Pediatric News

More than 1 in 5 children worldwide are at risk of developing an eating disorder such as bulimia, anorexia, or binge eating, a new analysis suggests.

The study was published in the journal JAMA Pediatrics. Researchers analyzed data for 63,181 adolescents 6-18 years old from 16 countries to look for what is called “disordered eating.” None of the children included in the study had diagnosed physical or mental disorders, and data were not included from the COVID-19 time period.

The researchers examined results from a widely used standardized eating disorder questionnaire called the Sick, Control, One, Fat, Food (SCOFF). When someone answers yes to two or more of the questions, the person is considered to have disordered eating, which “denotes a suspicion of an existing eating disorder,” the researchers write. The five questions are:

• Do you make yourself sick because you feel uncomfortably full?
• Do you worry you have lost control over how much you eat?
• Have you recently lost more than 14 pounds in a 3-month period?
• Do you believe yourself to be fat when others say you are too thin?
• Would you say that food dominates your life?

Overall, 22% of children replied yes to two or more of the questions. The proportion of children with disordered eating is likely even higher, the researchers explain, because children may hide symptoms “due to feelings of shame or stigmatization.”

The findings are a dramatic shift from the estimation that 2.7% of people ages 13-18 have an eating disorder during their adolescent years.

In this latest study, disordered eating was more common among girls, older children, and those with a higher body mass index, or BMI, which is a combined measure of height and weight.

The analysis showed that 30% of girls had disordered eating, compared with 17% of boys. When looking at responses by age, the proportion of kids with disordered eating increased by 20 percentage points between the ages of 10 and 18.

The findings regarding children who already have a high BMI confirms previous research that many of those children are already following disordered eating behaviors while trying to lose weight, the authors write.

“Although most adolescents who develop an eating disorder do not report prior excess weight problems, some adolescents could misinterpret what eating healthy consists of and engage in unhealthy behaviors (for instance, skipping meals to generate a caloric deficit), which could then lead to development of an eating disorder,” the researchers explain.

The study points to the need for parents, caregivers, and health care professionals to be on the lookout for disordered eating symptoms in children because they are linked to the risk of developing a clinical eating disorder. The symptoms to watch for include behaviors such as weight loss dieting, binge eating, self-induced vomiting, excessive exercise, and the use of laxatives or diuretics, the researchers write.

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

More than 1 in 5 children worldwide are at risk of developing an eating disorder such as bulimia, anorexia, or binge eating, a new analysis suggests.

The study was published in the journal JAMA Pediatrics. Researchers analyzed data for 63,181 adolescents 6-18 years old from 16 countries to look for what is called “disordered eating.” None of the children included in the study had diagnosed physical or mental disorders, and data were not included from the COVID-19 time period.

The researchers examined results from a widely used standardized eating disorder questionnaire called the Sick, Control, One, Fat, Food (SCOFF). When someone answers yes to two or more of the questions, the person is considered to have disordered eating, which “denotes a suspicion of an existing eating disorder,” the researchers write. The five questions are:

• Do you make yourself sick because you feel uncomfortably full?
• Do you worry you have lost control over how much you eat?
• Have you recently lost more than 14 pounds in a 3-month period?
• Do you believe yourself to be fat when others say you are too thin?
• Would you say that food dominates your life?

Overall, 22% of children replied yes to two or more of the questions. The proportion of children with disordered eating is likely even higher, the researchers explain, because children may hide symptoms “due to feelings of shame or stigmatization.”

The findings are a dramatic shift from the estimation that 2.7% of people ages 13-18 have an eating disorder during their adolescent years.

In this latest study, disordered eating was more common among girls, older children, and those with a higher body mass index, or BMI, which is a combined measure of height and weight.

The analysis showed that 30% of girls had disordered eating, compared with 17% of boys. When looking at responses by age, the proportion of kids with disordered eating increased by 20 percentage points between the ages of 10 and 18.

The findings regarding children who already have a high BMI confirms previous research that many of those children are already following disordered eating behaviors while trying to lose weight, the authors write.

“Although most adolescents who develop an eating disorder do not report prior excess weight problems, some adolescents could misinterpret what eating healthy consists of and engage in unhealthy behaviors (for instance, skipping meals to generate a caloric deficit), which could then lead to development of an eating disorder,” the researchers explain.

The study points to the need for parents, caregivers, and health care professionals to be on the lookout for disordered eating symptoms in children because they are linked to the risk of developing a clinical eating disorder. The symptoms to watch for include behaviors such as weight loss dieting, binge eating, self-induced vomiting, excessive exercise, and the use of laxatives or diuretics, the researchers write.

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

More than 1 in 5 children worldwide are at risk of developing an eating disorder such as bulimia, anorexia, or binge eating, a new analysis suggests.

The study was published in the journal JAMA Pediatrics. Researchers analyzed data for 63,181 adolescents 6-18 years old from 16 countries to look for what is called “disordered eating.” None of the children included in the study had diagnosed physical or mental disorders, and data were not included from the COVID-19 time period.

The researchers examined results from a widely used standardized eating disorder questionnaire called the Sick, Control, One, Fat, Food (SCOFF). When someone answers yes to two or more of the questions, the person is considered to have disordered eating, which “denotes a suspicion of an existing eating disorder,” the researchers write. The five questions are:

• Do you make yourself sick because you feel uncomfortably full?
• Do you worry you have lost control over how much you eat?
• Have you recently lost more than 14 pounds in a 3-month period?
• Do you believe yourself to be fat when others say you are too thin?
• Would you say that food dominates your life?

Overall, 22% of children replied yes to two or more of the questions. The proportion of children with disordered eating is likely even higher, the researchers explain, because children may hide symptoms “due to feelings of shame or stigmatization.”

The findings are a dramatic shift from the estimation that 2.7% of people ages 13-18 have an eating disorder during their adolescent years.

In this latest study, disordered eating was more common among girls, older children, and those with a higher body mass index, or BMI, which is a combined measure of height and weight.

The analysis showed that 30% of girls had disordered eating, compared with 17% of boys. When looking at responses by age, the proportion of kids with disordered eating increased by 20 percentage points between the ages of 10 and 18.

The findings regarding children who already have a high BMI confirms previous research that many of those children are already following disordered eating behaviors while trying to lose weight, the authors write.

“Although most adolescents who develop an eating disorder do not report prior excess weight problems, some adolescents could misinterpret what eating healthy consists of and engage in unhealthy behaviors (for instance, skipping meals to generate a caloric deficit), which could then lead to development of an eating disorder,” the researchers explain.

The study points to the need for parents, caregivers, and health care professionals to be on the lookout for disordered eating symptoms in children because they are linked to the risk of developing a clinical eating disorder. The symptoms to watch for include behaviors such as weight loss dieting, binge eating, self-induced vomiting, excessive exercise, and the use of laxatives or diuretics, the researchers write.

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

Prone positioning significantly reduced the need for intubation among nonintubated adults with COVID-19, as indicated by data from a new meta-analysis of more than 2,000 individuals.

The use of prone positioning for nonintubated patients (so-called “awake prone positioning”) has been common since the early days of the COVID-19 pandemic. Prone positioning is more comfortable for patients, and it entails no additional cost. Also, awake prone positioning is less labor intensive than prone positioning for intubated patients, said Jie Li, PhD, in a presentation at the Critical Care Congress sponsored by the Society of Critical Care Medicine.

However, data on the specific benefits of prone positioning are lacking and contradictory, said Dr. Li, a respiratory care specialist at Rush University, Chicago.

Dr. Li and colleagues from a multinational research group found that outcomes were improved for patients who were treated with awake prone positioning – notably, fewer treatment failures at day 28 – but a pair of subsequent studies by other researchers showed contradictory outcomes.

For more definitive evidence, Dr. Li and colleagues conducted a systematic review and meta-analysis of 11 randomized, controlled trials and one unpublished study of awake prone positioning for patients with COVID-19. The studies were published between Jan. 1, 2020, and July 1, 2022, and included a total of 2,886 adult patients.

The primary outcome was the reported cumulative risk of intubation among nonintubated COVID-19 patients. Secondary outcomes included mortality, the need for escalating respiratory support, length of hospital length of stay, ICU admission, and adverse events.

Overall, awake prone positioning significantly reduced the intubation risk among nonintubated patients compared to standard care (risk ratio, 0.85).

A further subgroup analysis showed a significant reduction in risk for intubation among patients supported by high-flow nasal cannula or noninvasive ventilation (RR, 0.83).

However, no additional reduction in intubation risk occurred among patients who received conventional oxygen therapy (RR, 1.02).

Mortality rates were similar for patients who underwent awake prone positioning and those who underwent supine positioning (RR, 0.96), as was the need for additional respiratory support (RR, 1.03). The length of hospital stay, ICU admission, and adverse events were similar between the patients who underwent prone positioning and those who underwent supine positioning.

The findings were limited by several factors. There was a potential for confounding by disease severity, which may have increased the use of respiratory support devices, Li said in her presentation.

“Another factor we should not ignore is the daily duration of prone positioning,” said Dr. Li. More research is needed to identify which factors play the greatest roles in treatment success.

The current study was important in that it evaluated the current evidence of awake prone positioning, “particularly to identify the patients who benefit most from this treatment, in order to guide clinical practice,” Dr. Li said in an interview.

“Since early in the pandemic, awake prone positioning has been broadly utilized to treat patients with COVID-19,” she said. “In 2021, we published a multinational randomized controlled trial with over 1,100 patients enrolled and reported lower treatment failure. However, no significant differences of treatment failure were reported in several subsequent multicenter randomized, controlled trials published after our study.”

Dr. Li said she was not surprised by the findings, which reflect those of her team’s previously published meta-analysis. “The increased number of patients helps confirm our previous finding, even with the inclusion of several recently published randomized controlled trials,” she said.

For clinicians, “the current evidence supports the use of awake prone positioning for patients with COVID-19, particularly those who require advanced respiratory support from high-flow nasal cannula or noninvasive ventilation,” Dr. Li said.

The study received no outside funding. Dr. Li has relationships with AARC, Heyer, Aeorgen, the Rice Foundation, and Fisher & Paykel Healthcare.

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

Prone positioning significantly reduced the need for intubation among nonintubated adults with COVID-19, as indicated by data from a new meta-analysis of more than 2,000 individuals.

The use of prone positioning for nonintubated patients (so-called “awake prone positioning”) has been common since the early days of the COVID-19 pandemic. Prone positioning is more comfortable for patients, and it entails no additional cost. Also, awake prone positioning is less labor intensive than prone positioning for intubated patients, said Jie Li, PhD, in a presentation at the Critical Care Congress sponsored by the Society of Critical Care Medicine.

However, data on the specific benefits of prone positioning are lacking and contradictory, said Dr. Li, a respiratory care specialist at Rush University, Chicago.

Dr. Li and colleagues from a multinational research group found that outcomes were improved for patients who were treated with awake prone positioning – notably, fewer treatment failures at day 28 – but a pair of subsequent studies by other researchers showed contradictory outcomes.

For more definitive evidence, Dr. Li and colleagues conducted a systematic review and meta-analysis of 11 randomized, controlled trials and one unpublished study of awake prone positioning for patients with COVID-19. The studies were published between Jan. 1, 2020, and July 1, 2022, and included a total of 2,886 adult patients.

The primary outcome was the reported cumulative risk of intubation among nonintubated COVID-19 patients. Secondary outcomes included mortality, the need for escalating respiratory support, length of hospital length of stay, ICU admission, and adverse events.

Overall, awake prone positioning significantly reduced the intubation risk among nonintubated patients compared to standard care (risk ratio, 0.85).

A further subgroup analysis showed a significant reduction in risk for intubation among patients supported by high-flow nasal cannula or noninvasive ventilation (RR, 0.83).

However, no additional reduction in intubation risk occurred among patients who received conventional oxygen therapy (RR, 1.02).

Mortality rates were similar for patients who underwent awake prone positioning and those who underwent supine positioning (RR, 0.96), as was the need for additional respiratory support (RR, 1.03). The length of hospital stay, ICU admission, and adverse events were similar between the patients who underwent prone positioning and those who underwent supine positioning.

The findings were limited by several factors. There was a potential for confounding by disease severity, which may have increased the use of respiratory support devices, Li said in her presentation.

“Another factor we should not ignore is the daily duration of prone positioning,” said Dr. Li. More research is needed to identify which factors play the greatest roles in treatment success.

The current study was important in that it evaluated the current evidence of awake prone positioning, “particularly to identify the patients who benefit most from this treatment, in order to guide clinical practice,” Dr. Li said in an interview.

“Since early in the pandemic, awake prone positioning has been broadly utilized to treat patients with COVID-19,” she said. “In 2021, we published a multinational randomized controlled trial with over 1,100 patients enrolled and reported lower treatment failure. However, no significant differences of treatment failure were reported in several subsequent multicenter randomized, controlled trials published after our study.”

Dr. Li said she was not surprised by the findings, which reflect those of her team’s previously published meta-analysis. “The increased number of patients helps confirm our previous finding, even with the inclusion of several recently published randomized controlled trials,” she said.

For clinicians, “the current evidence supports the use of awake prone positioning for patients with COVID-19, particularly those who require advanced respiratory support from high-flow nasal cannula or noninvasive ventilation,” Dr. Li said.

The study received no outside funding. Dr. Li has relationships with AARC, Heyer, Aeorgen, the Rice Foundation, and Fisher & Paykel Healthcare.

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

Prone positioning significantly reduced the need for intubation among nonintubated adults with COVID-19, as indicated by data from a new meta-analysis of more than 2,000 individuals.

The use of prone positioning for nonintubated patients (so-called “awake prone positioning”) has been common since the early days of the COVID-19 pandemic. Prone positioning is more comfortable for patients, and it entails no additional cost. Also, awake prone positioning is less labor intensive than prone positioning for intubated patients, said Jie Li, PhD, in a presentation at the Critical Care Congress sponsored by the Society of Critical Care Medicine.

However, data on the specific benefits of prone positioning are lacking and contradictory, said Dr. Li, a respiratory care specialist at Rush University, Chicago.

Dr. Li and colleagues from a multinational research group found that outcomes were improved for patients who were treated with awake prone positioning – notably, fewer treatment failures at day 28 – but a pair of subsequent studies by other researchers showed contradictory outcomes.

For more definitive evidence, Dr. Li and colleagues conducted a systematic review and meta-analysis of 11 randomized, controlled trials and one unpublished study of awake prone positioning for patients with COVID-19. The studies were published between Jan. 1, 2020, and July 1, 2022, and included a total of 2,886 adult patients.

