Liver Disease

Nonalcoholic fatty liver disease (NAFLD) was present in approximately two-thirds of patients who did not undergo a liver biopsy. These patients were more likely to be non-White and older, as well as have normal ALT levels, which shows potential gaps in knowledge about this population.

Shidlovski/Getty Images

Data from studies of patients diagnosed with NAFLD that require biopsy among their inclusion criteria may be subject to selection and detection bias, wrote A. Sidney Barritt, MD, of the University of North Carolina at Chapel Hill, and colleagues. The researchers sought to compare characteristics of patients with NAFLD who were diagnosed using clinical criteria and those diagnosed via liver biopsy.

In a study published in Hepatology Communications, the researchers reviewed data from TARGET-NASH, a longitudinal, observational cohort study designed to follow patients with NAFLD in clinical practice to provide data on the effectiveness of treatments.

“TARGET-NASH represents a large cohort of NAFLD patients from multiple sites and can provide us with real world information on progression of disease in patients with NAFLD and particular risk factors that may be clinically relevant,” Zachary Henry, MD, MS, of the division of gastroenterology & hepatology at the University of Virginia Health System in Charlottesville, said in an interview. “This is one of the first studies from this database, and as time goes on, we will see more large-population data like this to answer specific questions for NAFLD patient.”
 

Surprising findings

The researchers included 3,474 patients aged 18 years and older who were enrolled in the TARGET-NASH study between Aug. 1, 2016, and March 4, 2019. The study participants were classified according to severity of liver disease: nonalcoholic fatty liver (30%), nonalcoholic steatohepatitis (37%), and NAFLD cirrhosis (33%).

A total of 766 patients were diagnosed with NASH based on clinical criteria without biopsy, and all met the criteria for abnormal ALT and steatosis based on imaging. In addition, these patients had at least one secondary diagnostic criteria: body mass index greater than 30 kg/m2 (74%), type 2 diabetes (42%), and dyslipidemia (54%). Significant independent predictors of liver biopsy included younger age, White race, female gender, diabetes, and elevated levels of ALT.

Elevated ALT increased the odds of liver biopsy by 14% per 10-point rise, according to the study. A machine learning model showed that non-White patients with ALT less than 69 IU/mL had a 6% chance of liver biopsy. By comparison, White patients had a 21% chance of biopsy with ALT between 29 IU/mL and 69 IU/mL that dropped to 10% if the ALT was less than 29 IU/mL.

However, ALT remains a “suboptimal surrogate” for disease severity, the researchers noted. “How a normal ALT is defined and how a normal ALT range may vary across different laboratories may play a role in its utility as a diagnostic tool as well.”

Dr. Henry was surprised by this finding: “With the advent of noninvasive measures of fibrosis, such as the NAFLD fibrosis score, Fibrosis-4, and transient elastography, I thought these would have a more significant role in that decision as opposed to ALT levels.”

Notably, mental health diagnoses accounted for nearly half (49%) of comorbid conditions, followed by cardiovascular disease (19%), and osteoarthritis (10%). The prevalence of these conditions emphasizes the challenges of managing patients with NAFLD with diet and exercise alone because mental and physical problems may impede progress, the researchers wrote.

The study findings were limited by several factors including the inability to determine health care provider intent, as well as undocumented factors related to patients and providers that might influence a biopsy decision, such as assessment of disease severity, the researchers noted. In addition, they noted that the mostly White study population treated in specialty settings might not generalize to other populations or primary care.

However, the findings are strengthened by the large study population and real-world setting, the researchers emphasized. “These data provide context for the selection bias that may be present in many registries and randomized, controlled trials of therapies for NAFLD, where biopsy is required for inclusion,” and show potential knowledge gaps about the patient population less likely to undergo biopsy.
 

Knowledge gaps and implications

The study is important because of the need to identify patient factors that predict histologic versus clinical diagnosis of NAFLD as the number of patient registries and clinical trials for NAFLD increase, Bubu Banini, MD, of Yale University, New Haven, Conn., said in an interview. “This information helps to elucidate selection and ascertainment bias and place findings from NAFLD registries and clinical trials into context.”

Dr. Banini said that some of the findings were to be expected, while others were not.

“Historically, males and non-Whites are less likely to participate in registries and clinical trials, compared to females and Whites. However, I was surprised to find that these discrepancies further paralleled the likelihood of undergoing liver biopsy even among those who chose to participate. In addition, while mental health disorders (such as anxiety and depression) are a fairly prevalent comorbidity in patients with NAFLD, I was surprised to find that NAFLD patients with mental health disorders were more likely to undergo liver biopsy compared to those without these disorders. I would have expected the reverse,” he noted.

“These findings highlight the gaps in knowledge regarding the impact of demographic and psychosocial factors on choice and assess to care among patients with NAFLD, and the need for further studies to address these gaps,” she emphasized.

“A number of [studies] such as TARGET-NASH are doing away with the requirement for liver biopsy for participation; hence, it is less likely that selection bias related to liver biopsy would be a problem in these [studies] if clinical diagnosis is considered as a surrogate for histological diagnosis,” Dr. Banini added.

“On the contrary, many NAFLD clinical trials require liver biopsy for inclusion.” As nicely demonstrated in the current study, “this inclusion criterion may introduce selection bias,” she said. “Awareness of potential biases would hopefully inform the design and recruitment strategy for registries and clinical trials in order to overcome these issues.”

“I think the results of this study may actually point to a larger issue within medicine in general, which is a difference in care provided to minority communities,” Dr. Henry said. “Whether this is intentional, related to unconscious bias on the part of providers, or related to a significant mistrust between minority communities and their health care providers is unclear but certainly needs to be addressed.”

He noted that the purpose of TARGET-NASH is to enroll all patients with NAFLD regardless of biopsy. “Over time, as we have more data on these patients, we will have a better understanding of both diagnostic and therapeutic decisions in patients with NAFLD.”

The study was supported by Target RWE, sponsor of the TARGET-NASH study. TARGET-NASH is a collaboration of academic and community investigators and the pharmaceutical industry. Lead author Dr. Barritt had no financial conflicts to disclose, but many study coauthors disclosed relationships with multiple pharmaceutical companies, including those involved in the TARGET-NASH study. Dr. Banini currently serves on the NASH advisory board for Boehringer Ingelheim. Dr. Henry reported no disclosures, although his institution is one of the enrollment sites for TARGET-NASH.

Nonalcoholic fatty liver disease (NAFLD) was present in approximately two-thirds of patients who did not undergo a liver biopsy. These patients were more likely to be non-White and older, as well as have normal ALT levels, which shows potential gaps in knowledge about this population.

Shidlovski/Getty Images

Data from studies of patients diagnosed with NAFLD that require biopsy among their inclusion criteria may be subject to selection and detection bias, wrote A. Sidney Barritt, MD, of the University of North Carolina at Chapel Hill, and colleagues. The researchers sought to compare characteristics of patients with NAFLD who were diagnosed using clinical criteria and those diagnosed via liver biopsy.

In a study published in Hepatology Communications, the researchers reviewed data from TARGET-NASH, a longitudinal, observational cohort study designed to follow patients with NAFLD in clinical practice to provide data on the effectiveness of treatments.

“TARGET-NASH represents a large cohort of NAFLD patients from multiple sites and can provide us with real world information on progression of disease in patients with NAFLD and particular risk factors that may be clinically relevant,” Zachary Henry, MD, MS, of the division of gastroenterology & hepatology at the University of Virginia Health System in Charlottesville, said in an interview. “This is one of the first studies from this database, and as time goes on, we will see more large-population data like this to answer specific questions for NAFLD patient.”
 

Surprising findings

The researchers included 3,474 patients aged 18 years and older who were enrolled in the TARGET-NASH study between Aug. 1, 2016, and March 4, 2019. The study participants were classified according to severity of liver disease: nonalcoholic fatty liver (30%), nonalcoholic steatohepatitis (37%), and NAFLD cirrhosis (33%).

A total of 766 patients were diagnosed with NASH based on clinical criteria without biopsy, and all met the criteria for abnormal ALT and steatosis based on imaging. In addition, these patients had at least one secondary diagnostic criteria: body mass index greater than 30 kg/m2 (74%), type 2 diabetes (42%), and dyslipidemia (54%). Significant independent predictors of liver biopsy included younger age, White race, female gender, diabetes, and elevated levels of ALT.

Elevated ALT increased the odds of liver biopsy by 14% per 10-point rise, according to the study. A machine learning model showed that non-White patients with ALT less than 69 IU/mL had a 6% chance of liver biopsy. By comparison, White patients had a 21% chance of biopsy with ALT between 29 IU/mL and 69 IU/mL that dropped to 10% if the ALT was less than 29 IU/mL.

However, ALT remains a “suboptimal surrogate” for disease severity, the researchers noted. “How a normal ALT is defined and how a normal ALT range may vary across different laboratories may play a role in its utility as a diagnostic tool as well.”

Dr. Henry was surprised by this finding: “With the advent of noninvasive measures of fibrosis, such as the NAFLD fibrosis score, Fibrosis-4, and transient elastography, I thought these would have a more significant role in that decision as opposed to ALT levels.”

Notably, mental health diagnoses accounted for nearly half (49%) of comorbid conditions, followed by cardiovascular disease (19%), and osteoarthritis (10%). The prevalence of these conditions emphasizes the challenges of managing patients with NAFLD with diet and exercise alone because mental and physical problems may impede progress, the researchers wrote.

The study findings were limited by several factors including the inability to determine health care provider intent, as well as undocumented factors related to patients and providers that might influence a biopsy decision, such as assessment of disease severity, the researchers noted. In addition, they noted that the mostly White study population treated in specialty settings might not generalize to other populations or primary care.

However, the findings are strengthened by the large study population and real-world setting, the researchers emphasized. “These data provide context for the selection bias that may be present in many registries and randomized, controlled trials of therapies for NAFLD, where biopsy is required for inclusion,” and show potential knowledge gaps about the patient population less likely to undergo biopsy.
 

Knowledge gaps and implications

The study is important because of the need to identify patient factors that predict histologic versus clinical diagnosis of NAFLD as the number of patient registries and clinical trials for NAFLD increase, Bubu Banini, MD, of Yale University, New Haven, Conn., said in an interview. “This information helps to elucidate selection and ascertainment bias and place findings from NAFLD registries and clinical trials into context.”

Dr. Banini said that some of the findings were to be expected, while others were not.

“Historically, males and non-Whites are less likely to participate in registries and clinical trials, compared to females and Whites. However, I was surprised to find that these discrepancies further paralleled the likelihood of undergoing liver biopsy even among those who chose to participate. In addition, while mental health disorders (such as anxiety and depression) are a fairly prevalent comorbidity in patients with NAFLD, I was surprised to find that NAFLD patients with mental health disorders were more likely to undergo liver biopsy compared to those without these disorders. I would have expected the reverse,” he noted.

“These findings highlight the gaps in knowledge regarding the impact of demographic and psychosocial factors on choice and assess to care among patients with NAFLD, and the need for further studies to address these gaps,” she emphasized.

“A number of [studies] such as TARGET-NASH are doing away with the requirement for liver biopsy for participation; hence, it is less likely that selection bias related to liver biopsy would be a problem in these [studies] if clinical diagnosis is considered as a surrogate for histological diagnosis,” Dr. Banini added.

“On the contrary, many NAFLD clinical trials require liver biopsy for inclusion.” As nicely demonstrated in the current study, “this inclusion criterion may introduce selection bias,” she said. “Awareness of potential biases would hopefully inform the design and recruitment strategy for registries and clinical trials in order to overcome these issues.”

“I think the results of this study may actually point to a larger issue within medicine in general, which is a difference in care provided to minority communities,” Dr. Henry said. “Whether this is intentional, related to unconscious bias on the part of providers, or related to a significant mistrust between minority communities and their health care providers is unclear but certainly needs to be addressed.”

He noted that the purpose of TARGET-NASH is to enroll all patients with NAFLD regardless of biopsy. “Over time, as we have more data on these patients, we will have a better understanding of both diagnostic and therapeutic decisions in patients with NAFLD.”

The study was supported by Target RWE, sponsor of the TARGET-NASH study. TARGET-NASH is a collaboration of academic and community investigators and the pharmaceutical industry. Lead author Dr. Barritt had no financial conflicts to disclose, but many study coauthors disclosed relationships with multiple pharmaceutical companies, including those involved in the TARGET-NASH study. Dr. Banini currently serves on the NASH advisory board for Boehringer Ingelheim. Dr. Henry reported no disclosures, although his institution is one of the enrollment sites for TARGET-NASH.

Nonalcoholic fatty liver disease (NAFLD) was present in approximately two-thirds of patients who did not undergo a liver biopsy. These patients were more likely to be non-White and older, as well as have normal ALT levels, which shows potential gaps in knowledge about this population.

Shidlovski/Getty Images

Data from studies of patients diagnosed with NAFLD that require biopsy among their inclusion criteria may be subject to selection and detection bias, wrote A. Sidney Barritt, MD, of the University of North Carolina at Chapel Hill, and colleagues. The researchers sought to compare characteristics of patients with NAFLD who were diagnosed using clinical criteria and those diagnosed via liver biopsy.

In a study published in Hepatology Communications, the researchers reviewed data from TARGET-NASH, a longitudinal, observational cohort study designed to follow patients with NAFLD in clinical practice to provide data on the effectiveness of treatments.

“TARGET-NASH represents a large cohort of NAFLD patients from multiple sites and can provide us with real world information on progression of disease in patients with NAFLD and particular risk factors that may be clinically relevant,” Zachary Henry, MD, MS, of the division of gastroenterology & hepatology at the University of Virginia Health System in Charlottesville, said in an interview. “This is one of the first studies from this database, and as time goes on, we will see more large-population data like this to answer specific questions for NAFLD patient.”
 

Surprising findings

The researchers included 3,474 patients aged 18 years and older who were enrolled in the TARGET-NASH study between Aug. 1, 2016, and March 4, 2019. The study participants were classified according to severity of liver disease: nonalcoholic fatty liver (30%), nonalcoholic steatohepatitis (37%), and NAFLD cirrhosis (33%).

A total of 766 patients were diagnosed with NASH based on clinical criteria without biopsy, and all met the criteria for abnormal ALT and steatosis based on imaging. In addition, these patients had at least one secondary diagnostic criteria: body mass index greater than 30 kg/m2 (74%), type 2 diabetes (42%), and dyslipidemia (54%). Significant independent predictors of liver biopsy included younger age, White race, female gender, diabetes, and elevated levels of ALT.

Elevated ALT increased the odds of liver biopsy by 14% per 10-point rise, according to the study. A machine learning model showed that non-White patients with ALT less than 69 IU/mL had a 6% chance of liver biopsy. By comparison, White patients had a 21% chance of biopsy with ALT between 29 IU/mL and 69 IU/mL that dropped to 10% if the ALT was less than 29 IU/mL.

