A new study from Orange County, California, shows how Candida auris, an emerging pathogen, was successfully identified and contained in long-term acute care hospitals (LTACHs) and ventilator-capable skilled-nursing facilities (vSNFs).

Lead author Ellora Karmarkar, MD, MSc, formerly an epidemic intelligence service officer with the Centers for Disease Control and Prevention and currently with the California Department of Public Health, said in an interview that the prospective surveillance of urine cultures for C. auris was prompted by “seeing what was happening in New York, New Jersey, and Illinois [being] pretty alarming for a lot of the health officials in California, [who] know that LTACHs are high-risk facilities because they take care of really sick people. Some of those people are there for a very long time.”

Therefore, the study authors decided to focus their investigations there, rather than in acute care hospitals, which were believed to be at lower risk for C. auris outbreaks.

The Orange County Health Department, working with the California Department of Health and the CDC, asked labs to prospectively identify all Candida isolates in urines from LTACHs between September 2018 and February 2019. Normally, labs do not speciate Candida from nonsterile body sites.

Dan Diekema, MD, an epidemiologist and clinical microbiologist at the University of Iowa, Iowa City, who was not involved in the study, told this news organization, “Acute care hospitals really ought to be moving toward doing species identification of Candida from nonsterile sites if they really want to have a better chance of detecting this early.”

The OCHD also screened LTACH and vSNF patients with composite cultures from the axilla-groin or nasal swabs. Screening was undertaken because 5%-10% of colonized patients later develop invasive infections, and 30%-60% die.

The first bloodstream infection was detected in May 2019. Per the report, published online Sept. 7 in Annals of Internal Medicine, “As of 1 January 2020, of 182 patients, 22 (12%) died within 30 days of C. auris identification; 47 (26%) died within 90 days. One of 47 deaths was attributed to C. auris.” Whole-genome sequencing showed that the isolates were all closely related in clade III.

Experts conducted extensive education in infection control at the LTACHs, and communication among the LTACHs and between the long-term facilities and acute care hospitals was improved. As a result, receiving facilities accepting transfers began culturing their newly admitted patients and quickly identified 4 of 99 patients with C. auris who had no known history of colonization. By October 2019, the outbreak was contained in two facilities, down from the nine where C. auris was initially found.

Dr. Diekema noted, “The challenge, of course, for a new emerging MDRO [multidrug-resistant organism] like Candida auris, is that the initial approach, in general, has to be almost passive, when you have not seen the organism. ... Passive surveillance means that you just carefully monitor your clinical cultures, and the first time you detect the MDRO of concern, then you begin doing the point prevalence surveys. ... This [prospective] kind of approach is really good for how we should move forward with both initial detection and containment of MDRO spread.”

Many outbreak studies are confined to a particular institution. Authors of an accompanying editorial commented that this study “underlines the importance of proactive protocols for outbreak investigations and containment measures across the entirety of the health care network serving at-risk patients.”

In her research, Dr. Karmarkar observed that, “some of these facilities don’t have the same infrastructure and infection prevention and control that an acute care hospital might.”

She said in an interview that, “one of the challenges was that people were so focused on COVID that they forgot about the MDROs. ... Some of the things that we recommend to help control Candida auris are also excellent practices for every other organism including COVID care. ... What I appreciated about this investigation is that every facility that we went to was so open to learning, so happy to have us there. They’re very interested in learning about Candida auris and understanding what they could do to control it.”

While recent attention has been on the frightening levels of multidrug resistance in C. auris, Dr. Karmarkar concluded that the “central message in our investigation is that with the right effort, the right approach, and the right team this is an intervenable issue. It’s not inevitable if the attention is focused on it to pick it up early and then try to contain it.”

Dr. Karmarkar reports no relevant financial relationships. Dr. Diekema reports research funding from bioMerieux and consulting fees from Opgen.

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

A new study from Orange County, California, shows how Candida auris, an emerging pathogen, was successfully identified and contained in long-term acute care hospitals (LTACHs) and ventilator-capable skilled-nursing facilities (vSNFs).

Lead author Ellora Karmarkar, MD, MSc, formerly an epidemic intelligence service officer with the Centers for Disease Control and Prevention and currently with the California Department of Public Health, said in an interview that the prospective surveillance of urine cultures for C. auris was prompted by “seeing what was happening in New York, New Jersey, and Illinois [being] pretty alarming for a lot of the health officials in California, [who] know that LTACHs are high-risk facilities because they take care of really sick people. Some of those people are there for a very long time.”

Therefore, the study authors decided to focus their investigations there, rather than in acute care hospitals, which were believed to be at lower risk for C. auris outbreaks.

The Orange County Health Department, working with the California Department of Health and the CDC, asked labs to prospectively identify all Candida isolates in urines from LTACHs between September 2018 and February 2019. Normally, labs do not speciate Candida from nonsterile body sites.

Dan Diekema, MD, an epidemiologist and clinical microbiologist at the University of Iowa, Iowa City, who was not involved in the study, told this news organization, “Acute care hospitals really ought to be moving toward doing species identification of Candida from nonsterile sites if they really want to have a better chance of detecting this early.”

The OCHD also screened LTACH and vSNF patients with composite cultures from the axilla-groin or nasal swabs. Screening was undertaken because 5%-10% of colonized patients later develop invasive infections, and 30%-60% die.

The first bloodstream infection was detected in May 2019. Per the report, published online Sept. 7 in Annals of Internal Medicine, “As of 1 January 2020, of 182 patients, 22 (12%) died within 30 days of C. auris identification; 47 (26%) died within 90 days. One of 47 deaths was attributed to C. auris.” Whole-genome sequencing showed that the isolates were all closely related in clade III.

Experts conducted extensive education in infection control at the LTACHs, and communication among the LTACHs and between the long-term facilities and acute care hospitals was improved. As a result, receiving facilities accepting transfers began culturing their newly admitted patients and quickly identified 4 of 99 patients with C. auris who had no known history of colonization. By October 2019, the outbreak was contained in two facilities, down from the nine where C. auris was initially found.

Dr. Diekema noted, “The challenge, of course, for a new emerging MDRO [multidrug-resistant organism] like Candida auris, is that the initial approach, in general, has to be almost passive, when you have not seen the organism. ... Passive surveillance means that you just carefully monitor your clinical cultures, and the first time you detect the MDRO of concern, then you begin doing the point prevalence surveys. ... This [prospective] kind of approach is really good for how we should move forward with both initial detection and containment of MDRO spread.”

Many outbreak studies are confined to a particular institution. Authors of an accompanying editorial commented that this study “underlines the importance of proactive protocols for outbreak investigations and containment measures across the entirety of the health care network serving at-risk patients.”

In her research, Dr. Karmarkar observed that, “some of these facilities don’t have the same infrastructure and infection prevention and control that an acute care hospital might.”

She said in an interview that, “one of the challenges was that people were so focused on COVID that they forgot about the MDROs. ... Some of the things that we recommend to help control Candida auris are also excellent practices for every other organism including COVID care. ... What I appreciated about this investigation is that every facility that we went to was so open to learning, so happy to have us there. They’re very interested in learning about Candida auris and understanding what they could do to control it.”

While recent attention has been on the frightening levels of multidrug resistance in C. auris, Dr. Karmarkar concluded that the “central message in our investigation is that with the right effort, the right approach, and the right team this is an intervenable issue. It’s not inevitable if the attention is focused on it to pick it up early and then try to contain it.”

Dr. Karmarkar reports no relevant financial relationships. Dr. Diekema reports research funding from bioMerieux and consulting fees from Opgen.

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

A new study from Orange County, California, shows how Candida auris, an emerging pathogen, was successfully identified and contained in long-term acute care hospitals (LTACHs) and ventilator-capable skilled-nursing facilities (vSNFs).

Lead author Ellora Karmarkar, MD, MSc, formerly an epidemic intelligence service officer with the Centers for Disease Control and Prevention and currently with the California Department of Public Health, said in an interview that the prospective surveillance of urine cultures for C. auris was prompted by “seeing what was happening in New York, New Jersey, and Illinois [being] pretty alarming for a lot of the health officials in California, [who] know that LTACHs are high-risk facilities because they take care of really sick people. Some of those people are there for a very long time.”

Therefore, the study authors decided to focus their investigations there, rather than in acute care hospitals, which were believed to be at lower risk for C. auris outbreaks.

The Orange County Health Department, working with the California Department of Health and the CDC, asked labs to prospectively identify all Candida isolates in urines from LTACHs between September 2018 and February 2019. Normally, labs do not speciate Candida from nonsterile body sites.

Dan Diekema, MD, an epidemiologist and clinical microbiologist at the University of Iowa, Iowa City, who was not involved in the study, told this news organization, “Acute care hospitals really ought to be moving toward doing species identification of Candida from nonsterile sites if they really want to have a better chance of detecting this early.”

The OCHD also screened LTACH and vSNF patients with composite cultures from the axilla-groin or nasal swabs. Screening was undertaken because 5%-10% of colonized patients later develop invasive infections, and 30%-60% die.

The first bloodstream infection was detected in May 2019. Per the report, published online Sept. 7 in Annals of Internal Medicine, “As of 1 January 2020, of 182 patients, 22 (12%) died within 30 days of C. auris identification; 47 (26%) died within 90 days. One of 47 deaths was attributed to C. auris.” Whole-genome sequencing showed that the isolates were all closely related in clade III.

Experts conducted extensive education in infection control at the LTACHs, and communication among the LTACHs and between the long-term facilities and acute care hospitals was improved. As a result, receiving facilities accepting transfers began culturing their newly admitted patients and quickly identified 4 of 99 patients with C. auris who had no known history of colonization. By October 2019, the outbreak was contained in two facilities, down from the nine where C. auris was initially found.

Dr. Diekema noted, “The challenge, of course, for a new emerging MDRO [multidrug-resistant organism] like Candida auris, is that the initial approach, in general, has to be almost passive, when you have not seen the organism. ... Passive surveillance means that you just carefully monitor your clinical cultures, and the first time you detect the MDRO of concern, then you begin doing the point prevalence surveys. ... This [prospective] kind of approach is really good for how we should move forward with both initial detection and containment of MDRO spread.”

Many outbreak studies are confined to a particular institution. Authors of an accompanying editorial commented that this study “underlines the importance of proactive protocols for outbreak investigations and containment measures across the entirety of the health care network serving at-risk patients.”

In her research, Dr. Karmarkar observed that, “some of these facilities don’t have the same infrastructure and infection prevention and control that an acute care hospital might.”

She said in an interview that, “one of the challenges was that people were so focused on COVID that they forgot about the MDROs. ... Some of the things that we recommend to help control Candida auris are also excellent practices for every other organism including COVID care. ... What I appreciated about this investigation is that every facility that we went to was so open to learning, so happy to have us there. They’re very interested in learning about Candida auris and understanding what they could do to control it.”

While recent attention has been on the frightening levels of multidrug resistance in C. auris, Dr. Karmarkar concluded that the “central message in our investigation is that with the right effort, the right approach, and the right team this is an intervenable issue. It’s not inevitable if the attention is focused on it to pick it up early and then try to contain it.”

Dr. Karmarkar reports no relevant financial relationships. Dr. Diekema reports research funding from bioMerieux and consulting fees from Opgen.

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

Over the past 16 months, the COVID-19 pandemic has highlighted not only our vulnerability to disease outbreaks but also our susceptibility to misinformation and the dangers of “fake news.”

In fact, COVID-19 is not a pandemic but rather a syndemic of viral disease and misinformation. In the current digital age, there is an abundance of information at our fingertips. This has resulted in a surplus of accurate as well as inaccurate information – information that is subject to the various biases we humans are subject to.

Bias plays a significant role in the processing and interpretation of information. Our decision making and cognition are colored by our internal and external environmental biases, whether through our emotions, societal influences, or cues from the “machines” that are now such an omnipresent part of our lives.

Let’s break them down:

• Emotional bias: We’re only human, and our emotions often overwhelm objective judgment. Even when the evidence is of low quality, emotional attachments can deter us from rational thinking. This kind of bias can be rooted in personal experiences.
• Societal bias: Thoughts, opinions, or perspectives of peers are powerful forces that may influence our decisions and viewpoints. We can conceptualize our social networks as partisan circles and “echo chambers.” This bias is perhaps most evident in various online social media platforms.
• Machine bias: Our online platforms are laced with algorithms that tailor the content we see. Accordingly, the curated content we see (and, by extension, the less diverse content we view) may reinforce existing biases, such as confirmation bias.
• Although bias plays a significant role in decision making, we should also consider intuition versus deliberation – and whether the “gut” is a reliable source of information.

Intuition versus deliberation: The power of reasoning

The dual process theory suggests that thought may be categorized in two ways: System 1, referred to as rapid, intuitive, or automatic thinking (which may be a result of personal experience); and system 2, referred to as deliberate or controlled thinking (for example, reasoned thinking). System 1 versus system 2 may be conceptualized as fast versus slow thinking.

Let’s use the Cognitive Reflection Test to illustrate the dual process theory. This test measures the ability to reflect and deliberate on a question and to forgo an intuitive, rapid response. One of the questions asks: “A bat and a ball cost $1.10 in total. The bat costs $1.00 more than the ball. How much does the ball cost?” A common answer is that the ball costs $0.10. However, the ball actually costs $0.05. The common response is a “gut” response, rather than an analytic or deliberate response.

This example can be extrapolated to social media behavior, such as when individuals endorse beliefs and behaviors that may be far from the truth (for example, conspiracy ideation). It is not uncommon for individuals to rely on intuition, which may be incorrect, as a driving source of truth. Although one’s intuition can be correct, it’s important to be careful and to deliberate.

But would deliberate engagement lead to more politically valenced perspectives? One hypothesis posits that system 2 can lead to false claims and worsening discernment of truth. Another, and more popular, account of classical reasoning says that more thoughtful engagement (regardless of one’s political beliefs) is less susceptible to false news (for example, hyperpartisan news).

Additionally, having good literacy (political, scientific, or general) is important for discerning the truth, especially regarding events in which the information and/or claims of knowledge have been heavily manipulated.
 

Are believing and sharing the same?

Interestingly, believing in a headline and sharing it are not the same. A study that investigated the difference between the two found that although individuals were able to discern the validity of headlines, the veracity of those headlines was not a determining factor in sharing the story on social media.

It has been suggested that social media context may distract individuals from engaging in deliberate thinking that would enhance their ability to determine the accuracy of the content. The dissociation between truthfulness and sharing may be a result of the “attention economy,” which refers to user engagement of likes, comments, shares, and so forth. As such, social media behavior and content consumption may not necessarily reflect one’s beliefs and may be influenced by what others value.

To combat the spread of misinformation, it has been suggested that proactive interventions – “prebunking” or “inoculation” – are necessary. This idea is in accordance with the inoculation theory, which suggests that pre-exposure can confer resistance to challenge. This line of thinking is aligned with the use of vaccines to counter medical illnesses. Increasing awareness of individual vulnerability to manipulation and misinformation has also been proposed as a strategy to resist persuasion.

The age old tale of what others think of us versus what we believe to be true has existed long before the viral overtake of social media. The main difference today is that social media acts as a catalyst for pockets of misinformation. Although social media outlets are cracking down on “false news,” we must consider what criteria should be employed to identify false information. Should external bodies regulate our content consumption? We are certainly entering a gray zone of “wrong” versus “right.” With the overabundance of information available online, it may be the case of “them” versus “us” – that is, those who do not believe in the existence of misinformation versus those who do.

Leanna M. W. Lui, HBSc, completed an HBSc global health specialist degree at the University of Toronto, where she is now an MSc candidate.

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

Over the past 16 months, the COVID-19 pandemic has highlighted not only our vulnerability to disease outbreaks but also our susceptibility to misinformation and the dangers of “fake news.”

In fact, COVID-19 is not a pandemic but rather a syndemic of viral disease and misinformation. In the current digital age, there is an abundance of information at our fingertips. This has resulted in a surplus of accurate as well as inaccurate information – information that is subject to the various biases we humans are subject to.

Bias plays a significant role in the processing and interpretation of information. Our decision making and cognition are colored by our internal and external environmental biases, whether through our emotions, societal influences, or cues from the “machines” that are now such an omnipresent part of our lives.

Let’s break them down:

• Emotional bias: We’re only human, and our emotions often overwhelm objective judgment. Even when the evidence is of low quality, emotional attachments can deter us from rational thinking. This kind of bias can be rooted in personal experiences.
• Societal bias: Thoughts, opinions, or perspectives of peers are powerful forces that may influence our decisions and viewpoints. We can conceptualize our social networks as partisan circles and “echo chambers.” This bias is perhaps most evident in various online social media platforms.
• Machine bias: Our online platforms are laced with algorithms that tailor the content we see. Accordingly, the curated content we see (and, by extension, the less diverse content we view) may reinforce existing biases, such as confirmation bias.
• Although bias plays a significant role in decision making, we should also consider intuition versus deliberation – and whether the “gut” is a reliable source of information.