The primary outcome was the reported cumulative risk of intubation among nonintubated COVID-19 patients. Secondary outcomes included mortality, the need for escalating respiratory support, length of hospital length of stay, ICU admission, and adverse events.

Overall, awake prone positioning significantly reduced the intubation risk among nonintubated patients compared to standard care (risk ratio, 0.85).

A further subgroup analysis showed a significant reduction in risk for intubation among patients supported by high-flow nasal cannula or noninvasive ventilation (RR, 0.83).

However, no additional reduction in intubation risk occurred among patients who received conventional oxygen therapy (RR, 1.02).

Mortality rates were similar for patients who underwent awake prone positioning and those who underwent supine positioning (RR, 0.96), as was the need for additional respiratory support (RR, 1.03). The length of hospital stay, ICU admission, and adverse events were similar between the patients who underwent prone positioning and those who underwent supine positioning.

The findings were limited by several factors. There was a potential for confounding by disease severity, which may have increased the use of respiratory support devices, Li said in her presentation.

“Another factor we should not ignore is the daily duration of prone positioning,” said Dr. Li. More research is needed to identify which factors play the greatest roles in treatment success.

The current study was important in that it evaluated the current evidence of awake prone positioning, “particularly to identify the patients who benefit most from this treatment, in order to guide clinical practice,” Dr. Li said in an interview.

“Since early in the pandemic, awake prone positioning has been broadly utilized to treat patients with COVID-19,” she said. “In 2021, we published a multinational randomized controlled trial with over 1,100 patients enrolled and reported lower treatment failure. However, no significant differences of treatment failure were reported in several subsequent multicenter randomized, controlled trials published after our study.”

Dr. Li said she was not surprised by the findings, which reflect those of her team’s previously published meta-analysis. “The increased number of patients helps confirm our previous finding, even with the inclusion of several recently published randomized controlled trials,” she said.

For clinicians, “the current evidence supports the use of awake prone positioning for patients with COVID-19, particularly those who require advanced respiratory support from high-flow nasal cannula or noninvasive ventilation,” Dr. Li said.

The study received no outside funding. Dr. Li has relationships with AARC, Heyer, Aeorgen, the Rice Foundation, and Fisher & Paykel Healthcare.

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

Youth with type 1 diabetes who use real-time continuous glucose monitoring (rtCGM) and an insulin pump spend more time in target glucose range than do those using intermittently scanned CGM (isCGM) and/or multiple daily insulin injections, new data show.

In the multinational cohort study of more than 4,500 people younger than age 21 with type 1 diabetes, those using rtCGM and pumps also spent less time above and below glucose targets and had fewer severe adverse events – either severe hypoglycemia or diabetic ketoacidosis (DKA) – compared with injections and isCGM.

Daria Nipot/Getty Images

The findings were published online in JAMA Network Open by Klemen Dovc, MD, PhD, assistant professor in the department of pediatric endocrinology, diabetes, and metabolic diseases, University Children’s Hospital, Ljubljana, Slovenia, and colleagues.

“These results underscore the synergistic effect of advanced diabetes technologies that should be more readily available to youths with type 1 diabetes for further improvement of diabetes-related clinical outcomes,” the authors wrote.

Moreover, Dr. Dovc told this news organization: “Clinicians should be aware that there may be differences in effectiveness between different types of devices, and that choosing the right device for each individual may be important for achieving optimal outcomes.”
 

Real-time CGM + insulin pump = highest time in range

The researchers explained that two modalities of CGM are broadly available: rtCGM, which continuously displays glucose concentration in the interstitial fluid (usually at intervals of 1-5 minutes) on a dedicated receiver or other portable device, such as a smartphone, and provides various adjustable alarms, and isCGM, which displays data on demand when the transmitter is scanned using either a dedicated reader or smartphone-based application.

rtCGMs include devices from Dexcom and Medtronic. The isCGM, or “flash,” generally refers to the Abbott FreeStyle Libre.

The study included individuals younger than 21 years from 34 centers in 21 countries in the SWEET registry, a worldwide network of diabetes care centers for youth, between Jan. 1, 2016, and Dec. 31, 2021.

The researchers didn’t report which particular devices were used in the trial, rather they just divided patients into four groups: 850 used isCGM with a pump, 1,231 used isCGM with multiple daily injections, 2,252 used rtCGM with a pump, and 886 used rtCGM with insulin injections.

After adjustments for sex, age, diabetes duration, and body mass index standard deviation score, rtCGM plus insulin pump was the most likely group to achieve the recommended greater than 70% time in target glycemic range (70-180 mg/dL), with 36.2% achieving it, followed by rtCGM plus injections, at 20.9%, and isCGM plus injections, at 12.5%. Those using isCGM with an insulin pump were the least likely to achieve time in range, at just 11.3%.

Similar trends were seen for the recommended goal of less than 4% of time spent below range (< 70 mg/dL) and less than 25% of time spent above range (> 180 mg/dL). Those using rtCGM with a pump had the highest proportions achieving both of those goals, 73.1% and 32.5%, respectively.  

The use of rtCGM, with or without a pump, was associated with lower rates of severe hypoglycemia (2.5% and 2.0%, respectively) than isCGM with or without a pump (5.5% and 5.2%, respectively).

Similarly, the proportion experiencing at least one DKA episode varied from 1.4% for rtCGM plus insulin pump and 0.7% for rtCGM plus injections to 3.0% for isCGM plus pump and 1.5% isCGM plus injections.


 

Study looked at older technology but results still reflect benefit

Among the rtCGM plus insulin pump group were 264 participants (5% of the total study population) recorded in the database as using automated insulin delivery (AID) systems, also known as the artificial pancreas, although this is likely an undercount as the presence of communication between the two devices was not automatically recorded, Dr. Dovc explained.

Those individuals recorded as using AIDs had a higher unadjusted time in range compared with non-AID users (66.3% vs. 59.0%) and lower time above range (30.1% vs. 37.0%) but didn’t differ in time below range (2.9% vs. 3.0%).

Dr. Dovc told this news organization: “While automated systems are becoming more common, there are still many individuals who do not have access to glucose-responsive devices.” Reasons include lack of reimbursement, or decisions not to use them, he said.

But, he added, “Despite the low reported numbers of AID users, results achieved in the pump with real-time CGM [group] are admirable and approaching recommended consensus targets with a clinically meaningful difference towards all other treatment modalities. As our findings may not be directly applicable to all participants using automated systems, they may still provide useful insights into the factors that influence glycemic control.”

Similarly, the intermittently scanned CGMs used by most in the study, and particularly in the earlier period, didn’t have low- or high-glucose alarms as do later versions. And an even more recent version also doesn’t require scanning either, so is essentially also “real-time.”

Dr. Dovc noted, “in the first half of our observational period only first generation of intermittently-scanned CGM was generally available, and we can speculate that only a small proportion started to use second generation towards the end of our observational period. The exact number of second-generation users was not available in this analysis.”

He acknowledged that because the study was observational and not randomized, patient choice of device could have influenced the outcomes.

“For example, participants who choose to use a more expensive device may have more resources or support available to them, which could influence their ability to manage their diabetes effectively. Additionally, individuals who choose to use a particular device may be more motivated or engaged in their diabetes care, which could also impact their outcomes. It would be important for future studies to explore the impact of device selection on device effectiveness and to control for this potential confounding factor in the analysis.”

This study was supported by the international Better Control in Pediatric and Adolescent Diabetes: Working to Create Centers of Reference (SWEET) corporate members, including Abbott Laboratories, Boehringer Ingelheim, Dexcom, Insulet, Eli Lilly, Medtronic, Sanofi, and the Slovenian National Research Agency. Dr. Dovc disclosed ties with Abbott Laboratories, Medtronic, Novo Nordisk, Eli Lilly, and Pfizer. He served as a member of the European Commission Expert Panel for Medical Devices for Endocrinology and Diabetes.   

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

Youth with type 1 diabetes who use real-time continuous glucose monitoring (rtCGM) and an insulin pump spend more time in target glucose range than do those using intermittently scanned CGM (isCGM) and/or multiple daily insulin injections, new data show.

In the multinational cohort study of more than 4,500 people younger than age 21 with type 1 diabetes, those using rtCGM and pumps also spent less time above and below glucose targets and had fewer severe adverse events – either severe hypoglycemia or diabetic ketoacidosis (DKA) – compared with injections and isCGM.

Daria Nipot/Getty Images

The findings were published online in JAMA Network Open by Klemen Dovc, MD, PhD, assistant professor in the department of pediatric endocrinology, diabetes, and metabolic diseases, University Children’s Hospital, Ljubljana, Slovenia, and colleagues.

“These results underscore the synergistic effect of advanced diabetes technologies that should be more readily available to youths with type 1 diabetes for further improvement of diabetes-related clinical outcomes,” the authors wrote.

Moreover, Dr. Dovc told this news organization: “Clinicians should be aware that there may be differences in effectiveness between different types of devices, and that choosing the right device for each individual may be important for achieving optimal outcomes.”
 

Real-time CGM + insulin pump = highest time in range

The researchers explained that two modalities of CGM are broadly available: rtCGM, which continuously displays glucose concentration in the interstitial fluid (usually at intervals of 1-5 minutes) on a dedicated receiver or other portable device, such as a smartphone, and provides various adjustable alarms, and isCGM, which displays data on demand when the transmitter is scanned using either a dedicated reader or smartphone-based application.

rtCGMs include devices from Dexcom and Medtronic. The isCGM, or “flash,” generally refers to the Abbott FreeStyle Libre.

The study included individuals younger than 21 years from 34 centers in 21 countries in the SWEET registry, a worldwide network of diabetes care centers for youth, between Jan. 1, 2016, and Dec. 31, 2021.

The researchers didn’t report which particular devices were used in the trial, rather they just divided patients into four groups: 850 used isCGM with a pump, 1,231 used isCGM with multiple daily injections, 2,252 used rtCGM with a pump, and 886 used rtCGM with insulin injections.

After adjustments for sex, age, diabetes duration, and body mass index standard deviation score, rtCGM plus insulin pump was the most likely group to achieve the recommended greater than 70% time in target glycemic range (70-180 mg/dL), with 36.2% achieving it, followed by rtCGM plus injections, at 20.9%, and isCGM plus injections, at 12.5%. Those using isCGM with an insulin pump were the least likely to achieve time in range, at just 11.3%.

Similar trends were seen for the recommended goal of less than 4% of time spent below range (< 70 mg/dL) and less than 25% of time spent above range (> 180 mg/dL). Those using rtCGM with a pump had the highest proportions achieving both of those goals, 73.1% and 32.5%, respectively.  

The use of rtCGM, with or without a pump, was associated with lower rates of severe hypoglycemia (2.5% and 2.0%, respectively) than isCGM with or without a pump (5.5% and 5.2%, respectively).

Similarly, the proportion experiencing at least one DKA episode varied from 1.4% for rtCGM plus insulin pump and 0.7% for rtCGM plus injections to 3.0% for isCGM plus pump and 1.5% isCGM plus injections.


 

Study looked at older technology but results still reflect benefit

Among the rtCGM plus insulin pump group were 264 participants (5% of the total study population) recorded in the database as using automated insulin delivery (AID) systems, also known as the artificial pancreas, although this is likely an undercount as the presence of communication between the two devices was not automatically recorded, Dr. Dovc explained.

Those individuals recorded as using AIDs had a higher unadjusted time in range compared with non-AID users (66.3% vs. 59.0%) and lower time above range (30.1% vs. 37.0%) but didn’t differ in time below range (2.9% vs. 3.0%).

Dr. Dovc told this news organization: “While automated systems are becoming more common, there are still many individuals who do not have access to glucose-responsive devices.” Reasons include lack of reimbursement, or decisions not to use them, he said.

But, he added, “Despite the low reported numbers of AID users, results achieved in the pump with real-time CGM [group] are admirable and approaching recommended consensus targets with a clinically meaningful difference towards all other treatment modalities. As our findings may not be directly applicable to all participants using automated systems, they may still provide useful insights into the factors that influence glycemic control.”

Similarly, the intermittently scanned CGMs used by most in the study, and particularly in the earlier period, didn’t have low- or high-glucose alarms as do later versions. And an even more recent version also doesn’t require scanning either, so is essentially also “real-time.”

Dr. Dovc noted, “in the first half of our observational period only first generation of intermittently-scanned CGM was generally available, and we can speculate that only a small proportion started to use second generation towards the end of our observational period. The exact number of second-generation users was not available in this analysis.”

He acknowledged that because the study was observational and not randomized, patient choice of device could have influenced the outcomes.

“For example, participants who choose to use a more expensive device may have more resources or support available to them, which could influence their ability to manage their diabetes effectively. Additionally, individuals who choose to use a particular device may be more motivated or engaged in their diabetes care, which could also impact their outcomes. It would be important for future studies to explore the impact of device selection on device effectiveness and to control for this potential confounding factor in the analysis.”

This study was supported by the international Better Control in Pediatric and Adolescent Diabetes: Working to Create Centers of Reference (SWEET) corporate members, including Abbott Laboratories, Boehringer Ingelheim, Dexcom, Insulet, Eli Lilly, Medtronic, Sanofi, and the Slovenian National Research Agency. Dr. Dovc disclosed ties with Abbott Laboratories, Medtronic, Novo Nordisk, Eli Lilly, and Pfizer. He served as a member of the European Commission Expert Panel for Medical Devices for Endocrinology and Diabetes.   

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

Youth with type 1 diabetes who use real-time continuous glucose monitoring (rtCGM) and an insulin pump spend more time in target glucose range than do those using intermittently scanned CGM (isCGM) and/or multiple daily insulin injections, new data show.

In the multinational cohort study of more than 4,500 people younger than age 21 with type 1 diabetes, those using rtCGM and pumps also spent less time above and below glucose targets and had fewer severe adverse events – either severe hypoglycemia or diabetic ketoacidosis (DKA) – compared with injections and isCGM.

Daria Nipot/Getty Images

The findings were published online in JAMA Network Open by Klemen Dovc, MD, PhD, assistant professor in the department of pediatric endocrinology, diabetes, and metabolic diseases, University Children’s Hospital, Ljubljana, Slovenia, and colleagues.

“These results underscore the synergistic effect of advanced diabetes technologies that should be more readily available to youths with type 1 diabetes for further improvement of diabetes-related clinical outcomes,” the authors wrote.

Moreover, Dr. Dovc told this news organization: “Clinicians should be aware that there may be differences in effectiveness between different types of devices, and that choosing the right device for each individual may be important for achieving optimal outcomes.”
 