However, ALT remains a “suboptimal surrogate” for disease severity, the researchers noted. “How a normal ALT is defined and how a normal ALT range may vary across different laboratories may play a role in its utility as a diagnostic tool as well.”

Dr. Henry was surprised by this finding: “With the advent of noninvasive measures of fibrosis, such as the NAFLD fibrosis score, Fibrosis-4, and transient elastography, I thought these would have a more significant role in that decision as opposed to ALT levels.”

Notably, mental health diagnoses accounted for nearly half (49%) of comorbid conditions, followed by cardiovascular disease (19%), and osteoarthritis (10%). The prevalence of these conditions emphasizes the challenges of managing patients with NAFLD with diet and exercise alone because mental and physical problems may impede progress, the researchers wrote.

The study findings were limited by several factors including the inability to determine health care provider intent, as well as undocumented factors related to patients and providers that might influence a biopsy decision, such as assessment of disease severity, the researchers noted. In addition, they noted that the mostly White study population treated in specialty settings might not generalize to other populations or primary care.

However, the findings are strengthened by the large study population and real-world setting, the researchers emphasized. “These data provide context for the selection bias that may be present in many registries and randomized, controlled trials of therapies for NAFLD, where biopsy is required for inclusion,” and show potential knowledge gaps about the patient population less likely to undergo biopsy.
 

Knowledge gaps and implications

The study is important because of the need to identify patient factors that predict histologic versus clinical diagnosis of NAFLD as the number of patient registries and clinical trials for NAFLD increase, Bubu Banini, MD, of Yale University, New Haven, Conn., said in an interview. “This information helps to elucidate selection and ascertainment bias and place findings from NAFLD registries and clinical trials into context.”

Dr. Banini said that some of the findings were to be expected, while others were not.

“Historically, males and non-Whites are less likely to participate in registries and clinical trials, compared to females and Whites. However, I was surprised to find that these discrepancies further paralleled the likelihood of undergoing liver biopsy even among those who chose to participate. In addition, while mental health disorders (such as anxiety and depression) are a fairly prevalent comorbidity in patients with NAFLD, I was surprised to find that NAFLD patients with mental health disorders were more likely to undergo liver biopsy compared to those without these disorders. I would have expected the reverse,” he noted.

“These findings highlight the gaps in knowledge regarding the impact of demographic and psychosocial factors on choice and assess to care among patients with NAFLD, and the need for further studies to address these gaps,” she emphasized.

“A number of [studies] such as TARGET-NASH are doing away with the requirement for liver biopsy for participation; hence, it is less likely that selection bias related to liver biopsy would be a problem in these [studies] if clinical diagnosis is considered as a surrogate for histological diagnosis,” Dr. Banini added.

“On the contrary, many NAFLD clinical trials require liver biopsy for inclusion.” As nicely demonstrated in the current study, “this inclusion criterion may introduce selection bias,” she said. “Awareness of potential biases would hopefully inform the design and recruitment strategy for registries and clinical trials in order to overcome these issues.”

“I think the results of this study may actually point to a larger issue within medicine in general, which is a difference in care provided to minority communities,” Dr. Henry said. “Whether this is intentional, related to unconscious bias on the part of providers, or related to a significant mistrust between minority communities and their health care providers is unclear but certainly needs to be addressed.”

He noted that the purpose of TARGET-NASH is to enroll all patients with NAFLD regardless of biopsy. “Over time, as we have more data on these patients, we will have a better understanding of both diagnostic and therapeutic decisions in patients with NAFLD.”

The study was supported by Target RWE, sponsor of the TARGET-NASH study. TARGET-NASH is a collaboration of academic and community investigators and the pharmaceutical industry. Lead author Dr. Barritt had no financial conflicts to disclose, but many study coauthors disclosed relationships with multiple pharmaceutical companies, including those involved in the TARGET-NASH study. Dr. Banini currently serves on the NASH advisory board for Boehringer Ingelheim. Dr. Henry reported no disclosures, although his institution is one of the enrollment sites for TARGET-NASH.

In a large cohort of insured working adults with severe obesity and nonalcoholic fatty liver disease (NAFLD), the rate of incident cancer was lower during a 10-month median follow-up period among those who underwent bariatric surgery. The rate was especially lower with regard to obesity-related cancers. The risk reduction was greater among patients with cirrhosis.

Among almost 100,000 patients with severe obesity (body mass index >40 kg/m²) and NAFLD, those who underwent bariatric surgery had an 18% and 35% lower risk of developing any cancer or obesity-related cancer, respectively.

Bariatric surgery was associated with a significantly lower risk of being diagnosed with colorectal, pancreatic, endometrial, and thyroid cancer, as well as hepatocellular carcinoma and multiple myeloma (all obesity-related cancers). The findings are from an observational study by Vinod K. Rustgi, MD, MBA, and colleagues, which was published online March 17, 2021, in Gastroenterology.

It was not surprising that bariatric surgery is effective in reducing the malignancy rate among patients with cirrhosis, the researchers wrote, because the surgery results in long-term weight loss, resolution of nonalcoholic steatohepatitis (NASH), and regression of fibrosis.

“Cirrhosis can happen from fatty liver disease or NASH,” Dr. Rustgi, a hepatologist at Robert Wood Johnson Medical School, New Brunswick, N.J., explained to this news organization. “It’s becoming the fastest growing indication for liver transplant, but also the reason for increased rates of hepatocellular carcinoma.”

Current treatment for patients with obesity and fatty liver disease begins with lifestyle changes to lose weight, he continued. “As people lose 10% of their weight, they actually start to see regression of fibrosis in the liver that is correlated with [lower rates of] malignancy outcomes and other deleterious outcomes.” But long-lasting weight loss is extremely difficult to achieve.

Future studies “may identify new targets and treatments, such as antidiabetic-, satiety-, or GLP-1-based medications, for chemoprevention in NAFLD/NASH,” the investigators suggested. However, pharmaceutical agents will likely be very expensive when they eventually get marketed, Dr. Rustgi observed.

Although “bariatric surgery is a more aggressive approach than lifestyle modifications, surgery may provide additional benefits, such as improved quality of life and decreased long-term health care costs,” he and his coauthors concluded.
 

Rising rates of fatty liver disease, obesity

An estimated 30% of the population of the United States has NAFLD, the most common chronic liver disease, the researchers noted in their article. The prevalence of NAFLD increased 2.8-fold in the United States between 2003 and 2011, in parallel with increasing obesity.

NAFLD is more common among male patients with obesity and diabetes and Hispanic patients; “70% of [patients with diabetes] may have fatty liver disease, according to certain surveys,” Dr. Rustgi noted.

Cancer is the second greatest cause of mortality among patients with obesity and NAFLD, he continued, after cardiovascular disease. Cancer mortality is higher than mortality from liver disease.

Obesity-related cancers include adenocarcinoma of the esophagus, cancers of the breast (in postmenopausal women), colon, rectum, endometrium (corpus uterus), gallbladder, gastric cardia, kidney (renal cell), liver, ovary, pancreas, and thyroid, as well as meningioma and multiple myeloma, according to a 2016 report from the International Agency for Research on Cancer working group.

Obesity-related cancer accounted for 40% of all cancer in the United States in 2014 – 55% of cancers in women, and 24% of cancers in men, according to a study published in Morbidity and Mortality Weekly Report in 2017, as previously reported by this news organization.

Several studies, including one presented at Obesity Week in 2019 and later published, have shown that bariatric surgery is linked with a lower risk for cancer in general populations.

One meta-analysis reported that NAFLD is an independent risk factor for cholangiocarcinoma and colorectal, breast, gastric, pancreatic, prostate, and esophageal cancers. In another study, NAFLD was associated with a twofold increased risk for hepatocellular carcinoma and uterine, stomach, pancreatic, and colon cancers, Dr. Rustgi and colleagues noted.

Until now, the impact of bariatric surgery on the risk for cancer among patients with obesity and NAFLD was unknown.
 

Does bariatric surgery curb cancer risk in liver disease?

The researchers examined insurance claims data from the national MarketScan database from Jan. 1, 2007, to Dec. 31, 2017, for patients aged 18-64 years who had health insurance from 350 employers and 100 insurers. They identified 98,090 patients with severe obesity who were newly diagnosed with NAFLD during 2008-2017.

Roughly a third of the cohort (33,435 patients) underwent bariatric surgery. From 2008 to 2017, laparoscopic sleeve gastrectomies increased from 4% of bariatric procedures to 68% of all surgeries. Laparoscopic adjustable gastric band and laparoscopic Roux-en-Y gastric bypass procedures fell from 35% to less than 1% and from 49% to 28%, respectively.

Patients who underwent bariatric surgery were younger (mean age, 44 vs. 46 years), were more likely to be women (74% vs. 62%), and were less likely to have a history of smoking (6% vs. 10%).

During a mean follow-up of 22 months (and a median follow-up of 10 months), there were 911 incident cases of obesity-related cancers. These included cancer of the colon (116 cases), rectum (15), breast (in postmenopausal women; 131), kidney (120), esophagus (16), gastric cardia (8), gallbladder (4), pancreas (44), ovaries (74), endometrium (135), and thyroid (143), as well as hepatocellular carcinoma (49), multiple myeloma (50), and meningioma (6). There were 1,912 incident cases of other cancers, such as brain and lung cancers and leukemia.

A total of 258 patients who underwent bariatric surgery developed an obesity-related cancer (an incidence of 3.83 per 1,000 person-years), compared with 653 patients who did not have bariatric surgery (an incidence of 5.63 per 1,000 person-years).

The researchers noted that study limitations include the fact that it was restricted to privately insured individuals aged 18-64 years with severe obesity. In addition, “the short median follow-up may underestimate the full effect of bariatric surgery on cancer risk,” they wrote.

The authors disclosed no relevant financial relationships.

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

In a large cohort of insured working adults with severe obesity and nonalcoholic fatty liver disease (NAFLD), the rate of incident cancer was lower during a 10-month median follow-up period among those who underwent bariatric surgery. The rate was especially lower with regard to obesity-related cancers. The risk reduction was greater among patients with cirrhosis.

Among almost 100,000 patients with severe obesity (body mass index >40 kg/m²) and NAFLD, those who underwent bariatric surgery had an 18% and 35% lower risk of developing any cancer or obesity-related cancer, respectively.

Bariatric surgery was associated with a significantly lower risk of being diagnosed with colorectal, pancreatic, endometrial, and thyroid cancer, as well as hepatocellular carcinoma and multiple myeloma (all obesity-related cancers). The findings are from an observational study by Vinod K. Rustgi, MD, MBA, and colleagues, which was published online March 17, 2021, in Gastroenterology.

It was not surprising that bariatric surgery is effective in reducing the malignancy rate among patients with cirrhosis, the researchers wrote, because the surgery results in long-term weight loss, resolution of nonalcoholic steatohepatitis (NASH), and regression of fibrosis.

“Cirrhosis can happen from fatty liver disease or NASH,” Dr. Rustgi, a hepatologist at Robert Wood Johnson Medical School, New Brunswick, N.J., explained to this news organization. “It’s becoming the fastest growing indication for liver transplant, but also the reason for increased rates of hepatocellular carcinoma.”

Current treatment for patients with obesity and fatty liver disease begins with lifestyle changes to lose weight, he continued. “As people lose 10% of their weight, they actually start to see regression of fibrosis in the liver that is correlated with [lower rates of] malignancy outcomes and other deleterious outcomes.” But long-lasting weight loss is extremely difficult to achieve.

Future studies “may identify new targets and treatments, such as antidiabetic-, satiety-, or GLP-1-based medications, for chemoprevention in NAFLD/NASH,” the investigators suggested. However, pharmaceutical agents will likely be very expensive when they eventually get marketed, Dr. Rustgi observed.

Although “bariatric surgery is a more aggressive approach than lifestyle modifications, surgery may provide additional benefits, such as improved quality of life and decreased long-term health care costs,” he and his coauthors concluded.
 

Rising rates of fatty liver disease, obesity

An estimated 30% of the population of the United States has NAFLD, the most common chronic liver disease, the researchers noted in their article. The prevalence of NAFLD increased 2.8-fold in the United States between 2003 and 2011, in parallel with increasing obesity.

NAFLD is more common among male patients with obesity and diabetes and Hispanic patients; “70% of [patients with diabetes] may have fatty liver disease, according to certain surveys,” Dr. Rustgi noted.

Cancer is the second greatest cause of mortality among patients with obesity and NAFLD, he continued, after cardiovascular disease. Cancer mortality is higher than mortality from liver disease.

Obesity-related cancers include adenocarcinoma of the esophagus, cancers of the breast (in postmenopausal women), colon, rectum, endometrium (corpus uterus), gallbladder, gastric cardia, kidney (renal cell), liver, ovary, pancreas, and thyroid, as well as meningioma and multiple myeloma, according to a 2016 report from the International Agency for Research on Cancer working group.

Obesity-related cancer accounted for 40% of all cancer in the United States in 2014 – 55% of cancers in women, and 24% of cancers in men, according to a study published in Morbidity and Mortality Weekly Report in 2017, as previously reported by this news organization.

Several studies, including one presented at Obesity Week in 2019 and later published, have shown that bariatric surgery is linked with a lower risk for cancer in general populations.

One meta-analysis reported that NAFLD is an independent risk factor for cholangiocarcinoma and colorectal, breast, gastric, pancreatic, prostate, and esophageal cancers. In another study, NAFLD was associated with a twofold increased risk for hepatocellular carcinoma and uterine, stomach, pancreatic, and colon cancers, Dr. Rustgi and colleagues noted.

Until now, the impact of bariatric surgery on the risk for cancer among patients with obesity and NAFLD was unknown.
 

Does bariatric surgery curb cancer risk in liver disease?

The researchers examined insurance claims data from the national MarketScan database from Jan. 1, 2007, to Dec. 31, 2017, for patients aged 18-64 years who had health insurance from 350 employers and 100 insurers. They identified 98,090 patients with severe obesity who were newly diagnosed with NAFLD during 2008-2017.

Roughly a third of the cohort (33,435 patients) underwent bariatric surgery. From 2008 to 2017, laparoscopic sleeve gastrectomies increased from 4% of bariatric procedures to 68% of all surgeries. Laparoscopic adjustable gastric band and laparoscopic Roux-en-Y gastric bypass procedures fell from 35% to less than 1% and from 49% to 28%, respectively.

Patients who underwent bariatric surgery were younger (mean age, 44 vs. 46 years), were more likely to be women (74% vs. 62%), and were less likely to have a history of smoking (6% vs. 10%).