Intuition versus deliberation: The power of reasoning

The dual process theory suggests that thought may be categorized in two ways: System 1, referred to as rapid, intuitive, or automatic thinking (which may be a result of personal experience); and system 2, referred to as deliberate or controlled thinking (for example, reasoned thinking). System 1 versus system 2 may be conceptualized as fast versus slow thinking.

Let’s use the Cognitive Reflection Test to illustrate the dual process theory. This test measures the ability to reflect and deliberate on a question and to forgo an intuitive, rapid response. One of the questions asks: “A bat and a ball cost $1.10 in total. The bat costs $1.00 more than the ball. How much does the ball cost?” A common answer is that the ball costs $0.10. However, the ball actually costs $0.05. The common response is a “gut” response, rather than an analytic or deliberate response.

This example can be extrapolated to social media behavior, such as when individuals endorse beliefs and behaviors that may be far from the truth (for example, conspiracy ideation). It is not uncommon for individuals to rely on intuition, which may be incorrect, as a driving source of truth. Although one’s intuition can be correct, it’s important to be careful and to deliberate.

But would deliberate engagement lead to more politically valenced perspectives? One hypothesis posits that system 2 can lead to false claims and worsening discernment of truth. Another, and more popular, account of classical reasoning says that more thoughtful engagement (regardless of one’s political beliefs) is less susceptible to false news (for example, hyperpartisan news).

Additionally, having good literacy (political, scientific, or general) is important for discerning the truth, especially regarding events in which the information and/or claims of knowledge have been heavily manipulated.
 

Are believing and sharing the same?

Interestingly, believing in a headline and sharing it are not the same. A study that investigated the difference between the two found that although individuals were able to discern the validity of headlines, the veracity of those headlines was not a determining factor in sharing the story on social media.

It has been suggested that social media context may distract individuals from engaging in deliberate thinking that would enhance their ability to determine the accuracy of the content. The dissociation between truthfulness and sharing may be a result of the “attention economy,” which refers to user engagement of likes, comments, shares, and so forth. As such, social media behavior and content consumption may not necessarily reflect one’s beliefs and may be influenced by what others value.

To combat the spread of misinformation, it has been suggested that proactive interventions – “prebunking” or “inoculation” – are necessary. This idea is in accordance with the inoculation theory, which suggests that pre-exposure can confer resistance to challenge. This line of thinking is aligned with the use of vaccines to counter medical illnesses. Increasing awareness of individual vulnerability to manipulation and misinformation has also been proposed as a strategy to resist persuasion.

The age old tale of what others think of us versus what we believe to be true has existed long before the viral overtake of social media. The main difference today is that social media acts as a catalyst for pockets of misinformation. Although social media outlets are cracking down on “false news,” we must consider what criteria should be employed to identify false information. Should external bodies regulate our content consumption? We are certainly entering a gray zone of “wrong” versus “right.” With the overabundance of information available online, it may be the case of “them” versus “us” – that is, those who do not believe in the existence of misinformation versus those who do.

Leanna M. W. Lui, HBSc, completed an HBSc global health specialist degree at the University of Toronto, where she is now an MSc candidate.

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

Over the past 16 months, the COVID-19 pandemic has highlighted not only our vulnerability to disease outbreaks but also our susceptibility to misinformation and the dangers of “fake news.”

In fact, COVID-19 is not a pandemic but rather a syndemic of viral disease and misinformation. In the current digital age, there is an abundance of information at our fingertips. This has resulted in a surplus of accurate as well as inaccurate information – information that is subject to the various biases we humans are subject to.

Bias plays a significant role in the processing and interpretation of information. Our decision making and cognition are colored by our internal and external environmental biases, whether through our emotions, societal influences, or cues from the “machines” that are now such an omnipresent part of our lives.

Let’s break them down:

• Emotional bias: We’re only human, and our emotions often overwhelm objective judgment. Even when the evidence is of low quality, emotional attachments can deter us from rational thinking. This kind of bias can be rooted in personal experiences.
• Societal bias: Thoughts, opinions, or perspectives of peers are powerful forces that may influence our decisions and viewpoints. We can conceptualize our social networks as partisan circles and “echo chambers.” This bias is perhaps most evident in various online social media platforms.
• Machine bias: Our online platforms are laced with algorithms that tailor the content we see. Accordingly, the curated content we see (and, by extension, the less diverse content we view) may reinforce existing biases, such as confirmation bias.
• Although bias plays a significant role in decision making, we should also consider intuition versus deliberation – and whether the “gut” is a reliable source of information.

Intuition versus deliberation: The power of reasoning

The dual process theory suggests that thought may be categorized in two ways: System 1, referred to as rapid, intuitive, or automatic thinking (which may be a result of personal experience); and system 2, referred to as deliberate or controlled thinking (for example, reasoned thinking). System 1 versus system 2 may be conceptualized as fast versus slow thinking.

Let’s use the Cognitive Reflection Test to illustrate the dual process theory. This test measures the ability to reflect and deliberate on a question and to forgo an intuitive, rapid response. One of the questions asks: “A bat and a ball cost $1.10 in total. The bat costs $1.00 more than the ball. How much does the ball cost?” A common answer is that the ball costs $0.10. However, the ball actually costs $0.05. The common response is a “gut” response, rather than an analytic or deliberate response.

This example can be extrapolated to social media behavior, such as when individuals endorse beliefs and behaviors that may be far from the truth (for example, conspiracy ideation). It is not uncommon for individuals to rely on intuition, which may be incorrect, as a driving source of truth. Although one’s intuition can be correct, it’s important to be careful and to deliberate.

But would deliberate engagement lead to more politically valenced perspectives? One hypothesis posits that system 2 can lead to false claims and worsening discernment of truth. Another, and more popular, account of classical reasoning says that more thoughtful engagement (regardless of one’s political beliefs) is less susceptible to false news (for example, hyperpartisan news).

Additionally, having good literacy (political, scientific, or general) is important for discerning the truth, especially regarding events in which the information and/or claims of knowledge have been heavily manipulated.
 

Are believing and sharing the same?

Interestingly, believing in a headline and sharing it are not the same. A study that investigated the difference between the two found that although individuals were able to discern the validity of headlines, the veracity of those headlines was not a determining factor in sharing the story on social media.

It has been suggested that social media context may distract individuals from engaging in deliberate thinking that would enhance their ability to determine the accuracy of the content. The dissociation between truthfulness and sharing may be a result of the “attention economy,” which refers to user engagement of likes, comments, shares, and so forth. As such, social media behavior and content consumption may not necessarily reflect one’s beliefs and may be influenced by what others value.

To combat the spread of misinformation, it has been suggested that proactive interventions – “prebunking” or “inoculation” – are necessary. This idea is in accordance with the inoculation theory, which suggests that pre-exposure can confer resistance to challenge. This line of thinking is aligned with the use of vaccines to counter medical illnesses. Increasing awareness of individual vulnerability to manipulation and misinformation has also been proposed as a strategy to resist persuasion.

The age old tale of what others think of us versus what we believe to be true has existed long before the viral overtake of social media. The main difference today is that social media acts as a catalyst for pockets of misinformation. Although social media outlets are cracking down on “false news,” we must consider what criteria should be employed to identify false information. Should external bodies regulate our content consumption? We are certainly entering a gray zone of “wrong” versus “right.” With the overabundance of information available online, it may be the case of “them” versus “us” – that is, those who do not believe in the existence of misinformation versus those who do.

Leanna M. W. Lui, HBSc, completed an HBSc global health specialist degree at the University of Toronto, where she is now an MSc candidate.

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

The American Gastroenterological Association recently published an expert review and clinical practice update addressing endoscopic surveillance and management of colorectal dysplasia in patients with inflammatory bowel disease (IBD).

Because of practice-altering advances in therapy and surveillance over the past 2 decades, an updated approach is needed, according to authors led by Sanjay K. Murthy, MD, of Ottawa Hospital Research Institute and Fernando Velayos, MD, from Kaiser Permanente San Francisco Medical Center.

“Not long ago, notions of imperceptible CRC [colorectal cancer] development and urgent need for colectomy in the face of dysplasia dominated IBD practice,” the authors wrote in Gastroenterology. “However, improvements in disease management, as well as endoscopic technology and quality, have dramatically changed the way in which we conceptualize and manage IBD-related dysplasia over the past 20 years.”

Most notably, the authors called for a more conservative approach to sample collection and intervention.

“The practices of taking nontargeted biopsies and of referring patients for colectomy in the setting of low-grade or invisible dysplasia are being increasingly challenged in favor of ‘smart’ approaches that emphasize careful inspection and targeted sampling of visible and subtle lesions using newer technologies ... as well as endoscopic management of most lesions that appear endoscopically resectable,” the authors wrote. “Indeed, surgery is being increasingly reserved for lesions harboring strong risk factors for invasive cancer or when endoscopic clearance is not possible.”

The 14 best practice advice statements cover a variety of topics, including appropriate lesion terminology and characterization, endoscopy timing, and indications for biopsies, resection, and colectomy.

“The proposed conceptual model and best practice advice statements in this review are best used in conjunction with evolving literature and existing societal guidelines as part of a shared decision-making process,” the authors noted.
 

Lesion descriptions

First, the authors provided best practice advice for retirement of three older terms: “dysplasia-associated lesion or mass, adenoma-like mass, and flat dysplasia.” Instead, they advised sorting precancerous colorectal lesions into one of three categories: nonpolypoid (less than 2.5 mm tall), polypoid (at least 2.5 mm tall), or invisible (if detected by nontargeted biopsy).

According to the update, lesion descriptions should also include location, morphology, size, presence of ulceration, clarity of borders, presence within an area of past or current colitis, use of special visualization techniques, and perceived completeness of resection.
 

Surveillance timing

All patients with chronic IBD should undergo colonoscopy screening for dysplasia 8-10 years after diagnosis, the authors wrote. Subsequent colonoscopies should be performed every 1-5 years, depending on risk factors, such as family history of colorectal cancer and quality of prior surveillance exams.

Higher-risk patients may require colonoscopies earlier and more frequently, according to the update. Patients diagnosed with primary sclerosing cholangitis, for instance, should undergo immediate colonoscopy, while patients at high risk of dysplasia (such as those with prior CRC) should undergo annual pouch surveillance.
 

General principles and surveillance colonoscopy

“Conditions and practices for dysplasia detection should be optimized,” the authors wrote, “including control of inflammation, use of high-definition endoscopes, bowel preparation, careful washing and inspection of all colorectal mucosa, and targeted sampling of any suspicious mucosal irregularities.”

Endoscopists should consider use of dye spray chromoendoscopy, “particularly if a standard definition endoscope is used or if there is a history of dysplasia,” the authors wrote. Alternatively, virtual chromoendoscopy may be used in conjunction with high-definition endoscopy.
 

Biopsy, resection, and colectomy

According to the update, if chromoendoscopy is used, then biopsies should be targeted “where mucosal findings are suspicious for dysplasia or are inexplicably different from the surrounding mucosa.”

If chromoendoscopy isn’t used, then the authors advised clinicians to also perform nontargeted biopsies, ideally four per 10 cm of colon, in addition to targeted biopsies of suspicious areas.

When lesions are clearly demarcated and lack submucosal fibrosis or stigmata of invasive cancer, then endoscopic resection is preferred over biopsy. Following resection, mucosal biopsies are usually unnecessary, “unless there are concerns about resection completeness.”

“If the resectability of a lesion is in question, referral to a specialized endoscopist or inflammatory bowel disease center is suggested,” wrote the authors.

They noted that, if visible dysplasia is truly unresectable or if invisible multifocal/high-grade dysplasia is encountered, then colectomy should be performed.
 

IBD control

Finally, the authors emphasized the importance of adequately managing IBD activity to reduce dysplasia risk.

“Because CRC risk in IBD is primarily driven by inflammation, and available data do not demonstrate a clear independent chemopreventive effect of available agents, the focus of chemoprevention in IBD should be control of inflammation,” they wrote.

The expert review was commissioned and approved by the AGA Institute Clinical Practice Updates Committee and the AGA Governing Board. The investigators disclosed no conflicts of interest.

The American Gastroenterological Association recently published an expert review and clinical practice update addressing endoscopic surveillance and management of colorectal dysplasia in patients with inflammatory bowel disease (IBD).

Because of practice-altering advances in therapy and surveillance over the past 2 decades, an updated approach is needed, according to authors led by Sanjay K. Murthy, MD, of Ottawa Hospital Research Institute and Fernando Velayos, MD, from Kaiser Permanente San Francisco Medical Center.

“Not long ago, notions of imperceptible CRC [colorectal cancer] development and urgent need for colectomy in the face of dysplasia dominated IBD practice,” the authors wrote in Gastroenterology. “However, improvements in disease management, as well as endoscopic technology and quality, have dramatically changed the way in which we conceptualize and manage IBD-related dysplasia over the past 20 years.”

Most notably, the authors called for a more conservative approach to sample collection and intervention.

“The practices of taking nontargeted biopsies and of referring patients for colectomy in the setting of low-grade or invisible dysplasia are being increasingly challenged in favor of ‘smart’ approaches that emphasize careful inspection and targeted sampling of visible and subtle lesions using newer technologies ... as well as endoscopic management of most lesions that appear endoscopically resectable,” the authors wrote. “Indeed, surgery is being increasingly reserved for lesions harboring strong risk factors for invasive cancer or when endoscopic clearance is not possible.”

The 14 best practice advice statements cover a variety of topics, including appropriate lesion terminology and characterization, endoscopy timing, and indications for biopsies, resection, and colectomy.

“The proposed conceptual model and best practice advice statements in this review are best used in conjunction with evolving literature and existing societal guidelines as part of a shared decision-making process,” the authors noted.
 

Lesion descriptions

First, the authors provided best practice advice for retirement of three older terms: “dysplasia-associated lesion or mass, adenoma-like mass, and flat dysplasia.” Instead, they advised sorting precancerous colorectal lesions into one of three categories: nonpolypoid (less than 2.5 mm tall), polypoid (at least 2.5 mm tall), or invisible (if detected by nontargeted biopsy).

According to the update, lesion descriptions should also include location, morphology, size, presence of ulceration, clarity of borders, presence within an area of past or current colitis, use of special visualization techniques, and perceived completeness of resection.
 

Surveillance timing

All patients with chronic IBD should undergo colonoscopy screening for dysplasia 8-10 years after diagnosis, the authors wrote. Subsequent colonoscopies should be performed every 1-5 years, depending on risk factors, such as family history of colorectal cancer and quality of prior surveillance exams.

Higher-risk patients may require colonoscopies earlier and more frequently, according to the update. Patients diagnosed with primary sclerosing cholangitis, for instance, should undergo immediate colonoscopy, while patients at high risk of dysplasia (such as those with prior CRC) should undergo annual pouch surveillance.
 

General principles and surveillance colonoscopy

“Conditions and practices for dysplasia detection should be optimized,” the authors wrote, “including control of inflammation, use of high-definition endoscopes, bowel preparation, careful washing and inspection of all colorectal mucosa, and targeted sampling of any suspicious mucosal irregularities.”

Endoscopists should consider use of dye spray chromoendoscopy, “particularly if a standard definition endoscope is used or if there is a history of dysplasia,” the authors wrote. Alternatively, virtual chromoendoscopy may be used in conjunction with high-definition endoscopy.
 

Biopsy, resection, and colectomy

According to the update, if chromoendoscopy is used, then biopsies should be targeted “where mucosal findings are suspicious for dysplasia or are inexplicably different from the surrounding mucosa.”

If chromoendoscopy isn’t used, then the authors advised clinicians to also perform nontargeted biopsies, ideally four per 10 cm of colon, in addition to targeted biopsies of suspicious areas.

When lesions are clearly demarcated and lack submucosal fibrosis or stigmata of invasive cancer, then endoscopic resection is preferred over biopsy. Following resection, mucosal biopsies are usually unnecessary, “unless there are concerns about resection completeness.”

“If the resectability of a lesion is in question, referral to a specialized endoscopist or inflammatory bowel disease center is suggested,” wrote the authors.

They noted that, if visible dysplasia is truly unresectable or if invisible multifocal/high-grade dysplasia is encountered, then colectomy should be performed.
 

IBD control

Finally, the authors emphasized the importance of adequately managing IBD activity to reduce dysplasia risk.

“Because CRC risk in IBD is primarily driven by inflammation, and available data do not demonstrate a clear independent chemopreventive effect of available agents, the focus of chemoprevention in IBD should be control of inflammation,” they wrote.

The expert review was commissioned and approved by the AGA Institute Clinical Practice Updates Committee and the AGA Governing Board. The investigators disclosed no conflicts of interest.

The American Gastroenterological Association recently published an expert review and clinical practice update addressing endoscopic surveillance and management of colorectal dysplasia in patients with inflammatory bowel disease (IBD).

Because of practice-altering advances in therapy and surveillance over the past 2 decades, an updated approach is needed, according to authors led by Sanjay K. Murthy, MD, of Ottawa Hospital Research Institute and Fernando Velayos, MD, from Kaiser Permanente San Francisco Medical Center.