Real-time CGM + insulin pump = highest time in range

The researchers explained that two modalities of CGM are broadly available: rtCGM, which continuously displays glucose concentration in the interstitial fluid (usually at intervals of 1-5 minutes) on a dedicated receiver or other portable device, such as a smartphone, and provides various adjustable alarms, and isCGM, which displays data on demand when the transmitter is scanned using either a dedicated reader or smartphone-based application.

rtCGMs include devices from Dexcom and Medtronic. The isCGM, or “flash,” generally refers to the Abbott FreeStyle Libre.

The study included individuals younger than 21 years from 34 centers in 21 countries in the SWEET registry, a worldwide network of diabetes care centers for youth, between Jan. 1, 2016, and Dec. 31, 2021.

The researchers didn’t report which particular devices were used in the trial, rather they just divided patients into four groups: 850 used isCGM with a pump, 1,231 used isCGM with multiple daily injections, 2,252 used rtCGM with a pump, and 886 used rtCGM with insulin injections.

After adjustments for sex, age, diabetes duration, and body mass index standard deviation score, rtCGM plus insulin pump was the most likely group to achieve the recommended greater than 70% time in target glycemic range (70-180 mg/dL), with 36.2% achieving it, followed by rtCGM plus injections, at 20.9%, and isCGM plus injections, at 12.5%. Those using isCGM with an insulin pump were the least likely to achieve time in range, at just 11.3%.

Similar trends were seen for the recommended goal of less than 4% of time spent below range (< 70 mg/dL) and less than 25% of time spent above range (> 180 mg/dL). Those using rtCGM with a pump had the highest proportions achieving both of those goals, 73.1% and 32.5%, respectively.  

The use of rtCGM, with or without a pump, was associated with lower rates of severe hypoglycemia (2.5% and 2.0%, respectively) than isCGM with or without a pump (5.5% and 5.2%, respectively).

Similarly, the proportion experiencing at least one DKA episode varied from 1.4% for rtCGM plus insulin pump and 0.7% for rtCGM plus injections to 3.0% for isCGM plus pump and 1.5% isCGM plus injections.


 

Study looked at older technology but results still reflect benefit

Among the rtCGM plus insulin pump group were 264 participants (5% of the total study population) recorded in the database as using automated insulin delivery (AID) systems, also known as the artificial pancreas, although this is likely an undercount as the presence of communication between the two devices was not automatically recorded, Dr. Dovc explained.

Those individuals recorded as using AIDs had a higher unadjusted time in range compared with non-AID users (66.3% vs. 59.0%) and lower time above range (30.1% vs. 37.0%) but didn’t differ in time below range (2.9% vs. 3.0%).

Dr. Dovc told this news organization: “While automated systems are becoming more common, there are still many individuals who do not have access to glucose-responsive devices.” Reasons include lack of reimbursement, or decisions not to use them, he said.

But, he added, “Despite the low reported numbers of AID users, results achieved in the pump with real-time CGM [group] are admirable and approaching recommended consensus targets with a clinically meaningful difference towards all other treatment modalities. As our findings may not be directly applicable to all participants using automated systems, they may still provide useful insights into the factors that influence glycemic control.”

Similarly, the intermittently scanned CGMs used by most in the study, and particularly in the earlier period, didn’t have low- or high-glucose alarms as do later versions. And an even more recent version also doesn’t require scanning either, so is essentially also “real-time.”

Dr. Dovc noted, “in the first half of our observational period only first generation of intermittently-scanned CGM was generally available, and we can speculate that only a small proportion started to use second generation towards the end of our observational period. The exact number of second-generation users was not available in this analysis.”

He acknowledged that because the study was observational and not randomized, patient choice of device could have influenced the outcomes.

“For example, participants who choose to use a more expensive device may have more resources or support available to them, which could influence their ability to manage their diabetes effectively. Additionally, individuals who choose to use a particular device may be more motivated or engaged in their diabetes care, which could also impact their outcomes. It would be important for future studies to explore the impact of device selection on device effectiveness and to control for this potential confounding factor in the analysis.”

This study was supported by the international Better Control in Pediatric and Adolescent Diabetes: Working to Create Centers of Reference (SWEET) corporate members, including Abbott Laboratories, Boehringer Ingelheim, Dexcom, Insulet, Eli Lilly, Medtronic, Sanofi, and the Slovenian National Research Agency. Dr. Dovc disclosed ties with Abbott Laboratories, Medtronic, Novo Nordisk, Eli Lilly, and Pfizer. He served as a member of the European Commission Expert Panel for Medical Devices for Endocrinology and Diabetes.   

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

Do not purchase or use Delsam Pharma’s Artificial Eye Ointment, the Food and Drug Administration warns.

The announcement released Wednesday adds to a previous warning issued earlier this month for EzriCare Artificial Tears or Delsam Pharma’s Artificial Tears because of potential bacterial contamination. All three products are manufactured by the same company, Global Pharma Healthcare, based in Tamilnadu, India.

Wikimedia Commons/FitzColinGerald/Creative Commons License

The FDA has faulted the company for multiple violations, including “lack of appropriate microbial testing” and “lack of proper controls concerning tamper-evident packaging,” and has banned imports to the United States.

The updated warning from the FDA did not give additional information about the over-the-counter eye ointment beyond potential bacterial contamination. 

On Feb. 1, the CDC issued an alert about an outbreak of a drug-resistant strain of bacteria, Pseudomonas aeruginosa, linked to artificial tear products. To date, 58 patients across 13 states have been identified, and the most commonly reported artificial tear brand was EzriCare Artificial Tears. Five patients had permanent vision loss, and one patient died.

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

Do not purchase or use Delsam Pharma’s Artificial Eye Ointment, the Food and Drug Administration warns.

The announcement released Wednesday adds to a previous warning issued earlier this month for EzriCare Artificial Tears or Delsam Pharma’s Artificial Tears because of potential bacterial contamination. All three products are manufactured by the same company, Global Pharma Healthcare, based in Tamilnadu, India.

Wikimedia Commons/FitzColinGerald/Creative Commons License

The FDA has faulted the company for multiple violations, including “lack of appropriate microbial testing” and “lack of proper controls concerning tamper-evident packaging,” and has banned imports to the United States.

The updated warning from the FDA did not give additional information about the over-the-counter eye ointment beyond potential bacterial contamination. 

On Feb. 1, the CDC issued an alert about an outbreak of a drug-resistant strain of bacteria, Pseudomonas aeruginosa, linked to artificial tear products. To date, 58 patients across 13 states have been identified, and the most commonly reported artificial tear brand was EzriCare Artificial Tears. Five patients had permanent vision loss, and one patient died.

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

Do not purchase or use Delsam Pharma’s Artificial Eye Ointment, the Food and Drug Administration warns.

The announcement released Wednesday adds to a previous warning issued earlier this month for EzriCare Artificial Tears or Delsam Pharma’s Artificial Tears because of potential bacterial contamination. All three products are manufactured by the same company, Global Pharma Healthcare, based in Tamilnadu, India.

Wikimedia Commons/FitzColinGerald/Creative Commons License

The FDA has faulted the company for multiple violations, including “lack of appropriate microbial testing” and “lack of proper controls concerning tamper-evident packaging,” and has banned imports to the United States.

The updated warning from the FDA did not give additional information about the over-the-counter eye ointment beyond potential bacterial contamination. 

On Feb. 1, the CDC issued an alert about an outbreak of a drug-resistant strain of bacteria, Pseudomonas aeruginosa, linked to artificial tear products. To date, 58 patients across 13 states have been identified, and the most commonly reported artificial tear brand was EzriCare Artificial Tears. Five patients had permanent vision loss, and one patient died.

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

There are times when, as health care providers dealing with the stress of the profession, many doctors feel that tapping into a higher purpose – or even praying – might be a helpful way to cope.

Whether you’re spiritual, religious – or neither – the Medscape Physician Lifestyle & Happiness Report 2023 asked if you have a religious or spiritual belief. Turns out 69% of physicians shared that they have a spiritual or religious practice.
 

Tapping into the universe

Nick Shamie, MD, an orthopedic surgeon specializing in spine surgery at University of California, Los Angeles, says the constant challenges of making life-and-death decisions offer an opportunity to check in with a higher power.

“Sometimes when I’m going into a tough surgery or have a tough situation, I pause and think about how this isn’t about me and the situation I’m in,” says Dr. Shamie, whose family is Muslim. “It’s about the whole universe. I feel like someone, or some being, is looking over my shoulders, and if my intentions are good, I’ll be fine. The person I’m going to take care of will be fine. That’s how I use my faith.”

Having a belief in something greater than herself also fuels Jill Carnahan, MD, a family medicine physician and functional medicine expert in Boulder, Colo.

“This is key for me as a physician,” says Dr. Carnahan, author of “Unexpected: Finding Resilience Through Functional Medicine, Science, and Faith.” “I urge physicians to think about their source of strength. That’s not necessarily even religious. It could be meditation or being in nature.”

Dr. Carnahan likes to share with patients that there are lessons that can come from being ill – whether treating ill patients or struggling with one’s own illness.

“I like to teach this idea of illness as a teacher,” says Dr. Carnahan, who has Crohn’s disease and is a cancer survivor. “This is tough, but what you’re saying here is that there is meaning or purpose to this experience. It brings awareness to your life that may not have been there before.”

Often illness is our body’s way of getting our attention that our life, relationships, or work needs adjustment. Illness can be a reminder to make changes. “For example, a diagnosis of autoimmunity may be a reminder to take better care of ourselves, or a diagnosis of cancer may cause us to get out of an unhealthy relationship or change jobs to do something more fulfilling, as we have increased awareness of the brevity of life.”

When patients are affected by illness, pain, reduced functionality, and even imminent death, understanding the experience is difficult, and finding any purpose in it may seem impossible. Still, studies show that those who find meaning in the experience cope better with their illness.

Finding that meaning may be a strong driver of survival and may be positively related to hope, belief, and happiness.
 

Spirituality supports patients

Even if you’re not religious yourself, it can be helpful to support a patient who opts to pray before an arduous procedure, says Sharyar Baradaran, DDS, a periodontist specializing in gum surgery in Beverly Hills, Calif.

“I’ve had patients who go into meditation mode, or they say a prayer before I start surgery,” he says. “I take that opportunity to connect. In that instance, we hold hands. I want them to know that I understand what they’re going through and how they’re trying to find the courage to undergo surgery.”

When Dr. Shamie was a child, his father described religion as embodying the basic tenet of being good to others. “I’ve taken that to heart,” he says. “All religions, all faiths have that as a central premise.”

These doctors agree that when you take the time to stop and hold a patient’s hand, bow your head during their prayer, or acknowledge or speak for a few moments about their faith, especially during a health crisis, surgery, or challenging diagnosis, patients appreciate it and develop an even deeper connection with you.

Dr. Baradaran believes spirituality can play an important role in how health care providers care for patients. Though it may not be widely discussed or reported, and physicians may find little time and space to address patients’ spiritual needs, there is growing sensitivity regarding spirituality in health care. One study found that while physicians understand its importance, nurses are more apt to integrate spirituality into practice.

“No matter the religion, if you’re spiritual, it means you’re listening and being respectful,” says Dr. Baradaran, who is Jewish. “There are times that I’m not familiar with the prayers my patients are saying, but I always take them in, absorb them, and respect them. This allows me to have a deeper connection with them, which is wonderful.”

Dr. Shamie says that he turns to his faith in good times as well as tough ones.

“I see a lot of people who are dealing with very difficult situations, and it’s not their choice to be in this position,” he says. “At those moments, I think to myself how fortunate I am that I’m not experiencing what this individual or family is going through. I do thank God at that time. I appreciate the life I have, and when I witness hardships, it resets my appreciation.”

For Dr. Carnahan, faith is about becoming comfortable with the inevitable uncertainty of life. It’s also about finding ways to tap into the day’s stresses.

“As physicians, we’re workaholics, and one in four of us are burnt out,” she says. “One solution that really works is to step back from the day-to-day grind and find time to pray or meditate or be in nature.”

There are times when a tragedy occurs, and despite your most intense efforts, a patient may die. Those experiences can be crushing to a physician. However, to guide you through the loss of a patient or the daily juggles of managing your practice, Dr. Carnahan suggests finding time every morning to focus on the day ahead and how you connect with the universe.

“I take 15 minutes in the morning and think about how I will bring love to the world,” she says. “If you look for the miracles and the good and the unexpected, that gratitude shift allows your mind to be transformed by what’s happening. It’s often in those moments that you’ll realize again why you went into medicine in the first place.”
 

Doctors without faith

So, what does this mean if you’re among the 25% of physicians in the Medscape report who do not have a religious or spiritual leaning and aren’t apt to be spiritually minded when it comes to your patients? An article on KevinMD.com points out that atheist physicians are often in the closet about their atheism because they usually bow their heads or keep a respectful silence when a patient or their family offers a prayer request before surgery or a prayer of thanks after a procedure.

The retired atheist physician who wrote the piece reminds us that nonreligious doctors are good people with a high moral compass who may not believe in an afterlife. However, that means they try to make their patients’ quality of life the best they can.

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

There are times when, as health care providers dealing with the stress of the profession, many doctors feel that tapping into a higher purpose – or even praying – might be a helpful way to cope.

Whether you’re spiritual, religious – or neither – the Medscape Physician Lifestyle & Happiness Report 2023 asked if you have a religious or spiritual belief. Turns out 69% of physicians shared that they have a spiritual or religious practice.
 

Tapping into the universe

Nick Shamie, MD, an orthopedic surgeon specializing in spine surgery at University of California, Los Angeles, says the constant challenges of making life-and-death decisions offer an opportunity to check in with a higher power.

“Sometimes when I’m going into a tough surgery or have a tough situation, I pause and think about how this isn’t about me and the situation I’m in,” says Dr. Shamie, whose family is Muslim. “It’s about the whole universe. I feel like someone, or some being, is looking over my shoulders, and if my intentions are good, I’ll be fine. The person I’m going to take care of will be fine. That’s how I use my faith.”

Having a belief in something greater than herself also fuels Jill Carnahan, MD, a family medicine physician and functional medicine expert in Boulder, Colo.

“This is key for me as a physician,” says Dr. Carnahan, author of “Unexpected: Finding Resilience Through Functional Medicine, Science, and Faith.” “I urge physicians to think about their source of strength. That’s not necessarily even religious. It could be meditation or being in nature.”

Dr. Carnahan likes to share with patients that there are lessons that can come from being ill – whether treating ill patients or struggling with one’s own illness.

“I like to teach this idea of illness as a teacher,” says Dr. Carnahan, who has Crohn’s disease and is a cancer survivor. “This is tough, but what you’re saying here is that there is meaning or purpose to this experience. It brings awareness to your life that may not have been there before.”