During a mean follow-up of 22 months (and a median follow-up of 10 months), there were 911 incident cases of obesity-related cancers. These included cancer of the colon (116 cases), rectum (15), breast (in postmenopausal women; 131), kidney (120), esophagus (16), gastric cardia (8), gallbladder (4), pancreas (44), ovaries (74), endometrium (135), and thyroid (143), as well as hepatocellular carcinoma (49), multiple myeloma (50), and meningioma (6). There were 1,912 incident cases of other cancers, such as brain and lung cancers and leukemia.

A total of 258 patients who underwent bariatric surgery developed an obesity-related cancer (an incidence of 3.83 per 1,000 person-years), compared with 653 patients who did not have bariatric surgery (an incidence of 5.63 per 1,000 person-years).

The researchers noted that study limitations include the fact that it was restricted to privately insured individuals aged 18-64 years with severe obesity. In addition, “the short median follow-up may underestimate the full effect of bariatric surgery on cancer risk,” they wrote.

The authors disclosed no relevant financial relationships.

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

In a large cohort of insured working adults with severe obesity and nonalcoholic fatty liver disease (NAFLD), the rate of incident cancer was lower during a 10-month median follow-up period among those who underwent bariatric surgery. The rate was especially lower with regard to obesity-related cancers. The risk reduction was greater among patients with cirrhosis.

Among almost 100,000 patients with severe obesity (body mass index >40 kg/m²) and NAFLD, those who underwent bariatric surgery had an 18% and 35% lower risk of developing any cancer or obesity-related cancer, respectively.

Bariatric surgery was associated with a significantly lower risk of being diagnosed with colorectal, pancreatic, endometrial, and thyroid cancer, as well as hepatocellular carcinoma and multiple myeloma (all obesity-related cancers). The findings are from an observational study by Vinod K. Rustgi, MD, MBA, and colleagues, which was published online March 17, 2021, in Gastroenterology.

It was not surprising that bariatric surgery is effective in reducing the malignancy rate among patients with cirrhosis, the researchers wrote, because the surgery results in long-term weight loss, resolution of nonalcoholic steatohepatitis (NASH), and regression of fibrosis.

“Cirrhosis can happen from fatty liver disease or NASH,” Dr. Rustgi, a hepatologist at Robert Wood Johnson Medical School, New Brunswick, N.J., explained to this news organization. “It’s becoming the fastest growing indication for liver transplant, but also the reason for increased rates of hepatocellular carcinoma.”

Current treatment for patients with obesity and fatty liver disease begins with lifestyle changes to lose weight, he continued. “As people lose 10% of their weight, they actually start to see regression of fibrosis in the liver that is correlated with [lower rates of] malignancy outcomes and other deleterious outcomes.” But long-lasting weight loss is extremely difficult to achieve.

Future studies “may identify new targets and treatments, such as antidiabetic-, satiety-, or GLP-1-based medications, for chemoprevention in NAFLD/NASH,” the investigators suggested. However, pharmaceutical agents will likely be very expensive when they eventually get marketed, Dr. Rustgi observed.

Although “bariatric surgery is a more aggressive approach than lifestyle modifications, surgery may provide additional benefits, such as improved quality of life and decreased long-term health care costs,” he and his coauthors concluded.
 

Rising rates of fatty liver disease, obesity

An estimated 30% of the population of the United States has NAFLD, the most common chronic liver disease, the researchers noted in their article. The prevalence of NAFLD increased 2.8-fold in the United States between 2003 and 2011, in parallel with increasing obesity.

NAFLD is more common among male patients with obesity and diabetes and Hispanic patients; “70% of [patients with diabetes] may have fatty liver disease, according to certain surveys,” Dr. Rustgi noted.

Cancer is the second greatest cause of mortality among patients with obesity and NAFLD, he continued, after cardiovascular disease. Cancer mortality is higher than mortality from liver disease.

Obesity-related cancers include adenocarcinoma of the esophagus, cancers of the breast (in postmenopausal women), colon, rectum, endometrium (corpus uterus), gallbladder, gastric cardia, kidney (renal cell), liver, ovary, pancreas, and thyroid, as well as meningioma and multiple myeloma, according to a 2016 report from the International Agency for Research on Cancer working group.

Obesity-related cancer accounted for 40% of all cancer in the United States in 2014 – 55% of cancers in women, and 24% of cancers in men, according to a study published in Morbidity and Mortality Weekly Report in 2017, as previously reported by this news organization.

Several studies, including one presented at Obesity Week in 2019 and later published, have shown that bariatric surgery is linked with a lower risk for cancer in general populations.

One meta-analysis reported that NAFLD is an independent risk factor for cholangiocarcinoma and colorectal, breast, gastric, pancreatic, prostate, and esophageal cancers. In another study, NAFLD was associated with a twofold increased risk for hepatocellular carcinoma and uterine, stomach, pancreatic, and colon cancers, Dr. Rustgi and colleagues noted.

Until now, the impact of bariatric surgery on the risk for cancer among patients with obesity and NAFLD was unknown.
 

Does bariatric surgery curb cancer risk in liver disease?

The researchers examined insurance claims data from the national MarketScan database from Jan. 1, 2007, to Dec. 31, 2017, for patients aged 18-64 years who had health insurance from 350 employers and 100 insurers. They identified 98,090 patients with severe obesity who were newly diagnosed with NAFLD during 2008-2017.

Roughly a third of the cohort (33,435 patients) underwent bariatric surgery. From 2008 to 2017, laparoscopic sleeve gastrectomies increased from 4% of bariatric procedures to 68% of all surgeries. Laparoscopic adjustable gastric band and laparoscopic Roux-en-Y gastric bypass procedures fell from 35% to less than 1% and from 49% to 28%, respectively.

Patients who underwent bariatric surgery were younger (mean age, 44 vs. 46 years), were more likely to be women (74% vs. 62%), and were less likely to have a history of smoking (6% vs. 10%).

During a mean follow-up of 22 months (and a median follow-up of 10 months), there were 911 incident cases of obesity-related cancers. These included cancer of the colon (116 cases), rectum (15), breast (in postmenopausal women; 131), kidney (120), esophagus (16), gastric cardia (8), gallbladder (4), pancreas (44), ovaries (74), endometrium (135), and thyroid (143), as well as hepatocellular carcinoma (49), multiple myeloma (50), and meningioma (6). There were 1,912 incident cases of other cancers, such as brain and lung cancers and leukemia.

A total of 258 patients who underwent bariatric surgery developed an obesity-related cancer (an incidence of 3.83 per 1,000 person-years), compared with 653 patients who did not have bariatric surgery (an incidence of 5.63 per 1,000 person-years).

The researchers noted that study limitations include the fact that it was restricted to privately insured individuals aged 18-64 years with severe obesity. In addition, “the short median follow-up may underestimate the full effect of bariatric surgery on cancer risk,” they wrote.

The authors disclosed no relevant financial relationships.

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

Nonalcoholic fatty liver disease (NAFLD) in children is almost always caused by excess body weight, not other etiologies, based on a retrospective analysis of 900 patients.

Just 2% of children with overweight or obesity and suspected NAFLD had other causes of liver disease, and none tested positive for autoimmune hepatitis (AIH), reported lead author Toshifumi Yodoshi, MD, PhD, of Cincinnati Children’s Hospital Medical Center, and colleagues.

“Currently, recommended testing of patients with suspected NAFLD includes ruling out the following conditions: AIH, Wilson disease, hemochromatosis, alpha-1 antitrypsin [A1AT] deficiency, viral hepatitis, celiac disease, and thyroid dysfunction,” the investigators wrote in Pediatrics.

Yet evidence supporting this particular battery of tests is scant; just one previous pediatric study has estimated the prevalence of other liver diseases among children with suspected NAFLD. The study showed that the second-most common etiology, after NAFLD, was AIH, at a rate of 4%.

But “the generalizability of these findings is uncertain,” noted Dr. Yodoshi and colleagues, as the study was conducted at one tertiary center in the western United States, among a population that was predominantly Hispanic.

This uncertainty spurred the present study, which was conducted at two pediatric centers: Cincinnati Children’s Hospital Medical Center (2009-2017) and Yale New Haven (Conn.) Children’s Hospital (2012-2017).

The final analysis involved 900 patients aged 18 years or younger with suspected NAFLD based on hepatic steatosis detected via imaging and/or elevated serum aminotransferases. Demographically, a slight majority of the patients were boys (63%), and approximately one-quarter (26%) were Hispanic. Median BMI z score was 2.45, with three out of four patients (76%) exhibiting severe obesity. Out of 900 patients, 358 (40%) underwent liver biopsy, among whom 46% had confirmed nonalcoholic steatohepatitis.

All patients underwent testing to exclude the aforementioned conditions using various diagnostics, revealing that just 2% of the population had etiologies other than NAFLD. Specifically, 11 children had thyroid dysfunction (1.2%), 3 had celiac disease (0.4%), 3 had A1AT deficiency (0.4%), 1 had hemophagocytic lymphohistiocytosis, and 1 had Hodgkin’s lymphoma. None of the children had Wilson disease, hepatitis B or C, or AIH.

Dr. Yodoshi and colleagues highlighted the latter finding, noting that 13% of the patients had autoantibodies for AIH, but “none met composite criteria.” This contrasts with the previous study from 2013, which found an AIH rate of 4%.

“Nonetheless,” the investigators went on, “NAFLD remains a diagnosis of exclusion, and key conditions that require specific treatments must be ruled out in the workup of patients with suspected NAFLD. In the future, the cost-effectiveness of this approach will need to be investigated.”

Interpreting the findings, Francis E. Rushton, MD, of Beaufort (S.C.) Memorial Hospital emphasized the implications for preventive and interventional health care.

“This study showing an absence of etiologies other than obesity in overweight children with NAFLD provides further impetus for pediatricians to work on both preventive and treatment regimens for weight issues,” Dr. Rushton said. “Linking community-based initiatives focused on adequate nutritional support with pediatric clinical support services is critical in solving issues related to overweight in children. Tracking BMI over time and developing healthy habit goals for patients are key parts of clinical interventions.” 

The study was funded by the National Institutes of Health. The investigators reported no conflicts of interest.

Nonalcoholic fatty liver disease (NAFLD) in children is almost always caused by excess body weight, not other etiologies, based on a retrospective analysis of 900 patients.

Just 2% of children with overweight or obesity and suspected NAFLD had other causes of liver disease, and none tested positive for autoimmune hepatitis (AIH), reported lead author Toshifumi Yodoshi, MD, PhD, of Cincinnati Children’s Hospital Medical Center, and colleagues.

“Currently, recommended testing of patients with suspected NAFLD includes ruling out the following conditions: AIH, Wilson disease, hemochromatosis, alpha-1 antitrypsin [A1AT] deficiency, viral hepatitis, celiac disease, and thyroid dysfunction,” the investigators wrote in Pediatrics.

Yet evidence supporting this particular battery of tests is scant; just one previous pediatric study has estimated the prevalence of other liver diseases among children with suspected NAFLD. The study showed that the second-most common etiology, after NAFLD, was AIH, at a rate of 4%.

But “the generalizability of these findings is uncertain,” noted Dr. Yodoshi and colleagues, as the study was conducted at one tertiary center in the western United States, among a population that was predominantly Hispanic.

This uncertainty spurred the present study, which was conducted at two pediatric centers: Cincinnati Children’s Hospital Medical Center (2009-2017) and Yale New Haven (Conn.) Children’s Hospital (2012-2017).

The final analysis involved 900 patients aged 18 years or younger with suspected NAFLD based on hepatic steatosis detected via imaging and/or elevated serum aminotransferases. Demographically, a slight majority of the patients were boys (63%), and approximately one-quarter (26%) were Hispanic. Median BMI z score was 2.45, with three out of four patients (76%) exhibiting severe obesity. Out of 900 patients, 358 (40%) underwent liver biopsy, among whom 46% had confirmed nonalcoholic steatohepatitis.

All patients underwent testing to exclude the aforementioned conditions using various diagnostics, revealing that just 2% of the population had etiologies other than NAFLD. Specifically, 11 children had thyroid dysfunction (1.2%), 3 had celiac disease (0.4%), 3 had A1AT deficiency (0.4%), 1 had hemophagocytic lymphohistiocytosis, and 1 had Hodgkin’s lymphoma. None of the children had Wilson disease, hepatitis B or C, or AIH.

Dr. Yodoshi and colleagues highlighted the latter finding, noting that 13% of the patients had autoantibodies for AIH, but “none met composite criteria.” This contrasts with the previous study from 2013, which found an AIH rate of 4%.

“Nonetheless,” the investigators went on, “NAFLD remains a diagnosis of exclusion, and key conditions that require specific treatments must be ruled out in the workup of patients with suspected NAFLD. In the future, the cost-effectiveness of this approach will need to be investigated.”

Interpreting the findings, Francis E. Rushton, MD, of Beaufort (S.C.) Memorial Hospital emphasized the implications for preventive and interventional health care.

“This study showing an absence of etiologies other than obesity in overweight children with NAFLD provides further impetus for pediatricians to work on both preventive and treatment regimens for weight issues,” Dr. Rushton said. “Linking community-based initiatives focused on adequate nutritional support with pediatric clinical support services is critical in solving issues related to overweight in children. Tracking BMI over time and developing healthy habit goals for patients are key parts of clinical interventions.” 

The study was funded by the National Institutes of Health. The investigators reported no conflicts of interest.

Nonalcoholic fatty liver disease (NAFLD) in children is almost always caused by excess body weight, not other etiologies, based on a retrospective analysis of 900 patients.

Just 2% of children with overweight or obesity and suspected NAFLD had other causes of liver disease, and none tested positive for autoimmune hepatitis (AIH), reported lead author Toshifumi Yodoshi, MD, PhD, of Cincinnati Children’s Hospital Medical Center, and colleagues.

“Currently, recommended testing of patients with suspected NAFLD includes ruling out the following conditions: AIH, Wilson disease, hemochromatosis, alpha-1 antitrypsin [A1AT] deficiency, viral hepatitis, celiac disease, and thyroid dysfunction,” the investigators wrote in Pediatrics.

Yet evidence supporting this particular battery of tests is scant; just one previous pediatric study has estimated the prevalence of other liver diseases among children with suspected NAFLD. The study showed that the second-most common etiology, after NAFLD, was AIH, at a rate of 4%.

But “the generalizability of these findings is uncertain,” noted Dr. Yodoshi and colleagues, as the study was conducted at one tertiary center in the western United States, among a population that was predominantly Hispanic.

This uncertainty spurred the present study, which was conducted at two pediatric centers: Cincinnati Children’s Hospital Medical Center (2009-2017) and Yale New Haven (Conn.) Children’s Hospital (2012-2017).