“Not long ago, notions of imperceptible CRC [colorectal cancer] development and urgent need for colectomy in the face of dysplasia dominated IBD practice,” the authors wrote in Gastroenterology. “However, improvements in disease management, as well as endoscopic technology and quality, have dramatically changed the way in which we conceptualize and manage IBD-related dysplasia over the past 20 years.”

Most notably, the authors called for a more conservative approach to sample collection and intervention.

“The practices of taking nontargeted biopsies and of referring patients for colectomy in the setting of low-grade or invisible dysplasia are being increasingly challenged in favor of ‘smart’ approaches that emphasize careful inspection and targeted sampling of visible and subtle lesions using newer technologies ... as well as endoscopic management of most lesions that appear endoscopically resectable,” the authors wrote. “Indeed, surgery is being increasingly reserved for lesions harboring strong risk factors for invasive cancer or when endoscopic clearance is not possible.”

The 14 best practice advice statements cover a variety of topics, including appropriate lesion terminology and characterization, endoscopy timing, and indications for biopsies, resection, and colectomy.

“The proposed conceptual model and best practice advice statements in this review are best used in conjunction with evolving literature and existing societal guidelines as part of a shared decision-making process,” the authors noted.
 

Lesion descriptions

First, the authors provided best practice advice for retirement of three older terms: “dysplasia-associated lesion or mass, adenoma-like mass, and flat dysplasia.” Instead, they advised sorting precancerous colorectal lesions into one of three categories: nonpolypoid (less than 2.5 mm tall), polypoid (at least 2.5 mm tall), or invisible (if detected by nontargeted biopsy).

According to the update, lesion descriptions should also include location, morphology, size, presence of ulceration, clarity of borders, presence within an area of past or current colitis, use of special visualization techniques, and perceived completeness of resection.
 

Surveillance timing

All patients with chronic IBD should undergo colonoscopy screening for dysplasia 8-10 years after diagnosis, the authors wrote. Subsequent colonoscopies should be performed every 1-5 years, depending on risk factors, such as family history of colorectal cancer and quality of prior surveillance exams.

Higher-risk patients may require colonoscopies earlier and more frequently, according to the update. Patients diagnosed with primary sclerosing cholangitis, for instance, should undergo immediate colonoscopy, while patients at high risk of dysplasia (such as those with prior CRC) should undergo annual pouch surveillance.
 

General principles and surveillance colonoscopy

“Conditions and practices for dysplasia detection should be optimized,” the authors wrote, “including control of inflammation, use of high-definition endoscopes, bowel preparation, careful washing and inspection of all colorectal mucosa, and targeted sampling of any suspicious mucosal irregularities.”

Endoscopists should consider use of dye spray chromoendoscopy, “particularly if a standard definition endoscope is used or if there is a history of dysplasia,” the authors wrote. Alternatively, virtual chromoendoscopy may be used in conjunction with high-definition endoscopy.
 

Biopsy, resection, and colectomy

According to the update, if chromoendoscopy is used, then biopsies should be targeted “where mucosal findings are suspicious for dysplasia or are inexplicably different from the surrounding mucosa.”

If chromoendoscopy isn’t used, then the authors advised clinicians to also perform nontargeted biopsies, ideally four per 10 cm of colon, in addition to targeted biopsies of suspicious areas.

When lesions are clearly demarcated and lack submucosal fibrosis or stigmata of invasive cancer, then endoscopic resection is preferred over biopsy. Following resection, mucosal biopsies are usually unnecessary, “unless there are concerns about resection completeness.”

“If the resectability of a lesion is in question, referral to a specialized endoscopist or inflammatory bowel disease center is suggested,” wrote the authors.

They noted that, if visible dysplasia is truly unresectable or if invisible multifocal/high-grade dysplasia is encountered, then colectomy should be performed.
 

IBD control

Finally, the authors emphasized the importance of adequately managing IBD activity to reduce dysplasia risk.

“Because CRC risk in IBD is primarily driven by inflammation, and available data do not demonstrate a clear independent chemopreventive effect of available agents, the focus of chemoprevention in IBD should be control of inflammation,” they wrote.

The expert review was commissioned and approved by the AGA Institute Clinical Practice Updates Committee and the AGA Governing Board. The investigators disclosed no conflicts of interest.

Seth was finally diagnosed with appendicitis more than six hours after arriving at Cleveland Clinic Martin Health North Hospital in late July. Around midnight, he was taken by ambulance to a sister hospital about a half-hour away that was better equipped to perform pediatric emergency surgery, his father said.

But by the time the doctor operated in the early morning hours, Seth’s appendix had burst – a potentially fatal complication.

As the nation’s hospitals fill and emergency rooms overflow with critically ill COVID-19 patients, it is the non–COVID-19 patients, like Seth, who have become collateral damage. They, too, need emergency care, but the sheer number of COVID-19 cases is crowding them out. Treatment has often been delayed as ERs scramble to find a bed that may be hundreds of miles away.

Some health officials now worry about looming ethical decisions. Last week, Idaho activated a “crisis standard of care,” which one official described as a “last resort.” It allows overwhelmed hospitals to ration care, including “in rare cases, ventilator (breathing machines) or intensive care unit (ICU) beds may need to be used for those who are most likely to survive, while patients who are not likely to survive may not be able to receive one,” the state’s website said.

The federal government’s latest data shows Alabama is at 100% of its intensive care unit capacity, with Texas, Georgia, Mississippi and Arkansas at more than 90% ICU capacity. Florida is just under 90%.

It’s the COVID-19 cases that are dominating. In Georgia, 62% of the ICU beds are now filled with just COVID-19 patients. In Texas, the percentage is nearly half.

To have so many ICU beds pressed into service for a single diagnosis is “unheard of,” said Dr. Hasan Kakli, an emergency room physician at Bellville Medical Center in Bellville, Texas, about an hour from Houston. “It’s approaching apocalyptic.”

In Texas, state data released Monday showed there were only 319 adult and 104 pediatric staffed ICU beds available across a state of 29 million people.

Hospitals need to hold some ICU beds for other patients, such as those recovering from major surgery or other critical conditions such as stroke, trauma or heart failure.

“This is not just a COVID issue,” said Dr. Normaliz Rodriguez, pediatric emergency physician at Johns Hopkins All Children’s Hospital in St. Petersburg, Florida. “This is an everyone issue.”

While the latest hospital crisis echoes previous pandemic spikes, there are troubling differences this time around.

Before, localized COVID-19 hot spots led to bed shortages, but there were usually hospitals in the region not as affected that could accept a transfer.

Now, as the highly contagious delta variant envelops swaths of low-vaccination states all at once, it becomes harder to find nearby hospitals that are not slammed.

“Wait times can now be measured in days,” said Darrell Pile, CEO of the SouthEast Texas Regional Advisory Council, which helps coordinate patient transfers across a 25-county region.

Recently, Dr. Cedric Dark, a Houston emergency physician and assistant professor of emergency medicine at Baylor College of Medicine, said he saw a critically ill COVID-19 patient waiting in the emergency room for an ICU bed to open. The doctor worked eight hours, went home and came in the next day. The patient was still waiting.

Holding a seriously ill patient in an emergency room while waiting for an in-patient bed to open is known as boarding. The longer the wait, the more dangerous it can be for the patient, studies have found.

Not only do patients ultimately end up staying in the hospital or the ICU longer, some research suggests that long waits for a bed will worsen their condition and may increase the risk of in-hospital death.

That’s what happened last month in Texas.

On Aug. 21, around 11:30 a.m., Michelle Puget took her adult son, Daniel Wilkinson, to the Bellville Medical Center’s emergency room as a pain in his abdomen became unbearable. “Mama,” he said, “take me to the hospital.”

Wilkinson, a 46-year-old decorated Army veteran who did two tours of duty in Afghanistan, was ushered into an exam room about half an hour later. Kakli, the emergency room physician there, diagnosed gallstone pancreatitis, a serious but treatable condition that required a specialist to perform a surgical procedure and an ICU bed.

In other times, the transfer to a larger facility would be easy. But soon Kakli found himself on a frantic, six-hour quest to find a bed for his patient. Not only did he call hospitals across Texas, but he also tried Kansas, Missouri, Oklahoma and Colorado. It was like throwing darts at a map and hoping to get lucky, he told ProPublica. But no one could or would take the transfer.

By 2:30 p.m., Wilkinson’s condition was deteriorating. Kakli told Puget to come back to the hospital. “I have to tell you,” she said he told her, “Your son is a very, very sick man. If he doesn’t get this procedure he will die.” She began to weep.

Two hours later, Wilkinson’s blood pressure was dropping, signaling his organs were failing, she said.

Kakli went on Facebook and posted an all-caps plea to physician groups around the nation: “GETTING REJECTED BY ALL HOSPITALS IN TEXAS DUE TO NO ICU BEDS. PLEASE HELP. MESSAGE ME IF YOU HAVE A BED. PATIENT IS IN ER NOW. I AM THE ER DOC. WILL FLY ANYWHERE.”

The doctor tried Michael E. DeBakey VA Medical Center in Houston for a second time. This time he found a bed.

Around 7 p.m., Wilkinson, still conscious but in grave condition, was flown by helicopter to the hospital. He was put in a medically induced coma. Through the night and into the next morning, medical teams worked to stabilize him enough to perform the procedure. They could not.

Doctors told his family the internal damage was catastrophic. “We made the decision we had to let him go,” Puget said.

Time of death: 1:37 p.m. Aug. 22 – 26 hours after he first arrived in the emergency room.

The story was first reported by CBS News. Kakli told ProPublica last week he still sometimes does the math in his head: It should have been 40 minutes from diagnosis in Bellville to transfer to the ICU in Houston. “If he had 40 minutes to wait instead of six hours, I strongly believe he would have had a different outcome.”

Another difference with the latest surge is how it’s affecting children.

Last year, schools were closed, and children were more protected because they were mostly isolated at home. In fact, children’s hospitals were often so empty during previous spikes they opened beds to adult patients.

Now, families are out more. Schools have reopened, some with mask mandates, some without. Vaccines are not yet available to those under 12. Suddenly the numbers of hospitalized children are on the rise, setting up the same type of competition for resources between young COVID-19 patients and those with other illnesses such as new onset diabetes, trauma, pneumonia or appendicitis.

Dr. Rafael Santiago, a pediatric emergency physician in Central Florida, said at Lakeland Regional Health Medical Center, the average number of children coming into the emergency room is around 130 per day. During the lockdown last spring, that number dropped to 33. Last month – “the busiest month ever” – the average daily number of children in the emergency room was 160.

Pediatric transfers are not yet as fraught as adult ones, Santiago said, but it does take more calls than it once did to secure a bed.

Seth Osborn, the 12-year-old whose appendix burst after a long wait, spent five days and four nights in the hospital as doctors pumped his body full of antibiotics to stave off infection from the rupture. The typical hospitalization for a routine appendectomy is about 24 hours.

The initial hospital bill for the stay came to more than $48,000, Nathaniel Osborn said. Although insurance paid for most of it, he said the family still borrowed against its house to cover the more than $5,000 in out-of-pocket costs so far.

While the hospital system where Seth was treated declined to comment about his case because of patient privacy laws, it did email a statement about the strain the pandemic is creating.

“Since July 2021, we have seen a tremendous spike in COVID-19 patients needing care and hospitalization. In mid-August, we saw the highest number of patients hospitalized with COVID-19 across the Cleveland Clinic Florida region, a total of 395 COVID-19 patients in four hospitals. Those hospitals have approximately 1,000 total beds,” the email to ProPublica said. “We strongly encourage vaccination. Approximately 90% of our patients hospitalized due to COVID-19 are unvaccinated.”

On Sunday, The Washington Post reported that a hospital in Alabama called 43 others across three states before finding a bed for Ray DeMonia, a critically ill heart patient who later died. In his obituary his family wrote: “In honor of Ray, please get vaccinated if you have not, in an effort to free up resources for non COVID related emergencies. ... He would not want any other family to go through what his did.”

Today, Seth is mostly recovered. “Twelve-year-old boys bounce back,” his father said. Still, the experience has left Nathaniel Osborn shaken.

The high school history teacher said he likes to stay upbeat and apolitical in his social media musings, posting about Florida wildlife preservation and favorite books. But on Sept. 7, he tweeted: “My 12-year-old had appendicitis. The ER was overwhelmed with unvaccinated Covid patients and we had to wait 6+ hours. While waiting, his appendix ruptured and had to spend 5 days in hospital. ... So yeah, your decision to not vaccinate does affect others.”

It was retweeted 34,700 times, with 143,000 likes. Most comments were sympathetic and wished his child a speedy recovery. Some, though, went straight to hate, apparently triggered by his last line. He was attacked personally and accused of making up the story: “Good try with the guilt, jerk.”

Osborn, who is vaccinated, as are his wife and son, told ProPublica he only shared Seth’s story on Twitter to encourage vaccinations.

“I have no ill will towards the hospitals or the care received at either hospital,” he said this week, “but had these hospitals not been so crowded with COVID patients, we wouldn’t have had to wait so long and perhaps my son’s appendix would not have burst.”

This story was originally published on ProPublica. ProPublica is a nonprofit newsroom that investigates abuses of power. Sign up to receive their biggest stories as soon as they’re published.

Seth was finally diagnosed with appendicitis more than six hours after arriving at Cleveland Clinic Martin Health North Hospital in late July. Around midnight, he was taken by ambulance to a sister hospital about a half-hour away that was better equipped to perform pediatric emergency surgery, his father said.

But by the time the doctor operated in the early morning hours, Seth’s appendix had burst – a potentially fatal complication.

As the nation’s hospitals fill and emergency rooms overflow with critically ill COVID-19 patients, it is the non–COVID-19 patients, like Seth, who have become collateral damage. They, too, need emergency care, but the sheer number of COVID-19 cases is crowding them out. Treatment has often been delayed as ERs scramble to find a bed that may be hundreds of miles away.

Some health officials now worry about looming ethical decisions. Last week, Idaho activated a “crisis standard of care,” which one official described as a “last resort.” It allows overwhelmed hospitals to ration care, including “in rare cases, ventilator (breathing machines) or intensive care unit (ICU) beds may need to be used for those who are most likely to survive, while patients who are not likely to survive may not be able to receive one,” the state’s website said.

The federal government’s latest data shows Alabama is at 100% of its intensive care unit capacity, with Texas, Georgia, Mississippi and Arkansas at more than 90% ICU capacity. Florida is just under 90%.

It’s the COVID-19 cases that are dominating. In Georgia, 62% of the ICU beds are now filled with just COVID-19 patients. In Texas, the percentage is nearly half.

To have so many ICU beds pressed into service for a single diagnosis is “unheard of,” said Dr. Hasan Kakli, an emergency room physician at Bellville Medical Center in Bellville, Texas, about an hour from Houston. “It’s approaching apocalyptic.”

In Texas, state data released Monday showed there were only 319 adult and 104 pediatric staffed ICU beds available across a state of 29 million people.

Hospitals need to hold some ICU beds for other patients, such as those recovering from major surgery or other critical conditions such as stroke, trauma or heart failure.

“This is not just a COVID issue,” said Dr. Normaliz Rodriguez, pediatric emergency physician at Johns Hopkins All Children’s Hospital in St. Petersburg, Florida. “This is an everyone issue.”

While the latest hospital crisis echoes previous pandemic spikes, there are troubling differences this time around.

Before, localized COVID-19 hot spots led to bed shortages, but there were usually hospitals in the region not as affected that could accept a transfer.

Now, as the highly contagious delta variant envelops swaths of low-vaccination states all at once, it becomes harder to find nearby hospitals that are not slammed.

“Wait times can now be measured in days,” said Darrell Pile, CEO of the SouthEast Texas Regional Advisory Council, which helps coordinate patient transfers across a 25-county region.

Recently, Dr. Cedric Dark, a Houston emergency physician and assistant professor of emergency medicine at Baylor College of Medicine, said he saw a critically ill COVID-19 patient waiting in the emergency room for an ICU bed to open. The doctor worked eight hours, went home and came in the next day. The patient was still waiting.

Holding a seriously ill patient in an emergency room while waiting for an in-patient bed to open is known as boarding. The longer the wait, the more dangerous it can be for the patient, studies have found.

Not only do patients ultimately end up staying in the hospital or the ICU longer, some research suggests that long waits for a bed will worsen their condition and may increase the risk of in-hospital death.

That’s what happened last month in Texas.

On Aug. 21, around 11:30 a.m., Michelle Puget took her adult son, Daniel Wilkinson, to the Bellville Medical Center’s emergency room as a pain in his abdomen became unbearable. “Mama,” he said, “take me to the hospital.”

Wilkinson, a 46-year-old decorated Army veteran who did two tours of duty in Afghanistan, was ushered into an exam room about half an hour later. Kakli, the emergency room physician there, diagnosed gallstone pancreatitis, a serious but treatable condition that required a specialist to perform a surgical procedure and an ICU bed.

In other times, the transfer to a larger facility would be easy. But soon Kakli found himself on a frantic, six-hour quest to find a bed for his patient. Not only did he call hospitals across Texas, but he also tried Kansas, Missouri, Oklahoma and Colorado. It was like throwing darts at a map and hoping to get lucky, he told ProPublica. But no one could or would take the transfer.