Often illness is our body’s way of getting our attention that our life, relationships, or work needs adjustment. Illness can be a reminder to make changes. “For example, a diagnosis of autoimmunity may be a reminder to take better care of ourselves, or a diagnosis of cancer may cause us to get out of an unhealthy relationship or change jobs to do something more fulfilling, as we have increased awareness of the brevity of life.”

When patients are affected by illness, pain, reduced functionality, and even imminent death, understanding the experience is difficult, and finding any purpose in it may seem impossible. Still, studies show that those who find meaning in the experience cope better with their illness.

Finding that meaning may be a strong driver of survival and may be positively related to hope, belief, and happiness.
 

Spirituality supports patients

Even if you’re not religious yourself, it can be helpful to support a patient who opts to pray before an arduous procedure, says Sharyar Baradaran, DDS, a periodontist specializing in gum surgery in Beverly Hills, Calif.

“I’ve had patients who go into meditation mode, or they say a prayer before I start surgery,” he says. “I take that opportunity to connect. In that instance, we hold hands. I want them to know that I understand what they’re going through and how they’re trying to find the courage to undergo surgery.”

When Dr. Shamie was a child, his father described religion as embodying the basic tenet of being good to others. “I’ve taken that to heart,” he says. “All religions, all faiths have that as a central premise.”

These doctors agree that when you take the time to stop and hold a patient’s hand, bow your head during their prayer, or acknowledge or speak for a few moments about their faith, especially during a health crisis, surgery, or challenging diagnosis, patients appreciate it and develop an even deeper connection with you.

Dr. Baradaran believes spirituality can play an important role in how health care providers care for patients. Though it may not be widely discussed or reported, and physicians may find little time and space to address patients’ spiritual needs, there is growing sensitivity regarding spirituality in health care. One study found that while physicians understand its importance, nurses are more apt to integrate spirituality into practice.

“No matter the religion, if you’re spiritual, it means you’re listening and being respectful,” says Dr. Baradaran, who is Jewish. “There are times that I’m not familiar with the prayers my patients are saying, but I always take them in, absorb them, and respect them. This allows me to have a deeper connection with them, which is wonderful.”

Dr. Shamie says that he turns to his faith in good times as well as tough ones.

“I see a lot of people who are dealing with very difficult situations, and it’s not their choice to be in this position,” he says. “At those moments, I think to myself how fortunate I am that I’m not experiencing what this individual or family is going through. I do thank God at that time. I appreciate the life I have, and when I witness hardships, it resets my appreciation.”

For Dr. Carnahan, faith is about becoming comfortable with the inevitable uncertainty of life. It’s also about finding ways to tap into the day’s stresses.

“As physicians, we’re workaholics, and one in four of us are burnt out,” she says. “One solution that really works is to step back from the day-to-day grind and find time to pray or meditate or be in nature.”

There are times when a tragedy occurs, and despite your most intense efforts, a patient may die. Those experiences can be crushing to a physician. However, to guide you through the loss of a patient or the daily juggles of managing your practice, Dr. Carnahan suggests finding time every morning to focus on the day ahead and how you connect with the universe.

“I take 15 minutes in the morning and think about how I will bring love to the world,” she says. “If you look for the miracles and the good and the unexpected, that gratitude shift allows your mind to be transformed by what’s happening. It’s often in those moments that you’ll realize again why you went into medicine in the first place.”
 

Doctors without faith

So, what does this mean if you’re among the 25% of physicians in the Medscape report who do not have a religious or spiritual leaning and aren’t apt to be spiritually minded when it comes to your patients? An article on KevinMD.com points out that atheist physicians are often in the closet about their atheism because they usually bow their heads or keep a respectful silence when a patient or their family offers a prayer request before surgery or a prayer of thanks after a procedure.

The retired atheist physician who wrote the piece reminds us that nonreligious doctors are good people with a high moral compass who may not believe in an afterlife. However, that means they try to make their patients’ quality of life the best they can.

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

There are times when, as health care providers dealing with the stress of the profession, many doctors feel that tapping into a higher purpose – or even praying – might be a helpful way to cope.

Whether you’re spiritual, religious – or neither – the Medscape Physician Lifestyle & Happiness Report 2023 asked if you have a religious or spiritual belief. Turns out 69% of physicians shared that they have a spiritual or religious practice.
 

Tapping into the universe

Nick Shamie, MD, an orthopedic surgeon specializing in spine surgery at University of California, Los Angeles, says the constant challenges of making life-and-death decisions offer an opportunity to check in with a higher power.

“Sometimes when I’m going into a tough surgery or have a tough situation, I pause and think about how this isn’t about me and the situation I’m in,” says Dr. Shamie, whose family is Muslim. “It’s about the whole universe. I feel like someone, or some being, is looking over my shoulders, and if my intentions are good, I’ll be fine. The person I’m going to take care of will be fine. That’s how I use my faith.”

Having a belief in something greater than herself also fuels Jill Carnahan, MD, a family medicine physician and functional medicine expert in Boulder, Colo.

“This is key for me as a physician,” says Dr. Carnahan, author of “Unexpected: Finding Resilience Through Functional Medicine, Science, and Faith.” “I urge physicians to think about their source of strength. That’s not necessarily even religious. It could be meditation or being in nature.”

Dr. Carnahan likes to share with patients that there are lessons that can come from being ill – whether treating ill patients or struggling with one’s own illness.

“I like to teach this idea of illness as a teacher,” says Dr. Carnahan, who has Crohn’s disease and is a cancer survivor. “This is tough, but what you’re saying here is that there is meaning or purpose to this experience. It brings awareness to your life that may not have been there before.”

Often illness is our body’s way of getting our attention that our life, relationships, or work needs adjustment. Illness can be a reminder to make changes. “For example, a diagnosis of autoimmunity may be a reminder to take better care of ourselves, or a diagnosis of cancer may cause us to get out of an unhealthy relationship or change jobs to do something more fulfilling, as we have increased awareness of the brevity of life.”

When patients are affected by illness, pain, reduced functionality, and even imminent death, understanding the experience is difficult, and finding any purpose in it may seem impossible. Still, studies show that those who find meaning in the experience cope better with their illness.

Finding that meaning may be a strong driver of survival and may be positively related to hope, belief, and happiness.
 

Spirituality supports patients

Even if you’re not religious yourself, it can be helpful to support a patient who opts to pray before an arduous procedure, says Sharyar Baradaran, DDS, a periodontist specializing in gum surgery in Beverly Hills, Calif.

“I’ve had patients who go into meditation mode, or they say a prayer before I start surgery,” he says. “I take that opportunity to connect. In that instance, we hold hands. I want them to know that I understand what they’re going through and how they’re trying to find the courage to undergo surgery.”

When Dr. Shamie was a child, his father described religion as embodying the basic tenet of being good to others. “I’ve taken that to heart,” he says. “All religions, all faiths have that as a central premise.”

These doctors agree that when you take the time to stop and hold a patient’s hand, bow your head during their prayer, or acknowledge or speak for a few moments about their faith, especially during a health crisis, surgery, or challenging diagnosis, patients appreciate it and develop an even deeper connection with you.

Dr. Baradaran believes spirituality can play an important role in how health care providers care for patients. Though it may not be widely discussed or reported, and physicians may find little time and space to address patients’ spiritual needs, there is growing sensitivity regarding spirituality in health care. One study found that while physicians understand its importance, nurses are more apt to integrate spirituality into practice.

“No matter the religion, if you’re spiritual, it means you’re listening and being respectful,” says Dr. Baradaran, who is Jewish. “There are times that I’m not familiar with the prayers my patients are saying, but I always take them in, absorb them, and respect them. This allows me to have a deeper connection with them, which is wonderful.”

Dr. Shamie says that he turns to his faith in good times as well as tough ones.

“I see a lot of people who are dealing with very difficult situations, and it’s not their choice to be in this position,” he says. “At those moments, I think to myself how fortunate I am that I’m not experiencing what this individual or family is going through. I do thank God at that time. I appreciate the life I have, and when I witness hardships, it resets my appreciation.”

For Dr. Carnahan, faith is about becoming comfortable with the inevitable uncertainty of life. It’s also about finding ways to tap into the day’s stresses.

“As physicians, we’re workaholics, and one in four of us are burnt out,” she says. “One solution that really works is to step back from the day-to-day grind and find time to pray or meditate or be in nature.”

There are times when a tragedy occurs, and despite your most intense efforts, a patient may die. Those experiences can be crushing to a physician. However, to guide you through the loss of a patient or the daily juggles of managing your practice, Dr. Carnahan suggests finding time every morning to focus on the day ahead and how you connect with the universe.

“I take 15 minutes in the morning and think about how I will bring love to the world,” she says. “If you look for the miracles and the good and the unexpected, that gratitude shift allows your mind to be transformed by what’s happening. It’s often in those moments that you’ll realize again why you went into medicine in the first place.”
 

Doctors without faith

So, what does this mean if you’re among the 25% of physicians in the Medscape report who do not have a religious or spiritual leaning and aren’t apt to be spiritually minded when it comes to your patients? An article on KevinMD.com points out that atheist physicians are often in the closet about their atheism because they usually bow their heads or keep a respectful silence when a patient or their family offers a prayer request before surgery or a prayer of thanks after a procedure.

The retired atheist physician who wrote the piece reminds us that nonreligious doctors are good people with a high moral compass who may not believe in an afterlife. However, that means they try to make their patients’ quality of life the best they can.

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

If a patient refuses care from a health care practitioner because of their race or sex, should their request be accommodated?

In a recent blog on Medscape titled “No, You Can’t See a Different Doctor: We Need Zero Tolerance of Patient Bias,” Cleveland Francis Jr., MD, argued no.

Dr. Francis, who is Black, is a recently retired cardiologist who practiced for 50 years. He is currently Diversity, Equity, and Inclusion Advisor at Inova Heart and Vascular Institute in Falls Church, Va.

When Francis was a medical student and was preparing to take a patient’s history and perform a medical exam, the patient refused and requested a “White doctor,” he recounted.

“I can remember the hurt and embarrassment as if it were yesterday,” he wrote.

The blog, especially the title, drew strong reactions. Close to 500 readers weighed in.

“The title of my blog sounds harsh,” Dr. Francis said, “but in reality, a simple conversation with the patient usually resolves these issues. The difference is that in the old days, there was utter silence, and the wishes of the patient would be granted”

Health care practitioners “should expect to be treated with respect,” he concluded his blog.

Readers agreed on that point, but they debated whether being uncomfortable with a health care practitioner of a different sex or race always constituted “patient bias.”

Some noted that difficulty understanding a practitioner’s accent, for example, is a legitimate reason for asking for another clinician.
 

Accents and understanding

“If I am struggling to understand you because your accent is too thick or ... because hearing aids can only do so much, I need to ask for someone else,” a reader commented.

Another chimed in: “My elderly parents changed PCPs frequently during the final years of their lives, mainly due to language barriers encountered with foreign-born providers. Due to progressive hearing loss, they simply couldn’t understand them.”

“It is important to remember that there is a Patient Bill of Rights,” she noted, “the first part of which states, ‘You have the right to safe, considerate, and respectful care, provided in a manner consistent with your beliefs.’ ”

A former charge nurse added: “If a request for change was substantive (poor communication, perceived incompetence, trauma history, etc.), I would move mountains to accommodate it, but IMHO [in my humble opinion], the belief in honoring patient preference doesn’t necessarily need to include rearranging the world in order to accommodate racism, sexism, etc.”

Bias against female doctors, male nurses

Many commenters described how they gladly traded when a patient requested a practitioner of the opposite sex.

A female hospitalist related how she contacted the senior male doctor working with her to arrange a patient trade, adding, “I do agree that racial discrimination ought to be discouraged.”

Similarly, a male ICU RN commented: “Over 13 years, I have had a handful of female (usually older) patients request a female nurse. I have always strived to make this happen.”

However, an older woman related how at first she “had some bias against a male nurse touching me and also felt self-conscious,” she said. “So, I tried to relax ... and let him do his job. He was one of the most compassionate, kind, and sensitive nurses I’ve ever had.”

“I think in some cases,” she noted, “some women have had a history of some sort of abuse by a male, whether it’s sexual or psychological,” but in other cases, “it’s often just a personal preference, not a bias.”

A physician assistant (PA) who worked in a rural ED recounted how “there was only one physician and one PA on at any given evening/night shift, both usually White males.”

“Sometimes, you just have to cope as best you can with whomever is available, and in doing so,” he said, “they might just end up being pleasantly surprised.”
 

Don’t take it personally, move on

“If a patient doesn’t want to see me for whatever reason, then I would rather not treat them,” was a common sentiment.

Patients “should feel comfortable with their provider even if it’s with someone other than myself,” a reader wrote.

A female physician chimed in: “I frequently have older male patients refuse to see me. ... While this is irritating on several levels, I recognize that it is the patient’s choice, sigh, and move on to the next patient.”

“There are many more patients who specifically ask to see me, so I don’t waste my time and energy on being bothered by those who refuse.”

Similarly, a female mental health provider and sometimes patient wrote: “If any patient tells me that they prefer a male ... or someone of a particular race or religion or whatever, I don’t take it personally.”

A female Hispanic doctor chimed in: “Honestly, if a patient does not want to see me due to my race, I’m OK with that. Patients need to feel comfortable with me for the relationship to be therapeutic and effective,” she said.

“Forcing the patient to see me is adding injury to insult to ME! Not to mention increase[d] workload since that patient will take [so] much more time.”

Similarly, an Asian American doctor commented: “There are people who choose not to see me because of my ethnicity. However, I strongly believe that it should always be the patient’s preference. Whatever the reason, do not force the patient to see you in the name of Diversity, Equity, Inclusion, or whatever hurts your feeling. Let the patient go.”
 

Patient bias vs. patient preference

A physician referring to Dr. Francis’s experience suggested that “perhaps there was an opportunity to explore this misconception directly with the patient. If not, your supervising senior resident or attending should have been informed and brought into the process and conversation.”

“If/when I were rejected by a patient for whatever reason,” another physician commented, “I would gracefully accede, and hope that my colleague would tactfully point out to the patient their error.”

“Having a nurse ask the patient ... what they need style-wise (keeping race, gender, etc., out of it) might help identify whether or not the underlying issue(s) are based on style/needs mismatch match rather than bias,” a reader suggested.

A health care worker commented: “We generally assure patients that we are professionals and think nothing of situations that they might find uncomfortable, but don’t realize that our comfort does not translate to theirs.”
 