The final analysis involved 900 patients aged 18 years or younger with suspected NAFLD based on hepatic steatosis detected via imaging and/or elevated serum aminotransferases. Demographically, a slight majority of the patients were boys (63%), and approximately one-quarter (26%) were Hispanic. Median BMI z score was 2.45, with three out of four patients (76%) exhibiting severe obesity. Out of 900 patients, 358 (40%) underwent liver biopsy, among whom 46% had confirmed nonalcoholic steatohepatitis.

All patients underwent testing to exclude the aforementioned conditions using various diagnostics, revealing that just 2% of the population had etiologies other than NAFLD. Specifically, 11 children had thyroid dysfunction (1.2%), 3 had celiac disease (0.4%), 3 had A1AT deficiency (0.4%), 1 had hemophagocytic lymphohistiocytosis, and 1 had Hodgkin’s lymphoma. None of the children had Wilson disease, hepatitis B or C, or AIH.

Dr. Yodoshi and colleagues highlighted the latter finding, noting that 13% of the patients had autoantibodies for AIH, but “none met composite criteria.” This contrasts with the previous study from 2013, which found an AIH rate of 4%.

“Nonetheless,” the investigators went on, “NAFLD remains a diagnosis of exclusion, and key conditions that require specific treatments must be ruled out in the workup of patients with suspected NAFLD. In the future, the cost-effectiveness of this approach will need to be investigated.”

Interpreting the findings, Francis E. Rushton, MD, of Beaufort (S.C.) Memorial Hospital emphasized the implications for preventive and interventional health care.

“This study showing an absence of etiologies other than obesity in overweight children with NAFLD provides further impetus for pediatricians to work on both preventive and treatment regimens for weight issues,” Dr. Rushton said. “Linking community-based initiatives focused on adequate nutritional support with pediatric clinical support services is critical in solving issues related to overweight in children. Tracking BMI over time and developing healthy habit goals for patients are key parts of clinical interventions.” 

The study was funded by the National Institutes of Health. The investigators reported no conflicts of interest.

These days deciding when to stop targeted treatment for chronic hepatitis B is a bigger challenge than knowing when to start, Norah A. Terrault, MD, MPH, observed at the Gastroenterology Updates, IBD, Liver Disease Conference.

Tetra Images/Getty Images

That’s because the treatment paradigm is in flux. The strategy is shifting from achieving hepatitis B virus (HBV) DNA suppression through indefinite use of nucleoside analogues to striving for functional cure, which means eliminating hepatitis B surface antigen (HBsAg) and sustained inactive chronic hepatitis B off therapy. It’s a goal that recognizes that, while suppression is worthwhile because it reduces a patient’s risk of hepatocellular carcinoma, HBsAg clearance is better because it’s associated with an even lower risk of the malignancy, explained Dr. Terrault, professor of medicine and chief of gastroenterology and liver diseases at the University of Southern California, Los Angeles.

The current strategy in patients who are hepatitis B e antigen (HBeAg) positive at the outset is to treat with a nucleoside analogue until seroconversion, followed by a further year or more of consolidation therapy then treatment withdrawal. It’s a rational approach whose primary benefit is it allows identification of the roughly 50% of patients who can remain off treatment with inactive chronic hepatitis B. The other 50% – those who experience clinical relapse – will need retreatment.

Factors predictive of increased likelihood of a sustained off-treatment response include age younger than 40 years at the time of seroconversion, more than 1 year of consolidation therapy, and undetectable HBV DNA at cessation of treatment.

“In my own practice now, I actually extend the consolidation period for 2 years before I consider stopping, and I really favor doing a trial of stopping treatment in those who are younger,” Dr. Terrault said.

The biggest change in thinking involves the duration of therapy in patients who are HBeAg negative. The strategy has been to treat indefinitely unless there is a compelling reason to stop, such as toxicity, cost, or patient preference. However, it has now been demonstrated in at least nine published studies that withdrawal of therapy has a favorable immunologic effect in noncirrhotic patients with HBeAg-negative chronic hepatitis B who have been HBV DNA negative on nucleoside analogues for at least 3 years. This trial off therapy can bring major benefits because roughly 50% of patients will have sustained inactive chronic hepatitis B off-treatment and 20% of patients will become HbsAg negative with functional cure at 3-5 years of follow-up.

“This is what’s impressive: that 20% of patients have lost surface antigen, because if you continue HbeAg-negative patients on nucleoside analogue therapy, essentially none of them lose surface antigen. This is an impressive number, and you’re also able to identify about 50% of patients who didn’t need to be on treatment because they now have immune control and can remain inactive carriers off treatment,” the gastroenterologist commented.

Treatment withdrawal in HBeAg-negative patients usually is followed by disease flares 8-12 weeks later because of host immune clearance, and therein lies a problem.

“The challenge with the withdrawal strategy is these flares that appear to be necessary and important, can be good or bad, and we’re really not very good at predicting what the flare is going to look like and how severe it’s going to be,” according to Dr. Terrault, first author of the current American Association for the Study of Liver Diseases guidance on prevention, diagnosis, and treatment of chronic hepatitis B.

The good flares are accompanied by a reductions in HBV DNA and viral proteins, loss of HbsAg, and preserved liver function. The bad flares entail excessive host immune clearance leading to liver dysfunction or failure, with no reduction in viral proteins. The search is on for predictors of response to treatment withdrawal in HbeAg-negative patients. Potential differences in outcomes with the three available nucleoside analogues are being looked at, as are duration of viral suppression on treatment and differences in patient characteristics. A low quantitative HbsAg level at the time of drug withdrawal may also be important as a predictor of a higher likelihood of HBsAg loss over time off treatment.

“The studies that have been done are basically withdrawing everyone and then seeing what happens. I think we want to have a more refined approach,” she said.

This is an unfolding story. The encouraging news is that the drug development pipeline is rich with agents with a variety of mechanisms aimed at achieving HbsAg loss with finite therapy. Some of the studies are now in phase 2 and 3.

“We should be extremely excited,” Dr. Terrault said. “I think in the future we’re very likely to have curative therapies in a much greater proportion of our patients.”
 

When to start nucleoside analogues

Three antiviral oral nucleoside analogues are available as preferred therapies for chronic HBV: entecavir (Baraclude), tenofovir alafenamide (Vemlidy), and tenofovir disoproxil (Viread). All three provide high antiviral efficacy and low risk for resistance. The treatment goal is to prevent disease progression and HBV complications, including hepatocellular carcinoma, in individuals with active chronic hepatitis B.

The major liver disease medical societies differ only slightly on the criteria for starting treatment. Broadly, they recommend starting therapy in all patients with cirrhosis, as well as in patients without cirrhosis who have both a serum ALT level more than twice the upper limit of normal and elevated HBV DNA levels. The treatment threshold for HBV DNA levels is higher in patients who are HBeAg positive than it is for patients who are HBeAg negative; for example, the American Association for the Study of Liver Diseases recommends that an HbeAg-positive patient should have a HBV DNA titer greater than 20,000 IU/mL, which is a level 10 times higher than the group’s treatment threshold in HBeAg-negative patients. However, these thresholds are intended as guidance, not absolute rules, Dr. Terrault emphasized. Nearly 40% of patients don’t meet the dual ALT and HBV DNA thresholds, and serial monitoring of such patients for 6-12 months is recommended because they may be in transition.

The choice of nucleoside analogue is largely based on comorbidities. Any of the three preferred antivirals can be used when there are none. Tenofovir disoproxil is preferred in pregnancy because of its safety profile in that setting. In patients who are aged over 60 years or have bone disease or renal impairment, tenofovir alafenamide and entecavir are preferred. Entecavir should be avoided in favor of either form of tenofovir in patients who are HIV positive or have prior exposure to lamivudine.

Regarding treatment with these drugs, the recommendations target those whose liver disease is being driven by active HBV rather than fatty liver disease or some other cause. That’s the reason for the reserving treatment for patients with both high HBV DNA and high serum ALT.

“There’s definitely a camp that feels these are safe drugs, easy to use, and we should treat more people. I have to say I’m not hanging out in that camp. I still feel we should do targeted treatment, especially since there are many new drugs coming where we’re going to be able to offer cure to more people. So I feel like putting everybody on suppressive therapy isn’t the answer,” she said.

Dr. Terrault receives research grants from and/or serves as a consultant to numerous pharmaceutical companies.

bjancin@mdedge.com

These days deciding when to stop targeted treatment for chronic hepatitis B is a bigger challenge than knowing when to start, Norah A. Terrault, MD, MPH, observed at the Gastroenterology Updates, IBD, Liver Disease Conference.

Tetra Images/Getty Images

That’s because the treatment paradigm is in flux. The strategy is shifting from achieving hepatitis B virus (HBV) DNA suppression through indefinite use of nucleoside analogues to striving for functional cure, which means eliminating hepatitis B surface antigen (HBsAg) and sustained inactive chronic hepatitis B off therapy. It’s a goal that recognizes that, while suppression is worthwhile because it reduces a patient’s risk of hepatocellular carcinoma, HBsAg clearance is better because it’s associated with an even lower risk of the malignancy, explained Dr. Terrault, professor of medicine and chief of gastroenterology and liver diseases at the University of Southern California, Los Angeles.

The current strategy in patients who are hepatitis B e antigen (HBeAg) positive at the outset is to treat with a nucleoside analogue until seroconversion, followed by a further year or more of consolidation therapy then treatment withdrawal. It’s a rational approach whose primary benefit is it allows identification of the roughly 50% of patients who can remain off treatment with inactive chronic hepatitis B. The other 50% – those who experience clinical relapse – will need retreatment.

Factors predictive of increased likelihood of a sustained off-treatment response include age younger than 40 years at the time of seroconversion, more than 1 year of consolidation therapy, and undetectable HBV DNA at cessation of treatment.

“In my own practice now, I actually extend the consolidation period for 2 years before I consider stopping, and I really favor doing a trial of stopping treatment in those who are younger,” Dr. Terrault said.

The biggest change in thinking involves the duration of therapy in patients who are HBeAg negative. The strategy has been to treat indefinitely unless there is a compelling reason to stop, such as toxicity, cost, or patient preference. However, it has now been demonstrated in at least nine published studies that withdrawal of therapy has a favorable immunologic effect in noncirrhotic patients with HBeAg-negative chronic hepatitis B who have been HBV DNA negative on nucleoside analogues for at least 3 years. This trial off therapy can bring major benefits because roughly 50% of patients will have sustained inactive chronic hepatitis B off-treatment and 20% of patients will become HbsAg negative with functional cure at 3-5 years of follow-up.

“This is what’s impressive: that 20% of patients have lost surface antigen, because if you continue HbeAg-negative patients on nucleoside analogue therapy, essentially none of them lose surface antigen. This is an impressive number, and you’re also able to identify about 50% of patients who didn’t need to be on treatment because they now have immune control and can remain inactive carriers off treatment,” the gastroenterologist commented.

Treatment withdrawal in HBeAg-negative patients usually is followed by disease flares 8-12 weeks later because of host immune clearance, and therein lies a problem.

“The challenge with the withdrawal strategy is these flares that appear to be necessary and important, can be good or bad, and we’re really not very good at predicting what the flare is going to look like and how severe it’s going to be,” according to Dr. Terrault, first author of the current American Association for the Study of Liver Diseases guidance on prevention, diagnosis, and treatment of chronic hepatitis B.

The good flares are accompanied by a reductions in HBV DNA and viral proteins, loss of HbsAg, and preserved liver function. The bad flares entail excessive host immune clearance leading to liver dysfunction or failure, with no reduction in viral proteins. The search is on for predictors of response to treatment withdrawal in HbeAg-negative patients. Potential differences in outcomes with the three available nucleoside analogues are being looked at, as are duration of viral suppression on treatment and differences in patient characteristics. A low quantitative HbsAg level at the time of drug withdrawal may also be important as a predictor of a higher likelihood of HBsAg loss over time off treatment.

“The studies that have been done are basically withdrawing everyone and then seeing what happens. I think we want to have a more refined approach,” she said.

This is an unfolding story. The encouraging news is that the drug development pipeline is rich with agents with a variety of mechanisms aimed at achieving HbsAg loss with finite therapy. Some of the studies are now in phase 2 and 3.

“We should be extremely excited,” Dr. Terrault said. “I think in the future we’re very likely to have curative therapies in a much greater proportion of our patients.”
 

When to start nucleoside analogues

Three antiviral oral nucleoside analogues are available as preferred therapies for chronic HBV: entecavir (Baraclude), tenofovir alafenamide (Vemlidy), and tenofovir disoproxil (Viread). All three provide high antiviral efficacy and low risk for resistance. The treatment goal is to prevent disease progression and HBV complications, including hepatocellular carcinoma, in individuals with active chronic hepatitis B.

The major liver disease medical societies differ only slightly on the criteria for starting treatment. Broadly, they recommend starting therapy in all patients with cirrhosis, as well as in patients without cirrhosis who have both a serum ALT level more than twice the upper limit of normal and elevated HBV DNA levels. The treatment threshold for HBV DNA levels is higher in patients who are HBeAg positive than it is for patients who are HBeAg negative; for example, the American Association for the Study of Liver Diseases recommends that an HbeAg-positive patient should have a HBV DNA titer greater than 20,000 IU/mL, which is a level 10 times higher than the group’s treatment threshold in HBeAg-negative patients. However, these thresholds are intended as guidance, not absolute rules, Dr. Terrault emphasized. Nearly 40% of patients don’t meet the dual ALT and HBV DNA thresholds, and serial monitoring of such patients for 6-12 months is recommended because they may be in transition.

The choice of nucleoside analogue is largely based on comorbidities. Any of the three preferred antivirals can be used when there are none. Tenofovir disoproxil is preferred in pregnancy because of its safety profile in that setting. In patients who are aged over 60 years or have bone disease or renal impairment, tenofovir alafenamide and entecavir are preferred. Entecavir should be avoided in favor of either form of tenofovir in patients who are HIV positive or have prior exposure to lamivudine.

Regarding treatment with these drugs, the recommendations target those whose liver disease is being driven by active HBV rather than fatty liver disease or some other cause. That’s the reason for the reserving treatment for patients with both high HBV DNA and high serum ALT.

“There’s definitely a camp that feels these are safe drugs, easy to use, and we should treat more people. I have to say I’m not hanging out in that camp. I still feel we should do targeted treatment, especially since there are many new drugs coming where we’re going to be able to offer cure to more people. So I feel like putting everybody on suppressive therapy isn’t the answer,” she said.

Dr. Terrault receives research grants from and/or serves as a consultant to numerous pharmaceutical companies.

bjancin@mdedge.com

These days deciding when to stop targeted treatment for chronic hepatitis B is a bigger challenge than knowing when to start, Norah A. Terrault, MD, MPH, observed at the Gastroenterology Updates, IBD, Liver Disease Conference.