By 2:30 p.m., Wilkinson’s condition was deteriorating. Kakli told Puget to come back to the hospital. “I have to tell you,” she said he told her, “Your son is a very, very sick man. If he doesn’t get this procedure he will die.” She began to weep.

Two hours later, Wilkinson’s blood pressure was dropping, signaling his organs were failing, she said.

Kakli went on Facebook and posted an all-caps plea to physician groups around the nation: “GETTING REJECTED BY ALL HOSPITALS IN TEXAS DUE TO NO ICU BEDS. PLEASE HELP. MESSAGE ME IF YOU HAVE A BED. PATIENT IS IN ER NOW. I AM THE ER DOC. WILL FLY ANYWHERE.”

The doctor tried Michael E. DeBakey VA Medical Center in Houston for a second time. This time he found a bed.

Around 7 p.m., Wilkinson, still conscious but in grave condition, was flown by helicopter to the hospital. He was put in a medically induced coma. Through the night and into the next morning, medical teams worked to stabilize him enough to perform the procedure. They could not.

Doctors told his family the internal damage was catastrophic. “We made the decision we had to let him go,” Puget said.

Time of death: 1:37 p.m. Aug. 22 – 26 hours after he first arrived in the emergency room.

The story was first reported by CBS News. Kakli told ProPublica last week he still sometimes does the math in his head: It should have been 40 minutes from diagnosis in Bellville to transfer to the ICU in Houston. “If he had 40 minutes to wait instead of six hours, I strongly believe he would have had a different outcome.”

Another difference with the latest surge is how it’s affecting children.

Last year, schools were closed, and children were more protected because they were mostly isolated at home. In fact, children’s hospitals were often so empty during previous spikes they opened beds to adult patients.

Now, families are out more. Schools have reopened, some with mask mandates, some without. Vaccines are not yet available to those under 12. Suddenly the numbers of hospitalized children are on the rise, setting up the same type of competition for resources between young COVID-19 patients and those with other illnesses such as new onset diabetes, trauma, pneumonia or appendicitis.

Dr. Rafael Santiago, a pediatric emergency physician in Central Florida, said at Lakeland Regional Health Medical Center, the average number of children coming into the emergency room is around 130 per day. During the lockdown last spring, that number dropped to 33. Last month – “the busiest month ever” – the average daily number of children in the emergency room was 160.

Pediatric transfers are not yet as fraught as adult ones, Santiago said, but it does take more calls than it once did to secure a bed.

Seth Osborn, the 12-year-old whose appendix burst after a long wait, spent five days and four nights in the hospital as doctors pumped his body full of antibiotics to stave off infection from the rupture. The typical hospitalization for a routine appendectomy is about 24 hours.

The initial hospital bill for the stay came to more than $48,000, Nathaniel Osborn said. Although insurance paid for most of it, he said the family still borrowed against its house to cover the more than $5,000 in out-of-pocket costs so far.

While the hospital system where Seth was treated declined to comment about his case because of patient privacy laws, it did email a statement about the strain the pandemic is creating.

“Since July 2021, we have seen a tremendous spike in COVID-19 patients needing care and hospitalization. In mid-August, we saw the highest number of patients hospitalized with COVID-19 across the Cleveland Clinic Florida region, a total of 395 COVID-19 patients in four hospitals. Those hospitals have approximately 1,000 total beds,” the email to ProPublica said. “We strongly encourage vaccination. Approximately 90% of our patients hospitalized due to COVID-19 are unvaccinated.”

On Sunday, The Washington Post reported that a hospital in Alabama called 43 others across three states before finding a bed for Ray DeMonia, a critically ill heart patient who later died. In his obituary his family wrote: “In honor of Ray, please get vaccinated if you have not, in an effort to free up resources for non COVID related emergencies. ... He would not want any other family to go through what his did.”

Today, Seth is mostly recovered. “Twelve-year-old boys bounce back,” his father said. Still, the experience has left Nathaniel Osborn shaken.

The high school history teacher said he likes to stay upbeat and apolitical in his social media musings, posting about Florida wildlife preservation and favorite books. But on Sept. 7, he tweeted: “My 12-year-old had appendicitis. The ER was overwhelmed with unvaccinated Covid patients and we had to wait 6+ hours. While waiting, his appendix ruptured and had to spend 5 days in hospital. ... So yeah, your decision to not vaccinate does affect others.”

It was retweeted 34,700 times, with 143,000 likes. Most comments were sympathetic and wished his child a speedy recovery. Some, though, went straight to hate, apparently triggered by his last line. He was attacked personally and accused of making up the story: “Good try with the guilt, jerk.”

Osborn, who is vaccinated, as are his wife and son, told ProPublica he only shared Seth’s story on Twitter to encourage vaccinations.

“I have no ill will towards the hospitals or the care received at either hospital,” he said this week, “but had these hospitals not been so crowded with COVID patients, we wouldn’t have had to wait so long and perhaps my son’s appendix would not have burst.”

This story was originally published on ProPublica. ProPublica is a nonprofit newsroom that investigates abuses of power. Sign up to receive their biggest stories as soon as they’re published.

Seth was finally diagnosed with appendicitis more than six hours after arriving at Cleveland Clinic Martin Health North Hospital in late July. Around midnight, he was taken by ambulance to a sister hospital about a half-hour away that was better equipped to perform pediatric emergency surgery, his father said.

But by the time the doctor operated in the early morning hours, Seth’s appendix had burst – a potentially fatal complication.

As the nation’s hospitals fill and emergency rooms overflow with critically ill COVID-19 patients, it is the non–COVID-19 patients, like Seth, who have become collateral damage. They, too, need emergency care, but the sheer number of COVID-19 cases is crowding them out. Treatment has often been delayed as ERs scramble to find a bed that may be hundreds of miles away.

Some health officials now worry about looming ethical decisions. Last week, Idaho activated a “crisis standard of care,” which one official described as a “last resort.” It allows overwhelmed hospitals to ration care, including “in rare cases, ventilator (breathing machines) or intensive care unit (ICU) beds may need to be used for those who are most likely to survive, while patients who are not likely to survive may not be able to receive one,” the state’s website said.

The federal government’s latest data shows Alabama is at 100% of its intensive care unit capacity, with Texas, Georgia, Mississippi and Arkansas at more than 90% ICU capacity. Florida is just under 90%.

It’s the COVID-19 cases that are dominating. In Georgia, 62% of the ICU beds are now filled with just COVID-19 patients. In Texas, the percentage is nearly half.

To have so many ICU beds pressed into service for a single diagnosis is “unheard of,” said Dr. Hasan Kakli, an emergency room physician at Bellville Medical Center in Bellville, Texas, about an hour from Houston. “It’s approaching apocalyptic.”

In Texas, state data released Monday showed there were only 319 adult and 104 pediatric staffed ICU beds available across a state of 29 million people.

Hospitals need to hold some ICU beds for other patients, such as those recovering from major surgery or other critical conditions such as stroke, trauma or heart failure.

“This is not just a COVID issue,” said Dr. Normaliz Rodriguez, pediatric emergency physician at Johns Hopkins All Children’s Hospital in St. Petersburg, Florida. “This is an everyone issue.”

While the latest hospital crisis echoes previous pandemic spikes, there are troubling differences this time around.

Before, localized COVID-19 hot spots led to bed shortages, but there were usually hospitals in the region not as affected that could accept a transfer.

Now, as the highly contagious delta variant envelops swaths of low-vaccination states all at once, it becomes harder to find nearby hospitals that are not slammed.

“Wait times can now be measured in days,” said Darrell Pile, CEO of the SouthEast Texas Regional Advisory Council, which helps coordinate patient transfers across a 25-county region.

Recently, Dr. Cedric Dark, a Houston emergency physician and assistant professor of emergency medicine at Baylor College of Medicine, said he saw a critically ill COVID-19 patient waiting in the emergency room for an ICU bed to open. The doctor worked eight hours, went home and came in the next day. The patient was still waiting.

Holding a seriously ill patient in an emergency room while waiting for an in-patient bed to open is known as boarding. The longer the wait, the more dangerous it can be for the patient, studies have found.

Not only do patients ultimately end up staying in the hospital or the ICU longer, some research suggests that long waits for a bed will worsen their condition and may increase the risk of in-hospital death.

That’s what happened last month in Texas.

On Aug. 21, around 11:30 a.m., Michelle Puget took her adult son, Daniel Wilkinson, to the Bellville Medical Center’s emergency room as a pain in his abdomen became unbearable. “Mama,” he said, “take me to the hospital.”

Wilkinson, a 46-year-old decorated Army veteran who did two tours of duty in Afghanistan, was ushered into an exam room about half an hour later. Kakli, the emergency room physician there, diagnosed gallstone pancreatitis, a serious but treatable condition that required a specialist to perform a surgical procedure and an ICU bed.

In other times, the transfer to a larger facility would be easy. But soon Kakli found himself on a frantic, six-hour quest to find a bed for his patient. Not only did he call hospitals across Texas, but he also tried Kansas, Missouri, Oklahoma and Colorado. It was like throwing darts at a map and hoping to get lucky, he told ProPublica. But no one could or would take the transfer.

By 2:30 p.m., Wilkinson’s condition was deteriorating. Kakli told Puget to come back to the hospital. “I have to tell you,” she said he told her, “Your son is a very, very sick man. If he doesn’t get this procedure he will die.” She began to weep.

Two hours later, Wilkinson’s blood pressure was dropping, signaling his organs were failing, she said.

Kakli went on Facebook and posted an all-caps plea to physician groups around the nation: “GETTING REJECTED BY ALL HOSPITALS IN TEXAS DUE TO NO ICU BEDS. PLEASE HELP. MESSAGE ME IF YOU HAVE A BED. PATIENT IS IN ER NOW. I AM THE ER DOC. WILL FLY ANYWHERE.”

The doctor tried Michael E. DeBakey VA Medical Center in Houston for a second time. This time he found a bed.

Around 7 p.m., Wilkinson, still conscious but in grave condition, was flown by helicopter to the hospital. He was put in a medically induced coma. Through the night and into the next morning, medical teams worked to stabilize him enough to perform the procedure. They could not.

Doctors told his family the internal damage was catastrophic. “We made the decision we had to let him go,” Puget said.

Time of death: 1:37 p.m. Aug. 22 – 26 hours after he first arrived in the emergency room.

The story was first reported by CBS News. Kakli told ProPublica last week he still sometimes does the math in his head: It should have been 40 minutes from diagnosis in Bellville to transfer to the ICU in Houston. “If he had 40 minutes to wait instead of six hours, I strongly believe he would have had a different outcome.”

Another difference with the latest surge is how it’s affecting children.

Last year, schools were closed, and children were more protected because they were mostly isolated at home. In fact, children’s hospitals were often so empty during previous spikes they opened beds to adult patients.

Now, families are out more. Schools have reopened, some with mask mandates, some without. Vaccines are not yet available to those under 12. Suddenly the numbers of hospitalized children are on the rise, setting up the same type of competition for resources between young COVID-19 patients and those with other illnesses such as new onset diabetes, trauma, pneumonia or appendicitis.

Dr. Rafael Santiago, a pediatric emergency physician in Central Florida, said at Lakeland Regional Health Medical Center, the average number of children coming into the emergency room is around 130 per day. During the lockdown last spring, that number dropped to 33. Last month – “the busiest month ever” – the average daily number of children in the emergency room was 160.

Pediatric transfers are not yet as fraught as adult ones, Santiago said, but it does take more calls than it once did to secure a bed.

Seth Osborn, the 12-year-old whose appendix burst after a long wait, spent five days and four nights in the hospital as doctors pumped his body full of antibiotics to stave off infection from the rupture. The typical hospitalization for a routine appendectomy is about 24 hours.

The initial hospital bill for the stay came to more than $48,000, Nathaniel Osborn said. Although insurance paid for most of it, he said the family still borrowed against its house to cover the more than $5,000 in out-of-pocket costs so far.

While the hospital system where Seth was treated declined to comment about his case because of patient privacy laws, it did email a statement about the strain the pandemic is creating.

“Since July 2021, we have seen a tremendous spike in COVID-19 patients needing care and hospitalization. In mid-August, we saw the highest number of patients hospitalized with COVID-19 across the Cleveland Clinic Florida region, a total of 395 COVID-19 patients in four hospitals. Those hospitals have approximately 1,000 total beds,” the email to ProPublica said. “We strongly encourage vaccination. Approximately 90% of our patients hospitalized due to COVID-19 are unvaccinated.”

On Sunday, The Washington Post reported that a hospital in Alabama called 43 others across three states before finding a bed for Ray DeMonia, a critically ill heart patient who later died. In his obituary his family wrote: “In honor of Ray, please get vaccinated if you have not, in an effort to free up resources for non COVID related emergencies. ... He would not want any other family to go through what his did.”

Today, Seth is mostly recovered. “Twelve-year-old boys bounce back,” his father said. Still, the experience has left Nathaniel Osborn shaken.

The high school history teacher said he likes to stay upbeat and apolitical in his social media musings, posting about Florida wildlife preservation and favorite books. But on Sept. 7, he tweeted: “My 12-year-old had appendicitis. The ER was overwhelmed with unvaccinated Covid patients and we had to wait 6+ hours. While waiting, his appendix ruptured and had to spend 5 days in hospital. ... So yeah, your decision to not vaccinate does affect others.”

It was retweeted 34,700 times, with 143,000 likes. Most comments were sympathetic and wished his child a speedy recovery. Some, though, went straight to hate, apparently triggered by his last line. He was attacked personally and accused of making up the story: “Good try with the guilt, jerk.”

Osborn, who is vaccinated, as are his wife and son, told ProPublica he only shared Seth’s story on Twitter to encourage vaccinations.

“I have no ill will towards the hospitals or the care received at either hospital,” he said this week, “but had these hospitals not been so crowded with COVID patients, we wouldn’t have had to wait so long and perhaps my son’s appendix would not have burst.”

This story was originally published on ProPublica. ProPublica is a nonprofit newsroom that investigates abuses of power. Sign up to receive their biggest stories as soon as they’re published.

There is a link between ADHD and risk for Alzheimer’s disease (AD) and other dementia types, results from a large, multigenerational study show.

“The findings suggest there are common genetic and/or environmental contributions to the association between ADHD and dementia,” study investigator Zheng Chang, PhD, from the department of medical epidemiology and biostatistics at Karolinska Institute, Stockholm, said in a statement.

“There have been few studies previously on the link between ADHD and dementia, all with limited sample size,” Dr. Chang said in an interview.

“This is the first study to look at ADHD and dementia within extended families. It’s a large population-based study including over 2 million individuals and their over 5 million biological relatives,” he noted.

The study was published online Sept. 9, 2021, in the journal Alzheimer’s & Dementia.
 

Shared familial risk

The researchers identified roughly 2.1 million people born in Sweden between 1980 and 2001. Overall, 3.2% of the cohort had a diagnosis of ADHD. 

Using national registries, they linked these individuals to more than 5 million of their biological relatives including parents, grandparents, uncles, and aunts and determined which of these relatives developed dementia over time.

In adjusted analyses, parents of individuals with ADHD had 34% higher risk for any dementia than parents of those without ADHD (hazard ratio, 1.34; 95% CI, 1.11-1.63).

The risk for AD, the most common type of dementia, was 55% higher in parents of individuals with ADHD (HR, 1.55; 95% CI, 1.26-1.89).

Individuals with ADHD were more likely to have parents with early-onset dementia rather than late-onset dementia. However, the absolute risk for dementia was low for the parent cohort: Only 0.17% of the parents were diagnosed with dementia during follow-up.

The association between ADHD and dementia was not as strong for second-degree relatives of individuals with ADHD. For example, grandparents of individuals with ADHD had a 10% increased risk for dementia, compared with grandparents of individuals without ADHD.

The finding of attenuated associations with decreasing genetic relatedness (parents > grandparents and uncles/aunts), points to shared familial risk between ADHD and AD, the researchers said. 

There could be “undiscovered genetic variants that contribute to either traits or family-wide environmental risk factors, such as socioeconomic status, that may have an impact on the association,” Dr. Chang said in the news release.

“There are no direct clinical implications from this study, but research like this could lead to further research with goals for improved detection, prevention, and treatment,” he said in an interview.
 

More questions than answers

Heather Snyder, PhD, vice president of medical and scientific relations for the Alzheimer’s Association that the way different brain diseases are linked “is a question the Alzheimer’s Association is often asked, and it is a part of our funding portfolio to get that question answered.”

This study looking at ADHD and dementia is “intriguing,” Dr. Snyder said, “because, right now, there is limited information available. That said, this is an association study; it shows that two things are somehow connected. Because of how the study was conducted, it does not – and cannot – prove causation,” Dr. Snyder said. “But it is interesting all the same. More research is needed to uncover specifically why and how these two diseases are related. That might eventually give us insight into how to manage risk or even improve treatment.”

The study was supported by grants from the Swedish Council for Health, Working Life and Welfare, the Swedish Research Council, the Swedish Brain Foundation, the European Union’s Horizon 2020 research and innovation program under the Marie Skłodowska-Curie, the Fredrik & Ingrid Thurings Stiftelse, and the Karolinska Institutet Research Foundation. Dr. Chang and Dr. Snyder disclosed no relevant financial relationships.