Maybe a different strategy is needed

“Having been the target of bias many times,” a reader said, “I understand the pain that is inflicted. Unfortunately, a patient bias policy, while a good idea, will not prevent patient bias. This is a much larger societal problem. But we can at least tell patients that it is not okay. On the other hand, I would not want to be the provider for a patient who was biased against me and held me in disdain.”

“I do not like Zero Tolerance policies ever. They are too absolute,” another reader commented. “Sometimes, there are reasons and we do have to listen to our patients for why. ... I do not think a policy of zero tolerance will fix the problem of racism.”

“Instead of trying to educate the general public about how not to be jerks,” another reader suggested, “perhaps it would be easier to provide elective classes for doctors and employees who believe themselves to be at-risk for discrimination, providing them with a ‘toolkit’ of strategies for responding to discrimination in the moment, processing it emotionally later on, and reporting the most egregious events through designated channels.”

Another commenter agreed and wrote that, “While we as doctors need and deserve protection, we are also called to act with compassion. So, rather than ask the system for ‘zero-tolerance’ in either direction, we could encourage our health systems to provide education, support, and mediation to any party who feels or fears that they are not being well served. Such a model would include support for physicians who have been the victims of bias and hurt.”

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

If a patient refuses care from a health care practitioner because of their race or sex, should their request be accommodated?

In a recent blog on Medscape titled “No, You Can’t See a Different Doctor: We Need Zero Tolerance of Patient Bias,” Cleveland Francis Jr., MD, argued no.

Dr. Francis, who is Black, is a recently retired cardiologist who practiced for 50 years. He is currently Diversity, Equity, and Inclusion Advisor at Inova Heart and Vascular Institute in Falls Church, Va.

When Francis was a medical student and was preparing to take a patient’s history and perform a medical exam, the patient refused and requested a “White doctor,” he recounted.

“I can remember the hurt and embarrassment as if it were yesterday,” he wrote.

The blog, especially the title, drew strong reactions. Close to 500 readers weighed in.

“The title of my blog sounds harsh,” Dr. Francis said, “but in reality, a simple conversation with the patient usually resolves these issues. The difference is that in the old days, there was utter silence, and the wishes of the patient would be granted”

Health care practitioners “should expect to be treated with respect,” he concluded his blog.

Readers agreed on that point, but they debated whether being uncomfortable with a health care practitioner of a different sex or race always constituted “patient bias.”

Some noted that difficulty understanding a practitioner’s accent, for example, is a legitimate reason for asking for another clinician.
 

Accents and understanding

“If I am struggling to understand you because your accent is too thick or ... because hearing aids can only do so much, I need to ask for someone else,” a reader commented.

Another chimed in: “My elderly parents changed PCPs frequently during the final years of their lives, mainly due to language barriers encountered with foreign-born providers. Due to progressive hearing loss, they simply couldn’t understand them.”

“It is important to remember that there is a Patient Bill of Rights,” she noted, “the first part of which states, ‘You have the right to safe, considerate, and respectful care, provided in a manner consistent with your beliefs.’ ”

A former charge nurse added: “If a request for change was substantive (poor communication, perceived incompetence, trauma history, etc.), I would move mountains to accommodate it, but IMHO [in my humble opinion], the belief in honoring patient preference doesn’t necessarily need to include rearranging the world in order to accommodate racism, sexism, etc.”

Bias against female doctors, male nurses

Many commenters described how they gladly traded when a patient requested a practitioner of the opposite sex.

A female hospitalist related how she contacted the senior male doctor working with her to arrange a patient trade, adding, “I do agree that racial discrimination ought to be discouraged.”

Similarly, a male ICU RN commented: “Over 13 years, I have had a handful of female (usually older) patients request a female nurse. I have always strived to make this happen.”

However, an older woman related how at first she “had some bias against a male nurse touching me and also felt self-conscious,” she said. “So, I tried to relax ... and let him do his job. He was one of the most compassionate, kind, and sensitive nurses I’ve ever had.”

“I think in some cases,” she noted, “some women have had a history of some sort of abuse by a male, whether it’s sexual or psychological,” but in other cases, “it’s often just a personal preference, not a bias.”

A physician assistant (PA) who worked in a rural ED recounted how “there was only one physician and one PA on at any given evening/night shift, both usually White males.”

“Sometimes, you just have to cope as best you can with whomever is available, and in doing so,” he said, “they might just end up being pleasantly surprised.”
 

Don’t take it personally, move on

“If a patient doesn’t want to see me for whatever reason, then I would rather not treat them,” was a common sentiment.

Patients “should feel comfortable with their provider even if it’s with someone other than myself,” a reader wrote.

A female physician chimed in: “I frequently have older male patients refuse to see me. ... While this is irritating on several levels, I recognize that it is the patient’s choice, sigh, and move on to the next patient.”

“There are many more patients who specifically ask to see me, so I don’t waste my time and energy on being bothered by those who refuse.”

Similarly, a female mental health provider and sometimes patient wrote: “If any patient tells me that they prefer a male ... or someone of a particular race or religion or whatever, I don’t take it personally.”

A female Hispanic doctor chimed in: “Honestly, if a patient does not want to see me due to my race, I’m OK with that. Patients need to feel comfortable with me for the relationship to be therapeutic and effective,” she said.

“Forcing the patient to see me is adding injury to insult to ME! Not to mention increase[d] workload since that patient will take [so] much more time.”

Similarly, an Asian American doctor commented: “There are people who choose not to see me because of my ethnicity. However, I strongly believe that it should always be the patient’s preference. Whatever the reason, do not force the patient to see you in the name of Diversity, Equity, Inclusion, or whatever hurts your feeling. Let the patient go.”
 

Patient bias vs. patient preference

A physician referring to Dr. Francis’s experience suggested that “perhaps there was an opportunity to explore this misconception directly with the patient. If not, your supervising senior resident or attending should have been informed and brought into the process and conversation.”

“If/when I were rejected by a patient for whatever reason,” another physician commented, “I would gracefully accede, and hope that my colleague would tactfully point out to the patient their error.”

“Having a nurse ask the patient ... what they need style-wise (keeping race, gender, etc., out of it) might help identify whether or not the underlying issue(s) are based on style/needs mismatch match rather than bias,” a reader suggested.

A health care worker commented: “We generally assure patients that we are professionals and think nothing of situations that they might find uncomfortable, but don’t realize that our comfort does not translate to theirs.”
 

Maybe a different strategy is needed

“Having been the target of bias many times,” a reader said, “I understand the pain that is inflicted. Unfortunately, a patient bias policy, while a good idea, will not prevent patient bias. This is a much larger societal problem. But we can at least tell patients that it is not okay. On the other hand, I would not want to be the provider for a patient who was biased against me and held me in disdain.”

“I do not like Zero Tolerance policies ever. They are too absolute,” another reader commented. “Sometimes, there are reasons and we do have to listen to our patients for why. ... I do not think a policy of zero tolerance will fix the problem of racism.”

“Instead of trying to educate the general public about how not to be jerks,” another reader suggested, “perhaps it would be easier to provide elective classes for doctors and employees who believe themselves to be at-risk for discrimination, providing them with a ‘toolkit’ of strategies for responding to discrimination in the moment, processing it emotionally later on, and reporting the most egregious events through designated channels.”

Another commenter agreed and wrote that, “While we as doctors need and deserve protection, we are also called to act with compassion. So, rather than ask the system for ‘zero-tolerance’ in either direction, we could encourage our health systems to provide education, support, and mediation to any party who feels or fears that they are not being well served. Such a model would include support for physicians who have been the victims of bias and hurt.”

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

If a patient refuses care from a health care practitioner because of their race or sex, should their request be accommodated?

In a recent blog on Medscape titled “No, You Can’t See a Different Doctor: We Need Zero Tolerance of Patient Bias,” Cleveland Francis Jr., MD, argued no.

Dr. Francis, who is Black, is a recently retired cardiologist who practiced for 50 years. He is currently Diversity, Equity, and Inclusion Advisor at Inova Heart and Vascular Institute in Falls Church, Va.

When Francis was a medical student and was preparing to take a patient’s history and perform a medical exam, the patient refused and requested a “White doctor,” he recounted.

“I can remember the hurt and embarrassment as if it were yesterday,” he wrote.

The blog, especially the title, drew strong reactions. Close to 500 readers weighed in.

“The title of my blog sounds harsh,” Dr. Francis said, “but in reality, a simple conversation with the patient usually resolves these issues. The difference is that in the old days, there was utter silence, and the wishes of the patient would be granted”

Health care practitioners “should expect to be treated with respect,” he concluded his blog.

Readers agreed on that point, but they debated whether being uncomfortable with a health care practitioner of a different sex or race always constituted “patient bias.”

Some noted that difficulty understanding a practitioner’s accent, for example, is a legitimate reason for asking for another clinician.
 

Accents and understanding

“If I am struggling to understand you because your accent is too thick or ... because hearing aids can only do so much, I need to ask for someone else,” a reader commented.

Another chimed in: “My elderly parents changed PCPs frequently during the final years of their lives, mainly due to language barriers encountered with foreign-born providers. Due to progressive hearing loss, they simply couldn’t understand them.”

“It is important to remember that there is a Patient Bill of Rights,” she noted, “the first part of which states, ‘You have the right to safe, considerate, and respectful care, provided in a manner consistent with your beliefs.’ ”

A former charge nurse added: “If a request for change was substantive (poor communication, perceived incompetence, trauma history, etc.), I would move mountains to accommodate it, but IMHO [in my humble opinion], the belief in honoring patient preference doesn’t necessarily need to include rearranging the world in order to accommodate racism, sexism, etc.”

Bias against female doctors, male nurses

Many commenters described how they gladly traded when a patient requested a practitioner of the opposite sex.

A female hospitalist related how she contacted the senior male doctor working with her to arrange a patient trade, adding, “I do agree that racial discrimination ought to be discouraged.”

Similarly, a male ICU RN commented: “Over 13 years, I have had a handful of female (usually older) patients request a female nurse. I have always strived to make this happen.”

However, an older woman related how at first she “had some bias against a male nurse touching me and also felt self-conscious,” she said. “So, I tried to relax ... and let him do his job. He was one of the most compassionate, kind, and sensitive nurses I’ve ever had.”

“I think in some cases,” she noted, “some women have had a history of some sort of abuse by a male, whether it’s sexual or psychological,” but in other cases, “it’s often just a personal preference, not a bias.”

A physician assistant (PA) who worked in a rural ED recounted how “there was only one physician and one PA on at any given evening/night shift, both usually White males.”

“Sometimes, you just have to cope as best you can with whomever is available, and in doing so,” he said, “they might just end up being pleasantly surprised.”
 

Don’t take it personally, move on

“If a patient doesn’t want to see me for whatever reason, then I would rather not treat them,” was a common sentiment.

Patients “should feel comfortable with their provider even if it’s with someone other than myself,” a reader wrote.

A female physician chimed in: “I frequently have older male patients refuse to see me. ... While this is irritating on several levels, I recognize that it is the patient’s choice, sigh, and move on to the next patient.”

“There are many more patients who specifically ask to see me, so I don’t waste my time and energy on being bothered by those who refuse.”

Similarly, a female mental health provider and sometimes patient wrote: “If any patient tells me that they prefer a male ... or someone of a particular race or religion or whatever, I don’t take it personally.”

A female Hispanic doctor chimed in: “Honestly, if a patient does not want to see me due to my race, I’m OK with that. Patients need to feel comfortable with me for the relationship to be therapeutic and effective,” she said.

“Forcing the patient to see me is adding injury to insult to ME! Not to mention increase[d] workload since that patient will take [so] much more time.”

Similarly, an Asian American doctor commented: “There are people who choose not to see me because of my ethnicity. However, I strongly believe that it should always be the patient’s preference. Whatever the reason, do not force the patient to see you in the name of Diversity, Equity, Inclusion, or whatever hurts your feeling. Let the patient go.”
 

Patient bias vs. patient preference

A physician referring to Dr. Francis’s experience suggested that “perhaps there was an opportunity to explore this misconception directly with the patient. If not, your supervising senior resident or attending should have been informed and brought into the process and conversation.”

“If/when I were rejected by a patient for whatever reason,” another physician commented, “I would gracefully accede, and hope that my colleague would tactfully point out to the patient their error.”

“Having a nurse ask the patient ... what they need style-wise (keeping race, gender, etc., out of it) might help identify whether or not the underlying issue(s) are based on style/needs mismatch match rather than bias,” a reader suggested.

A health care worker commented: “We generally assure patients that we are professionals and think nothing of situations that they might find uncomfortable, but don’t realize that our comfort does not translate to theirs.”
 

Maybe a different strategy is needed

“Having been the target of bias many times,” a reader said, “I understand the pain that is inflicted. Unfortunately, a patient bias policy, while a good idea, will not prevent patient bias. This is a much larger societal problem. But we can at least tell patients that it is not okay. On the other hand, I would not want to be the provider for a patient who was biased against me and held me in disdain.”

“I do not like Zero Tolerance policies ever. They are too absolute,” another reader commented. “Sometimes, there are reasons and we do have to listen to our patients for why. ... I do not think a policy of zero tolerance will fix the problem of racism.”

“Instead of trying to educate the general public about how not to be jerks,” another reader suggested, “perhaps it would be easier to provide elective classes for doctors and employees who believe themselves to be at-risk for discrimination, providing them with a ‘toolkit’ of strategies for responding to discrimination in the moment, processing it emotionally later on, and reporting the most egregious events through designated channels.”

Another commenter agreed and wrote that, “While we as doctors need and deserve protection, we are also called to act with compassion. So, rather than ask the system for ‘zero-tolerance’ in either direction, we could encourage our health systems to provide education, support, and mediation to any party who feels or fears that they are not being well served. Such a model would include support for physicians who have been the victims of bias and hurt.”

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

One-eyed, one-horned, flying purple veggie eater

Big Fruits and Vegetables is at it again. You notice how they’re always like “Oh, vegetables are good for your health,” and “Eating fruits every day makes you live longer,” but come on. It’s a marketing ploy, leading us astray from our personal savior, McDonald’s.

PxHere

Just look at this latest bit of research: According to researchers from Finland, eating purple vegetables can protect against diabetes. Considering nearly 40 million Americans have diabetes (and nearly 100 million have prediabetes), anything to reduce the incidence of diabetes (people with diabetes account for one-fourth of every dollar spent in U.S. health care) would be beneficial. So, let’s humor the fruits and veggies people this time and hear them out.

