in part reflect a blind spot for physicians and medical teams, who often resort back to physical pain-based heuristics.” Physicians may misunderstand chronic pain and its management and look for quick fixes for pain out of uncertainty or urgency, said Dr. Boucher. “This serves to diminish the perspectives of patients as people first (not embodiments of a disease) and can lead to missed opportunities to tackle mental health challenges.”
 

Barriers and limitations

There are barriers to mental health screening in hematology care,” Dr. Boucher said. First, most hematologists are not experts in mental health and while they may have some from their medical training in these disorders, it can be difficult to maintain the level of health literacy needed to stay up to date on treatments. Second, depression screening may not be part of regular patient intake and the Patient Health Questionnaire–2 or PHQ-9 offer only short-term (2-week) snapshots of depression.

“Perhaps most critically, even if we do successfully screen, the access to mental health specialists is severely limited, just as it is across the medical landscape, so intervention opportunities may be suboptimal,” said Dr. Boucher. The problem is magnified if, as the current study suggests, the rates of depression in SCD are approximately three times greater than the population overall.

In the current study, “the fact that only half of those who self-reported depression symptoms actually had depression documented as a diagnosis in their medical records suggests that we are missing a lot of patients affected by mental health disturbances.”

This study is limited in measurement of the contribution of social determinants of health, he said, as they were primarily focused on employment status and income. The study does not describe other factors like support systems, housing, and transportation.

“I would like to see studies that not only identify associated drivers of pain, but also offer evidence for successful interventions,” Dr. Boucher said, and these studies should include patient-centered interventions versus disease-centered interventions.
 

Undertreatment persists

Other concerns with sickle cell anemia include the underuse of hydroxyurea to reduce complications associated with the disease such as pain, stroke, and even early death. Another recent study in JAMA Network Open suggested that use of hydroxyurea remained low in children and youth despite the issuing of guidelines, and that underserved populations were especially affected. In that study, the researchers found that the patients’ annual days’ supply of hydroxyurea in New York state did not change significantly after the guideline update.

SCD also has been associated with increased risk of other poor outcomes, such as stillbirth and increased risk of poor COVID-19–related outcomes and COVID-19–related deaths.

The study by Dr. Harris and colleagues was supported by the National Institutes of Health through the National Heart, Lung, and Blood Institute and the National Institute on Minority Health and Health Disparities. Dr. Harris had no financial conflicts to disclose. The hydroxyurea study was supported by the Agency for Healthcare Research and Quality and the NHLBI. The researchers had no financial conflicts to disclose. Dr. Boucher disclosed conducting research with SCL Behring, but had no relevant financial conflicts.

Complications from sickle cell disease (SCD) can affect education and life opportunities, and these complications have been associated with social determinants of health such as socioeconomic status, depression, health literacy, and level of education, according to Kelly M. Harris, PhD, of Washington University in St. Louis, and colleagues.

Pain is a hallmark of SCD, and “the current climate around pain management and opioid use has specific implications for individuals with [SCD], especially youth,” Dr. Harris said in an interview.

In a study published in JAMA Network Open, the researchers analyzed 2,264 participants (average age, 27.9 years; 56.2% were female) in the Sickle Cell Disease Implementation Consortium a study that includes patient assessment, treatment, and creation of a longitudinal registry.

The participants completed the Adult Sickle Cell Quality of Life Measurement Information System to provide data on the frequency and severity of pain episodes related to SCD over the past 12 months. Multivariable regression analysis was used to examine the associations of education, employment, and mental health with pain frequency and severity.

Overall, 79.8% of participants reported severe pain, and 47.8% reported more than four episodes of pain in the past year.

Notably, 20% of the participants were diagnosed with depression, and increased pain frequency was significantly associated with depression, although no significant association appeared between pain severity and depression, the researchers said.

A total of 47% of the participants reported using pain medication and 49% reported using hydroxyurea. In addition, 628 participants (28.0%) underwent regular blood transfusions.

Neither education level nor income was associated with increased pain frequency or severity. Age younger than 18 years was significantly associated with both pain frequency and severity, as was daily used of pain medication. Unemployment and female sex also were associated with increased pain frequency.

The findings were limited by several factors including the cross-sectional design that prevents conclusions of causality, and by the reliance on patient reports of depression, which likely led to underreporting, the researchers noted.

However, the results are consistent with previous studies suggesting that pain and negative feelings were associated with reduced quality of life in SCD patients, especially younger patients, and support the need to screen SCD patients for depression, especially those who report more severe and/or more frequent pain, they said.
 

Take a comprehensive approach to a complex condition

“When treating pain, we cannot just rely on medication,” Dr. Harris said. “It is important that providers consider the full experiences of patients and pursue holistic and comprehensive treatment approaches to reducing pain. Screening for depression should be a regular practice, particularly for patients experiencing frequent and/or severe pain.

“Racial discrimination, stigma, and bias impact pain diagnosis and treatment for individuals with SCD,” said Dr. Harris. “Increasing awareness of the associations between depression and pain frequency and severity ... may help address these barriers.”
 

Data highlight treatment gaps

Alexander A. Boucher, MD, a member of the division of pediatric hematology and oncology at the University of Minnesota, Minneapolis, noted the researchers included patients as young as midadolescence, with a majority being under 35 years old. “The 18- to 30-year-old range is an especially high-risk age window for increased acute health care utilization, even compared with other chronic adolescent/young adult conditions. “The demographics in the study group also reasonably approximate those for young adults with SCD in urban centers. By taking a multicenter approach across a several-state region, I believe the findings offer better generalizability, since health care access and mental health access can vary state-by-state,” and the current results show a more standard experience.

“It was a bit surprising that female [sex] maintained such an association with pain across the different components of the study,” and that the pain peak was in the 25- to 34-year-old age range, said Dr. Boucher. However, anecdotally, the late teens and early 20s “can be laden with mental health concerns due to the life transitions that accompany most people at that time. The note that hydroxyurea use was associated with more pain and depression symptoms was interesting, and serves as a reminder that what is happening to the red blood cells and in the blood vessels, such as red blood cell breakdown, sickling, and vaso-occlusion are only a part of what causes pain, and hydroxyurea is not likely to play a role in mitigating mental health aspects of pain.”

The findings that overall pain frequency and related pain medication use were associated with higher depression rates “may in part reflect a blind spot for physicians and medical teams, who often resort back to physical pain-based heuristics.” Physicians may misunderstand chronic pain and its management and look for quick fixes for pain out of uncertainty or urgency, said Dr. Boucher. “This serves to diminish the perspectives of patients as people first (not embodiments of a disease) and can lead to missed opportunities to tackle mental health challenges.”
 