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

There is a link between ADHD and risk for Alzheimer’s disease (AD) and other dementia types, results from a large, multigenerational study show.

“The findings suggest there are common genetic and/or environmental contributions to the association between ADHD and dementia,” study investigator Zheng Chang, PhD, from the department of medical epidemiology and biostatistics at Karolinska Institute, Stockholm, said in a statement.

“There have been few studies previously on the link between ADHD and dementia, all with limited sample size,” Dr. Chang said in an interview.

“This is the first study to look at ADHD and dementia within extended families. It’s a large population-based study including over 2 million individuals and their over 5 million biological relatives,” he noted.

The study was published online Sept. 9, 2021, in the journal Alzheimer’s & Dementia.
 

Shared familial risk

The researchers identified roughly 2.1 million people born in Sweden between 1980 and 2001. Overall, 3.2% of the cohort had a diagnosis of ADHD. 

Using national registries, they linked these individuals to more than 5 million of their biological relatives including parents, grandparents, uncles, and aunts and determined which of these relatives developed dementia over time.

In adjusted analyses, parents of individuals with ADHD had 34% higher risk for any dementia than parents of those without ADHD (hazard ratio, 1.34; 95% CI, 1.11-1.63).

The risk for AD, the most common type of dementia, was 55% higher in parents of individuals with ADHD (HR, 1.55; 95% CI, 1.26-1.89).

Individuals with ADHD were more likely to have parents with early-onset dementia rather than late-onset dementia. However, the absolute risk for dementia was low for the parent cohort: Only 0.17% of the parents were diagnosed with dementia during follow-up.

The association between ADHD and dementia was not as strong for second-degree relatives of individuals with ADHD. For example, grandparents of individuals with ADHD had a 10% increased risk for dementia, compared with grandparents of individuals without ADHD.

The finding of attenuated associations with decreasing genetic relatedness (parents > grandparents and uncles/aunts), points to shared familial risk between ADHD and AD, the researchers said. 

There could be “undiscovered genetic variants that contribute to either traits or family-wide environmental risk factors, such as socioeconomic status, that may have an impact on the association,” Dr. Chang said in the news release.

“There are no direct clinical implications from this study, but research like this could lead to further research with goals for improved detection, prevention, and treatment,” he said in an interview.
 

More questions than answers

Heather Snyder, PhD, vice president of medical and scientific relations for the Alzheimer’s Association that the way different brain diseases are linked “is a question the Alzheimer’s Association is often asked, and it is a part of our funding portfolio to get that question answered.”

This study looking at ADHD and dementia is “intriguing,” Dr. Snyder said, “because, right now, there is limited information available. That said, this is an association study; it shows that two things are somehow connected. Because of how the study was conducted, it does not – and cannot – prove causation,” Dr. Snyder said. “But it is interesting all the same. More research is needed to uncover specifically why and how these two diseases are related. That might eventually give us insight into how to manage risk or even improve treatment.”

The study was supported by grants from the Swedish Council for Health, Working Life and Welfare, the Swedish Research Council, the Swedish Brain Foundation, the European Union’s Horizon 2020 research and innovation program under the Marie Skłodowska-Curie, the Fredrik & Ingrid Thurings Stiftelse, and the Karolinska Institutet Research Foundation. Dr. Chang and Dr. Snyder disclosed no relevant financial relationships.

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

There is a link between ADHD and risk for Alzheimer’s disease (AD) and other dementia types, results from a large, multigenerational study show.

“The findings suggest there are common genetic and/or environmental contributions to the association between ADHD and dementia,” study investigator Zheng Chang, PhD, from the department of medical epidemiology and biostatistics at Karolinska Institute, Stockholm, said in a statement.

“There have been few studies previously on the link between ADHD and dementia, all with limited sample size,” Dr. Chang said in an interview.

“This is the first study to look at ADHD and dementia within extended families. It’s a large population-based study including over 2 million individuals and their over 5 million biological relatives,” he noted.

The study was published online Sept. 9, 2021, in the journal Alzheimer’s & Dementia.
 

Shared familial risk

The researchers identified roughly 2.1 million people born in Sweden between 1980 and 2001. Overall, 3.2% of the cohort had a diagnosis of ADHD. 

Using national registries, they linked these individuals to more than 5 million of their biological relatives including parents, grandparents, uncles, and aunts and determined which of these relatives developed dementia over time.

In adjusted analyses, parents of individuals with ADHD had 34% higher risk for any dementia than parents of those without ADHD (hazard ratio, 1.34; 95% CI, 1.11-1.63).

The risk for AD, the most common type of dementia, was 55% higher in parents of individuals with ADHD (HR, 1.55; 95% CI, 1.26-1.89).

Individuals with ADHD were more likely to have parents with early-onset dementia rather than late-onset dementia. However, the absolute risk for dementia was low for the parent cohort: Only 0.17% of the parents were diagnosed with dementia during follow-up.

The association between ADHD and dementia was not as strong for second-degree relatives of individuals with ADHD. For example, grandparents of individuals with ADHD had a 10% increased risk for dementia, compared with grandparents of individuals without ADHD.

The finding of attenuated associations with decreasing genetic relatedness (parents > grandparents and uncles/aunts), points to shared familial risk between ADHD and AD, the researchers said. 

There could be “undiscovered genetic variants that contribute to either traits or family-wide environmental risk factors, such as socioeconomic status, that may have an impact on the association,” Dr. Chang said in the news release.

“There are no direct clinical implications from this study, but research like this could lead to further research with goals for improved detection, prevention, and treatment,” he said in an interview.
 

More questions than answers

Heather Snyder, PhD, vice president of medical and scientific relations for the Alzheimer’s Association that the way different brain diseases are linked “is a question the Alzheimer’s Association is often asked, and it is a part of our funding portfolio to get that question answered.”

This study looking at ADHD and dementia is “intriguing,” Dr. Snyder said, “because, right now, there is limited information available. That said, this is an association study; it shows that two things are somehow connected. Because of how the study was conducted, it does not – and cannot – prove causation,” Dr. Snyder said. “But it is interesting all the same. More research is needed to uncover specifically why and how these two diseases are related. That might eventually give us insight into how to manage risk or even improve treatment.”

The study was supported by grants from the Swedish Council for Health, Working Life and Welfare, the Swedish Research Council, the Swedish Brain Foundation, the European Union’s Horizon 2020 research and innovation program under the Marie Skłodowska-Curie, the Fredrik & Ingrid Thurings Stiftelse, and the Karolinska Institutet Research Foundation. Dr. Chang and Dr. Snyder disclosed no relevant financial relationships.

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

Functional luminal imaging probe (FLIP) panometry proved superior to high-resolution manometry (HRM) for evaluation of esophageal motility, according to a new study based on data from 329 adults.

Eraxion/Thinkstock.com

HRM is generally considered the primary method for evaluating esophageal motility, but current recommendations include the use of a FLIP or timed barium esophogram (TBE) if HRM yields inconclusive results, Dustin A. Carlson, MD, of Northwestern University, Chicago, and colleagues wrote in the recent study. FLIP has several potential advantages over HRM, including that “the test is performed on a sedated patient at the time of endoscopy, as opposed to the awake transnasal catheter used for HRM”; however, comparisons of the two methods for predicting esophageal retention are lacking.

In the study published in the American Journal of Gastroenterology, the researchers reviewed data from 329 consecutive patients aged 18-89 years who completed FLIP, HRM, and TBE for evaluation of primary esophageal motility. They excluded patients with previous foregut surgery. The researchers compared the ability of FLIP and HRM to predict esophageal retention based on abnormal TBE findings, which was defined as a 1-minute column height greater than 5 cm or as impaction of a 12.5-mm barium tablet.

For HRM, the integrated relaxation pressure (IRP) was assessed in the supine and upright patient positions to predict abnormal TBE findings. For FLIP, esophagogastric junction (EGJ) opening was assessed with a 16-cm FLIP performed during sedated endoscopy, and the presence of abnormal TBE findings was determined using the EGJ–distensibility index and maximum EGJ diameter.

The area under the ROC curve for identifying abnormal TBE findings was 0.79 (95% confidence interval, 0.75-0.84) for supine, 0.79 (95% CI, 0.76-0.86) for upright IRP, 0.84 (95% CI, 0.79-0.88) for the EGJ–distensibility index, and 0.88 (95% CI, 0.85-0.92) for the maximum EGJ diameter.

In a logistic regression analysis, the odds ratios for predicting abnormal TBE findings were 1.8 (95% confidence interval, 0.84-3.7; P < .133) for consistent elevation of IRP in HRM, compared with normal IRP, and 39.7 (95% CI, 16.4-96.2; P < .001) for reduced EGJ opening on FLIP panometry, compared with normal EGJ opening.

“Both the IRP on HRM and FLIP panometry metrics of EGJ opening (EGJ–[distensibility index] and maximum EGJ diameter) demonstrated capabilities to differentiate between abnormal and normal esophageal retention, which supports confidence in both tools,” the authors explained. “However, FLIP panometry parameters did so more accurately and with greater predictive capability as reflected by ROC and regression analysis.”

A total of 40 patients (12%) showed discordance between their HRM and FLIP panometry measures, and among these, FLIP showed stronger detection of esophageal retention. FLIP panometry was consistent with TBE in 78% of cases, while HRM-IRP was consistent with TBE in 23%. “Discordant results between HRM and FLIP panometry were observed in previous studies and again in this study, a scenario with unclear clinical significance,” the authors noted, which was why they used TBE as “an objective measure of esophageal retention that was independent of both HRM and FLIP to compare the two modalities.”

The study findings were limited by several factors including ones related to the use of TBE as the primary outcome, as well as the lack of longitudinal outcomes, the researchers noted. There is also the potential for referral bias and selection bias with an overrepresentation of patients with achalasia and EGJ outflow obstruction. However, the results were strengthened by the large sample size of patients who completed evaluations with HRM, FLIP, and TBE.

The study “provides additional support for the use of FLIP panometry to evaluate esophageal motility because it accurately identifies normal and abnormal retention, but also identifies patients who should undergo further complementary diagnostic testing,” they noted. Longitudinal studies are needed to explore best practices for managing esophageal motor disorders. In the meantime, evaluation with FLIP panometry, TBE, and HRM likely remains necessary for some patients, “particularly those with equivocal findings on a single test,” to better characterize disease and guide treatment, the researchers concluded.
 

Findings support potential of FLIP

“The endoscopic FLIP is an exciting clinical tool that utilizes distension of a catheter-mounted balloon to different volumes to acquire esophageal dimensions and pressures,” Amit Patel, MD, of Duke University, Durham, N.C., said in an interview.

“Accumulating data on FLIP inspired [recently published guidelines] to suggest the use of FLIP to complement high-resolution manometry in the setting of obstructive esophageal symptoms and borderline HRM findings, for patients in whom an HRM study cannot be completed, and for intraprocedural use during interventions for achalasia,” Dr. Patel said. “However, the comparative utility of FLIP, particularly among foundational esophageal diagnostics such as HRM and TBE, is less well developed at this point.”

Dr. Patel said he was surprised by some of the findings. “The characteristics of FLIP metrics (specifically, EGJ–distensibility index <2 mm²/mm Hg and/or maximum EGJ diameter <12 mm) were numerically superior to those for traditional IRP metrics from HRM in predicting retention on TBE on AUROC, regression analyses, and discordant cases in this study,” said Dr. Patel. “Although this study also corroborated the value of IRP on HRM, these findings were somewhat surprising for HRM, given its well-earned reputation as the gold standard for the diagnosis of esophageal motor disorders, its widespread use, and the record of strong data supporting its important role in clinical practice.”

Overall, this study suggests these metrics from FLIP (namely, EGJ–distensibility index and EGJ diameter) may have “diagnostic value beyond traditional IRP metrics from HRM to identify objective retention on TBE,” said Dr. Patel, who also said these exciting findings “support the growth of the complementary role of FLIP ... particularly in cases where HRM may be inconclusive or not tolerated by patients.”

However, more research is needed. “Taking into account other HRM metrics beyond IRP, such as intrabolus pressures or evaluation of bolus transit on impedance, and provocative maneuvers on HRM, such as rapid drink challenges or solid swallows, may be appropriate for further evaluation, as will improved arbitration of ‘borderline’ metrics or less clear cases,” Dr. Patel emphasized. Future studies should also incorporate management interventions and assessments of outcomes.  

The study was supported by a grant from the Public Health service to a coinvestigator, and by the American College of Gastroenterology Junior Faculty Development Award to lead author Dr. Carlson. Dr. Carlson also disclosed speaking and consulting relationships with Medtronic, which manufactures FLIP panometry systems. Northwestern University and several coauthors also disclosed intellectual property rights and ownership surrounding FLIP panometry systems, methods, and apparatus with Medtronic. Dr. Patel had no financial conflicts to disclose.

This article was updated Oct. 13, 2021.

Functional luminal imaging probe (FLIP) panometry proved superior to high-resolution manometry (HRM) for evaluation of esophageal motility, according to a new study based on data from 329 adults.

Eraxion/Thinkstock.com

HRM is generally considered the primary method for evaluating esophageal motility, but current recommendations include the use of a FLIP or timed barium esophogram (TBE) if HRM yields inconclusive results, Dustin A. Carlson, MD, of Northwestern University, Chicago, and colleagues wrote in the recent study. FLIP has several potential advantages over HRM, including that “the test is performed on a sedated patient at the time of endoscopy, as opposed to the awake transnasal catheter used for HRM”; however, comparisons of the two methods for predicting esophageal retention are lacking.

In the study published in the American Journal of Gastroenterology, the researchers reviewed data from 329 consecutive patients aged 18-89 years who completed FLIP, HRM, and TBE for evaluation of primary esophageal motility. They excluded patients with previous foregut surgery. The researchers compared the ability of FLIP and HRM to predict esophageal retention based on abnormal TBE findings, which was defined as a 1-minute column height greater than 5 cm or as impaction of a 12.5-mm barium tablet.

For HRM, the integrated relaxation pressure (IRP) was assessed in the supine and upright patient positions to predict abnormal TBE findings. For FLIP, esophagogastric junction (EGJ) opening was assessed with a 16-cm FLIP performed during sedated endoscopy, and the presence of abnormal TBE findings was determined using the EGJ–distensibility index and maximum EGJ diameter.

The area under the ROC curve for identifying abnormal TBE findings was 0.79 (95% confidence interval, 0.75-0.84) for supine, 0.79 (95% CI, 0.76-0.86) for upright IRP, 0.84 (95% CI, 0.79-0.88) for the EGJ–distensibility index, and 0.88 (95% CI, 0.85-0.92) for the maximum EGJ diameter.

In a logistic regression analysis, the odds ratios for predicting abnormal TBE findings were 1.8 (95% confidence interval, 0.84-3.7; P < .133) for consistent elevation of IRP in HRM, compared with normal IRP, and 39.7 (95% CI, 16.4-96.2; P < .001) for reduced EGJ opening on FLIP panometry, compared with normal EGJ opening.

“Both the IRP on HRM and FLIP panometry metrics of EGJ opening (EGJ–[distensibility index] and maximum EGJ diameter) demonstrated capabilities to differentiate between abnormal and normal esophageal retention, which supports confidence in both tools,” the authors explained. “However, FLIP panometry parameters did so more accurately and with greater predictive capability as reflected by ROC and regression analysis.”

A total of 40 patients (12%) showed discordance between their HRM and FLIP panometry measures, and among these, FLIP showed stronger detection of esophageal retention. FLIP panometry was consistent with TBE in 78% of cases, while HRM-IRP was consistent with TBE in 23%. “Discordant results between HRM and FLIP panometry were observed in previous studies and again in this study, a scenario with unclear clinical significance,” the authors noted, which was why they used TBE as “an objective measure of esophageal retention that was independent of both HRM and FLIP to compare the two modalities.”

The study findings were limited by several factors including ones related to the use of TBE as the primary outcome, as well as the lack of longitudinal outcomes, the researchers noted. There is also the potential for referral bias and selection bias with an overrepresentation of patients with achalasia and EGJ outflow obstruction. However, the results were strengthened by the large sample size of patients who completed evaluations with HRM, FLIP, and TBE.

The study “provides additional support for the use of FLIP panometry to evaluate esophageal motility because it accurately identifies normal and abnormal retention, but also identifies patients who should undergo further complementary diagnostic testing,” they noted. Longitudinal studies are needed to explore best practices for managing esophageal motor disorders. In the meantime, evaluation with FLIP panometry, TBE, and HRM likely remains necessary for some patients, “particularly those with equivocal findings on a single test,” to better characterize disease and guide treatment, the researchers concluded.
 

Findings support potential of FLIP

“The endoscopic FLIP is an exciting clinical tool that utilizes distension of a catheter-mounted balloon to different volumes to acquire esophageal dimensions and pressures,” Amit Patel, MD, of Duke University, Durham, N.C., said in an interview.