It all comes down to a chemical called anthocyanin, which is a pigment that gives fruits and vegetables such as blueberries, radishes, and red cabbages their purplish color. Anthocyanin also has probiotic and anti-inflammatory effects, meaning it can help improve intestinal lining health and regulate glucose and lipid metabolic pathways. Obviously, good things if you want to avoid diabetes.

The investigators also found that, while standard anthocyanin was beneficial, acylated anthocyanin (which has an acyl group added to the sugar molecules of anthocyanin) is really what you want to go for. The acylated version, found in abundance in purple potatoes, purple carrots, radishes, and red cabbages, is tougher to digest, but the positive effects it has in the body are enhanced over the standard version.

Now, this all a compelling bit of research, but at the end of the day, you’re still eating fruits and vegetables, and we are red-blooded Americans here. We don’t do healthy foods. Although, if you were to dye our burgers with anthocyanin and make them purple, you’d have our attention. Purple is our favorite color.
 

Manuka honey better as building material than antibiotic

Milk, according to the old saying, builds strong bones, but when it comes to patients with bone loss caused by various medical reasons, researchers found that manuka honey, produced only in New Zealand and some parts of Australia, may also do the job. They soaked collagen scaffolds used for bone implants in various concentrations of the honey and found that 5% led to higher mineral formation and osteoprotegerin production, which suggests increased bone production.

Marley Dewey

But, and this is a pretty big one, the other half of the study – testing manuka honey’s ability to ward off bacteria – wasn’t so successful. Bone implants, apparently, count for almost half of all hospital-acquired infections, which obviously can put a damper on the healing process. The hope was that a biomaterial would be more effective than something like metal in lessening bacteria formation. Nope.

When the researchers soaked paper disks in honey and added them to cultures of Pseudomonas aeruginosa and Staphylococcus aureus, none of the various concentrations stopped bacterial growth in the scaffolding, even when they added antibiotics.

The sticky conclusion, you could say, is more bitter than sweet.
 

It may sound like Korn, but can it play ‘Freak on a Leash’?

Like all right-thinking Americans, we love corn, corn-based products, and almost corn. Corn on the cob grilled in the husk? Mmm. Plus, we’re big fans of the band Korn. Also, we once had a reporter here named Tim Kirn. And don’t even get us started with Karn. Best Family Feud host ever.

Quorn

But what about Quorn? Oh sure, the fungi-based meat alternative is full of yummy mycoprotein, but can it prevent colorectal cancer? Can we add Quorn to our favorites list? Let’s see what Science has to say.

Researchers at Northumbria University in Newcastle upon Tyne, England, fed a group of 20 men some meat (240 g/day) for 2 weeks – hopefully, they were allowed to eat some other food as well – and then gave them the same amount of Quorn, excuse us, fungi-derived mycoprotein equivalents, for 2 more weeks, with a 4-week washout period in between.

Levels of cancer-causing chemicals known as genotoxins fell significantly in the mycoprotein phase but rose during the meat phase. The mycoprotein diet also improved gut health “by increasing the abundance of protective bacteria such as Lactobacilli, Roseburia, and Akkermansia, which are associated with offering protection against chemically induced tumours, inflammation and bowel cancer,” they said in a statement from the university.

The meat phase, on the other hand, resulted in an increase in “gut bacteria linked with issues such as cancer, cardiovascular diseases, weight gain and other negative health outcomes,” they noted.

Science, then, seems to approve of Quorn, and that’s good enough for us. We’re adding Quorn to our diet, starting with a fungi-derived mycoproteinburger tonight while we’re watching the Cornell Big Red take the court against their archrivals, the Big Green of Dartmouth College. GO RED!

One-eyed, one-horned, flying purple veggie eater

Big Fruits and Vegetables is at it again. You notice how they’re always like “Oh, vegetables are good for your health,” and “Eating fruits every day makes you live longer,” but come on. It’s a marketing ploy, leading us astray from our personal savior, McDonald’s.

PxHere

Just look at this latest bit of research: According to researchers from Finland, eating purple vegetables can protect against diabetes. Considering nearly 40 million Americans have diabetes (and nearly 100 million have prediabetes), anything to reduce the incidence of diabetes (people with diabetes account for one-fourth of every dollar spent in U.S. health care) would be beneficial. So, let’s humor the fruits and veggies people this time and hear them out.

It all comes down to a chemical called anthocyanin, which is a pigment that gives fruits and vegetables such as blueberries, radishes, and red cabbages their purplish color. Anthocyanin also has probiotic and anti-inflammatory effects, meaning it can help improve intestinal lining health and regulate glucose and lipid metabolic pathways. Obviously, good things if you want to avoid diabetes.

The investigators also found that, while standard anthocyanin was beneficial, acylated anthocyanin (which has an acyl group added to the sugar molecules of anthocyanin) is really what you want to go for. The acylated version, found in abundance in purple potatoes, purple carrots, radishes, and red cabbages, is tougher to digest, but the positive effects it has in the body are enhanced over the standard version.

Now, this all a compelling bit of research, but at the end of the day, you’re still eating fruits and vegetables, and we are red-blooded Americans here. We don’t do healthy foods. Although, if you were to dye our burgers with anthocyanin and make them purple, you’d have our attention. Purple is our favorite color.
 

Manuka honey better as building material than antibiotic

Milk, according to the old saying, builds strong bones, but when it comes to patients with bone loss caused by various medical reasons, researchers found that manuka honey, produced only in New Zealand and some parts of Australia, may also do the job. They soaked collagen scaffolds used for bone implants in various concentrations of the honey and found that 5% led to higher mineral formation and osteoprotegerin production, which suggests increased bone production.

Marley Dewey

But, and this is a pretty big one, the other half of the study – testing manuka honey’s ability to ward off bacteria – wasn’t so successful. Bone implants, apparently, count for almost half of all hospital-acquired infections, which obviously can put a damper on the healing process. The hope was that a biomaterial would be more effective than something like metal in lessening bacteria formation. Nope.

When the researchers soaked paper disks in honey and added them to cultures of Pseudomonas aeruginosa and Staphylococcus aureus, none of the various concentrations stopped bacterial growth in the scaffolding, even when they added antibiotics.

The sticky conclusion, you could say, is more bitter than sweet.
 

It may sound like Korn, but can it play ‘Freak on a Leash’?

Like all right-thinking Americans, we love corn, corn-based products, and almost corn. Corn on the cob grilled in the husk? Mmm. Plus, we’re big fans of the band Korn. Also, we once had a reporter here named Tim Kirn. And don’t even get us started with Karn. Best Family Feud host ever.

Quorn

But what about Quorn? Oh sure, the fungi-based meat alternative is full of yummy mycoprotein, but can it prevent colorectal cancer? Can we add Quorn to our favorites list? Let’s see what Science has to say.

Researchers at Northumbria University in Newcastle upon Tyne, England, fed a group of 20 men some meat (240 g/day) for 2 weeks – hopefully, they were allowed to eat some other food as well – and then gave them the same amount of Quorn, excuse us, fungi-derived mycoprotein equivalents, for 2 more weeks, with a 4-week washout period in between.

Levels of cancer-causing chemicals known as genotoxins fell significantly in the mycoprotein phase but rose during the meat phase. The mycoprotein diet also improved gut health “by increasing the abundance of protective bacteria such as Lactobacilli, Roseburia, and Akkermansia, which are associated with offering protection against chemically induced tumours, inflammation and bowel cancer,” they said in a statement from the university.

The meat phase, on the other hand, resulted in an increase in “gut bacteria linked with issues such as cancer, cardiovascular diseases, weight gain and other negative health outcomes,” they noted.

Science, then, seems to approve of Quorn, and that’s good enough for us. We’re adding Quorn to our diet, starting with a fungi-derived mycoproteinburger tonight while we’re watching the Cornell Big Red take the court against their archrivals, the Big Green of Dartmouth College. GO RED!

One-eyed, one-horned, flying purple veggie eater

Big Fruits and Vegetables is at it again. You notice how they’re always like “Oh, vegetables are good for your health,” and “Eating fruits every day makes you live longer,” but come on. It’s a marketing ploy, leading us astray from our personal savior, McDonald’s.

PxHere

Just look at this latest bit of research: According to researchers from Finland, eating purple vegetables can protect against diabetes. Considering nearly 40 million Americans have diabetes (and nearly 100 million have prediabetes), anything to reduce the incidence of diabetes (people with diabetes account for one-fourth of every dollar spent in U.S. health care) would be beneficial. So, let’s humor the fruits and veggies people this time and hear them out.

It all comes down to a chemical called anthocyanin, which is a pigment that gives fruits and vegetables such as blueberries, radishes, and red cabbages their purplish color. Anthocyanin also has probiotic and anti-inflammatory effects, meaning it can help improve intestinal lining health and regulate glucose and lipid metabolic pathways. Obviously, good things if you want to avoid diabetes.

The investigators also found that, while standard anthocyanin was beneficial, acylated anthocyanin (which has an acyl group added to the sugar molecules of anthocyanin) is really what you want to go for. The acylated version, found in abundance in purple potatoes, purple carrots, radishes, and red cabbages, is tougher to digest, but the positive effects it has in the body are enhanced over the standard version.

Now, this all a compelling bit of research, but at the end of the day, you’re still eating fruits and vegetables, and we are red-blooded Americans here. We don’t do healthy foods. Although, if you were to dye our burgers with anthocyanin and make them purple, you’d have our attention. Purple is our favorite color.
 

Manuka honey better as building material than antibiotic

Milk, according to the old saying, builds strong bones, but when it comes to patients with bone loss caused by various medical reasons, researchers found that manuka honey, produced only in New Zealand and some parts of Australia, may also do the job. They soaked collagen scaffolds used for bone implants in various concentrations of the honey and found that 5% led to higher mineral formation and osteoprotegerin production, which suggests increased bone production.

Marley Dewey

But, and this is a pretty big one, the other half of the study – testing manuka honey’s ability to ward off bacteria – wasn’t so successful. Bone implants, apparently, count for almost half of all hospital-acquired infections, which obviously can put a damper on the healing process. The hope was that a biomaterial would be more effective than something like metal in lessening bacteria formation. Nope.

When the researchers soaked paper disks in honey and added them to cultures of Pseudomonas aeruginosa and Staphylococcus aureus, none of the various concentrations stopped bacterial growth in the scaffolding, even when they added antibiotics.

The sticky conclusion, you could say, is more bitter than sweet.
 

It may sound like Korn, but can it play ‘Freak on a Leash’?

Like all right-thinking Americans, we love corn, corn-based products, and almost corn. Corn on the cob grilled in the husk? Mmm. Plus, we’re big fans of the band Korn. Also, we once had a reporter here named Tim Kirn. And don’t even get us started with Karn. Best Family Feud host ever.

Quorn

But what about Quorn? Oh sure, the fungi-based meat alternative is full of yummy mycoprotein, but can it prevent colorectal cancer? Can we add Quorn to our favorites list? Let’s see what Science has to say.

Researchers at Northumbria University in Newcastle upon Tyne, England, fed a group of 20 men some meat (240 g/day) for 2 weeks – hopefully, they were allowed to eat some other food as well – and then gave them the same amount of Quorn, excuse us, fungi-derived mycoprotein equivalents, for 2 more weeks, with a 4-week washout period in between.

Levels of cancer-causing chemicals known as genotoxins fell significantly in the mycoprotein phase but rose during the meat phase. The mycoprotein diet also improved gut health “by increasing the abundance of protective bacteria such as Lactobacilli, Roseburia, and Akkermansia, which are associated with offering protection against chemically induced tumours, inflammation and bowel cancer,” they said in a statement from the university.

The meat phase, on the other hand, resulted in an increase in “gut bacteria linked with issues such as cancer, cardiovascular diseases, weight gain and other negative health outcomes,” they noted.

Science, then, seems to approve of Quorn, and that’s good enough for us. We’re adding Quorn to our diet, starting with a fungi-derived mycoproteinburger tonight while we’re watching the Cornell Big Red take the court against their archrivals, the Big Green of Dartmouth College. GO RED!

Physician groups saw staff-to-physician ratios decline even as their workforce expenses rose between 2019 and 2021, according to recent reports from the American Medical Group Association (AMGA) and the Medical Group Management Association (MGMA).

As patients started to return to doctors’ offices as the pandemic eased in 2021, physician groups found it increasingly difficult to recruit and retain lower-level clinicians, including medical assistants and LPNs, officials from both associations told this news organization. Many clinics had to raise their pay scales to be competitive with employers in other fields, and some had to hire higher-priced RNs to keep their practices running.

The AMGA report was based largely on data from groups of over 500 physicians, mostly affiliated with health systems. According to a news release accompanying the report, the ratio between full-time equivalent (FTE) clinic staff and health care professionals in direct patient care dropped by 11.3% between 2019 and 2021. The ratio of medical assistants (MAs) to clinicians declined by a greater percentage.

In the MGMA report, which represented about 4,000 practices ranging from very small (two doctors) to very large groups, total support staff per FTE primary-care physician dropped by 18% from 2019 to 2021 in independent groups and by 13% in hospital-affiliated groups. The ratios decreased by smaller amounts in surgical practices.

In contrast, nonsurgical specialty groups under both types of ownership saw their staffing ratios rise slightly.

Although it’s unclear why medical specialties increased their staff while other types of specialties lost employees, Ron Holder, MHA, chief operating officer of MGMA, said that some specialists may have opened more ancillary facilities and hired new employees to recoup revenue lost during the pandemic.
 

Expenses rise sharply

The AMGA report found that staffing expenses for the surveyed groups increased by 15% between 2019 and 2021.

“We saw a decrease in staff and an increase in expenses during that time period, and there are a few reasons for that,” Rose Wagner, RN, chief operating officer of AMGA, said. “Groups increased salaries to maintain staff. We also saw lower-paid staff find other jobs outside of health care. For example, medical assistants and receptionists could find jobs outside of health care that paid more. [Open positions] got back-filled with other higher paid staff, such as RNs, doing lower skilled jobs.”

Mr. Holder added that rising wages in other sectors made leaving physician groups more attractive for employees.

“Three years ago, there weren’t many positions in a medical practice where you were competing with Chick-fil-A or Taco Bell,” he said. In Denver, where Mr. Holder is based, “every restaurant in town is now advertising $17-$19 [hourly] starting pay just to do fast food. That causes practices to either lose employees or pay more for the employees they have. So that raises per-employee expense significantly,” he said.

Mr. Holder noted that inflation also has driven up wages as employees demand higher pay to keep up with the cost of living.
 

Unusual exodus of employees

Fred Horton, MHA, president of AMGA Consulting, said he has never seen so many people leaving health care for other occupations.