Barriers and limitations

There are barriers to mental health screening in hematology care,” Dr. Boucher said. First, most hematologists are not experts in mental health and while they may have some from their medical training in these disorders, it can be difficult to maintain the level of health literacy needed to stay up to date on treatments. Second, depression screening may not be part of regular patient intake and the Patient Health Questionnaire–2 or PHQ-9 offer only short-term (2-week) snapshots of depression.

“Perhaps most critically, even if we do successfully screen, the access to mental health specialists is severely limited, just as it is across the medical landscape, so intervention opportunities may be suboptimal,” said Dr. Boucher. The problem is magnified if, as the current study suggests, the rates of depression in SCD are approximately three times greater than the population overall.

In the current study, “the fact that only half of those who self-reported depression symptoms actually had depression documented as a diagnosis in their medical records suggests that we are missing a lot of patients affected by mental health disturbances.”

This study is limited in measurement of the contribution of social determinants of health, he said, as they were primarily focused on employment status and income. The study does not describe other factors like support systems, housing, and transportation.

“I would like to see studies that not only identify associated drivers of pain, but also offer evidence for successful interventions,” Dr. Boucher said, and these studies should include patient-centered interventions versus disease-centered interventions.
 

Undertreatment persists

Other concerns with sickle cell anemia include the underuse of hydroxyurea to reduce complications associated with the disease such as pain, stroke, and even early death. Another recent study in JAMA Network Open suggested that use of hydroxyurea remained low in children and youth despite the issuing of guidelines, and that underserved populations were especially affected. In that study, the researchers found that the patients’ annual days’ supply of hydroxyurea in New York state did not change significantly after the guideline update.

SCD also has been associated with increased risk of other poor outcomes, such as stillbirth and increased risk of poor COVID-19–related outcomes and COVID-19–related deaths.

The study by Dr. Harris and colleagues was supported by the National Institutes of Health through the National Heart, Lung, and Blood Institute and the National Institute on Minority Health and Health Disparities. Dr. Harris had no financial conflicts to disclose. The hydroxyurea study was supported by the Agency for Healthcare Research and Quality and the NHLBI. The researchers had no financial conflicts to disclose. Dr. Boucher disclosed conducting research with SCL Behring, but had no relevant financial conflicts.

Complications from sickle cell disease (SCD) can affect education and life opportunities, and these complications have been associated with social determinants of health such as socioeconomic status, depression, health literacy, and level of education, according to Kelly M. Harris, PhD, of Washington University in St. Louis, and colleagues.

Pain is a hallmark of SCD, and “the current climate around pain management and opioid use has specific implications for individuals with [SCD], especially youth,” Dr. Harris said in an interview.

In a study published in JAMA Network Open, the researchers analyzed 2,264 participants (average age, 27.9 years; 56.2% were female) in the Sickle Cell Disease Implementation Consortium a study that includes patient assessment, treatment, and creation of a longitudinal registry.

The participants completed the Adult Sickle Cell Quality of Life Measurement Information System to provide data on the frequency and severity of pain episodes related to SCD over the past 12 months. Multivariable regression analysis was used to examine the associations of education, employment, and mental health with pain frequency and severity.

Overall, 79.8% of participants reported severe pain, and 47.8% reported more than four episodes of pain in the past year.

Notably, 20% of the participants were diagnosed with depression, and increased pain frequency was significantly associated with depression, although no significant association appeared between pain severity and depression, the researchers said.

A total of 47% of the participants reported using pain medication and 49% reported using hydroxyurea. In addition, 628 participants (28.0%) underwent regular blood transfusions.

Neither education level nor income was associated with increased pain frequency or severity. Age younger than 18 years was significantly associated with both pain frequency and severity, as was daily used of pain medication. Unemployment and female sex also were associated with increased pain frequency.

The findings were limited by several factors including the cross-sectional design that prevents conclusions of causality, and by the reliance on patient reports of depression, which likely led to underreporting, the researchers noted.

However, the results are consistent with previous studies suggesting that pain and negative feelings were associated with reduced quality of life in SCD patients, especially younger patients, and support the need to screen SCD patients for depression, especially those who report more severe and/or more frequent pain, they said.
 

Take a comprehensive approach to a complex condition

“When treating pain, we cannot just rely on medication,” Dr. Harris said. “It is important that providers consider the full experiences of patients and pursue holistic and comprehensive treatment approaches to reducing pain. Screening for depression should be a regular practice, particularly for patients experiencing frequent and/or severe pain.

“Racial discrimination, stigma, and bias impact pain diagnosis and treatment for individuals with SCD,” said Dr. Harris. “Increasing awareness of the associations between depression and pain frequency and severity ... may help address these barriers.”
 

Data highlight treatment gaps

Alexander A. Boucher, MD, a member of the division of pediatric hematology and oncology at the University of Minnesota, Minneapolis, noted the researchers included patients as young as midadolescence, with a majority being under 35 years old. “The 18- to 30-year-old range is an especially high-risk age window for increased acute health care utilization, even compared with other chronic adolescent/young adult conditions. “The demographics in the study group also reasonably approximate those for young adults with SCD in urban centers. By taking a multicenter approach across a several-state region, I believe the findings offer better generalizability, since health care access and mental health access can vary state-by-state,” and the current results show a more standard experience.

“It was a bit surprising that female [sex] maintained such an association with pain across the different components of the study,” and that the pain peak was in the 25- to 34-year-old age range, said Dr. Boucher. However, anecdotally, the late teens and early 20s “can be laden with mental health concerns due to the life transitions that accompany most people at that time. The note that hydroxyurea use was associated with more pain and depression symptoms was interesting, and serves as a reminder that what is happening to the red blood cells and in the blood vessels, such as red blood cell breakdown, sickling, and vaso-occlusion are only a part of what causes pain, and hydroxyurea is not likely to play a role in mitigating mental health aspects of pain.”

The findings that overall pain frequency and related pain medication use were associated with higher depression rates “may in part reflect a blind spot for physicians and medical teams, who often resort back to physical pain-based heuristics.” Physicians may misunderstand chronic pain and its management and look for quick fixes for pain out of uncertainty or urgency, said Dr. Boucher. “This serves to diminish the perspectives of patients as people first (not embodiments of a disease) and can lead to missed opportunities to tackle mental health challenges.”
 