“Accumulating data on FLIP inspired [recently published guidelines] to suggest the use of FLIP to complement high-resolution manometry in the setting of obstructive esophageal symptoms and borderline HRM findings, for patients in whom an HRM study cannot be completed, and for intraprocedural use during interventions for achalasia,” Dr. Patel said. “However, the comparative utility of FLIP, particularly among foundational esophageal diagnostics such as HRM and TBE, is less well developed at this point.”

Dr. Patel said he was surprised by some of the findings. “The characteristics of FLIP metrics (specifically, EGJ–distensibility index <2 mm²/mm Hg and/or maximum EGJ diameter <12 mm) were numerically superior to those for traditional IRP metrics from HRM in predicting retention on TBE on AUROC, regression analyses, and discordant cases in this study,” said Dr. Patel. “Although this study also corroborated the value of IRP on HRM, these findings were somewhat surprising for HRM, given its well-earned reputation as the gold standard for the diagnosis of esophageal motor disorders, its widespread use, and the record of strong data supporting its important role in clinical practice.”

Overall, this study suggests these metrics from FLIP (namely, EGJ–distensibility index and EGJ diameter) may have “diagnostic value beyond traditional IRP metrics from HRM to identify objective retention on TBE,” said Dr. Patel, who also said these exciting findings “support the growth of the complementary role of FLIP ... particularly in cases where HRM may be inconclusive or not tolerated by patients.”

However, more research is needed. “Taking into account other HRM metrics beyond IRP, such as intrabolus pressures or evaluation of bolus transit on impedance, and provocative maneuvers on HRM, such as rapid drink challenges or solid swallows, may be appropriate for further evaluation, as will improved arbitration of ‘borderline’ metrics or less clear cases,” Dr. Patel emphasized. Future studies should also incorporate management interventions and assessments of outcomes.  

The study was supported by a grant from the Public Health service to a coinvestigator, and by the American College of Gastroenterology Junior Faculty Development Award to lead author Dr. Carlson. Dr. Carlson also disclosed speaking and consulting relationships with Medtronic, which manufactures FLIP panometry systems. Northwestern University and several coauthors also disclosed intellectual property rights and ownership surrounding FLIP panometry systems, methods, and apparatus with Medtronic. Dr. Patel had no financial conflicts to disclose.

This article was updated Oct. 13, 2021.

Functional luminal imaging probe (FLIP) panometry proved superior to high-resolution manometry (HRM) for evaluation of esophageal motility, according to a new study based on data from 329 adults.

Eraxion/Thinkstock.com

HRM is generally considered the primary method for evaluating esophageal motility, but current recommendations include the use of a FLIP or timed barium esophogram (TBE) if HRM yields inconclusive results, Dustin A. Carlson, MD, of Northwestern University, Chicago, and colleagues wrote in the recent study. FLIP has several potential advantages over HRM, including that “the test is performed on a sedated patient at the time of endoscopy, as opposed to the awake transnasal catheter used for HRM”; however, comparisons of the two methods for predicting esophageal retention are lacking.

In the study published in the American Journal of Gastroenterology, the researchers reviewed data from 329 consecutive patients aged 18-89 years who completed FLIP, HRM, and TBE for evaluation of primary esophageal motility. They excluded patients with previous foregut surgery. The researchers compared the ability of FLIP and HRM to predict esophageal retention based on abnormal TBE findings, which was defined as a 1-minute column height greater than 5 cm or as impaction of a 12.5-mm barium tablet.

For HRM, the integrated relaxation pressure (IRP) was assessed in the supine and upright patient positions to predict abnormal TBE findings. For FLIP, esophagogastric junction (EGJ) opening was assessed with a 16-cm FLIP performed during sedated endoscopy, and the presence of abnormal TBE findings was determined using the EGJ–distensibility index and maximum EGJ diameter.

The area under the ROC curve for identifying abnormal TBE findings was 0.79 (95% confidence interval, 0.75-0.84) for supine, 0.79 (95% CI, 0.76-0.86) for upright IRP, 0.84 (95% CI, 0.79-0.88) for the EGJ–distensibility index, and 0.88 (95% CI, 0.85-0.92) for the maximum EGJ diameter.

In a logistic regression analysis, the odds ratios for predicting abnormal TBE findings were 1.8 (95% confidence interval, 0.84-3.7; P < .133) for consistent elevation of IRP in HRM, compared with normal IRP, and 39.7 (95% CI, 16.4-96.2; P < .001) for reduced EGJ opening on FLIP panometry, compared with normal EGJ opening.

“Both the IRP on HRM and FLIP panometry metrics of EGJ opening (EGJ–[distensibility index] and maximum EGJ diameter) demonstrated capabilities to differentiate between abnormal and normal esophageal retention, which supports confidence in both tools,” the authors explained. “However, FLIP panometry parameters did so more accurately and with greater predictive capability as reflected by ROC and regression analysis.”

A total of 40 patients (12%) showed discordance between their HRM and FLIP panometry measures, and among these, FLIP showed stronger detection of esophageal retention. FLIP panometry was consistent with TBE in 78% of cases, while HRM-IRP was consistent with TBE in 23%. “Discordant results between HRM and FLIP panometry were observed in previous studies and again in this study, a scenario with unclear clinical significance,” the authors noted, which was why they used TBE as “an objective measure of esophageal retention that was independent of both HRM and FLIP to compare the two modalities.”

The study findings were limited by several factors including ones related to the use of TBE as the primary outcome, as well as the lack of longitudinal outcomes, the researchers noted. There is also the potential for referral bias and selection bias with an overrepresentation of patients with achalasia and EGJ outflow obstruction. However, the results were strengthened by the large sample size of patients who completed evaluations with HRM, FLIP, and TBE.

The study “provides additional support for the use of FLIP panometry to evaluate esophageal motility because it accurately identifies normal and abnormal retention, but also identifies patients who should undergo further complementary diagnostic testing,” they noted. Longitudinal studies are needed to explore best practices for managing esophageal motor disorders. In the meantime, evaluation with FLIP panometry, TBE, and HRM likely remains necessary for some patients, “particularly those with equivocal findings on a single test,” to better characterize disease and guide treatment, the researchers concluded.
 

Findings support potential of FLIP

“The endoscopic FLIP is an exciting clinical tool that utilizes distension of a catheter-mounted balloon to different volumes to acquire esophageal dimensions and pressures,” Amit Patel, MD, of Duke University, Durham, N.C., said in an interview.

“Accumulating data on FLIP inspired [recently published guidelines] to suggest the use of FLIP to complement high-resolution manometry in the setting of obstructive esophageal symptoms and borderline HRM findings, for patients in whom an HRM study cannot be completed, and for intraprocedural use during interventions for achalasia,” Dr. Patel said. “However, the comparative utility of FLIP, particularly among foundational esophageal diagnostics such as HRM and TBE, is less well developed at this point.”

Dr. Patel said he was surprised by some of the findings. “The characteristics of FLIP metrics (specifically, EGJ–distensibility index <2 mm²/mm Hg and/or maximum EGJ diameter <12 mm) were numerically superior to those for traditional IRP metrics from HRM in predicting retention on TBE on AUROC, regression analyses, and discordant cases in this study,” said Dr. Patel. “Although this study also corroborated the value of IRP on HRM, these findings were somewhat surprising for HRM, given its well-earned reputation as the gold standard for the diagnosis of esophageal motor disorders, its widespread use, and the record of strong data supporting its important role in clinical practice.”

Overall, this study suggests these metrics from FLIP (namely, EGJ–distensibility index and EGJ diameter) may have “diagnostic value beyond traditional IRP metrics from HRM to identify objective retention on TBE,” said Dr. Patel, who also said these exciting findings “support the growth of the complementary role of FLIP ... particularly in cases where HRM may be inconclusive or not tolerated by patients.”

However, more research is needed. “Taking into account other HRM metrics beyond IRP, such as intrabolus pressures or evaluation of bolus transit on impedance, and provocative maneuvers on HRM, such as rapid drink challenges or solid swallows, may be appropriate for further evaluation, as will improved arbitration of ‘borderline’ metrics or less clear cases,” Dr. Patel emphasized. Future studies should also incorporate management interventions and assessments of outcomes.  

The study was supported by a grant from the Public Health service to a coinvestigator, and by the American College of Gastroenterology Junior Faculty Development Award to lead author Dr. Carlson. Dr. Carlson also disclosed speaking and consulting relationships with Medtronic, which manufactures FLIP panometry systems. Northwestern University and several coauthors also disclosed intellectual property rights and ownership surrounding FLIP panometry systems, methods, and apparatus with Medtronic. Dr. Patel had no financial conflicts to disclose.

This article was updated Oct. 13, 2021.

PHM 2021 session

Leading through adversity

Presenter

Ilan Alhadeff, MD, MBA, SFHM, CLHM

Session summary

As the VP of hospitalist services and a practicing hospitalist in Boca Raton, Fla., Dr. Alhadeff shared an emotional journey where the impact of lives lost has led to organizational innovation and advocacy. He started this journey on the date of the Parkland High School shooting, Feb. 14, 2018. On this day, he lost his 14 year-old daughter Alyssa and described subsequent emotions of anger, sadness, hopelessness, and feeling the pressure to be the protector of his family. Despite receiving an outpouring of support through memorials, texts, letters, and social media posts, he was immersed in “survival mode.” He likens this to the experience many of us may be having during the pandemic. He described caring for patients with limited empathy and the impact this likely had on patient care. During this challenging time, the strongest supports became those that stated they couldn’t imagine how this event could have impacted Dr. Alhadeff’s life but offered support in any way needed – true empathic communication.

“It ain’t about how hard you hit. It’s about how hard you can get hit and keep moving forward.” – Rocky Balboa (2006)

Despite the above, he and his wife founded Make Our Schools Safe (MOSS), a student-forward organization that promotes a culture of safety where all involved are counseled, “If you see something, say something.” Students are encouraged to use social media as an anonymous reporting tool. Likewise, this organization supports efforts for silent safety alerts in schools and fencing around schools to allow for 1-point entry. Lessons Dr. Alhadeff learned that might impact any pediatric hospitalist include the knowledge that mental health concerns aren’t going away; for example, after a school shooting any student affected should be provided counseling services as needed, the need to prevent triggering events, and turning grief into action can help.
 

“Life is like riding a bicycle. To keep your balance, you must keep moving.” – Albert Einstein (1930)

Dr. Alhadeff then described the process of “moving on” for him and his family. For his children, this initially meant “busying” their lives. They then gradually eased into therapy, and ultimately adopted a support dog. He experienced recurrent loss with his father passing away in March 2019, and he persevered in legislative advocacy in New Jersey and Florida and personal/professional development with work toward his MBA degree. Through this work, he collaborated with many legislators and two presidents. He describes resiliency as the ability to bounce back from adversity, with components including self-awareness, mindfulness, self-care, positive relationships, and purpose. While many of us have not had the great personal losses and challenge experienced by Dr. Alhadeff, we all are experiencing an once-in-a-lifetime transformation of health care with political and social interference. It is up to each of us to determine our role and how we can use our influence for positive change.

As noted by Dr. Alhadeff, “We are not all in the same boat. We ARE in the same storm.”
 

Key takeaways

• How PHM can promote MOSS: Allow children to be part of the work to keep schools safe. Advocate for local MOSS chapters. Support legislative advocacy for school safety.
• Despite adversity, we have the ability to demonstrate resilience. We do so through development of self-awareness, mindfulness, engagement in self-care, nurturing positive relationships, and continuing to pursue our greater purpose.

Dr. King is a pediatric hospitalist at Children’s MN and the director of medical education, an associate program director for the Pediatrics Residency program at the University of Minnesota. She received her medical degree from Wright State University Boonshoft School of Medicine and completed pediatric residency and chief residency at the University of Minnesota.

PHM 2021 session

Leading through adversity

Presenter

Ilan Alhadeff, MD, MBA, SFHM, CLHM

Session summary

As the VP of hospitalist services and a practicing hospitalist in Boca Raton, Fla., Dr. Alhadeff shared an emotional journey where the impact of lives lost has led to organizational innovation and advocacy. He started this journey on the date of the Parkland High School shooting, Feb. 14, 2018. On this day, he lost his 14 year-old daughter Alyssa and described subsequent emotions of anger, sadness, hopelessness, and feeling the pressure to be the protector of his family. Despite receiving an outpouring of support through memorials, texts, letters, and social media posts, he was immersed in “survival mode.” He likens this to the experience many of us may be having during the pandemic. He described caring for patients with limited empathy and the impact this likely had on patient care. During this challenging time, the strongest supports became those that stated they couldn’t imagine how this event could have impacted Dr. Alhadeff’s life but offered support in any way needed – true empathic communication.

“It ain’t about how hard you hit. It’s about how hard you can get hit and keep moving forward.” – Rocky Balboa (2006)

Despite the above, he and his wife founded Make Our Schools Safe (MOSS), a student-forward organization that promotes a culture of safety where all involved are counseled, “If you see something, say something.” Students are encouraged to use social media as an anonymous reporting tool. Likewise, this organization supports efforts for silent safety alerts in schools and fencing around schools to allow for 1-point entry. Lessons Dr. Alhadeff learned that might impact any pediatric hospitalist include the knowledge that mental health concerns aren’t going away; for example, after a school shooting any student affected should be provided counseling services as needed, the need to prevent triggering events, and turning grief into action can help.
 

“Life is like riding a bicycle. To keep your balance, you must keep moving.” – Albert Einstein (1930)

Dr. Alhadeff then described the process of “moving on” for him and his family. For his children, this initially meant “busying” their lives. They then gradually eased into therapy, and ultimately adopted a support dog. He experienced recurrent loss with his father passing away in March 2019, and he persevered in legislative advocacy in New Jersey and Florida and personal/professional development with work toward his MBA degree. Through this work, he collaborated with many legislators and two presidents. He describes resiliency as the ability to bounce back from adversity, with components including self-awareness, mindfulness, self-care, positive relationships, and purpose. While many of us have not had the great personal losses and challenge experienced by Dr. Alhadeff, we all are experiencing an once-in-a-lifetime transformation of health care with political and social interference. It is up to each of us to determine our role and how we can use our influence for positive change.

As noted by Dr. Alhadeff, “We are not all in the same boat. We ARE in the same storm.”
 

Key takeaways

• How PHM can promote MOSS: Allow children to be part of the work to keep schools safe. Advocate for local MOSS chapters. Support legislative advocacy for school safety.
• Despite adversity, we have the ability to demonstrate resilience. We do so through development of self-awareness, mindfulness, engagement in self-care, nurturing positive relationships, and continuing to pursue our greater purpose.

Dr. King is a pediatric hospitalist at Children’s MN and the director of medical education, an associate program director for the Pediatrics Residency program at the University of Minnesota. She received her medical degree from Wright State University Boonshoft School of Medicine and completed pediatric residency and chief residency at the University of Minnesota.

PHM 2021 session

Leading through adversity

Presenter

Ilan Alhadeff, MD, MBA, SFHM, CLHM

Session summary

As the VP of hospitalist services and a practicing hospitalist in Boca Raton, Fla., Dr. Alhadeff shared an emotional journey where the impact of lives lost has led to organizational innovation and advocacy. He started this journey on the date of the Parkland High School shooting, Feb. 14, 2018. On this day, he lost his 14 year-old daughter Alyssa and described subsequent emotions of anger, sadness, hopelessness, and feeling the pressure to be the protector of his family. Despite receiving an outpouring of support through memorials, texts, letters, and social media posts, he was immersed in “survival mode.” He likens this to the experience many of us may be having during the pandemic. He described caring for patients with limited empathy and the impact this likely had on patient care. During this challenging time, the strongest supports became those that stated they couldn’t imagine how this event could have impacted Dr. Alhadeff’s life but offered support in any way needed – true empathic communication.

“It ain’t about how hard you hit. It’s about how hard you can get hit and keep moving forward.” – Rocky Balboa (2006)

Despite the above, he and his wife founded Make Our Schools Safe (MOSS), a student-forward organization that promotes a culture of safety where all involved are counseled, “If you see something, say something.” Students are encouraged to use social media as an anonymous reporting tool. Likewise, this organization supports efforts for silent safety alerts in schools and fencing around schools to allow for 1-point entry. Lessons Dr. Alhadeff learned that might impact any pediatric hospitalist include the knowledge that mental health concerns aren’t going away; for example, after a school shooting any student affected should be provided counseling services as needed, the need to prevent triggering events, and turning grief into action can help.
 

“Life is like riding a bicycle. To keep your balance, you must keep moving.” – Albert Einstein (1930)

Dr. Alhadeff then described the process of “moving on” for him and his family. For his children, this initially meant “busying” their lives. They then gradually eased into therapy, and ultimately adopted a support dog. He experienced recurrent loss with his father passing away in March 2019, and he persevered in legislative advocacy in New Jersey and Florida and personal/professional development with work toward his MBA degree. Through this work, he collaborated with many legislators and two presidents. He describes resiliency as the ability to bounce back from adversity, with components including self-awareness, mindfulness, self-care, positive relationships, and purpose. While many of us have not had the great personal losses and challenge experienced by Dr. Alhadeff, we all are experiencing an once-in-a-lifetime transformation of health care with political and social interference. It is up to each of us to determine our role and how we can use our influence for positive change.