Tetra Images/Getty Images

That’s because the treatment paradigm is in flux. The strategy is shifting from achieving hepatitis B virus (HBV) DNA suppression through indefinite use of nucleoside analogues to striving for functional cure, which means eliminating hepatitis B surface antigen (HBsAg) and sustained inactive chronic hepatitis B off therapy. It’s a goal that recognizes that, while suppression is worthwhile because it reduces a patient’s risk of hepatocellular carcinoma, HBsAg clearance is better because it’s associated with an even lower risk of the malignancy, explained Dr. Terrault, professor of medicine and chief of gastroenterology and liver diseases at the University of Southern California, Los Angeles.

The current strategy in patients who are hepatitis B e antigen (HBeAg) positive at the outset is to treat with a nucleoside analogue until seroconversion, followed by a further year or more of consolidation therapy then treatment withdrawal. It’s a rational approach whose primary benefit is it allows identification of the roughly 50% of patients who can remain off treatment with inactive chronic hepatitis B. The other 50% – those who experience clinical relapse – will need retreatment.

Factors predictive of increased likelihood of a sustained off-treatment response include age younger than 40 years at the time of seroconversion, more than 1 year of consolidation therapy, and undetectable HBV DNA at cessation of treatment.

“In my own practice now, I actually extend the consolidation period for 2 years before I consider stopping, and I really favor doing a trial of stopping treatment in those who are younger,” Dr. Terrault said.

The biggest change in thinking involves the duration of therapy in patients who are HBeAg negative. The strategy has been to treat indefinitely unless there is a compelling reason to stop, such as toxicity, cost, or patient preference. However, it has now been demonstrated in at least nine published studies that withdrawal of therapy has a favorable immunologic effect in noncirrhotic patients with HBeAg-negative chronic hepatitis B who have been HBV DNA negative on nucleoside analogues for at least 3 years. This trial off therapy can bring major benefits because roughly 50% of patients will have sustained inactive chronic hepatitis B off-treatment and 20% of patients will become HbsAg negative with functional cure at 3-5 years of follow-up.

“This is what’s impressive: that 20% of patients have lost surface antigen, because if you continue HbeAg-negative patients on nucleoside analogue therapy, essentially none of them lose surface antigen. This is an impressive number, and you’re also able to identify about 50% of patients who didn’t need to be on treatment because they now have immune control and can remain inactive carriers off treatment,” the gastroenterologist commented.

Treatment withdrawal in HBeAg-negative patients usually is followed by disease flares 8-12 weeks later because of host immune clearance, and therein lies a problem.

“The challenge with the withdrawal strategy is these flares that appear to be necessary and important, can be good or bad, and we’re really not very good at predicting what the flare is going to look like and how severe it’s going to be,” according to Dr. Terrault, first author of the current American Association for the Study of Liver Diseases guidance on prevention, diagnosis, and treatment of chronic hepatitis B.

The good flares are accompanied by a reductions in HBV DNA and viral proteins, loss of HbsAg, and preserved liver function. The bad flares entail excessive host immune clearance leading to liver dysfunction or failure, with no reduction in viral proteins. The search is on for predictors of response to treatment withdrawal in HbeAg-negative patients. Potential differences in outcomes with the three available nucleoside analogues are being looked at, as are duration of viral suppression on treatment and differences in patient characteristics. A low quantitative HbsAg level at the time of drug withdrawal may also be important as a predictor of a higher likelihood of HBsAg loss over time off treatment.

“The studies that have been done are basically withdrawing everyone and then seeing what happens. I think we want to have a more refined approach,” she said.

This is an unfolding story. The encouraging news is that the drug development pipeline is rich with agents with a variety of mechanisms aimed at achieving HbsAg loss with finite therapy. Some of the studies are now in phase 2 and 3.

“We should be extremely excited,” Dr. Terrault said. “I think in the future we’re very likely to have curative therapies in a much greater proportion of our patients.”
 

When to start nucleoside analogues

Three antiviral oral nucleoside analogues are available as preferred therapies for chronic HBV: entecavir (Baraclude), tenofovir alafenamide (Vemlidy), and tenofovir disoproxil (Viread). All three provide high antiviral efficacy and low risk for resistance. The treatment goal is to prevent disease progression and HBV complications, including hepatocellular carcinoma, in individuals with active chronic hepatitis B.

The major liver disease medical societies differ only slightly on the criteria for starting treatment. Broadly, they recommend starting therapy in all patients with cirrhosis, as well as in patients without cirrhosis who have both a serum ALT level more than twice the upper limit of normal and elevated HBV DNA levels. The treatment threshold for HBV DNA levels is higher in patients who are HBeAg positive than it is for patients who are HBeAg negative; for example, the American Association for the Study of Liver Diseases recommends that an HbeAg-positive patient should have a HBV DNA titer greater than 20,000 IU/mL, which is a level 10 times higher than the group’s treatment threshold in HBeAg-negative patients. However, these thresholds are intended as guidance, not absolute rules, Dr. Terrault emphasized. Nearly 40% of patients don’t meet the dual ALT and HBV DNA thresholds, and serial monitoring of such patients for 6-12 months is recommended because they may be in transition.

The choice of nucleoside analogue is largely based on comorbidities. Any of the three preferred antivirals can be used when there are none. Tenofovir disoproxil is preferred in pregnancy because of its safety profile in that setting. In patients who are aged over 60 years or have bone disease or renal impairment, tenofovir alafenamide and entecavir are preferred. Entecavir should be avoided in favor of either form of tenofovir in patients who are HIV positive or have prior exposure to lamivudine.

Regarding treatment with these drugs, the recommendations target those whose liver disease is being driven by active HBV rather than fatty liver disease or some other cause. That’s the reason for the reserving treatment for patients with both high HBV DNA and high serum ALT.

“There’s definitely a camp that feels these are safe drugs, easy to use, and we should treat more people. I have to say I’m not hanging out in that camp. I still feel we should do targeted treatment, especially since there are many new drugs coming where we’re going to be able to offer cure to more people. So I feel like putting everybody on suppressive therapy isn’t the answer,” she said.

Dr. Terrault receives research grants from and/or serves as a consultant to numerous pharmaceutical companies.

bjancin@mdedge.com

Among patients with nonalcoholic fatty liver disease (NAFLD) and compensated advanced chronic liver disease, liver stiffness measurements (LSMs) are associated with risks of hepatic events, according to a retrospective analysis of more than 1,000 patients.

“[N]oninvasive markers that can predict liver disease severity and outcomes in patients with NAFLD and advanced fibrosis are a major unmet need,” wrote lead author Salvatore Petta, MD, of the University of Palermo, Italy, and colleagues. Their report is in Clinical Gastroenterology and Hepatology. “Data about the accuracy of LSM in the prediction of events in NAFLD, and especially in patients with NAFLD and F3-F4 fibrosis, are scarce.”

To address this knowledge gap, the investigators retrospectively analyzed data from 1,039 consecutive patients with NAFLD who had baseline LSMs of more than 10 kPa and/or histologically diagnosed F3-F4 fibrosis. Patients were prospectively recruited at 10 centers in 6 countries, then followed for a median of 35 months, ranging from 19 to 63 months.

All patients had their liver stiffness measured with an M or XL probe at baseline. In addition, approximately half of the patients (n = 533) had a follow-up measurement using the same method, generating a subgroup with changes in liver stiffness. “Improved” liver stiffness was defined as a decrease in LSM greater than 20% from baseline, “impaired” liver stiffness was defined as an increase in LSM greater than 20% from baseline, and “stable” liver stiffness was defined as a change falling between 20% lower and 20% higher than baseline.

At baseline, mean LSM was 17.6 kPa. Cox regression analysis revealed that baseline LSM was independently associated with HCC (hazard ratio, 1.03; 95% confidence interval, 1.00-1.04; P = .003), liver decompensation (HR, 1.03; 95% CI, 1.02-1.04; P < .001), and liver-related death (HR, 1.02; 95% CI, 1.00-1.03; P = .005), but not extrahepatic events.

According to the investigators, the association between LSM at baseline and risk of liver decompensation was maintained after adjustment for the severity of liver disease and for surrogate markers of portal hypertension, they noted. Furthermore, patients with a baseline LSM of at least 21 kPa – which indicates high risk of clinically significant portal hypertension (CSPH) – were at greater risk of liver decompensation than were those with an LSM less than 21 kPa (HR, 3.71; 95% CI, 1.89-6.78; P = .04).

In the subgroup with follow-up measurements, approximately half of the patients had an improved LSM (53.3%), while 27.2% had a stable LSM, and 19.5% had an impaired LSM, a pattern that was significantly associated with diabetes at baseline (P = .01).

“These data agree with the available literature identifying diabetes as a risk factor for liver disease progression and liver-related complications,” the investigators wrote.

Cox regression showed that, among those with follow-up LSM, changes in LSM were independently associated with HCC (HR, 1.72; 95% CI, 1.01-3.02; P = .04), liver decompensation (HR, 1.56; 95% CI, 1.05-2.51; P = . 04), liver-related mortality (HR, 1.96; 95% CI, 1.10-3.38; P = .02), and mortality of any cause (HR, 1.73; 95% CI, 1.11-2.69; P = .01).

These risks could be further stratified by level of change in liver stiffness, with greater impairment predicting greater risk: The crude rate of liver decompensation was 14.4% among those with impaired LSM, compared with 6.2% among those with stable LSM and 3.8% among those with LSM improvement. That said, the categories of changes in LSM were not predictive of decompensation among patients with high risk of CSPH at baseline; however, they remained predictive among those with low risk of CSPH at baseline.

“[T]his study … showed that an integrated assessment of baseline LSM or [changes in LSM] can help in stratifying the risk of development of liver-related complications and of both hepatic and overall mortality,” the investigators concluded. “These data, if further validated, could help personalize prognosis and follow-up in NAFLD with [compensated advanced chronic liver disease].”

The investigators disclosed relationships with AbbVie, Novo Nordisk, Gilead, and others.

Among patients with nonalcoholic fatty liver disease (NAFLD) and compensated advanced chronic liver disease, liver stiffness measurements (LSMs) are associated with risks of hepatic events, according to a retrospective analysis of more than 1,000 patients.

“[N]oninvasive markers that can predict liver disease severity and outcomes in patients with NAFLD and advanced fibrosis are a major unmet need,” wrote lead author Salvatore Petta, MD, of the University of Palermo, Italy, and colleagues. Their report is in Clinical Gastroenterology and Hepatology. “Data about the accuracy of LSM in the prediction of events in NAFLD, and especially in patients with NAFLD and F3-F4 fibrosis, are scarce.”

To address this knowledge gap, the investigators retrospectively analyzed data from 1,039 consecutive patients with NAFLD who had baseline LSMs of more than 10 kPa and/or histologically diagnosed F3-F4 fibrosis. Patients were prospectively recruited at 10 centers in 6 countries, then followed for a median of 35 months, ranging from 19 to 63 months.

All patients had their liver stiffness measured with an M or XL probe at baseline. In addition, approximately half of the patients (n = 533) had a follow-up measurement using the same method, generating a subgroup with changes in liver stiffness. “Improved” liver stiffness was defined as a decrease in LSM greater than 20% from baseline, “impaired” liver stiffness was defined as an increase in LSM greater than 20% from baseline, and “stable” liver stiffness was defined as a change falling between 20% lower and 20% higher than baseline.

At baseline, mean LSM was 17.6 kPa. Cox regression analysis revealed that baseline LSM was independently associated with HCC (hazard ratio, 1.03; 95% confidence interval, 1.00-1.04; P = .003), liver decompensation (HR, 1.03; 95% CI, 1.02-1.04; P < .001), and liver-related death (HR, 1.02; 95% CI, 1.00-1.03; P = .005), but not extrahepatic events.

According to the investigators, the association between LSM at baseline and risk of liver decompensation was maintained after adjustment for the severity of liver disease and for surrogate markers of portal hypertension, they noted. Furthermore, patients with a baseline LSM of at least 21 kPa – which indicates high risk of clinically significant portal hypertension (CSPH) – were at greater risk of liver decompensation than were those with an LSM less than 21 kPa (HR, 3.71; 95% CI, 1.89-6.78; P = .04).

In the subgroup with follow-up measurements, approximately half of the patients had an improved LSM (53.3%), while 27.2% had a stable LSM, and 19.5% had an impaired LSM, a pattern that was significantly associated with diabetes at baseline (P = .01).

“These data agree with the available literature identifying diabetes as a risk factor for liver disease progression and liver-related complications,” the investigators wrote.

Cox regression showed that, among those with follow-up LSM, changes in LSM were independently associated with HCC (HR, 1.72; 95% CI, 1.01-3.02; P = .04), liver decompensation (HR, 1.56; 95% CI, 1.05-2.51; P = . 04), liver-related mortality (HR, 1.96; 95% CI, 1.10-3.38; P = .02), and mortality of any cause (HR, 1.73; 95% CI, 1.11-2.69; P = .01).

These risks could be further stratified by level of change in liver stiffness, with greater impairment predicting greater risk: The crude rate of liver decompensation was 14.4% among those with impaired LSM, compared with 6.2% among those with stable LSM and 3.8% among those with LSM improvement. That said, the categories of changes in LSM were not predictive of decompensation among patients with high risk of CSPH at baseline; however, they remained predictive among those with low risk of CSPH at baseline.

“[T]his study … showed that an integrated assessment of baseline LSM or [changes in LSM] can help in stratifying the risk of development of liver-related complications and of both hepatic and overall mortality,” the investigators concluded. “These data, if further validated, could help personalize prognosis and follow-up in NAFLD with [compensated advanced chronic liver disease].”

The investigators disclosed relationships with AbbVie, Novo Nordisk, Gilead, and others.

Among patients with nonalcoholic fatty liver disease (NAFLD) and compensated advanced chronic liver disease, liver stiffness measurements (LSMs) are associated with risks of hepatic events, according to a retrospective analysis of more than 1,000 patients.

“[N]oninvasive markers that can predict liver disease severity and outcomes in patients with NAFLD and advanced fibrosis are a major unmet need,” wrote lead author Salvatore Petta, MD, of the University of Palermo, Italy, and colleagues. Their report is in Clinical Gastroenterology and Hepatology. “Data about the accuracy of LSM in the prediction of events in NAFLD, and especially in patients with NAFLD and F3-F4 fibrosis, are scarce.”

To address this knowledge gap, the investigators retrospectively analyzed data from 1,039 consecutive patients with NAFLD who had baseline LSMs of more than 10 kPa and/or histologically diagnosed F3-F4 fibrosis. Patients were prospectively recruited at 10 centers in 6 countries, then followed for a median of 35 months, ranging from 19 to 63 months.