Barriers and limitations

There are barriers to mental health screening in hematology care,” Dr. Boucher said. First, most hematologists are not experts in mental health and while they may have some from their medical training in these disorders, it can be difficult to maintain the level of health literacy needed to stay up to date on treatments. Second, depression screening may not be part of regular patient intake and the Patient Health Questionnaire–2 or PHQ-9 offer only short-term (2-week) snapshots of depression.

“Perhaps most critically, even if we do successfully screen, the access to mental health specialists is severely limited, just as it is across the medical landscape, so intervention opportunities may be suboptimal,” said Dr. Boucher. The problem is magnified if, as the current study suggests, the rates of depression in SCD are approximately three times greater than the population overall.

In the current study, “the fact that only half of those who self-reported depression symptoms actually had depression documented as a diagnosis in their medical records suggests that we are missing a lot of patients affected by mental health disturbances.”

This study is limited in measurement of the contribution of social determinants of health, he said, as they were primarily focused on employment status and income. The study does not describe other factors like support systems, housing, and transportation.

“I would like to see studies that not only identify associated drivers of pain, but also offer evidence for successful interventions,” Dr. Boucher said, and these studies should include patient-centered interventions versus disease-centered interventions.
 

Undertreatment persists

Other concerns with sickle cell anemia include the underuse of hydroxyurea to reduce complications associated with the disease such as pain, stroke, and even early death. Another recent study in JAMA Network Open suggested that use of hydroxyurea remained low in children and youth despite the issuing of guidelines, and that underserved populations were especially affected. In that study, the researchers found that the patients’ annual days’ supply of hydroxyurea in New York state did not change significantly after the guideline update.

SCD also has been associated with increased risk of other poor outcomes, such as stillbirth and increased risk of poor COVID-19–related outcomes and COVID-19–related deaths.

The study by Dr. Harris and colleagues was supported by the National Institutes of Health through the National Heart, Lung, and Blood Institute and the National Institute on Minority Health and Health Disparities. Dr. Harris had no financial conflicts to disclose. The hydroxyurea study was supported by the Agency for Healthcare Research and Quality and the NHLBI. The researchers had no financial conflicts to disclose. Dr. Boucher disclosed conducting research with SCL Behring, but had no relevant financial conflicts.

TOPLINE:

Vortioxetine significantly improves depressive symptoms, cognitive performance, functioning, and quality of life at 12 weeks in patients with both major depressive disorder (MDD) and early-stage dementia.

METHODOLOGY:

• The multicenter MEMORY study included 82 subjects with MDD and early-stage dementia, mean age 70.3 years, mostly female (66%) and White (95%).
• Vortioxetine, a modulator of 5-hydroxytryptamine receptor activity and an inhibitor of the 5-HT transporter, initiated at 5 mg/day (recommended starting dose in older adults) with the dose up-titrated to 10 mg/day after a week and flexible dosing thereafter.
• Depression was assessed using the Montgomery-Åsberg Depression Rating Scale (MADRS), and cognition with the Digit Symbol Substitution Test (DSST) and Rey Auditory Verbal Learning Test.

TAKEAWAY:

• There was significant and clinically meaningful improvement in the severity of depressive symptoms, as measured by MADRS total score (the primary outcome), at all assessment time points (P < .0001).
• Improvements in depressive symptoms were irrespective of dementia type.
• There were also significant improvements in DSST total score (P < .0001) and in daily functioning and health-related quality of life (HRQoL).
• Vortioxetine was well tolerated; side effects, including nausea and abdominal pain, were mostly mild to moderate.

IN PRACTICE:

“Vortioxetine demonstrated effectiveness in clinically significantly improving depressive symptoms, cognitive performance, daily and global functioning, and HRQoL in patients with MDD and comorbid early-stage dementia treated for 12 weeks” the researchers noted. 

STUDY DETAILS:

The study was conducted by Michael Cronquist Christensen from pharmaceutical company H. Lundbeck, Valby, Denmark, and colleagues. It was published online in the Journal of Affective Disorders.

LIMITATIONS:

The study is open label and lacked a control group. Learning effects were possible, which could contribute to improved cognitive performance, although significant improvement on the RAVLT was not observed until week 4, suggesting earning effects were minimal.
 

DISCLOSURES:

The study was funded by H. Lundbeck. Mr. Christensen is an employee of H. Lundbeck.

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

TOPLINE:

Vortioxetine significantly improves depressive symptoms, cognitive performance, functioning, and quality of life at 12 weeks in patients with both major depressive disorder (MDD) and early-stage dementia.

METHODOLOGY:

• The multicenter MEMORY study included 82 subjects with MDD and early-stage dementia, mean age 70.3 years, mostly female (66%) and White (95%).
• Vortioxetine, a modulator of 5-hydroxytryptamine receptor activity and an inhibitor of the 5-HT transporter, initiated at 5 mg/day (recommended starting dose in older adults) with the dose up-titrated to 10 mg/day after a week and flexible dosing thereafter.
• Depression was assessed using the Montgomery-Åsberg Depression Rating Scale (MADRS), and cognition with the Digit Symbol Substitution Test (DSST) and Rey Auditory Verbal Learning Test.

TAKEAWAY:

• There was significant and clinically meaningful improvement in the severity of depressive symptoms, as measured by MADRS total score (the primary outcome), at all assessment time points (P < .0001).
• Improvements in depressive symptoms were irrespective of dementia type.
• There were also significant improvements in DSST total score (P < .0001) and in daily functioning and health-related quality of life (HRQoL).
• Vortioxetine was well tolerated; side effects, including nausea and abdominal pain, were mostly mild to moderate.

IN PRACTICE:

“Vortioxetine demonstrated effectiveness in clinically significantly improving depressive symptoms, cognitive performance, daily and global functioning, and HRQoL in patients with MDD and comorbid early-stage dementia treated for 12 weeks” the researchers noted. 

STUDY DETAILS:

The study was conducted by Michael Cronquist Christensen from pharmaceutical company H. Lundbeck, Valby, Denmark, and colleagues. It was published online in the Journal of Affective Disorders.

LIMITATIONS:

The study is open label and lacked a control group. Learning effects were possible, which could contribute to improved cognitive performance, although significant improvement on the RAVLT was not observed until week 4, suggesting earning effects were minimal.
 

DISCLOSURES:

The study was funded by H. Lundbeck. Mr. Christensen is an employee of H. Lundbeck.

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

TOPLINE:

Vortioxetine significantly improves depressive symptoms, cognitive performance, functioning, and quality of life at 12 weeks in patients with both major depressive disorder (MDD) and early-stage dementia.