As noted by Dr. Alhadeff, “We are not all in the same boat. We ARE in the same storm.”
 

Key takeaways

• How PHM can promote MOSS: Allow children to be part of the work to keep schools safe. Advocate for local MOSS chapters. Support legislative advocacy for school safety.
• Despite adversity, we have the ability to demonstrate resilience. We do so through development of self-awareness, mindfulness, engagement in self-care, nurturing positive relationships, and continuing to pursue our greater purpose.

Dr. King is a pediatric hospitalist at Children’s MN and the director of medical education, an associate program director for the Pediatrics Residency program at the University of Minnesota. She received her medical degree from Wright State University Boonshoft School of Medicine and completed pediatric residency and chief residency at the University of Minnesota.

Every day, more than 140,000 people in the United States are diagnosed with COVID-19. But no matter how curious they are about which variant they are fighting, none of them will find out.

Courtesy of Twitter

The country is dotted with labs that sequence the genomes of COVID-19 cases, and the Centers for Disease Control and Prevention tracks those results. But federal rules say those results are not allowed to make their way back to patients or doctors.

According to public health and infectious disease experts, this is unlikely to change any time soon.

“I know people want to know – I’ve had a lot of friends or family who’ve asked me how they can find out,” says Aubree Gordon, PhD, an epidemiology specialist at the University of Michigan, Ann Arbor. “I think it’s an interesting thing to find out, for sure. And it would certainly be nice to know. But because it probably isn’t necessary, there is little motivation to change the rules.”

Because the tests that are used have not been approved as diagnostic tools under the Clinical Laboratory Improvement Amendments program, which is overseen by the Centers for Medicare & Medicaid Services, they can only be used for research purposes.

In fact, the scientists doing the sequencing rarely have any patient information, Dr. Gordon says. For example, the Lauring Lab at University of Michigan – run by Adam Lauring, MD – focuses on viral evolution and currently tests for variants. But this is not done for the sake of the patient or the doctors treating the patient.

“The samples come in ... and they’ve been de-identified,”Dr. Gordon says. “This is just for research purposes. Not much patient information is shared with the researchers.”

But as of now, aside from sheer curiosity, there is not a reason to change this, says Timothy Brewer, MD, a professor of medicine and epidemiology at University of California, Los Angeles.

Although there are emerging variants – including the new Mu variant, also known as B.1.621 and recently classified as a “variant of interest” – the Delta variant accounts for about 99% of U.S. cases.

In addition, Dr. Brewer says, treatments are the same for all COVID-19 patients, regardless of the variant.

“There would have to be some clinical significance for there to be a good reason to give this information,” he says. “That would mean we would be doing something different treatment-wise depending on the variant. As of now, that is not the case.”

There is a loophole that allows labs to release variant information: They can develop their own tests. But they then must go through a lengthy validation process that proves their tests are as effective as the gold standard, says Mark Pandori, PhD, director of the Nevada State Public Health Laboratory.

But even with validation, it is too time-consuming and costly to sequence large numbers of cases, he says.

“The reason we’re not doing it routinely is there’s no way to do the genomic analysis on all the positives,” Dr. Pandori says. “It is about $110 dollars to do a sequence. It’s not like a standard PCR test.”

There is a hypothetical situation that may warrant the release of these results, Dr. Brewer says: If a variant emerges that evades vaccines.

“That would be a real public health issue,” he says. “You want to make sure there aren’t variants emerging somewhere that are escaping immunity.”

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

Every day, more than 140,000 people in the United States are diagnosed with COVID-19. But no matter how curious they are about which variant they are fighting, none of them will find out.

Courtesy of Twitter

The country is dotted with labs that sequence the genomes of COVID-19 cases, and the Centers for Disease Control and Prevention tracks those results. But federal rules say those results are not allowed to make their way back to patients or doctors.

According to public health and infectious disease experts, this is unlikely to change any time soon.

“I know people want to know – I’ve had a lot of friends or family who’ve asked me how they can find out,” says Aubree Gordon, PhD, an epidemiology specialist at the University of Michigan, Ann Arbor. “I think it’s an interesting thing to find out, for sure. And it would certainly be nice to know. But because it probably isn’t necessary, there is little motivation to change the rules.”

Because the tests that are used have not been approved as diagnostic tools under the Clinical Laboratory Improvement Amendments program, which is overseen by the Centers for Medicare & Medicaid Services, they can only be used for research purposes.

In fact, the scientists doing the sequencing rarely have any patient information, Dr. Gordon says. For example, the Lauring Lab at University of Michigan – run by Adam Lauring, MD – focuses on viral evolution and currently tests for variants. But this is not done for the sake of the patient or the doctors treating the patient.

“The samples come in ... and they’ve been de-identified,”Dr. Gordon says. “This is just for research purposes. Not much patient information is shared with the researchers.”

But as of now, aside from sheer curiosity, there is not a reason to change this, says Timothy Brewer, MD, a professor of medicine and epidemiology at University of California, Los Angeles.

Although there are emerging variants – including the new Mu variant, also known as B.1.621 and recently classified as a “variant of interest” – the Delta variant accounts for about 99% of U.S. cases.

In addition, Dr. Brewer says, treatments are the same for all COVID-19 patients, regardless of the variant.

“There would have to be some clinical significance for there to be a good reason to give this information,” he says. “That would mean we would be doing something different treatment-wise depending on the variant. As of now, that is not the case.”

There is a loophole that allows labs to release variant information: They can develop their own tests. But they then must go through a lengthy validation process that proves their tests are as effective as the gold standard, says Mark Pandori, PhD, director of the Nevada State Public Health Laboratory.

But even with validation, it is too time-consuming and costly to sequence large numbers of cases, he says.

“The reason we’re not doing it routinely is there’s no way to do the genomic analysis on all the positives,” Dr. Pandori says. “It is about $110 dollars to do a sequence. It’s not like a standard PCR test.”

There is a hypothetical situation that may warrant the release of these results, Dr. Brewer says: If a variant emerges that evades vaccines.

“That would be a real public health issue,” he says. “You want to make sure there aren’t variants emerging somewhere that are escaping immunity.”

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

Every day, more than 140,000 people in the United States are diagnosed with COVID-19. But no matter how curious they are about which variant they are fighting, none of them will find out.

Courtesy of Twitter

The country is dotted with labs that sequence the genomes of COVID-19 cases, and the Centers for Disease Control and Prevention tracks those results. But federal rules say those results are not allowed to make their way back to patients or doctors.

According to public health and infectious disease experts, this is unlikely to change any time soon.

“I know people want to know – I’ve had a lot of friends or family who’ve asked me how they can find out,” says Aubree Gordon, PhD, an epidemiology specialist at the University of Michigan, Ann Arbor. “I think it’s an interesting thing to find out, for sure. And it would certainly be nice to know. But because it probably isn’t necessary, there is little motivation to change the rules.”

Because the tests that are used have not been approved as diagnostic tools under the Clinical Laboratory Improvement Amendments program, which is overseen by the Centers for Medicare & Medicaid Services, they can only be used for research purposes.

In fact, the scientists doing the sequencing rarely have any patient information, Dr. Gordon says. For example, the Lauring Lab at University of Michigan – run by Adam Lauring, MD – focuses on viral evolution and currently tests for variants. But this is not done for the sake of the patient or the doctors treating the patient.

“The samples come in ... and they’ve been de-identified,”Dr. Gordon says. “This is just for research purposes. Not much patient information is shared with the researchers.”

But as of now, aside from sheer curiosity, there is not a reason to change this, says Timothy Brewer, MD, a professor of medicine and epidemiology at University of California, Los Angeles.

Although there are emerging variants – including the new Mu variant, also known as B.1.621 and recently classified as a “variant of interest” – the Delta variant accounts for about 99% of U.S. cases.

In addition, Dr. Brewer says, treatments are the same for all COVID-19 patients, regardless of the variant.

“There would have to be some clinical significance for there to be a good reason to give this information,” he says. “That would mean we would be doing something different treatment-wise depending on the variant. As of now, that is not the case.”

There is a loophole that allows labs to release variant information: They can develop their own tests. But they then must go through a lengthy validation process that proves their tests are as effective as the gold standard, says Mark Pandori, PhD, director of the Nevada State Public Health Laboratory.

But even with validation, it is too time-consuming and costly to sequence large numbers of cases, he says.

“The reason we’re not doing it routinely is there’s no way to do the genomic analysis on all the positives,” Dr. Pandori says. “It is about $110 dollars to do a sequence. It’s not like a standard PCR test.”

There is a hypothetical situation that may warrant the release of these results, Dr. Brewer says: If a variant emerges that evades vaccines.

“That would be a real public health issue,” he says. “You want to make sure there aren’t variants emerging somewhere that are escaping immunity.”

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

Elevated levels of high-density lipoprotein (HDL) and apolipoprotein A1 (apoA1) are associated with a reduced risk for amyotrophic lateral sclerosis (ALS), new research shows.

The study also linked a higher ratio of total cholesterol to HDL with an increased risk for ALS. These findings, investigators noted, point to potential future biomarkers in screening for ALS and perhaps an approach to reduce risk or delay onset of ALS in the longer term.

“They may help build a biochemical picture of what’s going on and who might be at risk of developing ALS in the near future, particularly in people with a genetic predisposition to ALS,” study investigator Alexander G. Thompson, DPhil, Medical Research Council clinician scientist, Nuffield Department of Clinical Neurosciences, University of Oxford, United Kingdom, said in an interview.

He emphasized that although the current observational study cannot show cause and effect, such a relationship may exist.

The study was published online September 13 in the Journal of Neurology, Neurosurgery and Psychiatry.
 

Registry data

ALS is a disorder of progressive degeneration of upper and lower motor neurons. Genetic variants account for fewer than 15% of cases. The factors that are associated with the greatest risk are unclear.

To investigate, the researchers used data from the UK Biobank, a prospective cohort study of persons aged 39-72 years. Participants underwent an initial assessment between March 2006 and October 2010 and were followed for a median of 11.9 years.

In addition to providing demographic and health information, participants provided blood samples for biochemical analysis. This included measurements of total cholesterol, HDL, low-density lipoprotein (LDL) cholesterol, triglycerides, apoA1, apolipoprotein B (apoB), A1c, and creatinine.

Researchers used diagnostic codes in inpatient health records and death certificate information to verify ALS diagnoses.

The analysis included data from 502,409 participants. The mean age of the participants was 58 years, and 54.4% were women. During follow-up, 343 participants were diagnosed with ALS, yielding a crude incidence of 5.85 per 100,000 per year (95% confidence interval, 5.25-6.51).

After controlling for sex and age, results showed that higher HDL (hazard ratio, 0.84; 95% CI, 0.73-0.96; P = .010) and higher apoA1 (HR, 0.83; 95% CI, 0.72-0.94, P = .005) were associated with a reduced risk for subsequent ALS.

A higher ratio of total cholesterol to HDL was associated with increased ALS risk.

A rise in neurofilaments and other markers of neuronal loss typically occur within about a year of ALS symptom onset. To ensure that they were capturing participants whose blood samples were taken before the onset of neurodegeneration, the researchers performed a secondary analysis that excluded ALS diagnoses within 5 years of the baseline study visit.

Results of the analysis were largely consistent with models incorporating all participants with regard to magnitude and direction of associations. In addition, the findings persisted in models that controlled for statin use, smoking, and vascular disease.
 

Mechanism unclear

To more closely examine lipid status prior to ALS diagnosis, the researchers performed a nested case-control analysis that involved matching each participant who developed ALS with 20 participants of similar age, sex, and time of enrollment who did not develop the disease.

Linear models showed that levels of LDL and apoB, which are closely correlated, decrease over time in those who developed ALS. This was not the case for HDL and apoA1. “This suggests LDL levels are going down, and we think it’s happening quite some time before symptoms start, even before neurodegeneration starts,” said Dr. Thompson.

How blood lipid levels correlate with ALS risk is unclear. Dr. Thompson noted that LDL is an oxidative stressor and can provoke inflammation, whereas HDL is an antioxidant that is involved in healing. However, given that LDL and HDL don’t cross into the brain in great amounts, “the lipid changes may be a reflection of something else going on that contributes to the risk of ALS,” he said.

More evidence of a causal relationship is needed before any clinical implications can be drawn, including the potential manipulation of lipid levels to prevent ALS, said Dr. Thompson. In addition, even were such a relationship to be established, altering lipid levels in a healthy individual who has no family history of ALS would be unlikely to alter risk.

Dr. Thompson added that among those with a genetic predisposition, lipid changes “may be a marker or clue that something’s going wrong in the nervous system and that ALS might be about to start. That would be the ideal time to treat people at risk of ALS with gene therapy.”
 

Metabolism gone awry

Commenting on the findings, Stephen Goutman, MD, director, Pranger ALS Clinic, associate professor of neurology, Neuromuscular Program, University of Michigan, Ann Arbor, called the study “very interesting.” Of particular note was a trend of decreasing LDL and apoB levels prior to an ALS diagnosis, said Dr. Goutman.

The results are in agreement with several studies that show an alteration in metabolism in individuals with ALS, he said. “These altered metabolic pathways may provide some signal that something has gone awry,” he commented.

He agreed that an “ultimate goal” is to identify factors or biomarkers that can be used to predict whether individuals will develop ALS and to enable intervention to decrease the risk.

This new research highlights the value of population-based registries and large prospective cohorts, said Dr. Goutman. “These help to better define the genetic, environmental, and metabolic factors that increase and predict ALS risk,” he said.

But more work is needed, said Dr. Goutman. He noted that in the study, only 192 participants were diagnosed with ALS more than 5 years after enrollment. “This means additional large cohort studies are needed, especially those that reflect the diversity of the population, for us to solve the mystery of ALS and to prevent it,” he said.

Dr. Thompson and Dr. Goutman have disclosed no relevant financial relationships.

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

Elevated levels of high-density lipoprotein (HDL) and apolipoprotein A1 (apoA1) are associated with a reduced risk for amyotrophic lateral sclerosis (ALS), new research shows.

The study also linked a higher ratio of total cholesterol to HDL with an increased risk for ALS. These findings, investigators noted, point to potential future biomarkers in screening for ALS and perhaps an approach to reduce risk or delay onset of ALS in the longer term.

“They may help build a biochemical picture of what’s going on and who might be at risk of developing ALS in the near future, particularly in people with a genetic predisposition to ALS,” study investigator Alexander G. Thompson, DPhil, Medical Research Council clinician scientist, Nuffield Department of Clinical Neurosciences, University of Oxford, United Kingdom, said in an interview.

He emphasized that although the current observational study cannot show cause and effect, such a relationship may exist.

The study was published online September 13 in the Journal of Neurology, Neurosurgery and Psychiatry.
 

Registry data

ALS is a disorder of progressive degeneration of upper and lower motor neurons. Genetic variants account for fewer than 15% of cases. The factors that are associated with the greatest risk are unclear.

To investigate, the researchers used data from the UK Biobank, a prospective cohort study of persons aged 39-72 years. Participants underwent an initial assessment between March 2006 and October 2010 and were followed for a median of 11.9 years.

In addition to providing demographic and health information, participants provided blood samples for biochemical analysis. This included measurements of total cholesterol, HDL, low-density lipoprotein (LDL) cholesterol, triglycerides, apoA1, apolipoprotein B (apoB), A1c, and creatinine.

Researchers used diagnostic codes in inpatient health records and death certificate information to verify ALS diagnoses.

The analysis included data from 502,409 participants. The mean age of the participants was 58 years, and 54.4% were women. During follow-up, 343 participants were diagnosed with ALS, yielding a crude incidence of 5.85 per 100,000 per year (95% confidence interval, 5.25-6.51).

After controlling for sex and age, results showed that higher HDL (hazard ratio, 0.84; 95% CI, 0.73-0.96; P = .010) and higher apoA1 (HR, 0.83; 95% CI, 0.72-0.94, P = .005) were associated with a reduced risk for subsequent ALS.

A higher ratio of total cholesterol to HDL was associated with increased ALS risk.

A rise in neurofilaments and other markers of neuronal loss typically occur within about a year of ALS symptom onset. To ensure that they were capturing participants whose blood samples were taken before the onset of neurodegeneration, the researchers performed a secondary analysis that excluded ALS diagnoses within 5 years of the baseline study visit.

Results of the analysis were largely consistent with models incorporating all participants with regard to magnitude and direction of associations. In addition, the findings persisted in models that controlled for statin use, smoking, and vascular disease.
 

Mechanism unclear

To more closely examine lipid status prior to ALS diagnosis, the researchers performed a nested case-control analysis that involved matching each participant who developed ALS with 20 participants of similar age, sex, and time of enrollment who did not develop the disease.

Linear models showed that levels of LDL and apoB, which are closely correlated, decrease over time in those who developed ALS. This was not the case for HDL and apoA1. “This suggests LDL levels are going down, and we think it’s happening quite some time before symptoms start, even before neurodegeneration starts,” said Dr. Thompson.