Some exits resulted from practices laying people off early in the pandemic, but most staff members who left practices were seeking higher pay, he said. In addition, Ms. Wagner noted, some staff members didn’t want to be exposed to COVID at work.

“There was an exodus from health care that was different from what we’d experienced in the past,” Mr. Horton added. “It’s still extremely challenging to get up to the staffing levels that are appropriate.”

Mr. Holder, however, said that the situation is slowly improving. “Health care is fairly recession-proof, because people need it. So when you see companies in other industries closing shop or reducing their head count, that actually helps health care recruiting in some jobs. And people are coming back to the workplace who previously were worried about COVID or didn’t want to get the vaccine.”
 

Paying more for nurses

In 2021, groups adopted a variety of tactics to adapt to the pandemic and respond to patient demand, the AMGA survey shows. Forty percent of system-affiliated groups and 18% of independent practices changed registered nurses’ responsibilities, in many cases having them do the work of medical assistants who were in short supply.

Some practices hired RNs, who have historically been utilized less by primary care than by surgical specialties, Mr. Holder noted. Other clinics paid temp agencies to supply nurses at a steep cost.

“When you’re short staffed, you end up paying more overtime, you end up paying temporary agencies at higher dollars, and you hire higher skilled people to do lower-skilled work,” Ms. Wagner said.

Meanwhile, many physician groups tried to cope with the physician shortage by bringing on more advanced practice clinicians (APCs), including nurse practitioners (NPs) and physician assistants (PAs). Seventy percent of the AMGA groups used this strategy, the report revealed.

“The use of APCs has been steadily increasing as groups try to adopt a lower-cost care model in the midst of a nationwide physician shortage,” Ms. Wagner said in the press release.
 

Changes in patient care

About half of the groups in the AMGA survey said they changed their staff structure to allow APCs to carry their own patient panels. Although most of these clinicians were probably under physician supervision, nearly half of the states now allow NPs to practice autonomously.

Mr. Horton cautioned that APCs can’t fully substitute for physicians and require the same support staff that doctors do if they have their own panels. In primary care groups, Mr. Holder noted, the average salary of an APC “is continuing to rise, and there isn’t a huge difference between what they and doctors make.”

Nevertheless, he added, “there are more NPs and PAs being added to the marketplace all the time, whereas [physician] residency programs aren’t really growing. There are caps on the number of residency positions, and some physicians are retiring. So the clock is ticking to the point where someday doctors will be grossly outnumbered by NPs.”

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

Physician groups saw staff-to-physician ratios decline even as their workforce expenses rose between 2019 and 2021, according to recent reports from the American Medical Group Association (AMGA) and the Medical Group Management Association (MGMA).

As patients started to return to doctors’ offices as the pandemic eased in 2021, physician groups found it increasingly difficult to recruit and retain lower-level clinicians, including medical assistants and LPNs, officials from both associations told this news organization. Many clinics had to raise their pay scales to be competitive with employers in other fields, and some had to hire higher-priced RNs to keep their practices running.

The AMGA report was based largely on data from groups of over 500 physicians, mostly affiliated with health systems. According to a news release accompanying the report, the ratio between full-time equivalent (FTE) clinic staff and health care professionals in direct patient care dropped by 11.3% between 2019 and 2021. The ratio of medical assistants (MAs) to clinicians declined by a greater percentage.

In the MGMA report, which represented about 4,000 practices ranging from very small (two doctors) to very large groups, total support staff per FTE primary-care physician dropped by 18% from 2019 to 2021 in independent groups and by 13% in hospital-affiliated groups. The ratios decreased by smaller amounts in surgical practices.

In contrast, nonsurgical specialty groups under both types of ownership saw their staffing ratios rise slightly.

Although it’s unclear why medical specialties increased their staff while other types of specialties lost employees, Ron Holder, MHA, chief operating officer of MGMA, said that some specialists may have opened more ancillary facilities and hired new employees to recoup revenue lost during the pandemic.
 

Expenses rise sharply

The AMGA report found that staffing expenses for the surveyed groups increased by 15% between 2019 and 2021.

“We saw a decrease in staff and an increase in expenses during that time period, and there are a few reasons for that,” Rose Wagner, RN, chief operating officer of AMGA, said. “Groups increased salaries to maintain staff. We also saw lower-paid staff find other jobs outside of health care. For example, medical assistants and receptionists could find jobs outside of health care that paid more. [Open positions] got back-filled with other higher paid staff, such as RNs, doing lower skilled jobs.”

Mr. Holder added that rising wages in other sectors made leaving physician groups more attractive for employees.

“Three years ago, there weren’t many positions in a medical practice where you were competing with Chick-fil-A or Taco Bell,” he said. In Denver, where Mr. Holder is based, “every restaurant in town is now advertising $17-$19 [hourly] starting pay just to do fast food. That causes practices to either lose employees or pay more for the employees they have. So that raises per-employee expense significantly,” he said.

Mr. Holder noted that inflation also has driven up wages as employees demand higher pay to keep up with the cost of living.
 

Unusual exodus of employees

Fred Horton, MHA, president of AMGA Consulting, said he has never seen so many people leaving health care for other occupations.

Some exits resulted from practices laying people off early in the pandemic, but most staff members who left practices were seeking higher pay, he said. In addition, Ms. Wagner noted, some staff members didn’t want to be exposed to COVID at work.

“There was an exodus from health care that was different from what we’d experienced in the past,” Mr. Horton added. “It’s still extremely challenging to get up to the staffing levels that are appropriate.”

Mr. Holder, however, said that the situation is slowly improving. “Health care is fairly recession-proof, because people need it. So when you see companies in other industries closing shop or reducing their head count, that actually helps health care recruiting in some jobs. And people are coming back to the workplace who previously were worried about COVID or didn’t want to get the vaccine.”
 

Paying more for nurses

In 2021, groups adopted a variety of tactics to adapt to the pandemic and respond to patient demand, the AMGA survey shows. Forty percent of system-affiliated groups and 18% of independent practices changed registered nurses’ responsibilities, in many cases having them do the work of medical assistants who were in short supply.

Some practices hired RNs, who have historically been utilized less by primary care than by surgical specialties, Mr. Holder noted. Other clinics paid temp agencies to supply nurses at a steep cost.

“When you’re short staffed, you end up paying more overtime, you end up paying temporary agencies at higher dollars, and you hire higher skilled people to do lower-skilled work,” Ms. Wagner said.

Meanwhile, many physician groups tried to cope with the physician shortage by bringing on more advanced practice clinicians (APCs), including nurse practitioners (NPs) and physician assistants (PAs). Seventy percent of the AMGA groups used this strategy, the report revealed.

“The use of APCs has been steadily increasing as groups try to adopt a lower-cost care model in the midst of a nationwide physician shortage,” Ms. Wagner said in the press release.
 

Changes in patient care

About half of the groups in the AMGA survey said they changed their staff structure to allow APCs to carry their own patient panels. Although most of these clinicians were probably under physician supervision, nearly half of the states now allow NPs to practice autonomously.

Mr. Horton cautioned that APCs can’t fully substitute for physicians and require the same support staff that doctors do if they have their own panels. In primary care groups, Mr. Holder noted, the average salary of an APC “is continuing to rise, and there isn’t a huge difference between what they and doctors make.”

Nevertheless, he added, “there are more NPs and PAs being added to the marketplace all the time, whereas [physician] residency programs aren’t really growing. There are caps on the number of residency positions, and some physicians are retiring. So the clock is ticking to the point where someday doctors will be grossly outnumbered by NPs.”

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

Physician groups saw staff-to-physician ratios decline even as their workforce expenses rose between 2019 and 2021, according to recent reports from the American Medical Group Association (AMGA) and the Medical Group Management Association (MGMA).

As patients started to return to doctors’ offices as the pandemic eased in 2021, physician groups found it increasingly difficult to recruit and retain lower-level clinicians, including medical assistants and LPNs, officials from both associations told this news organization. Many clinics had to raise their pay scales to be competitive with employers in other fields, and some had to hire higher-priced RNs to keep their practices running.

The AMGA report was based largely on data from groups of over 500 physicians, mostly affiliated with health systems. According to a news release accompanying the report, the ratio between full-time equivalent (FTE) clinic staff and health care professionals in direct patient care dropped by 11.3% between 2019 and 2021. The ratio of medical assistants (MAs) to clinicians declined by a greater percentage.

In the MGMA report, which represented about 4,000 practices ranging from very small (two doctors) to very large groups, total support staff per FTE primary-care physician dropped by 18% from 2019 to 2021 in independent groups and by 13% in hospital-affiliated groups. The ratios decreased by smaller amounts in surgical practices.

In contrast, nonsurgical specialty groups under both types of ownership saw their staffing ratios rise slightly.

Although it’s unclear why medical specialties increased their staff while other types of specialties lost employees, Ron Holder, MHA, chief operating officer of MGMA, said that some specialists may have opened more ancillary facilities and hired new employees to recoup revenue lost during the pandemic.
 

Expenses rise sharply

The AMGA report found that staffing expenses for the surveyed groups increased by 15% between 2019 and 2021.

“We saw a decrease in staff and an increase in expenses during that time period, and there are a few reasons for that,” Rose Wagner, RN, chief operating officer of AMGA, said. “Groups increased salaries to maintain staff. We also saw lower-paid staff find other jobs outside of health care. For example, medical assistants and receptionists could find jobs outside of health care that paid more. [Open positions] got back-filled with other higher paid staff, such as RNs, doing lower skilled jobs.”

Mr. Holder added that rising wages in other sectors made leaving physician groups more attractive for employees.

“Three years ago, there weren’t many positions in a medical practice where you were competing with Chick-fil-A or Taco Bell,” he said. In Denver, where Mr. Holder is based, “every restaurant in town is now advertising $17-$19 [hourly] starting pay just to do fast food. That causes practices to either lose employees or pay more for the employees they have. So that raises per-employee expense significantly,” he said.

Mr. Holder noted that inflation also has driven up wages as employees demand higher pay to keep up with the cost of living.
 

Unusual exodus of employees

Fred Horton, MHA, president of AMGA Consulting, said he has never seen so many people leaving health care for other occupations.

Some exits resulted from practices laying people off early in the pandemic, but most staff members who left practices were seeking higher pay, he said. In addition, Ms. Wagner noted, some staff members didn’t want to be exposed to COVID at work.

“There was an exodus from health care that was different from what we’d experienced in the past,” Mr. Horton added. “It’s still extremely challenging to get up to the staffing levels that are appropriate.”

Mr. Holder, however, said that the situation is slowly improving. “Health care is fairly recession-proof, because people need it. So when you see companies in other industries closing shop or reducing their head count, that actually helps health care recruiting in some jobs. And people are coming back to the workplace who previously were worried about COVID or didn’t want to get the vaccine.”
 

Paying more for nurses

In 2021, groups adopted a variety of tactics to adapt to the pandemic and respond to patient demand, the AMGA survey shows. Forty percent of system-affiliated groups and 18% of independent practices changed registered nurses’ responsibilities, in many cases having them do the work of medical assistants who were in short supply.

Some practices hired RNs, who have historically been utilized less by primary care than by surgical specialties, Mr. Holder noted. Other clinics paid temp agencies to supply nurses at a steep cost.

“When you’re short staffed, you end up paying more overtime, you end up paying temporary agencies at higher dollars, and you hire higher skilled people to do lower-skilled work,” Ms. Wagner said.

Meanwhile, many physician groups tried to cope with the physician shortage by bringing on more advanced practice clinicians (APCs), including nurse practitioners (NPs) and physician assistants (PAs). Seventy percent of the AMGA groups used this strategy, the report revealed.

“The use of APCs has been steadily increasing as groups try to adopt a lower-cost care model in the midst of a nationwide physician shortage,” Ms. Wagner said in the press release.
 

Changes in patient care

About half of the groups in the AMGA survey said they changed their staff structure to allow APCs to carry their own patient panels. Although most of these clinicians were probably under physician supervision, nearly half of the states now allow NPs to practice autonomously.

Mr. Horton cautioned that APCs can’t fully substitute for physicians and require the same support staff that doctors do if they have their own panels. In primary care groups, Mr. Holder noted, the average salary of an APC “is continuing to rise, and there isn’t a huge difference between what they and doctors make.”

Nevertheless, he added, “there are more NPs and PAs being added to the marketplace all the time, whereas [physician] residency programs aren’t really growing. There are caps on the number of residency positions, and some physicians are retiring. So the clock is ticking to the point where someday doctors will be grossly outnumbered by NPs.”

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

Testing for nonictal cephalic allodynia can help predict response to the anti–calcitonin gene-related peptide (CGRP) galcanezumab (Emgality, Eli Lilly) for patients with migraine, new research suggests.

The ictal phase refers to “sensitization occurring during a time when central trigeminovascular neurons receive massive nociceptive input from active meningeal nociceptors,” whereas the nonictal phase refers to “sensitization occurring during a time when central trigeminovascular neurons receive no or subliminal nociceptive input from meningeal nociceptors,” investigators noted.

In an observational, open-label cohort study, pretreatment nonictal cephalic allodynia identified galcanezumab responders with nearly 80% accuracy, and it identified nonresponders with nearly 85% accuracy.

“Detection of nonictal allodynia with a simplified paradigm of Quantitative Sensory Testing (QST) may provide a quick, affordable, noninvasive, and patient-friendly way to prospectively distinguish between responders and nonresponders to the prophylactic treatment of chronic and high-frequency episodic migraine with drugs that reduce CGRP signaling,” Sait Ashina, MD, of Beth Israel Deaconess Medical Center and Harvard Medical School, both in Boston, and colleagues wrote.

The findings were published online in Cephalalgia.
 

Immediate clinical relevance

Investigator Rami Burstein, PhD, also with Beth Israel Deaconess Medical Center and Harvard Medical School, developed the concept of predicting response to anti-CGRP treatment by testing for the presence or absence of nonictal cephalic allodynia in collaboration with the company CGRP Diagnostics.

In 43 anti–CGRP-naive patients with migraine, the researchers used a simplified QST algorithm to determine the presence/absence of cephalic or extracephalic allodynia during the nonictal phase of migraine – defined as the period from less than 12 hours after a migraine attack to less than 12 hours before the next attack.

Patients were considered to have allodynia if heat pain thresholds were between 32° C and 40° C, if cold pain thresholds were between 32° C and 20° C, or if the mechanical pain was threshold was less than 60 g.

Using these strict criteria, pretreatment nonictal cephalic allodynia was a statistically significant predictor of response to anti-CGRP therapy. It was present in 84% of the 19 nonresponders and was absent in 79% of the 24 responders, for an overall accuracy rate of 86% (P < .0001).