METHODOLOGY:

• The multicenter MEMORY study included 82 subjects with MDD and early-stage dementia, mean age 70.3 years, mostly female (66%) and White (95%).
• Vortioxetine, a modulator of 5-hydroxytryptamine receptor activity and an inhibitor of the 5-HT transporter, initiated at 5 mg/day (recommended starting dose in older adults) with the dose up-titrated to 10 mg/day after a week and flexible dosing thereafter.
• Depression was assessed using the Montgomery-Åsberg Depression Rating Scale (MADRS), and cognition with the Digit Symbol Substitution Test (DSST) and Rey Auditory Verbal Learning Test.

TAKEAWAY:

• There was significant and clinically meaningful improvement in the severity of depressive symptoms, as measured by MADRS total score (the primary outcome), at all assessment time points (P < .0001).
• Improvements in depressive symptoms were irrespective of dementia type.
• There were also significant improvements in DSST total score (P < .0001) and in daily functioning and health-related quality of life (HRQoL).
• Vortioxetine was well tolerated; side effects, including nausea and abdominal pain, were mostly mild to moderate.

IN PRACTICE:

“Vortioxetine demonstrated effectiveness in clinically significantly improving depressive symptoms, cognitive performance, daily and global functioning, and HRQoL in patients with MDD and comorbid early-stage dementia treated for 12 weeks” the researchers noted. 

STUDY DETAILS:

The study was conducted by Michael Cronquist Christensen from pharmaceutical company H. Lundbeck, Valby, Denmark, and colleagues. It was published online in the Journal of Affective Disorders.

LIMITATIONS:

The study is open label and lacked a control group. Learning effects were possible, which could contribute to improved cognitive performance, although significant improvement on the RAVLT was not observed until week 4, suggesting earning effects were minimal.
 

DISCLOSURES:

The study was funded by H. Lundbeck. Mr. Christensen is an employee of H. Lundbeck.

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

Some patients continually cancel their appointments, ignore your medical directions, treat your staff rudely, or send you harassing emails.

Do you have to tolerate their behavior?

No, these are all appropriate reasons to terminate patients, attorneys say. Patients also can be dismissed for misleading doctors about their past medical history, chronic drug-seeking, displaying threatening or seductive behavior toward staff members or physicians, or any criminal behavior in the office, experts say.

But even if a reason seems legitimate, that doesn’t make it legal. Doctors should consider whether the reason is legal, said Chicago-area attorney Ericka Adler, JD, a partner at Roetzel & Andress, who advises doctors about terminating patients.

“Although a physician may think a reason to terminate a patient is legitimate, they should always be mindful of whether there is a legal concern at issue and consult with counsel if they’re unsure,” Ms. Adler said.

Terminating patients for an “illegal” reason such as discrimination based on race or gender or sexual orientation – even if couched as a legitimate patient issue – could open the practice to a lawsuit, Ms. Adler said.

Doctors also want to avoid patient abandonment claims by talking to the patient about problems and documenting them as they arise. If they can’t be resolved, doctors should ensure that there’s continuity of care when patients change physicians, said Ms. Adler.

About 90% of physicians have dismissed at least one patient during their career, according to a study of nearly 800 primary care practices. The most common reasons were legitimate: a patient was “extremely disruptive and/or behaved inappropriately toward clinicians or staff”; a patient had “violated chronic pain and controlled substance policies”; and a patient had “repeatedly missed appointments.” 

Jacqui O’Kane, DO, a family physician at South Georgia Medical Center in rural Nashville, said she has dismissed about 15 of 3,000 patients she has seen in the past 3 years at the clinic. Before she dismisses a patient, she looks at whether there has been a pattern of behavior and tries to talk to them about the problem first to find out if there are other reasons for it.

She also gives patients a warning: If the unacceptable behavior continues, it will lead to their dismissal.
 

When patients cross a line

Dr. O’Kane warned an elderly man who used the N-word with her that she wouldn’t tolerate that language in her office. Then, when he later called her front office employee the N-word, she decided to dismiss him.

“I said, ‘That’s it, you can’t say that to someone in this office. I already told you once, and you did it again. I’m sorry, you have to find another doctor,’ ” said Dr. O’Kane.

Another patient crossed a line when she missed four appointments, refused to come in, and kept sending Dr. O’Kane long messages on MyChart demanding medications and advice. One message was fairly obtrusive: “If you don’t give me something stronger for my nerves TODAY, I am going to LOSE MY MIND!!!” Dr. O’Kane said the patient wrote.

“I then told her that’s not how I run my practice and that she needed to find someone else.”

Another common reason doctors dismiss patients is for nonpayment, says Ms. Adler.

Recently, however, some patients have also begun demanding their money back from doctors for services already received and billed because they were unhappy about something that occurred at the doctor’s office, said Ms. Adler.

“I advise doctors to respond: ‘We disagree that you didn’t get the service, but we will give you your money back, and we’re also terminating you from our practice.’  At that point, the doctor-patient relationship has become impossible,” said Ms. Adler.
 

How to dismiss difficult patients ethically and legally

According to the AMA’s Council on Ethical and Judicial Affairs, a physician may not discontinue treatment of a patient if further treatment is medically indicated without giving the patient reasonable notice and sufficient opportunity to make alternative arrangements for care.

Terminating a patient abruptly without transferring their care could lead to a claim of patient abandonment and the physician being called before a licensing board for potentially violating the state’s Medical Practice Act, said Ms. Adler.

Doctors can take these six steps to set the stage for dismissal and avoid a claim of patient abandonment.

1. Create written policies. Medical practices can describe the rules and behavior they expect from patients in these policies, which can cover, for example, payment, treating staff with courtesy, and medications. “When the rules are in writing and patients sign off on them, that gives doctors a certain comfort level in being able to refer to them and say that the patient hasn’t been compliant,” said Ms. Adler.

She also recommends that your practice create a policy that doctors should let the patient know about their concerns and meet with them to discuss the problem before receiving a termination letter.

2. Document any consistent problems you’re having with a patient. When you start having problems with a patient, you should document when the problem occurred, how often it occurred, any discussions with the patient about the problem, warnings you gave the patient, and if and when you decided to terminate the patient.

3. Meet with the patient to discuss the problem. “Talking and meeting with a patient also allows the physician to assess whether there’s another issue. For example, is there a mental health concern? Is there a financial reason for nonpayment or no-shows? There are multiple benefits to finding out what the problem is,” said Ms. Adler.

Once you’ve decided to terminate a patient, here’s what you should do:

4. Allow enough time for the patient to find alternative care. Ms. Adler recommends giving patients 30 days’ notice and that physicians offer to provide emergency care during that time. However, if the patient is undergoing treatment or has other challenges, more time may be needed to transfer care.