All patients had their liver stiffness measured with an M or XL probe at baseline. In addition, approximately half of the patients (n = 533) had a follow-up measurement using the same method, generating a subgroup with changes in liver stiffness. “Improved” liver stiffness was defined as a decrease in LSM greater than 20% from baseline, “impaired” liver stiffness was defined as an increase in LSM greater than 20% from baseline, and “stable” liver stiffness was defined as a change falling between 20% lower and 20% higher than baseline.

At baseline, mean LSM was 17.6 kPa. Cox regression analysis revealed that baseline LSM was independently associated with HCC (hazard ratio, 1.03; 95% confidence interval, 1.00-1.04; P = .003), liver decompensation (HR, 1.03; 95% CI, 1.02-1.04; P < .001), and liver-related death (HR, 1.02; 95% CI, 1.00-1.03; P = .005), but not extrahepatic events.

According to the investigators, the association between LSM at baseline and risk of liver decompensation was maintained after adjustment for the severity of liver disease and for surrogate markers of portal hypertension, they noted. Furthermore, patients with a baseline LSM of at least 21 kPa – which indicates high risk of clinically significant portal hypertension (CSPH) – were at greater risk of liver decompensation than were those with an LSM less than 21 kPa (HR, 3.71; 95% CI, 1.89-6.78; P = .04).

In the subgroup with follow-up measurements, approximately half of the patients had an improved LSM (53.3%), while 27.2% had a stable LSM, and 19.5% had an impaired LSM, a pattern that was significantly associated with diabetes at baseline (P = .01).

“These data agree with the available literature identifying diabetes as a risk factor for liver disease progression and liver-related complications,” the investigators wrote.

Cox regression showed that, among those with follow-up LSM, changes in LSM were independently associated with HCC (HR, 1.72; 95% CI, 1.01-3.02; P = .04), liver decompensation (HR, 1.56; 95% CI, 1.05-2.51; P = . 04), liver-related mortality (HR, 1.96; 95% CI, 1.10-3.38; P = .02), and mortality of any cause (HR, 1.73; 95% CI, 1.11-2.69; P = .01).

These risks could be further stratified by level of change in liver stiffness, with greater impairment predicting greater risk: The crude rate of liver decompensation was 14.4% among those with impaired LSM, compared with 6.2% among those with stable LSM and 3.8% among those with LSM improvement. That said, the categories of changes in LSM were not predictive of decompensation among patients with high risk of CSPH at baseline; however, they remained predictive among those with low risk of CSPH at baseline.

“[T]his study … showed that an integrated assessment of baseline LSM or [changes in LSM] can help in stratifying the risk of development of liver-related complications and of both hepatic and overall mortality,” the investigators concluded. “These data, if further validated, could help personalize prognosis and follow-up in NAFLD with [compensated advanced chronic liver disease].”

The investigators disclosed relationships with AbbVie, Novo Nordisk, Gilead, and others.

Non-Hispanic Black and Hispanic patients are underrepresented on many liver transplant waiting lists, whereas non-Hispanic White patients are often overrepresented, according to data from 109 centers.

pixelheadphoto/Thinkstock

While racial disparities “greatly diminished” after placement on a waiting list, which suggests recent progress in the field, pre–wait-listing disparities may be more challenging to overcome, reported lead author Curtis Warren, MPH, CPH, of the University of Florida, Gainesville, and colleagues.

“In 2020, the Organ Procurement and Transplantation Network implemented a new allocation system for liver transplantation based on concentric circles of geographic proximity rather than somewhat arbitrarily delineated Donor Service Areas (DSAs),” the investigators wrote in Journal of the American College of Surgeons. “Although this was a step toward improving and equalizing access to lifesaving organs for those on the liver transplant wait list, the listing process determining which patients will be considered for transplantation has continued to be a significant hurdle.”

The process is “rife with impediments to equal access to listing,” according to Dr. Warren and colleagues; getting on a waiting list can be affected by factors such as inequitable access to primary care, lack of private health insurance, and subjective selection by transplant centers.

To better characterize these impediments, the investigators gathered center-specific data from the Scientific Registry of Transplant Recipients and the U.S. Census Bureau. The final dataset included 30,353 patients from treated at 109 transplant centers, each of which performed more than 250 transplants between January 2013 and December 2018. The investigators compared waiting list data for each center with demographics from its DSA. Primary variables included race/ethnicity, education level, poverty, and insurance coverage.

Multiple logistic regression analysis was used to compare expected waiting list demographics with observed waiting list demographics with the aid of observed/expected ratios for each race/ethnicity. Univariate and multivariate analyses were used to identify significant predictors, including covariates such as age at listing, distance traveled to transplant center, and center type.

On an adjusted basis, the observed/expected ratios showed that non-Hispanic Black patients were underrepresented on waiting lists at 88 out of 109 centers (81%) and Hispanic patients were underrepresented at 68 centers (62%). In contrast, non-Hispanic White patients were overrepresented on waiting lists at 65 centers (58%). Non-Hispanic White patients were underrepresented on waiting lists at 49 centers, or 45%. Minority underrepresentation was further supported by mean MELD (Model for End-Stage Liver Disease) scores, which were significantly higher among non-Hispanic Black patients (20.2) and Hispanic patients (19.4), compared with non-Hispanic White patients (18.7) (P < .0001 for all) at the time of wait-listing.

Based on the multivariate model, underrepresentation among Black patients was most common in areas with a higher proportion of Black individuals in the population, longer travel distances to transplant centers, and a higher rate of private insurance among transplant recipients. For Hispanic patients, rates of private insurance alone predicted underrepresentation.

Once patients were listed, however, these disparities faded. Non-Hispanic Black patients accounted for 9.8% of all transplants across all hospitals, compared with 7.9% of wait-listed individuals (P < .0001). At approximately two out of three hospitals (65%), the transplanted percentage of Black patients exceeded the wait-listed percentage (P = .002).

“Data from this study show that the wait lists at many transplant centers in the United States underrepresent minority populations, compared with what would be expected based on their service areas,” the investigators concluded. “Future work will need to be devoted to increasing awareness of these trends to promote equitable access to listing for liver transplantation.”

Looking at social determinants of health

According to Lauren D. Nephew, MD, MSc, MAE, of Indiana University, Indianapolis, “The question of access to care is particularly important at this juncture as we examine the inequities that COVID-19 exposed in access to care for racial minorities, and as we prepare for potential changes to health insurance coverage with the new administration.”

Dr. Nephew noted that the reported racial disparities stem from social determinants of health, such as proximity to transplant centers and type of insurance coverage.

“Another striking finding was that the disparity in wait-listing non-Hispanic Black patients increased with the percentage of non-Hispanic Black patients living in the area, further highlighting barriers in access to care in majority Black neighborhoods,” she said. “Inequities such as these are unacceptable, given our mandate to distribute organs in a fair and equitable fashion, and they require prospective studies for further examination.”
 

Identifying discrimination

Lanla Conteh, MD, MPH, of the Ohio State University Wexner Medical Center, Columbus, described how these inequities are magnified through bias in patient selection.

“Often times two very similar patients may present with the same medical profile and social circumstances; however, one is turned down,” she said. “Often the patient turned down is the non-Hispanic Black patient while the non-Hispanic White patient is given a pass.”

Dr. Conteh suggested that the first step in fixing this bias is recognizing that it is a problem and calling it by its proper name.

“As transplant centers, in order to address and change these significant disparities, we must first be willing to acknowledge that they do exist,” she said. “Only then can we move to the next step of developing awareness and methods to actively combat what we should label as systemic discrimination in medicine. Transplantation is a lifesaving treatment for many patients with decompensated liver disease or liver cancer. Ensuring equitable access for all patients and populations is of paramount importance.”

The study was supported by a Health Resources and Services Administration contract, as well as grants from the National Institutes of Health/National Institute of Diabetes and Digestive and Kidney Diseases. The investigators and interviewees reported no conflicts of interest.

AGA applauds researchers who are working to raise our awareness of health disparities in digestive diseases. AGA is committed to addressing this important societal issue head on. Learn more about AGA’s commitment through the AGA Equity Project.

This article was updated Mar. 12, 2021.

Non-Hispanic Black and Hispanic patients are underrepresented on many liver transplant waiting lists, whereas non-Hispanic White patients are often overrepresented, according to data from 109 centers.

pixelheadphoto/Thinkstock

While racial disparities “greatly diminished” after placement on a waiting list, which suggests recent progress in the field, pre–wait-listing disparities may be more challenging to overcome, reported lead author Curtis Warren, MPH, CPH, of the University of Florida, Gainesville, and colleagues.

“In 2020, the Organ Procurement and Transplantation Network implemented a new allocation system for liver transplantation based on concentric circles of geographic proximity rather than somewhat arbitrarily delineated Donor Service Areas (DSAs),” the investigators wrote in Journal of the American College of Surgeons. “Although this was a step toward improving and equalizing access to lifesaving organs for those on the liver transplant wait list, the listing process determining which patients will be considered for transplantation has continued to be a significant hurdle.”

The process is “rife with impediments to equal access to listing,” according to Dr. Warren and colleagues; getting on a waiting list can be affected by factors such as inequitable access to primary care, lack of private health insurance, and subjective selection by transplant centers.

To better characterize these impediments, the investigators gathered center-specific data from the Scientific Registry of Transplant Recipients and the U.S. Census Bureau. The final dataset included 30,353 patients from treated at 109 transplant centers, each of which performed more than 250 transplants between January 2013 and December 2018. The investigators compared waiting list data for each center with demographics from its DSA. Primary variables included race/ethnicity, education level, poverty, and insurance coverage.

Multiple logistic regression analysis was used to compare expected waiting list demographics with observed waiting list demographics with the aid of observed/expected ratios for each race/ethnicity. Univariate and multivariate analyses were used to identify significant predictors, including covariates such as age at listing, distance traveled to transplant center, and center type.

On an adjusted basis, the observed/expected ratios showed that non-Hispanic Black patients were underrepresented on waiting lists at 88 out of 109 centers (81%) and Hispanic patients were underrepresented at 68 centers (62%). In contrast, non-Hispanic White patients were overrepresented on waiting lists at 65 centers (58%). Non-Hispanic White patients were underrepresented on waiting lists at 49 centers, or 45%. Minority underrepresentation was further supported by mean MELD (Model for End-Stage Liver Disease) scores, which were significantly higher among non-Hispanic Black patients (20.2) and Hispanic patients (19.4), compared with non-Hispanic White patients (18.7) (P < .0001 for all) at the time of wait-listing.

Based on the multivariate model, underrepresentation among Black patients was most common in areas with a higher proportion of Black individuals in the population, longer travel distances to transplant centers, and a higher rate of private insurance among transplant recipients. For Hispanic patients, rates of private insurance alone predicted underrepresentation.

Once patients were listed, however, these disparities faded. Non-Hispanic Black patients accounted for 9.8% of all transplants across all hospitals, compared with 7.9% of wait-listed individuals (P < .0001). At approximately two out of three hospitals (65%), the transplanted percentage of Black patients exceeded the wait-listed percentage (P = .002).

“Data from this study show that the wait lists at many transplant centers in the United States underrepresent minority populations, compared with what would be expected based on their service areas,” the investigators concluded. “Future work will need to be devoted to increasing awareness of these trends to promote equitable access to listing for liver transplantation.”

Looking at social determinants of health

According to Lauren D. Nephew, MD, MSc, MAE, of Indiana University, Indianapolis, “The question of access to care is particularly important at this juncture as we examine the inequities that COVID-19 exposed in access to care for racial minorities, and as we prepare for potential changes to health insurance coverage with the new administration.”

Dr. Nephew noted that the reported racial disparities stem from social determinants of health, such as proximity to transplant centers and type of insurance coverage.

“Another striking finding was that the disparity in wait-listing non-Hispanic Black patients increased with the percentage of non-Hispanic Black patients living in the area, further highlighting barriers in access to care in majority Black neighborhoods,” she said. “Inequities such as these are unacceptable, given our mandate to distribute organs in a fair and equitable fashion, and they require prospective studies for further examination.”
 

Identifying discrimination

Lanla Conteh, MD, MPH, of the Ohio State University Wexner Medical Center, Columbus, described how these inequities are magnified through bias in patient selection.

“Often times two very similar patients may present with the same medical profile and social circumstances; however, one is turned down,” she said. “Often the patient turned down is the non-Hispanic Black patient while the non-Hispanic White patient is given a pass.”

Dr. Conteh suggested that the first step in fixing this bias is recognizing that it is a problem and calling it by its proper name.

“As transplant centers, in order to address and change these significant disparities, we must first be willing to acknowledge that they do exist,” she said. “Only then can we move to the next step of developing awareness and methods to actively combat what we should label as systemic discrimination in medicine. Transplantation is a lifesaving treatment for many patients with decompensated liver disease or liver cancer. Ensuring equitable access for all patients and populations is of paramount importance.”

The study was supported by a Health Resources and Services Administration contract, as well as grants from the National Institutes of Health/National Institute of Diabetes and Digestive and Kidney Diseases. The investigators and interviewees reported no conflicts of interest.

AGA applauds researchers who are working to raise our awareness of health disparities in digestive diseases. AGA is committed to addressing this important societal issue head on. Learn more about AGA’s commitment through the AGA Equity Project.

This article was updated Mar. 12, 2021.

Non-Hispanic Black and Hispanic patients are underrepresented on many liver transplant waiting lists, whereas non-Hispanic White patients are often overrepresented, according to data from 109 centers.

pixelheadphoto/Thinkstock

While racial disparities “greatly diminished” after placement on a waiting list, which suggests recent progress in the field, pre–wait-listing disparities may be more challenging to overcome, reported lead author Curtis Warren, MPH, CPH, of the University of Florida, Gainesville, and colleagues.

“In 2020, the Organ Procurement and Transplantation Network implemented a new allocation system for liver transplantation based on concentric circles of geographic proximity rather than somewhat arbitrarily delineated Donor Service Areas (DSAs),” the investigators wrote in Journal of the American College of Surgeons. “Although this was a step toward improving and equalizing access to lifesaving organs for those on the liver transplant wait list, the listing process determining which patients will be considered for transplantation has continued to be a significant hurdle.”

The process is “rife with impediments to equal access to listing,” according to Dr. Warren and colleagues; getting on a waiting list can be affected by factors such as inequitable access to primary care, lack of private health insurance, and subjective selection by transplant centers.

To better characterize these impediments, the investigators gathered center-specific data from the Scientific Registry of Transplant Recipients and the U.S. Census Bureau. The final dataset included 30,353 patients from treated at 109 transplant centers, each of which performed more than 250 transplants between January 2013 and December 2018. The investigators compared waiting list data for each center with demographics from its DSA. Primary variables included race/ethnicity, education level, poverty, and insurance coverage.