Nonictal cephalic allodynia was “consistently” predictive of response for patients with chronic migraine as well as for those with high-frequency episodic migraine, the researchers reported.

In contrast, they noted that assessing nonictal extracephalic allodynia with QST missed nearly 50% of the patients with allodynia among the nonresponders (accuracy rate of 42%) and added little to the assessment of allodynia among the responders.

Mark Hasleton, PhD, CEO of CGRP Diagnostics, said in an interview that the study shows it’s possible to determine response to anti-CGRP therapy and to prescribe these medications to patients who are most likely to respond.

Dr. Hasleton, who was not personally involved with the current study, noted that pretreatment testing for nonictal cephalic allodynia may also allow for earlier prescription of anti-CGRP therapy and potentially dispense without the need for the current trial-and-error approach to prescribing. He noted that if one anti-CGRP fails the patient, it is highly likely that others will also fail.

Given the “very high correlation of the presence of nonictal cephalic allodynia in responders to galcanezumab, our recommendation would be to routinely pretest all potential anti-CGRP candidates prior to prescription,” he said.
 

End of trial-and-error prescribing

In a comment, Shaheen Lakhan, MD, a neurologist and researcher in Boston, said this research is “very noteworthy, moving us one step closer to predictive, precision medicine and away from the practice of trial-and-error prescribing.

“The trial-and-error approach to migraine management is daunting. These are very costly therapies, and when they don’t work, there is continued tremendous suffering and loss of quality of life for patients,” said Dr. Lakhan, who was not involved in the study.

He added that the failure of drugs to benefit individual patients “may lead to distrust of the health care provider” and to the system as a whole, which in turn could lead to less access to care for other conditions or for preventive measures.

“I envision a time when these predictive measures collectively (interictal allodynia, as in this study, plus biobehavioral data) will assist us neurologists in appropriately selecting migraine therapies,” Dr. Lakhan said.

“Beyond that, we will eventually test new therapies not in cells, animals, and even humans but in silico. In the very near future, we will have solutions tailored to not people suffering a disease but to you – an individual with a unique genetic, protein, physical, developmental, psychological, and behavioral makeup,” he added.

The study was funded in part by Eli Lilly, the National Institutes of Health, and the anesthesia department at Beth Israel Deaconess Medical Center. Galcanezumab was provided by Eli Lilly. Dr. Lakhan reported no relevant financial relationships.

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

Testing for nonictal cephalic allodynia can help predict response to the anti–calcitonin gene-related peptide (CGRP) galcanezumab (Emgality, Eli Lilly) for patients with migraine, new research suggests.

The ictal phase refers to “sensitization occurring during a time when central trigeminovascular neurons receive massive nociceptive input from active meningeal nociceptors,” whereas the nonictal phase refers to “sensitization occurring during a time when central trigeminovascular neurons receive no or subliminal nociceptive input from meningeal nociceptors,” investigators noted.

In an observational, open-label cohort study, pretreatment nonictal cephalic allodynia identified galcanezumab responders with nearly 80% accuracy, and it identified nonresponders with nearly 85% accuracy.

“Detection of nonictal allodynia with a simplified paradigm of Quantitative Sensory Testing (QST) may provide a quick, affordable, noninvasive, and patient-friendly way to prospectively distinguish between responders and nonresponders to the prophylactic treatment of chronic and high-frequency episodic migraine with drugs that reduce CGRP signaling,” Sait Ashina, MD, of Beth Israel Deaconess Medical Center and Harvard Medical School, both in Boston, and colleagues wrote.

The findings were published online in Cephalalgia.
 

Immediate clinical relevance

Investigator Rami Burstein, PhD, also with Beth Israel Deaconess Medical Center and Harvard Medical School, developed the concept of predicting response to anti-CGRP treatment by testing for the presence or absence of nonictal cephalic allodynia in collaboration with the company CGRP Diagnostics.

In 43 anti–CGRP-naive patients with migraine, the researchers used a simplified QST algorithm to determine the presence/absence of cephalic or extracephalic allodynia during the nonictal phase of migraine – defined as the period from less than 12 hours after a migraine attack to less than 12 hours before the next attack.

Patients were considered to have allodynia if heat pain thresholds were between 32° C and 40° C, if cold pain thresholds were between 32° C and 20° C, or if the mechanical pain was threshold was less than 60 g.

Using these strict criteria, pretreatment nonictal cephalic allodynia was a statistically significant predictor of response to anti-CGRP therapy. It was present in 84% of the 19 nonresponders and was absent in 79% of the 24 responders, for an overall accuracy rate of 86% (P < .0001).

Nonictal cephalic allodynia was “consistently” predictive of response for patients with chronic migraine as well as for those with high-frequency episodic migraine, the researchers reported.

In contrast, they noted that assessing nonictal extracephalic allodynia with QST missed nearly 50% of the patients with allodynia among the nonresponders (accuracy rate of 42%) and added little to the assessment of allodynia among the responders.

Mark Hasleton, PhD, CEO of CGRP Diagnostics, said in an interview that the study shows it’s possible to determine response to anti-CGRP therapy and to prescribe these medications to patients who are most likely to respond.

Dr. Hasleton, who was not personally involved with the current study, noted that pretreatment testing for nonictal cephalic allodynia may also allow for earlier prescription of anti-CGRP therapy and potentially dispense without the need for the current trial-and-error approach to prescribing. He noted that if one anti-CGRP fails the patient, it is highly likely that others will also fail.

Given the “very high correlation of the presence of nonictal cephalic allodynia in responders to galcanezumab, our recommendation would be to routinely pretest all potential anti-CGRP candidates prior to prescription,” he said.
 

End of trial-and-error prescribing

In a comment, Shaheen Lakhan, MD, a neurologist and researcher in Boston, said this research is “very noteworthy, moving us one step closer to predictive, precision medicine and away from the practice of trial-and-error prescribing.

“The trial-and-error approach to migraine management is daunting. These are very costly therapies, and when they don’t work, there is continued tremendous suffering and loss of quality of life for patients,” said Dr. Lakhan, who was not involved in the study.

He added that the failure of drugs to benefit individual patients “may lead to distrust of the health care provider” and to the system as a whole, which in turn could lead to less access to care for other conditions or for preventive measures.

“I envision a time when these predictive measures collectively (interictal allodynia, as in this study, plus biobehavioral data) will assist us neurologists in appropriately selecting migraine therapies,” Dr. Lakhan said.

“Beyond that, we will eventually test new therapies not in cells, animals, and even humans but in silico. In the very near future, we will have solutions tailored to not people suffering a disease but to you – an individual with a unique genetic, protein, physical, developmental, psychological, and behavioral makeup,” he added.

The study was funded in part by Eli Lilly, the National Institutes of Health, and the anesthesia department at Beth Israel Deaconess Medical Center. Galcanezumab was provided by Eli Lilly. Dr. Lakhan reported no relevant financial relationships.

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

Testing for nonictal cephalic allodynia can help predict response to the anti–calcitonin gene-related peptide (CGRP) galcanezumab (Emgality, Eli Lilly) for patients with migraine, new research suggests.

The ictal phase refers to “sensitization occurring during a time when central trigeminovascular neurons receive massive nociceptive input from active meningeal nociceptors,” whereas the nonictal phase refers to “sensitization occurring during a time when central trigeminovascular neurons receive no or subliminal nociceptive input from meningeal nociceptors,” investigators noted.

In an observational, open-label cohort study, pretreatment nonictal cephalic allodynia identified galcanezumab responders with nearly 80% accuracy, and it identified nonresponders with nearly 85% accuracy.

“Detection of nonictal allodynia with a simplified paradigm of Quantitative Sensory Testing (QST) may provide a quick, affordable, noninvasive, and patient-friendly way to prospectively distinguish between responders and nonresponders to the prophylactic treatment of chronic and high-frequency episodic migraine with drugs that reduce CGRP signaling,” Sait Ashina, MD, of Beth Israel Deaconess Medical Center and Harvard Medical School, both in Boston, and colleagues wrote.

The findings were published online in Cephalalgia.
 

Immediate clinical relevance

Investigator Rami Burstein, PhD, also with Beth Israel Deaconess Medical Center and Harvard Medical School, developed the concept of predicting response to anti-CGRP treatment by testing for the presence or absence of nonictal cephalic allodynia in collaboration with the company CGRP Diagnostics.

In 43 anti–CGRP-naive patients with migraine, the researchers used a simplified QST algorithm to determine the presence/absence of cephalic or extracephalic allodynia during the nonictal phase of migraine – defined as the period from less than 12 hours after a migraine attack to less than 12 hours before the next attack.

Patients were considered to have allodynia if heat pain thresholds were between 32° C and 40° C, if cold pain thresholds were between 32° C and 20° C, or if the mechanical pain was threshold was less than 60 g.

Using these strict criteria, pretreatment nonictal cephalic allodynia was a statistically significant predictor of response to anti-CGRP therapy. It was present in 84% of the 19 nonresponders and was absent in 79% of the 24 responders, for an overall accuracy rate of 86% (P < .0001).

Nonictal cephalic allodynia was “consistently” predictive of response for patients with chronic migraine as well as for those with high-frequency episodic migraine, the researchers reported.

In contrast, they noted that assessing nonictal extracephalic allodynia with QST missed nearly 50% of the patients with allodynia among the nonresponders (accuracy rate of 42%) and added little to the assessment of allodynia among the responders.

Mark Hasleton, PhD, CEO of CGRP Diagnostics, said in an interview that the study shows it’s possible to determine response to anti-CGRP therapy and to prescribe these medications to patients who are most likely to respond.

Dr. Hasleton, who was not personally involved with the current study, noted that pretreatment testing for nonictal cephalic allodynia may also allow for earlier prescription of anti-CGRP therapy and potentially dispense without the need for the current trial-and-error approach to prescribing. He noted that if one anti-CGRP fails the patient, it is highly likely that others will also fail.

Given the “very high correlation of the presence of nonictal cephalic allodynia in responders to galcanezumab, our recommendation would be to routinely pretest all potential anti-CGRP candidates prior to prescription,” he said.
 

End of trial-and-error prescribing

In a comment, Shaheen Lakhan, MD, a neurologist and researcher in Boston, said this research is “very noteworthy, moving us one step closer to predictive, precision medicine and away from the practice of trial-and-error prescribing.

“The trial-and-error approach to migraine management is daunting. These are very costly therapies, and when they don’t work, there is continued tremendous suffering and loss of quality of life for patients,” said Dr. Lakhan, who was not involved in the study.

He added that the failure of drugs to benefit individual patients “may lead to distrust of the health care provider” and to the system as a whole, which in turn could lead to less access to care for other conditions or for preventive measures.

“I envision a time when these predictive measures collectively (interictal allodynia, as in this study, plus biobehavioral data) will assist us neurologists in appropriately selecting migraine therapies,” Dr. Lakhan said.

“Beyond that, we will eventually test new therapies not in cells, animals, and even humans but in silico. In the very near future, we will have solutions tailored to not people suffering a disease but to you – an individual with a unique genetic, protein, physical, developmental, psychological, and behavioral makeup,” he added.

The study was funded in part by Eli Lilly, the National Institutes of Health, and the anesthesia department at Beth Israel Deaconess Medical Center. Galcanezumab was provided by Eli Lilly. Dr. Lakhan reported no relevant financial relationships.

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

Doctors and their family members are less likely than other people to follow guidelines for taking medication, according to a study by economic professors from the Massachusetts Institute of Technology, Cambridge; Stanford (Calif.) University; and the George Gund Professor of Economics and Business Administration at Harvard University, Boston.

What to know

• Doctors’ medical knowledge may influence them and their families to often ignore medical advice while the rest of the population adheres to general medication guidelines.
• Of the 63 guidelines used in the study, doctors and their families followed the standards less than a third of the time.
• The difference in adherence to guidelines between experts and nonexperts is largest with respect to antibiotics, in which doctors and their families are 5.2 percentage points less in compliance than everyone else.
• Doctors could be more likely to prescribe broader-spectrum antibiotics for themselves and their families, whereas most patients receive more narrow-spectrum antibiotics.
• Many members of the general public don’t understand medical guidelines, finding them too complex to follow, and many people don’t trust their doctors.

This is a summary of the article, “A Taste of Their Own Medicine: Guideline Adherence and Access to Expertise,” published in the American Economic Review: Insights on December 13, 2022. The full article can be found on aeaweb.org.

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

Doctors and their family members are less likely than other people to follow guidelines for taking medication, according to a study by economic professors from the Massachusetts Institute of Technology, Cambridge; Stanford (Calif.) University; and the George Gund Professor of Economics and Business Administration at Harvard University, Boston.

What to know

• Doctors’ medical knowledge may influence them and their families to often ignore medical advice while the rest of the population adheres to general medication guidelines.
• Of the 63 guidelines used in the study, doctors and their families followed the standards less than a third of the time.
• The difference in adherence to guidelines between experts and nonexperts is largest with respect to antibiotics, in which doctors and their families are 5.2 percentage points less in compliance than everyone else.
• Doctors could be more likely to prescribe broader-spectrum antibiotics for themselves and their families, whereas most patients receive more narrow-spectrum antibiotics.
• Many members of the general public don’t understand medical guidelines, finding them too complex to follow, and many people don’t trust their doctors.

This is a summary of the article, “A Taste of Their Own Medicine: Guideline Adherence and Access to Expertise,” published in the American Economic Review: Insights on December 13, 2022. The full article can be found on aeaweb.org.

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

Doctors and their family members are less likely than other people to follow guidelines for taking medication, according to a study by economic professors from the Massachusetts Institute of Technology, Cambridge; Stanford (Calif.) University; and the George Gund Professor of Economics and Business Administration at Harvard University, Boston.

What to know

• Doctors’ medical knowledge may influence them and their families to often ignore medical advice while the rest of the population adheres to general medication guidelines.
• Of the 63 guidelines used in the study, doctors and their families followed the standards less than a third of the time.
• The difference in adherence to guidelines between experts and nonexperts is largest with respect to antibiotics, in which doctors and their families are 5.2 percentage points less in compliance than everyone else.
• Doctors could be more likely to prescribe broader-spectrum antibiotics for themselves and their families, whereas most patients receive more narrow-spectrum antibiotics.
• Many members of the general public don’t understand medical guidelines, finding them too complex to follow, and many people don’t trust their doctors.

This is a summary of the article, “A Taste of Their Own Medicine: Guideline Adherence and Access to Expertise,” published in the American Economic Review: Insights on December 13, 2022. The full article can be found on aeaweb.org.

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