“It’s important to consider the patient’s context – if the patient is receiving cancer treatment, or is in a late stage of pregnancy, or lives in a rural area where few specialists are available, you may want to treat them longer – at least until they finish their treatment,” said Ms. Adler. Also, states may have their own requirements about minimum notice periods, she said.

5. Provide patients with written notice that you intend to terminate their care. Ms. Adler recommends that each letter be tailored to the patient’s specific circumstances. “You could spell out a patient’s history of noncompliance or nonpayment or inappropriate conduct because it’s been documented and the patient is already aware of it from a previous discussion,” she said.

Ms. Adler also recommends that doctors consult with legal counsel when in doubt or if contacted by the patient’s lawyer. Some lawyers will draft the termination letters, she said.

6. Include the following information in the written letter: The date that they will no longer receive care, how they can obtain copies of their medical records, and how they can find a new physician by providing contact information for a state medical association or similar organization, which often maintains a database of clinicians by specialty and location.

The letter should also state that the doctor will provide emergency care during the 30 days. Ms. Adler also recommends sending the notice by certified mail.

Dr. O’Kane said she may be more likely to give patients a second chance because she practices in a rural underserved area, and she understands that her patients don’t have many other options for health care. She also has developed a reputation for being willing to take on difficult patients that other physicians didn’t want to deal with, she said.

She encourages physicians to talk to patients to find out why, for example, they may not be compliant with medications.

“The patient may say, ‘I had to choose between paying for medications and putting food on the table,’ ” said Dr. O’Kane.

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

Some patients continually cancel their appointments, ignore your medical directions, treat your staff rudely, or send you harassing emails.

Do you have to tolerate their behavior?

No, these are all appropriate reasons to terminate patients, attorneys say. Patients also can be dismissed for misleading doctors about their past medical history, chronic drug-seeking, displaying threatening or seductive behavior toward staff members or physicians, or any criminal behavior in the office, experts say.

But even if a reason seems legitimate, that doesn’t make it legal. Doctors should consider whether the reason is legal, said Chicago-area attorney Ericka Adler, JD, a partner at Roetzel & Andress, who advises doctors about terminating patients.

“Although a physician may think a reason to terminate a patient is legitimate, they should always be mindful of whether there is a legal concern at issue and consult with counsel if they’re unsure,” Ms. Adler said.

Terminating patients for an “illegal” reason such as discrimination based on race or gender or sexual orientation – even if couched as a legitimate patient issue – could open the practice to a lawsuit, Ms. Adler said.

Doctors also want to avoid patient abandonment claims by talking to the patient about problems and documenting them as they arise. If they can’t be resolved, doctors should ensure that there’s continuity of care when patients change physicians, said Ms. Adler.

About 90% of physicians have dismissed at least one patient during their career, according to a study of nearly 800 primary care practices. The most common reasons were legitimate: a patient was “extremely disruptive and/or behaved inappropriately toward clinicians or staff”; a patient had “violated chronic pain and controlled substance policies”; and a patient had “repeatedly missed appointments.” 

Jacqui O’Kane, DO, a family physician at South Georgia Medical Center in rural Nashville, said she has dismissed about 15 of 3,000 patients she has seen in the past 3 years at the clinic. Before she dismisses a patient, she looks at whether there has been a pattern of behavior and tries to talk to them about the problem first to find out if there are other reasons for it.

She also gives patients a warning: If the unacceptable behavior continues, it will lead to their dismissal.
 

When patients cross a line

Dr. O’Kane warned an elderly man who used the N-word with her that she wouldn’t tolerate that language in her office. Then, when he later called her front office employee the N-word, she decided to dismiss him.

“I said, ‘That’s it, you can’t say that to someone in this office. I already told you once, and you did it again. I’m sorry, you have to find another doctor,’ ” said Dr. O’Kane.

Another patient crossed a line when she missed four appointments, refused to come in, and kept sending Dr. O’Kane long messages on MyChart demanding medications and advice. One message was fairly obtrusive: “If you don’t give me something stronger for my nerves TODAY, I am going to LOSE MY MIND!!!” Dr. O’Kane said the patient wrote.

“I then told her that’s not how I run my practice and that she needed to find someone else.”

Another common reason doctors dismiss patients is for nonpayment, says Ms. Adler.

Recently, however, some patients have also begun demanding their money back from doctors for services already received and billed because they were unhappy about something that occurred at the doctor’s office, said Ms. Adler.

“I advise doctors to respond: ‘We disagree that you didn’t get the service, but we will give you your money back, and we’re also terminating you from our practice.’  At that point, the doctor-patient relationship has become impossible,” said Ms. Adler.
 

How to dismiss difficult patients ethically and legally

According to the AMA’s Council on Ethical and Judicial Affairs, a physician may not discontinue treatment of a patient if further treatment is medically indicated without giving the patient reasonable notice and sufficient opportunity to make alternative arrangements for care.

Terminating a patient abruptly without transferring their care could lead to a claim of patient abandonment and the physician being called before a licensing board for potentially violating the state’s Medical Practice Act, said Ms. Adler.

Doctors can take these six steps to set the stage for dismissal and avoid a claim of patient abandonment.

1. Create written policies. Medical practices can describe the rules and behavior they expect from patients in these policies, which can cover, for example, payment, treating staff with courtesy, and medications. “When the rules are in writing and patients sign off on them, that gives doctors a certain comfort level in being able to refer to them and say that the patient hasn’t been compliant,” said Ms. Adler.

She also recommends that your practice create a policy that doctors should let the patient know about their concerns and meet with them to discuss the problem before receiving a termination letter.

2. Document any consistent problems you’re having with a patient. When you start having problems with a patient, you should document when the problem occurred, how often it occurred, any discussions with the patient about the problem, warnings you gave the patient, and if and when you decided to terminate the patient.

3. Meet with the patient to discuss the problem. “Talking and meeting with a patient also allows the physician to assess whether there’s another issue. For example, is there a mental health concern? Is there a financial reason for nonpayment or no-shows? There are multiple benefits to finding out what the problem is,” said Ms. Adler.

Once you’ve decided to terminate a patient, here’s what you should do:

4. Allow enough time for the patient to find alternative care. Ms. Adler recommends giving patients 30 days’ notice and that physicians offer to provide emergency care during that time. However, if the patient is undergoing treatment or has other challenges, more time may be needed to transfer care.

“It’s important to consider the patient’s context – if the patient is receiving cancer treatment, or is in a late stage of pregnancy, or lives in a rural area where few specialists are available, you may want to treat them longer – at least until they finish their treatment,” said Ms. Adler. Also, states may have their own requirements about minimum notice periods, she said.