How blood lipid levels correlate with ALS risk is unclear. Dr. Thompson noted that LDL is an oxidative stressor and can provoke inflammation, whereas HDL is an antioxidant that is involved in healing. However, given that LDL and HDL don’t cross into the brain in great amounts, “the lipid changes may be a reflection of something else going on that contributes to the risk of ALS,” he said.

More evidence of a causal relationship is needed before any clinical implications can be drawn, including the potential manipulation of lipid levels to prevent ALS, said Dr. Thompson. In addition, even were such a relationship to be established, altering lipid levels in a healthy individual who has no family history of ALS would be unlikely to alter risk.

Dr. Thompson added that among those with a genetic predisposition, lipid changes “may be a marker or clue that something’s going wrong in the nervous system and that ALS might be about to start. That would be the ideal time to treat people at risk of ALS with gene therapy.”
 

Metabolism gone awry

Commenting on the findings, Stephen Goutman, MD, director, Pranger ALS Clinic, associate professor of neurology, Neuromuscular Program, University of Michigan, Ann Arbor, called the study “very interesting.” Of particular note was a trend of decreasing LDL and apoB levels prior to an ALS diagnosis, said Dr. Goutman.

The results are in agreement with several studies that show an alteration in metabolism in individuals with ALS, he said. “These altered metabolic pathways may provide some signal that something has gone awry,” he commented.

He agreed that an “ultimate goal” is to identify factors or biomarkers that can be used to predict whether individuals will develop ALS and to enable intervention to decrease the risk.

This new research highlights the value of population-based registries and large prospective cohorts, said Dr. Goutman. “These help to better define the genetic, environmental, and metabolic factors that increase and predict ALS risk,” he said.

But more work is needed, said Dr. Goutman. He noted that in the study, only 192 participants were diagnosed with ALS more than 5 years after enrollment. “This means additional large cohort studies are needed, especially those that reflect the diversity of the population, for us to solve the mystery of ALS and to prevent it,” he said.

Dr. Thompson and Dr. Goutman have disclosed no relevant financial relationships.

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

Elevated levels of high-density lipoprotein (HDL) and apolipoprotein A1 (apoA1) are associated with a reduced risk for amyotrophic lateral sclerosis (ALS), new research shows.

The study also linked a higher ratio of total cholesterol to HDL with an increased risk for ALS. These findings, investigators noted, point to potential future biomarkers in screening for ALS and perhaps an approach to reduce risk or delay onset of ALS in the longer term.

“They may help build a biochemical picture of what’s going on and who might be at risk of developing ALS in the near future, particularly in people with a genetic predisposition to ALS,” study investigator Alexander G. Thompson, DPhil, Medical Research Council clinician scientist, Nuffield Department of Clinical Neurosciences, University of Oxford, United Kingdom, said in an interview.

He emphasized that although the current observational study cannot show cause and effect, such a relationship may exist.

The study was published online September 13 in the Journal of Neurology, Neurosurgery and Psychiatry.
 

Registry data

ALS is a disorder of progressive degeneration of upper and lower motor neurons. Genetic variants account for fewer than 15% of cases. The factors that are associated with the greatest risk are unclear.

To investigate, the researchers used data from the UK Biobank, a prospective cohort study of persons aged 39-72 years. Participants underwent an initial assessment between March 2006 and October 2010 and were followed for a median of 11.9 years.

In addition to providing demographic and health information, participants provided blood samples for biochemical analysis. This included measurements of total cholesterol, HDL, low-density lipoprotein (LDL) cholesterol, triglycerides, apoA1, apolipoprotein B (apoB), A1c, and creatinine.

Researchers used diagnostic codes in inpatient health records and death certificate information to verify ALS diagnoses.

The analysis included data from 502,409 participants. The mean age of the participants was 58 years, and 54.4% were women. During follow-up, 343 participants were diagnosed with ALS, yielding a crude incidence of 5.85 per 100,000 per year (95% confidence interval, 5.25-6.51).

After controlling for sex and age, results showed that higher HDL (hazard ratio, 0.84; 95% CI, 0.73-0.96; P = .010) and higher apoA1 (HR, 0.83; 95% CI, 0.72-0.94, P = .005) were associated with a reduced risk for subsequent ALS.

A higher ratio of total cholesterol to HDL was associated with increased ALS risk.

A rise in neurofilaments and other markers of neuronal loss typically occur within about a year of ALS symptom onset. To ensure that they were capturing participants whose blood samples were taken before the onset of neurodegeneration, the researchers performed a secondary analysis that excluded ALS diagnoses within 5 years of the baseline study visit.

Results of the analysis were largely consistent with models incorporating all participants with regard to magnitude and direction of associations. In addition, the findings persisted in models that controlled for statin use, smoking, and vascular disease.
 

Mechanism unclear

To more closely examine lipid status prior to ALS diagnosis, the researchers performed a nested case-control analysis that involved matching each participant who developed ALS with 20 participants of similar age, sex, and time of enrollment who did not develop the disease.

Linear models showed that levels of LDL and apoB, which are closely correlated, decrease over time in those who developed ALS. This was not the case for HDL and apoA1. “This suggests LDL levels are going down, and we think it’s happening quite some time before symptoms start, even before neurodegeneration starts,” said Dr. Thompson.

How blood lipid levels correlate with ALS risk is unclear. Dr. Thompson noted that LDL is an oxidative stressor and can provoke inflammation, whereas HDL is an antioxidant that is involved in healing. However, given that LDL and HDL don’t cross into the brain in great amounts, “the lipid changes may be a reflection of something else going on that contributes to the risk of ALS,” he said.

More evidence of a causal relationship is needed before any clinical implications can be drawn, including the potential manipulation of lipid levels to prevent ALS, said Dr. Thompson. In addition, even were such a relationship to be established, altering lipid levels in a healthy individual who has no family history of ALS would be unlikely to alter risk.

Dr. Thompson added that among those with a genetic predisposition, lipid changes “may be a marker or clue that something’s going wrong in the nervous system and that ALS might be about to start. That would be the ideal time to treat people at risk of ALS with gene therapy.”
 

Metabolism gone awry

Commenting on the findings, Stephen Goutman, MD, director, Pranger ALS Clinic, associate professor of neurology, Neuromuscular Program, University of Michigan, Ann Arbor, called the study “very interesting.” Of particular note was a trend of decreasing LDL and apoB levels prior to an ALS diagnosis, said Dr. Goutman.

The results are in agreement with several studies that show an alteration in metabolism in individuals with ALS, he said. “These altered metabolic pathways may provide some signal that something has gone awry,” he commented.

He agreed that an “ultimate goal” is to identify factors or biomarkers that can be used to predict whether individuals will develop ALS and to enable intervention to decrease the risk.

This new research highlights the value of population-based registries and large prospective cohorts, said Dr. Goutman. “These help to better define the genetic, environmental, and metabolic factors that increase and predict ALS risk,” he said.

But more work is needed, said Dr. Goutman. He noted that in the study, only 192 participants were diagnosed with ALS more than 5 years after enrollment. “This means additional large cohort studies are needed, especially those that reflect the diversity of the population, for us to solve the mystery of ALS and to prevent it,” he said.

Dr. Thompson and Dr. Goutman have disclosed no relevant financial relationships.

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

As people begin to return to offices after working remotely, a new study suggests that clutter on the job is more than just an annoyance to neatniks. It might also be an indicator that employees are unhappy at work, especially if they have upper-level positions.

Researchers surveyed 202 office workers and linked higher perceived levels of clutter to less satisfaction/pleasure from work and more work-related burnout/tension. While the findings don’t confirm which came first – clutter or unhappiness on the job – they do suggest that the office work environment is more than an matter of appearances.

Study lead author Joseph R. Ferrari, PhD, a professor of psychology at DePaul University, Chicago, goes even further and suggests that clutter might undermine well-being. “If someone comes into [a therapist’s office] with lots of clutter, they probably have it at home and work, and it’s hindering their life,” Dr. Ferrari said in an interview. “Having a lot of clutter piles is really not a good thing. It makes you less effective.”

Dr. Ferrari has conducted several studies into clutter. He and colleagues launched the new study, published in the International Journal of Psychological Research and Reviews, to explore the impact of clutter at the office.

“The impact of clutter on employee well-being may affect profit, staff motivation, the buildup of slack/extraneous resources, interpersonal conflict, attitudes about work, and employee behavior,” Dr. Ferrari and colleagues wrote.

The researchers surveyed participants in 290 workers in 2019 and focused on 209 who worked in offices (60% were men, 87% were 45 years old or younger, 65% held a college or advanced degree, and 79% were White). Most were lower-level employees rather than higher-level employees with management responsibilities.

Both upper-and lower-level employees mentioned the same types of clutter most often – paper, office equipment, and trash, such as used coffee cups. The upper-level workers reported more problems with clutter, although this might be because they are more sensitive to it than lower-level workers, Dr. Ferrari said.

The researchers found that “office clutter was significantly negatively related to ... satisfaction/pleasure from work and significantly positively related to a risk for burnout/tension from work.” They also reported that “upper-level workers were significantly more likely to report clutter and being at risk for burnout/tension than lower-level workers.”

Specifically, a technique known as exploratory factor analysis determined that “63% of office clutter behavior can be explained by either satisfaction/pleasure with one’s work or risk for burnout,” Dr. Ferrari said. The findings suggest that clutter leads to negative feelings about work, not the other way around, he said.

The new study does not address whether clutter has positive attributes, as suggested by a 2013 report published in Psychological Science.

Darby Saxbe, PhD, an associate professor of psychology at the University of Southern California, Los Angeles, who studies work stress, said in an interview that it can be difficult to figure out the direction of causality in a study like this. “Someone who’s overwhelmed might generate more clutter and not have the bandwidth to put things away. If the space is really cluttered, you won’t be able to find things as effectively, or keep track of projects as well, and that will feed more feelings of stress and burnout.”

David Spiegel, MD, Willson Professor of psychiatry and behavioral sciences at Stanford (Calif.) University, agreed.

“The idea of clutter in the environment having a negative effect on mood is interesting, but it is equally likely that clutter reflects burnout, inability to complete tasks and dispose of their remnants,” he said in an interview. “There may be a relationship, and they may interact, but the direction is not clear,” said Dr. Spiegel, who is also director of Stanford’s Center on Stress and Health.

Still, he said, “in these days of Zoom therapy, observing clutter in a patient’s room or office may provide a hint about potential burnout and depression.”

No funding is reported. Dr. Ferrari, Dr. Saxbe, and Dr. Spiegel reported no disclosures.

As people begin to return to offices after working remotely, a new study suggests that clutter on the job is more than just an annoyance to neatniks. It might also be an indicator that employees are unhappy at work, especially if they have upper-level positions.

Researchers surveyed 202 office workers and linked higher perceived levels of clutter to less satisfaction/pleasure from work and more work-related burnout/tension. While the findings don’t confirm which came first – clutter or unhappiness on the job – they do suggest that the office work environment is more than an matter of appearances.

Study lead author Joseph R. Ferrari, PhD, a professor of psychology at DePaul University, Chicago, goes even further and suggests that clutter might undermine well-being. “If someone comes into [a therapist’s office] with lots of clutter, they probably have it at home and work, and it’s hindering their life,” Dr. Ferrari said in an interview. “Having a lot of clutter piles is really not a good thing. It makes you less effective.”

Dr. Ferrari has conducted several studies into clutter. He and colleagues launched the new study, published in the International Journal of Psychological Research and Reviews, to explore the impact of clutter at the office.

“The impact of clutter on employee well-being may affect profit, staff motivation, the buildup of slack/extraneous resources, interpersonal conflict, attitudes about work, and employee behavior,” Dr. Ferrari and colleagues wrote.

The researchers surveyed participants in 290 workers in 2019 and focused on 209 who worked in offices (60% were men, 87% were 45 years old or younger, 65% held a college or advanced degree, and 79% were White). Most were lower-level employees rather than higher-level employees with management responsibilities.

Both upper-and lower-level employees mentioned the same types of clutter most often – paper, office equipment, and trash, such as used coffee cups. The upper-level workers reported more problems with clutter, although this might be because they are more sensitive to it than lower-level workers, Dr. Ferrari said.

The researchers found that “office clutter was significantly negatively related to ... satisfaction/pleasure from work and significantly positively related to a risk for burnout/tension from work.” They also reported that “upper-level workers were significantly more likely to report clutter and being at risk for burnout/tension than lower-level workers.”

Specifically, a technique known as exploratory factor analysis determined that “63% of office clutter behavior can be explained by either satisfaction/pleasure with one’s work or risk for burnout,” Dr. Ferrari said. The findings suggest that clutter leads to negative feelings about work, not the other way around, he said.

The new study does not address whether clutter has positive attributes, as suggested by a 2013 report published in Psychological Science.

Darby Saxbe, PhD, an associate professor of psychology at the University of Southern California, Los Angeles, who studies work stress, said in an interview that it can be difficult to figure out the direction of causality in a study like this. “Someone who’s overwhelmed might generate more clutter and not have the bandwidth to put things away. If the space is really cluttered, you won’t be able to find things as effectively, or keep track of projects as well, and that will feed more feelings of stress and burnout.”

David Spiegel, MD, Willson Professor of psychiatry and behavioral sciences at Stanford (Calif.) University, agreed.

“The idea of clutter in the environment having a negative effect on mood is interesting, but it is equally likely that clutter reflects burnout, inability to complete tasks and dispose of their remnants,” he said in an interview. “There may be a relationship, and they may interact, but the direction is not clear,” said Dr. Spiegel, who is also director of Stanford’s Center on Stress and Health.

Still, he said, “in these days of Zoom therapy, observing clutter in a patient’s room or office may provide a hint about potential burnout and depression.”

No funding is reported. Dr. Ferrari, Dr. Saxbe, and Dr. Spiegel reported no disclosures.

As people begin to return to offices after working remotely, a new study suggests that clutter on the job is more than just an annoyance to neatniks. It might also be an indicator that employees are unhappy at work, especially if they have upper-level positions.

Researchers surveyed 202 office workers and linked higher perceived levels of clutter to less satisfaction/pleasure from work and more work-related burnout/tension. While the findings don’t confirm which came first – clutter or unhappiness on the job – they do suggest that the office work environment is more than an matter of appearances.

Study lead author Joseph R. Ferrari, PhD, a professor of psychology at DePaul University, Chicago, goes even further and suggests that clutter might undermine well-being. “If someone comes into [a therapist’s office] with lots of clutter, they probably have it at home and work, and it’s hindering their life,” Dr. Ferrari said in an interview. “Having a lot of clutter piles is really not a good thing. It makes you less effective.”

Dr. Ferrari has conducted several studies into clutter. He and colleagues launched the new study, published in the International Journal of Psychological Research and Reviews, to explore the impact of clutter at the office.

“The impact of clutter on employee well-being may affect profit, staff motivation, the buildup of slack/extraneous resources, interpersonal conflict, attitudes about work, and employee behavior,” Dr. Ferrari and colleagues wrote.

The researchers surveyed participants in 290 workers in 2019 and focused on 209 who worked in offices (60% were men, 87% were 45 years old or younger, 65% held a college or advanced degree, and 79% were White). Most were lower-level employees rather than higher-level employees with management responsibilities.

Both upper-and lower-level employees mentioned the same types of clutter most often – paper, office equipment, and trash, such as used coffee cups. The upper-level workers reported more problems with clutter, although this might be because they are more sensitive to it than lower-level workers, Dr. Ferrari said.

The researchers found that “office clutter was significantly negatively related to ... satisfaction/pleasure from work and significantly positively related to a risk for burnout/tension from work.” They also reported that “upper-level workers were significantly more likely to report clutter and being at risk for burnout/tension than lower-level workers.”

Specifically, a technique known as exploratory factor analysis determined that “63% of office clutter behavior can be explained by either satisfaction/pleasure with one’s work or risk for burnout,” Dr. Ferrari said. The findings suggest that clutter leads to negative feelings about work, not the other way around, he said.

The new study does not address whether clutter has positive attributes, as suggested by a 2013 report published in Psychological Science.

Darby Saxbe, PhD, an associate professor of psychology at the University of Southern California, Los Angeles, who studies work stress, said in an interview that it can be difficult to figure out the direction of causality in a study like this. “Someone who’s overwhelmed might generate more clutter and not have the bandwidth to put things away. If the space is really cluttered, you won’t be able to find things as effectively, or keep track of projects as well, and that will feed more feelings of stress and burnout.”

David Spiegel, MD, Willson Professor of psychiatry and behavioral sciences at Stanford (Calif.) University, agreed.

“The idea of clutter in the environment having a negative effect on mood is interesting, but it is equally likely that clutter reflects burnout, inability to complete tasks and dispose of their remnants,” he said in an interview. “There may be a relationship, and they may interact, but the direction is not clear,” said Dr. Spiegel, who is also director of Stanford’s Center on Stress and Health.

Still, he said, “in these days of Zoom therapy, observing clutter in a patient’s room or office may provide a hint about potential burnout and depression.”

No funding is reported. Dr. Ferrari, Dr. Saxbe, and Dr. Spiegel reported no disclosures.