Multiple logistic regression analysis was used to compare expected waiting list demographics with observed waiting list demographics with the aid of observed/expected ratios for each race/ethnicity. Univariate and multivariate analyses were used to identify significant predictors, including covariates such as age at listing, distance traveled to transplant center, and center type.

On an adjusted basis, the observed/expected ratios showed that non-Hispanic Black patients were underrepresented on waiting lists at 88 out of 109 centers (81%) and Hispanic patients were underrepresented at 68 centers (62%). In contrast, non-Hispanic White patients were overrepresented on waiting lists at 65 centers (58%). Non-Hispanic White patients were underrepresented on waiting lists at 49 centers, or 45%. Minority underrepresentation was further supported by mean MELD (Model for End-Stage Liver Disease) scores, which were significantly higher among non-Hispanic Black patients (20.2) and Hispanic patients (19.4), compared with non-Hispanic White patients (18.7) (P < .0001 for all) at the time of wait-listing.

Based on the multivariate model, underrepresentation among Black patients was most common in areas with a higher proportion of Black individuals in the population, longer travel distances to transplant centers, and a higher rate of private insurance among transplant recipients. For Hispanic patients, rates of private insurance alone predicted underrepresentation.

Once patients were listed, however, these disparities faded. Non-Hispanic Black patients accounted for 9.8% of all transplants across all hospitals, compared with 7.9% of wait-listed individuals (P < .0001). At approximately two out of three hospitals (65%), the transplanted percentage of Black patients exceeded the wait-listed percentage (P = .002).

“Data from this study show that the wait lists at many transplant centers in the United States underrepresent minority populations, compared with what would be expected based on their service areas,” the investigators concluded. “Future work will need to be devoted to increasing awareness of these trends to promote equitable access to listing for liver transplantation.”

Looking at social determinants of health

According to Lauren D. Nephew, MD, MSc, MAE, of Indiana University, Indianapolis, “The question of access to care is particularly important at this juncture as we examine the inequities that COVID-19 exposed in access to care for racial minorities, and as we prepare for potential changes to health insurance coverage with the new administration.”

Dr. Nephew noted that the reported racial disparities stem from social determinants of health, such as proximity to transplant centers and type of insurance coverage.

“Another striking finding was that the disparity in wait-listing non-Hispanic Black patients increased with the percentage of non-Hispanic Black patients living in the area, further highlighting barriers in access to care in majority Black neighborhoods,” she said. “Inequities such as these are unacceptable, given our mandate to distribute organs in a fair and equitable fashion, and they require prospective studies for further examination.”
 

Identifying discrimination

Lanla Conteh, MD, MPH, of the Ohio State University Wexner Medical Center, Columbus, described how these inequities are magnified through bias in patient selection.

“Often times two very similar patients may present with the same medical profile and social circumstances; however, one is turned down,” she said. “Often the patient turned down is the non-Hispanic Black patient while the non-Hispanic White patient is given a pass.”

Dr. Conteh suggested that the first step in fixing this bias is recognizing that it is a problem and calling it by its proper name.

“As transplant centers, in order to address and change these significant disparities, we must first be willing to acknowledge that they do exist,” she said. “Only then can we move to the next step of developing awareness and methods to actively combat what we should label as systemic discrimination in medicine. Transplantation is a lifesaving treatment for many patients with decompensated liver disease or liver cancer. Ensuring equitable access for all patients and populations is of paramount importance.”

The study was supported by a Health Resources and Services Administration contract, as well as grants from the National Institutes of Health/National Institute of Diabetes and Digestive and Kidney Diseases. The investigators and interviewees reported no conflicts of interest.

AGA applauds researchers who are working to raise our awareness of health disparities in digestive diseases. AGA is committed to addressing this important societal issue head on. Learn more about AGA’s commitment through the AGA Equity Project.

This article was updated Mar. 12, 2021.

A novel minimal monitoring (MINMON) approach to hepatitis C virus (HCV) treatment was safe and achieved sustained virology response (SVR) compared to current clinical standards in treatment-naive patients without evidence of decompensated cirrhosis, according to a recent study.

©Jezperklauzen/ThinkStock

“This model may allow for HCV elimination, while minimizing resource use and face-to-face contact,” said investigator Sunil S. Solomon, MBBS, PhD, of Johns Hopkins University in Baltimore. “The COVID-19 pandemic has highlighted the urgent need for simple and safe models of HCV [care] delivery.”

Dr. Solomon described the new approach to HCV treatment during a presentation at this year’s Conference on Retroviruses and Opportunistic Infections virtual meeting.
 

Study design

ACTG A5360 was an international, single-arm, open-label, phase 4 trial that enrolled 400 patients across 38 treatment sites.

The researchers evaluated the efficacy and safety of the MINMON approach in treatment-naive individuals who had no evidence of decompensated cirrhosis. Study participants received a fixed-dose, single-tablet regimen of sofosbuvir 400 mg/velpatasvir 100 mg once daily for 12 weeks.

The MINMON approach comprised four key elements: no pretreatment genotyping, all tablets dispensed at study entry, no scheduled on-treatment clinic visits/labs, and two remote contacts at weeks 4 (adherence evaluation) and 22 (scheduled SVR visit). Unplanned visits for patients concerns were permitted.

Key eligibility criteria included active HCV infection (HCV RNA > 1,000 IU/mL) and no prior HCV treatment history. Persons with HIV coinfection (50% or less of sample) and compensated cirrhosis (20% or less of sample) were also eligible. Persons with chronic hepatitis B virus (HBV) infection and decompensated cirrhosis were excluded.

The primary efficacy endpoint was SVR, defined as HCV RNA less than the lower limit of quantification in the first sample at least 22 weeks post treatment initiation. The primary safety endpoint was any serious adverse events (AEs) occurring between treatment initiation and week 28.
 

Results

Among 400 patients enrolled, 399 (99.8%) were included in the primary efficacy analysis and 397 (99.3%) were included in the safety analysis. The median age of participants was 47 years, and 35% were female sex at birth. At baseline, 166 (42%) patients had HIV coinfection and 34 (9%) had compensated cirrhosis.

After analysis, the researchers found that remote contact was successful at weeks 4 and 22 for 394 (98.7%) and 335 (84.0%) participants, respectively.

In total, 15 (3.8%) participants recorded 21 unplanned visits, 3 (14.3%) of which were due to AEs, none of which were treatment related. Three participants reported losing study medications and one participant prematurely discontinued therapy due to an AE.

HCV RNA data at SVR were available for 396 participants. Overall, 379 patients (95.0%) achieved SVR (95% confidence interval [CI], 92.4%-96.7%).

“The study was not powered for SVR by subgroups, which explains why we observed wide confidence intervals in our forest plot,” Dr. Solomon said.

With respect to safety, serious AEs were reported in 14 (3.5%) participants through week 24 visit, none of which were treatment related or resulted in death.

Dr. Solomon acknowledged that a key limitation of the study was the single-arm design. As a result, there was no direct comparison to standard monitoring practices. In addition, these results may not be generalizable to all nonresearch treatment sites.

“The COVID-19 pandemic has required us to pivot clinical programs to minimize in-person contact, and promote more remote approaches, which is really the essence of the MINMON approach,” Dr. Solomon explained.

“There are really wonderful results in the population that was studied, but may reflect a more adherent patient population,” said moderator Robert T. Schooley, MD, of the University of California, San Diego.

During a discussion, Dr. Solomon noted that the MINMON approach may be further explored in patients who are actively injecting drugs, as these patients were not well represented in the present study.

Dr. Solomon disclosed financial relationships with Gilead Sciences and Abbott Diagnostics. The study was funded by the National Institutes of Health and Gilead Sciences.

A novel minimal monitoring (MINMON) approach to hepatitis C virus (HCV) treatment was safe and achieved sustained virology response (SVR) compared to current clinical standards in treatment-naive patients without evidence of decompensated cirrhosis, according to a recent study.

©Jezperklauzen/ThinkStock

“This model may allow for HCV elimination, while minimizing resource use and face-to-face contact,” said investigator Sunil S. Solomon, MBBS, PhD, of Johns Hopkins University in Baltimore. “The COVID-19 pandemic has highlighted the urgent need for simple and safe models of HCV [care] delivery.”

Dr. Solomon described the new approach to HCV treatment during a presentation at this year’s Conference on Retroviruses and Opportunistic Infections virtual meeting.
 

Study design

ACTG A5360 was an international, single-arm, open-label, phase 4 trial that enrolled 400 patients across 38 treatment sites.

The researchers evaluated the efficacy and safety of the MINMON approach in treatment-naive individuals who had no evidence of decompensated cirrhosis. Study participants received a fixed-dose, single-tablet regimen of sofosbuvir 400 mg/velpatasvir 100 mg once daily for 12 weeks.

The MINMON approach comprised four key elements: no pretreatment genotyping, all tablets dispensed at study entry, no scheduled on-treatment clinic visits/labs, and two remote contacts at weeks 4 (adherence evaluation) and 22 (scheduled SVR visit). Unplanned visits for patients concerns were permitted.

Key eligibility criteria included active HCV infection (HCV RNA > 1,000 IU/mL) and no prior HCV treatment history. Persons with HIV coinfection (50% or less of sample) and compensated cirrhosis (20% or less of sample) were also eligible. Persons with chronic hepatitis B virus (HBV) infection and decompensated cirrhosis were excluded.

The primary efficacy endpoint was SVR, defined as HCV RNA less than the lower limit of quantification in the first sample at least 22 weeks post treatment initiation. The primary safety endpoint was any serious adverse events (AEs) occurring between treatment initiation and week 28.
 

Results

Among 400 patients enrolled, 399 (99.8%) were included in the primary efficacy analysis and 397 (99.3%) were included in the safety analysis. The median age of participants was 47 years, and 35% were female sex at birth. At baseline, 166 (42%) patients had HIV coinfection and 34 (9%) had compensated cirrhosis.

After analysis, the researchers found that remote contact was successful at weeks 4 and 22 for 394 (98.7%) and 335 (84.0%) participants, respectively.

In total, 15 (3.8%) participants recorded 21 unplanned visits, 3 (14.3%) of which were due to AEs, none of which were treatment related. Three participants reported losing study medications and one participant prematurely discontinued therapy due to an AE.

HCV RNA data at SVR were available for 396 participants. Overall, 379 patients (95.0%) achieved SVR (95% confidence interval [CI], 92.4%-96.7%).

“The study was not powered for SVR by subgroups, which explains why we observed wide confidence intervals in our forest plot,” Dr. Solomon said.

With respect to safety, serious AEs were reported in 14 (3.5%) participants through week 24 visit, none of which were treatment related or resulted in death.

Dr. Solomon acknowledged that a key limitation of the study was the single-arm design. As a result, there was no direct comparison to standard monitoring practices. In addition, these results may not be generalizable to all nonresearch treatment sites.

“The COVID-19 pandemic has required us to pivot clinical programs to minimize in-person contact, and promote more remote approaches, which is really the essence of the MINMON approach,” Dr. Solomon explained.

“There are really wonderful results in the population that was studied, but may reflect a more adherent patient population,” said moderator Robert T. Schooley, MD, of the University of California, San Diego.

During a discussion, Dr. Solomon noted that the MINMON approach may be further explored in patients who are actively injecting drugs, as these patients were not well represented in the present study.

Dr. Solomon disclosed financial relationships with Gilead Sciences and Abbott Diagnostics. The study was funded by the National Institutes of Health and Gilead Sciences.

A novel minimal monitoring (MINMON) approach to hepatitis C virus (HCV) treatment was safe and achieved sustained virology response (SVR) compared to current clinical standards in treatment-naive patients without evidence of decompensated cirrhosis, according to a recent study.

©Jezperklauzen/ThinkStock

“This model may allow for HCV elimination, while minimizing resource use and face-to-face contact,” said investigator Sunil S. Solomon, MBBS, PhD, of Johns Hopkins University in Baltimore. “The COVID-19 pandemic has highlighted the urgent need for simple and safe models of HCV [care] delivery.”

Dr. Solomon described the new approach to HCV treatment during a presentation at this year’s Conference on Retroviruses and Opportunistic Infections virtual meeting.
 

Study design

ACTG A5360 was an international, single-arm, open-label, phase 4 trial that enrolled 400 patients across 38 treatment sites.

The researchers evaluated the efficacy and safety of the MINMON approach in treatment-naive individuals who had no evidence of decompensated cirrhosis. Study participants received a fixed-dose, single-tablet regimen of sofosbuvir 400 mg/velpatasvir 100 mg once daily for 12 weeks.

The MINMON approach comprised four key elements: no pretreatment genotyping, all tablets dispensed at study entry, no scheduled on-treatment clinic visits/labs, and two remote contacts at weeks 4 (adherence evaluation) and 22 (scheduled SVR visit). Unplanned visits for patients concerns were permitted.

Key eligibility criteria included active HCV infection (HCV RNA > 1,000 IU/mL) and no prior HCV treatment history. Persons with HIV coinfection (50% or less of sample) and compensated cirrhosis (20% or less of sample) were also eligible. Persons with chronic hepatitis B virus (HBV) infection and decompensated cirrhosis were excluded.

The primary efficacy endpoint was SVR, defined as HCV RNA less than the lower limit of quantification in the first sample at least 22 weeks post treatment initiation. The primary safety endpoint was any serious adverse events (AEs) occurring between treatment initiation and week 28.
 

Results

Among 400 patients enrolled, 399 (99.8%) were included in the primary efficacy analysis and 397 (99.3%) were included in the safety analysis. The median age of participants was 47 years, and 35% were female sex at birth. At baseline, 166 (42%) patients had HIV coinfection and 34 (9%) had compensated cirrhosis.

After analysis, the researchers found that remote contact was successful at weeks 4 and 22 for 394 (98.7%) and 335 (84.0%) participants, respectively.

In total, 15 (3.8%) participants recorded 21 unplanned visits, 3 (14.3%) of which were due to AEs, none of which were treatment related. Three participants reported losing study medications and one participant prematurely discontinued therapy due to an AE.

HCV RNA data at SVR were available for 396 participants. Overall, 379 patients (95.0%) achieved SVR (95% confidence interval [CI], 92.4%-96.7%).

“The study was not powered for SVR by subgroups, which explains why we observed wide confidence intervals in our forest plot,” Dr. Solomon said.

With respect to safety, serious AEs were reported in 14 (3.5%) participants through week 24 visit, none of which were treatment related or resulted in death.

Dr. Solomon acknowledged that a key limitation of the study was the single-arm design. As a result, there was no direct comparison to standard monitoring practices. In addition, these results may not be generalizable to all nonresearch treatment sites.

“The COVID-19 pandemic has required us to pivot clinical programs to minimize in-person contact, and promote more remote approaches, which is really the essence of the MINMON approach,” Dr. Solomon explained.

“There are really wonderful results in the population that was studied, but may reflect a more adherent patient population,” said moderator Robert T. Schooley, MD, of the University of California, San Diego.