5. Provide patients with written notice that you intend to terminate their care. Ms. Adler recommends that each letter be tailored to the patient’s specific circumstances. “You could spell out a patient’s history of noncompliance or nonpayment or inappropriate conduct because it’s been documented and the patient is already aware of it from a previous discussion,” she said.

Ms. Adler also recommends that doctors consult with legal counsel when in doubt or if contacted by the patient’s lawyer. Some lawyers will draft the termination letters, she said.

6. Include the following information in the written letter: The date that they will no longer receive care, how they can obtain copies of their medical records, and how they can find a new physician by providing contact information for a state medical association or similar organization, which often maintains a database of clinicians by specialty and location.

The letter should also state that the doctor will provide emergency care during the 30 days. Ms. Adler also recommends sending the notice by certified mail.

Dr. O’Kane said she may be more likely to give patients a second chance because she practices in a rural underserved area, and she understands that her patients don’t have many other options for health care. She also has developed a reputation for being willing to take on difficult patients that other physicians didn’t want to deal with, she said.

She encourages physicians to talk to patients to find out why, for example, they may not be compliant with medications.

“The patient may say, ‘I had to choose between paying for medications and putting food on the table,’ ” said Dr. O’Kane.

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

Some patients continually cancel their appointments, ignore your medical directions, treat your staff rudely, or send you harassing emails.

Do you have to tolerate their behavior?

No, these are all appropriate reasons to terminate patients, attorneys say. Patients also can be dismissed for misleading doctors about their past medical history, chronic drug-seeking, displaying threatening or seductive behavior toward staff members or physicians, or any criminal behavior in the office, experts say.

But even if a reason seems legitimate, that doesn’t make it legal. Doctors should consider whether the reason is legal, said Chicago-area attorney Ericka Adler, JD, a partner at Roetzel & Andress, who advises doctors about terminating patients.

“Although a physician may think a reason to terminate a patient is legitimate, they should always be mindful of whether there is a legal concern at issue and consult with counsel if they’re unsure,” Ms. Adler said.

Terminating patients for an “illegal” reason such as discrimination based on race or gender or sexual orientation – even if couched as a legitimate patient issue – could open the practice to a lawsuit, Ms. Adler said.

Doctors also want to avoid patient abandonment claims by talking to the patient about problems and documenting them as they arise. If they can’t be resolved, doctors should ensure that there’s continuity of care when patients change physicians, said Ms. Adler.

About 90% of physicians have dismissed at least one patient during their career, according to a study of nearly 800 primary care practices. The most common reasons were legitimate: a patient was “extremely disruptive and/or behaved inappropriately toward clinicians or staff”; a patient had “violated chronic pain and controlled substance policies”; and a patient had “repeatedly missed appointments.” 

Jacqui O’Kane, DO, a family physician at South Georgia Medical Center in rural Nashville, said she has dismissed about 15 of 3,000 patients she has seen in the past 3 years at the clinic. Before she dismisses a patient, she looks at whether there has been a pattern of behavior and tries to talk to them about the problem first to find out if there are other reasons for it.

She also gives patients a warning: If the unacceptable behavior continues, it will lead to their dismissal.
 

When patients cross a line

Dr. O’Kane warned an elderly man who used the N-word with her that she wouldn’t tolerate that language in her office. Then, when he later called her front office employee the N-word, she decided to dismiss him.

“I said, ‘That’s it, you can’t say that to someone in this office. I already told you once, and you did it again. I’m sorry, you have to find another doctor,’ ” said Dr. O’Kane.

Another patient crossed a line when she missed four appointments, refused to come in, and kept sending Dr. O’Kane long messages on MyChart demanding medications and advice. One message was fairly obtrusive: “If you don’t give me something stronger for my nerves TODAY, I am going to LOSE MY MIND!!!” Dr. O’Kane said the patient wrote.

“I then told her that’s not how I run my practice and that she needed to find someone else.”

Another common reason doctors dismiss patients is for nonpayment, says Ms. Adler.

Recently, however, some patients have also begun demanding their money back from doctors for services already received and billed because they were unhappy about something that occurred at the doctor’s office, said Ms. Adler.

“I advise doctors to respond: ‘We disagree that you didn’t get the service, but we will give you your money back, and we’re also terminating you from our practice.’  At that point, the doctor-patient relationship has become impossible,” said Ms. Adler.
 

How to dismiss difficult patients ethically and legally

According to the AMA’s Council on Ethical and Judicial Affairs, a physician may not discontinue treatment of a patient if further treatment is medically indicated without giving the patient reasonable notice and sufficient opportunity to make alternative arrangements for care.

Terminating a patient abruptly without transferring their care could lead to a claim of patient abandonment and the physician being called before a licensing board for potentially violating the state’s Medical Practice Act, said Ms. Adler.

Doctors can take these six steps to set the stage for dismissal and avoid a claim of patient abandonment.

1. Create written policies. Medical practices can describe the rules and behavior they expect from patients in these policies, which can cover, for example, payment, treating staff with courtesy, and medications. “When the rules are in writing and patients sign off on them, that gives doctors a certain comfort level in being able to refer to them and say that the patient hasn’t been compliant,” said Ms. Adler.

She also recommends that your practice create a policy that doctors should let the patient know about their concerns and meet with them to discuss the problem before receiving a termination letter.

2. Document any consistent problems you’re having with a patient. When you start having problems with a patient, you should document when the problem occurred, how often it occurred, any discussions with the patient about the problem, warnings you gave the patient, and if and when you decided to terminate the patient.

3. Meet with the patient to discuss the problem. “Talking and meeting with a patient also allows the physician to assess whether there’s another issue. For example, is there a mental health concern? Is there a financial reason for nonpayment or no-shows? There are multiple benefits to finding out what the problem is,” said Ms. Adler.

Once you’ve decided to terminate a patient, here’s what you should do:

4. Allow enough time for the patient to find alternative care. Ms. Adler recommends giving patients 30 days’ notice and that physicians offer to provide emergency care during that time. However, if the patient is undergoing treatment or has other challenges, more time may be needed to transfer care.

“It’s important to consider the patient’s context – if the patient is receiving cancer treatment, or is in a late stage of pregnancy, or lives in a rural area where few specialists are available, you may want to treat them longer – at least until they finish their treatment,” said Ms. Adler. Also, states may have their own requirements about minimum notice periods, she said.

5. Provide patients with written notice that you intend to terminate their care. Ms. Adler recommends that each letter be tailored to the patient’s specific circumstances. “You could spell out a patient’s history of noncompliance or nonpayment or inappropriate conduct because it’s been documented and the patient is already aware of it from a previous discussion,” she said.

Ms. Adler also recommends that doctors consult with legal counsel when in doubt or if contacted by the patient’s lawyer. Some lawyers will draft the termination letters, she said.

6. Include the following information in the written letter: The date that they will no longer receive care, how they can obtain copies of their medical records, and how they can find a new physician by providing contact information for a state medical association or similar organization, which often maintains a database of clinicians by specialty and location.

The letter should also state that the doctor will provide emergency care during the 30 days. Ms. Adler also recommends sending the notice by certified mail.

Dr. O’Kane said she may be more likely to give patients a second chance because she practices in a rural underserved area, and she understands that her patients don’t have many other options for health care. She also has developed a reputation for being willing to take on difficult patients that other physicians didn’t want to deal with, she said.

She encourages physicians to talk to patients to find out why, for example, they may not be compliant with medications.

“The patient may say, ‘I had to choose between paying for medications and putting food on the table,’ ” said Dr. O’Kane.

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

The U.S. Food and Drug Administration is declining to approve the investigational antifungal olorofim and is asking for more data, according to a news release from the manufacturer, F2G.

Olorofim, (formerly known as F901318) is the first in the orotomide class of antifungals to be evaluated clinically for the treatment of invasive mold infections. Its maker, F2G, is a biotech company based in Manchester, England, that focuses on developing drugs for rare fungal diseases.

The company says it remains optimistic and will address the FDA’s requirements and continue to seek approval.

The FDA’s denial comes as fungal infections are becoming increasingly common and resistant to treatment. There are only four antifungal classes currently available, and there are few new candidates in the pipeline. No new classes of antifungals have been developed in 2 decades.

David Andes, MD, chief of the division of infectious diseases at the University of Wisconsin–Madison, told this news organization he shares the hope that the company can meet the requirements to gain approval.

“Some of the early results were really exciting,” he said. “People are enthusiastic about the compound because it has a novel mechanism of action, and it is active against a group of fungi that we have limited to no options for.”
 

Early results ‘exciting’

Dr. Andes said several physicians have been able to prescribe olorofim under the compassionate use program “and have witnessed success.”

Olorofim is the first antifungal agent to be granted breakthrough therapy designation, which the FDA granted in November 2019 for the treatment of invasive mold infections for patients with limited or no treatment options, including patients with refractory aspergillosis or those who are intolerant of currently available therapy. It is also indicated for infections due to Lomentospora prolificans, Scedosporium, and Scopulariopsis species.

Olorofim received a second breakthrough therapy designation in October 2020. The second designation was granted for treatment of central nervous system coccidioidomycosis that is refractory or for cases that cannot be treated with standard-of-care therapy.

It is very difficult for patients to be approved to receive compassionate use medicines, Dr. Andes pointed out. “I’d like to have access sooner rather than later,” he added.

Dr. Andes says the drugs are expensive and are time consuming to produce. And with antifungals, it is difficult to demonstrate safety in comparison with other antimicrobial agents because “it’s hard to hurt a fungus without having toxicity with human cells.”
 

Complete response letter issued

F2G received a complete response letter from the FDA regarding its new drug application for olorofim, according to the news release issued by the company. “While F2G is disappointed with this outcome, we remain optimistic about olorofim’s potential to address an unmet need for patients with invasive fungal infections who have exhausted their treatment alternatives,” Francesco Maria Lavino, chief executive officer, said in the release. “We are assessing the details of the Complete Response Letter, and we plan to meet with the FDA to discuss it further.”

Dr. Andes says few other antifungals have made it as far as olorofim in clinical trials.

Lance B. Price, PhD, codirector of the Antibiotic Resistance Action Center at George Washington University in Washington, told this news organization that despite the lack of antifungals in the pipeline, “We can’t allow our desperation to override the checkpoints that ensure that antifungals are safe to use in people.”

In the meantime, he said, it is important to preserve the utility of current antifungals by avoiding overusing them in medicine and agriculture.

“Sadly,” he said, “a drug called ipflufenoquin, which works by a similar mode of action as olorofim, has already been approved by the U.S. Environmental Protection Agency for use in plant agriculture. This could weaken the effectiveness of olorofim for treating things like Aspergillus infections even before the drug has been approved for use in humans.”
 

Plant drug undermining olorofim efficacy in humans

“While I’m sure this makes financial sense for the makers of ipflufenoquin, it borders on insanity from a public health perspective,” Dr. Price said.

Meanwhile, the global threat of fungal infections grows. The World Health Organization has launched its first-ever list of health-threatening fungi. Authors of a WHO report that contains the list write, “The invasive forms of these fungal infections often affect severely ill patients and those with significant underlying immune system–related conditions.”

F2G will continue to expand olorofim’s clinical trial program, according to the company’s statement. Along with its partner, Shionogi, it is enrolling patients with proven or probable invasive aspergillosis in a global phase 3 trial (OASIS), which will compare outcomes after treatment with olorofim in comparison with amphotericin B liposome (AmBisome) followed by standard of care.

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

The U.S. Food and Drug Administration is declining to approve the investigational antifungal olorofim and is asking for more data, according to a news release from the manufacturer, F2G.

Olorofim, (formerly known as F901318) is the first in the orotomide class of antifungals to be evaluated clinically for the treatment of invasive mold infections. Its maker, F2G, is a biotech company based in Manchester, England, that focuses on developing drugs for rare fungal diseases.

The company says it remains optimistic and will address the FDA’s requirements and continue to seek approval.

The FDA’s denial comes as fungal infections are becoming increasingly common and resistant to treatment. There are only four antifungal classes currently available, and there are few new candidates in the pipeline. No new classes of antifungals have been developed in 2 decades.

David Andes, MD, chief of the division of infectious diseases at the University of Wisconsin–Madison, told this news organization he shares the hope that the company can meet the requirements to gain approval.

“Some of the early results were really exciting,” he said. “People are enthusiastic about the compound because it has a novel mechanism of action, and it is active against a group of fungi that we have limited to no options for.”
 

Early results ‘exciting’

Dr. Andes said several physicians have been able to prescribe olorofim under the compassionate use program “and have witnessed success.”

Olorofim is the first antifungal agent to be granted breakthrough therapy designation, which the FDA granted in November 2019 for the treatment of invasive mold infections for patients with limited or no treatment options, including patients with refractory aspergillosis or those who are intolerant of currently available therapy. It is also indicated for infections due to Lomentospora prolificans, Scedosporium, and Scopulariopsis species.

Olorofim received a second breakthrough therapy designation in October 2020. The second designation was granted for treatment of central nervous system coccidioidomycosis that is refractory or for cases that cannot be treated with standard-of-care therapy.

It is very difficult for patients to be approved to receive compassionate use medicines, Dr. Andes pointed out. “I’d like to have access sooner rather than later,” he added.

Dr. Andes says the drugs are expensive and are time consuming to produce. And with antifungals, it is difficult to demonstrate safety in comparison with other antimicrobial agents because “it’s hard to hurt a fungus without having toxicity with human cells.”
 

Complete response letter issued

F2G received a complete response letter from the FDA regarding its new drug application for olorofim, according to the news release issued by the company. “While F2G is disappointed with this outcome, we remain optimistic about olorofim’s potential to address an unmet need for patients with invasive fungal infections who have exhausted their treatment alternatives,” Francesco Maria Lavino, chief executive officer, said in the release. “We are assessing the details of the Complete Response Letter, and we plan to meet with the FDA to discuss it further.”

Dr. Andes says few other antifungals have made it as far as olorofim in clinical trials.

Lance B. Price, PhD, codirector of the Antibiotic Resistance Action Center at George Washington University in Washington, told this news organization that despite the lack of antifungals in the pipeline, “We can’t allow our desperation to override the checkpoints that ensure that antifungals are safe to use in people.”

In the meantime, he said, it is important to preserve the utility of current antifungals by avoiding overusing them in medicine and agriculture.

“Sadly,” he said, “a drug called ipflufenoquin, which works by a similar mode of action as olorofim, has already been approved by the U.S. Environmental Protection Agency for use in plant agriculture. This could weaken the effectiveness of olorofim for treating things like Aspergillus infections even before the drug has been approved for use in humans.”
 

Plant drug undermining olorofim efficacy in humans

“While I’m sure this makes financial sense for the makers of ipflufenoquin, it borders on insanity from a public health perspective,” Dr. Price said.

Meanwhile, the global threat of fungal infections grows. The World Health Organization has launched its first-ever list of health-threatening fungi. Authors of a WHO report that contains the list write, “The invasive forms of these fungal infections often affect severely ill patients and those with significant underlying immune system–related conditions.”

F2G will continue to expand olorofim’s clinical trial program, according to the company’s statement. Along with its partner, Shionogi, it is enrolling patients with proven or probable invasive aspergillosis in a global phase 3 trial (OASIS), which will compare outcomes after treatment with olorofim in comparison with amphotericin B liposome (AmBisome) followed by standard of care.

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

The U.S. Food and Drug Administration is declining to approve the investigational antifungal olorofim and is asking for more data, according to a news release from the manufacturer, F2G.

Olorofim, (formerly known as F901318) is the first in the orotomide class of antifungals to be evaluated clinically for the treatment of invasive mold infections. Its maker, F2G, is a biotech company based in Manchester, England, that focuses on developing drugs for rare fungal diseases.

The company says it remains optimistic and will address the FDA’s requirements and continue to seek approval.

The FDA’s denial comes as fungal infections are becoming increasingly common and resistant to treatment. There are only four antifungal classes currently available, and there are few new candidates in the pipeline. No new classes of antifungals have been developed in 2 decades.

David Andes, MD, chief of the division of infectious diseases at the University of Wisconsin–Madison, told this news organization he shares the hope that the company can meet the requirements to gain approval.

“Some of the early results were really exciting,” he said. “People are enthusiastic about the compound because it has a novel mechanism of action, and it is active against a group of fungi that we have limited to no options for.”
 

Early results ‘exciting’

Dr. Andes said several physicians have been able to prescribe olorofim under the compassionate use program “and have witnessed success.”

Olorofim is the first antifungal agent to be granted breakthrough therapy designation, which the FDA granted in November 2019 for the treatment of invasive mold infections for patients with limited or no treatment options, including patients with refractory aspergillosis or those who are intolerant of currently available therapy. It is also indicated for infections due to Lomentospora prolificans, Scedosporium, and Scopulariopsis species.

Olorofim received a second breakthrough therapy designation in October 2020. The second designation was granted for treatment of central nervous system coccidioidomycosis that is refractory or for cases that cannot be treated with standard-of-care therapy.

It is very difficult for patients to be approved to receive compassionate use medicines, Dr. Andes pointed out. “I’d like to have access sooner rather than later,” he added.

Dr. Andes says the drugs are expensive and are time consuming to produce. And with antifungals, it is difficult to demonstrate safety in comparison with other antimicrobial agents because “it’s hard to hurt a fungus without having toxicity with human cells.”
 

Complete response letter issued

F2G received a complete response letter from the FDA regarding its new drug application for olorofim, according to the news release issued by the company. “While F2G is disappointed with this outcome, we remain optimistic about olorofim’s potential to address an unmet need for patients with invasive fungal infections who have exhausted their treatment alternatives,” Francesco Maria Lavino, chief executive officer, said in the release. “We are assessing the details of the Complete Response Letter, and we plan to meet with the FDA to discuss it further.”

Dr. Andes says few other antifungals have made it as far as olorofim in clinical trials.

Lance B. Price, PhD, codirector of the Antibiotic Resistance Action Center at George Washington University in Washington, told this news organization that despite the lack of antifungals in the pipeline, “We can’t allow our desperation to override the checkpoints that ensure that antifungals are safe to use in people.”

In the meantime, he said, it is important to preserve the utility of current antifungals by avoiding overusing them in medicine and agriculture.

“Sadly,” he said, “a drug called ipflufenoquin, which works by a similar mode of action as olorofim, has already been approved by the U.S. Environmental Protection Agency for use in plant agriculture. This could weaken the effectiveness of olorofim for treating things like Aspergillus infections even before the drug has been approved for use in humans.”
 

Plant drug undermining olorofim efficacy in humans

“While I’m sure this makes financial sense for the makers of ipflufenoquin, it borders on insanity from a public health perspective,” Dr. Price said.

Meanwhile, the global threat of fungal infections grows. The World Health Organization has launched its first-ever list of health-threatening fungi. Authors of a WHO report that contains the list write, “The invasive forms of these fungal infections often affect severely ill patients and those with significant underlying immune system–related conditions.”

F2G will continue to expand olorofim’s clinical trial program, according to the company’s statement. Along with its partner, Shionogi, it is enrolling patients with proven or probable invasive aspergillosis in a global phase 3 trial (OASIS), which will compare outcomes after treatment with olorofim in comparison with amphotericin B liposome (AmBisome) followed by standard of care.

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