During a discussion, Dr. Solomon noted that the MINMON approach may be further explored in patients who are actively injecting drugs, as these patients were not well represented in the present study.

Dr. Solomon disclosed financial relationships with Gilead Sciences and Abbott Diagnostics. The study was funded by the National Institutes of Health and Gilead Sciences.

Clinicians who manage patients with cirrhosis should incorporate palliative care “irrespective of transplant candidacy,” according to a clinical practice update from the American Gastroenterological Association.

“[T]his care should be based on needs assessment instead of prognosis alone, delivered concurrently with curative or life-prolonging treatments, and tailored to the stage of disease,” wrote Puneeta Tandon, MD, of University of Alberta in Edmonton, Alta., and associates. Their report is in Clinical Gastroenterology and Hepatology.

Cirrhosis has a median survival ranging from 2 years for decompensated disease to 12 years for compensated disease, according to one systemic review. Moreover, even compensated cirrhosis incurs “a high burden of physical and psychological symptoms,” which increases as cirrhosis progresses, the update authors noted.

According to another review, there is established evidence outside cirrhosis that palliative care – including comprehensive symptom management, advance care planning, and timely referrals to specialty palliative care and hospice support – has the potential to significantly improve quality of life, end-of-life care, health care costs, coordination among providers, and caregiver outcomes.

However, the update authors noted that there remain few guidelines or guidance statements regarding palliative care in cirrhosis. Hence, the clinical practice update reviews 10 best practices to help clinicians fill this gap.

Providers “from any specialty, within any healthcare setting” can help provide palliative care for patients with cirrhosis, the experts emphasized. This is, in part, because of the growing population with cirrhosis being met with a limited number of palliative care specialists; dealing with this reality can be helped by inviting other providers to learn about and engage in palliative care.

Another best practice statement addressed assessing symptoms “within physical, psychological, social, and spiritual domains related to [patients’] liver disease, its treatment, and prognosis.” This approach is needed because of the complex effects that a life-threatening illness and its symptoms can have on many variables, including loss of independence/identity, financial stress, and impact on personal relationships. A systematic review of symptom prevalence in end-stage liver disease revealed a complex milieu, including pain, muscle cramps, sexual dysfunction, insomnia, and anxiety.

High-quality communication is important in palliative care, including discussion of prognosis and goals of care. Providers specializing in gastroenterology/hepatology should reevaluate prognosis and clarify prognosis and goals of care with patients and caregivers during routine visits and sentinel events, such as new complications, a hospital or intensive care admission, and when transplant eligibility is determined. However, prognostication in cirrhosis can be challenging, the experts noted. The update authors also acknowledged that, while more research is needed to inform practice regarding communicating with patients with serious illness about palliative care and goals of care, there are courses and resources meant to help improve those skills, including those provided by Vital Talk, Respecting Choices, and the Serious Illness Conversation Guide.

Cirrhosis “has physical, mental, and financial consequences” for caregivers, especially when patients have decompensated disease. To support caregivers, clinicians can routinely evaluate their burdens and needs. Tools such as the Caregiver Strain Index are useful and can be administered by ancillary staff. Clinicians also can reach out to primary care and palliative care providers to identify local resources for caregiver support.

“Because lack of time is one of the major barriers to administering palliative care, healthcare providers should consider how they can optimize efficiencies in palliative care delivery,” the experts wrote. Examples include identifying local billing codes, arranging for ancillary staff to screen patients on their palliative care needs, and setting up multidisciplinary teams that work together to deliver palliative care. If access to specialty palliative care is limited, providers can collaborate with local specialist teams to set “clear triggers and pathways for referral.”

Finally, hospice referrals are often delayed for patients with cirrhosis. “Find out your local referral criteria for hospice and what would be required to refer a cirrhosis patient there,” the experts advised. “Healthcare providers caring for patients with cirrhosis should provide timely referral to hospice for patients who have comfort-oriented goals and prognosis of 6 months or less.”

The authors of the clinical practice update received no funding support. They reported having no relevant conflicts of interest.

Clinicians who manage patients with cirrhosis should incorporate palliative care “irrespective of transplant candidacy,” according to a clinical practice update from the American Gastroenterological Association.

“[T]his care should be based on needs assessment instead of prognosis alone, delivered concurrently with curative or life-prolonging treatments, and tailored to the stage of disease,” wrote Puneeta Tandon, MD, of University of Alberta in Edmonton, Alta., and associates. Their report is in Clinical Gastroenterology and Hepatology.

Cirrhosis has a median survival ranging from 2 years for decompensated disease to 12 years for compensated disease, according to one systemic review. Moreover, even compensated cirrhosis incurs “a high burden of physical and psychological symptoms,” which increases as cirrhosis progresses, the update authors noted.

According to another review, there is established evidence outside cirrhosis that palliative care – including comprehensive symptom management, advance care planning, and timely referrals to specialty palliative care and hospice support – has the potential to significantly improve quality of life, end-of-life care, health care costs, coordination among providers, and caregiver outcomes.

However, the update authors noted that there remain few guidelines or guidance statements regarding palliative care in cirrhosis. Hence, the clinical practice update reviews 10 best practices to help clinicians fill this gap.

Providers “from any specialty, within any healthcare setting” can help provide palliative care for patients with cirrhosis, the experts emphasized. This is, in part, because of the growing population with cirrhosis being met with a limited number of palliative care specialists; dealing with this reality can be helped by inviting other providers to learn about and engage in palliative care.

Another best practice statement addressed assessing symptoms “within physical, psychological, social, and spiritual domains related to [patients’] liver disease, its treatment, and prognosis.” This approach is needed because of the complex effects that a life-threatening illness and its symptoms can have on many variables, including loss of independence/identity, financial stress, and impact on personal relationships. A systematic review of symptom prevalence in end-stage liver disease revealed a complex milieu, including pain, muscle cramps, sexual dysfunction, insomnia, and anxiety.

High-quality communication is important in palliative care, including discussion of prognosis and goals of care. Providers specializing in gastroenterology/hepatology should reevaluate prognosis and clarify prognosis and goals of care with patients and caregivers during routine visits and sentinel events, such as new complications, a hospital or intensive care admission, and when transplant eligibility is determined. However, prognostication in cirrhosis can be challenging, the experts noted. The update authors also acknowledged that, while more research is needed to inform practice regarding communicating with patients with serious illness about palliative care and goals of care, there are courses and resources meant to help improve those skills, including those provided by Vital Talk, Respecting Choices, and the Serious Illness Conversation Guide.

Cirrhosis “has physical, mental, and financial consequences” for caregivers, especially when patients have decompensated disease. To support caregivers, clinicians can routinely evaluate their burdens and needs. Tools such as the Caregiver Strain Index are useful and can be administered by ancillary staff. Clinicians also can reach out to primary care and palliative care providers to identify local resources for caregiver support.

“Because lack of time is one of the major barriers to administering palliative care, healthcare providers should consider how they can optimize efficiencies in palliative care delivery,” the experts wrote. Examples include identifying local billing codes, arranging for ancillary staff to screen patients on their palliative care needs, and setting up multidisciplinary teams that work together to deliver palliative care. If access to specialty palliative care is limited, providers can collaborate with local specialist teams to set “clear triggers and pathways for referral.”

Finally, hospice referrals are often delayed for patients with cirrhosis. “Find out your local referral criteria for hospice and what would be required to refer a cirrhosis patient there,” the experts advised. “Healthcare providers caring for patients with cirrhosis should provide timely referral to hospice for patients who have comfort-oriented goals and prognosis of 6 months or less.”

The authors of the clinical practice update received no funding support. They reported having no relevant conflicts of interest.

Clinicians who manage patients with cirrhosis should incorporate palliative care “irrespective of transplant candidacy,” according to a clinical practice update from the American Gastroenterological Association.

“[T]his care should be based on needs assessment instead of prognosis alone, delivered concurrently with curative or life-prolonging treatments, and tailored to the stage of disease,” wrote Puneeta Tandon, MD, of University of Alberta in Edmonton, Alta., and associates. Their report is in Clinical Gastroenterology and Hepatology.

Cirrhosis has a median survival ranging from 2 years for decompensated disease to 12 years for compensated disease, according to one systemic review. Moreover, even compensated cirrhosis incurs “a high burden of physical and psychological symptoms,” which increases as cirrhosis progresses, the update authors noted.

According to another review, there is established evidence outside cirrhosis that palliative care – including comprehensive symptom management, advance care planning, and timely referrals to specialty palliative care and hospice support – has the potential to significantly improve quality of life, end-of-life care, health care costs, coordination among providers, and caregiver outcomes.

However, the update authors noted that there remain few guidelines or guidance statements regarding palliative care in cirrhosis. Hence, the clinical practice update reviews 10 best practices to help clinicians fill this gap.

Providers “from any specialty, within any healthcare setting” can help provide palliative care for patients with cirrhosis, the experts emphasized. This is, in part, because of the growing population with cirrhosis being met with a limited number of palliative care specialists; dealing with this reality can be helped by inviting other providers to learn about and engage in palliative care.

Another best practice statement addressed assessing symptoms “within physical, psychological, social, and spiritual domains related to [patients’] liver disease, its treatment, and prognosis.” This approach is needed because of the complex effects that a life-threatening illness and its symptoms can have on many variables, including loss of independence/identity, financial stress, and impact on personal relationships. A systematic review of symptom prevalence in end-stage liver disease revealed a complex milieu, including pain, muscle cramps, sexual dysfunction, insomnia, and anxiety.

High-quality communication is important in palliative care, including discussion of prognosis and goals of care. Providers specializing in gastroenterology/hepatology should reevaluate prognosis and clarify prognosis and goals of care with patients and caregivers during routine visits and sentinel events, such as new complications, a hospital or intensive care admission, and when transplant eligibility is determined. However, prognostication in cirrhosis can be challenging, the experts noted. The update authors also acknowledged that, while more research is needed to inform practice regarding communicating with patients with serious illness about palliative care and goals of care, there are courses and resources meant to help improve those skills, including those provided by Vital Talk, Respecting Choices, and the Serious Illness Conversation Guide.

Cirrhosis “has physical, mental, and financial consequences” for caregivers, especially when patients have decompensated disease. To support caregivers, clinicians can routinely evaluate their burdens and needs. Tools such as the Caregiver Strain Index are useful and can be administered by ancillary staff. Clinicians also can reach out to primary care and palliative care providers to identify local resources for caregiver support.

“Because lack of time is one of the major barriers to administering palliative care, healthcare providers should consider how they can optimize efficiencies in palliative care delivery,” the experts wrote. Examples include identifying local billing codes, arranging for ancillary staff to screen patients on their palliative care needs, and setting up multidisciplinary teams that work together to deliver palliative care. If access to specialty palliative care is limited, providers can collaborate with local specialist teams to set “clear triggers and pathways for referral.”

Finally, hospice referrals are often delayed for patients with cirrhosis. “Find out your local referral criteria for hospice and what would be required to refer a cirrhosis patient there,” the experts advised. “Healthcare providers caring for patients with cirrhosis should provide timely referral to hospice for patients who have comfort-oriented goals and prognosis of 6 months or less.”

The authors of the clinical practice update received no funding support. They reported having no relevant conflicts of interest.

Patients taking methotrexate for psoriasis or psoriatic arthritis (PsA) were at a higher risk of developing liver disease than were patients with rheumatoid arthritis (RA) on methotrexate, in a large population-based study published in the Journal of the American Academy of Dermatology.

Wavebreakmedia Ltd/ThinkStockPhotos.com

“These findings suggest that conservative liver monitoring is warranted in patients receiving methotrexate for psoriatic disease,” particularly psoriasis, the investigators concluded.

• Mild liver disease: The IR per 1,000 person-years for patients with psoriasis was 4.22 per 1,000 person-years (95% confidence interval, 3.61-4.91), compared with 2.39 per 1,000 person-years (95% CI, 1.95-2.91) for patients with PsA, and 1.39 per 1,000 person-years (95% CI, 1.25-1.55) for patients with RA.
• Moderate to severe liver disease: The IR for patients with psoriasis was 0.98 per 1,000 person years (95% CI, 0.70-1.33), compared with 0.51 (95% CI, 0.32-0.77) for patients with PsA, and 0.46 (95% CI, 0.37-0.55) for patients with RA.
• Cirrhosis: The IR for patients with psoriasis was 1.89 per 1,000 person years (95% CI, 1.49-2.37), compared with 0.84 (95% CI, 0.59-1.16) for patients with PsA, and 0.42 (95% CI, 0.34-0.51) for patients with RA.
• Cirrhosis-related hospitalization: This was the least common outcome, with an IR per 1,000 person years of 0.73 (95% CI, 0.49-1.05) for patients with psoriasis, 0.32 (95% CI, 0.18-0.54) for patients with PsA, and 0.22 (95% CI, 0.17-0.29) for patients with RA.

When results were adjusted with Cox regression analyses, the psoriasis group had a significantly increased risk compared with the RA group with regard to mild liver disease (hazard ratio, 2.22; 95% CI, 1.81-2.72), moderate to-severe liver disease (HR, 1.56; 95% CI, 1.05-2.31), cirrhosis (HR, 3.38; 95% CI, 2.44-4.68), and cirrhosis-related hospitalization (HR, 2.25; 95% CI, 1.37-3.69). Compared with patients with RA, patients with PsA had a significantly increased risk of mild liver disease (HR, 1.27; 95% CI, 1.01-1.60) and cirrhosis (HR, 1.63; 95% CI, 1.10-2.42), but not moderate to severe liver disease or hospitalizations related to cirrhosis.

The researchers noted it is unclear why there was a difference in risk between the three groups of patients.

“While such differences in hepatotoxicity risk were previously attributed to differences in rates of alcoholism, obesity, diabetes, and other comorbidities between the disease populations, our study finds that the underlying disease influences liver disease risk independent of age, sex, smoking, alcohol use, diabetes, hyperlipidemia, overall comorbidity, and weekly methotrexate dose,” wrote Dr. Gelfand and colleagues.

As far as they know, their study “ is one of the first and largest population-based studies to directly compare” liver disease in these three groups of patients on methotrexate, they wrote, noting that earlier studies were smaller and frequently used indirect hepatic injury measures.

Limitations of the study included the inability to account for disease severity as well as the potential for disease misclassification, surveillance bias, and confounding by unmeasured variables such as body mass index. Further, the results do not show whether “liver disease is attributed to methotrexate use, the underlying disease, or a combination of both,” the researchers noted.

Four authors report relationships in the form of consultancies, continuing medical information payments, deputy editor positions, fellowship support, individual or spousal honoraria, patents, research grants, and/or speaker positions with various pharmaceutical companies, medical journals, societies, and other organizations; two authors had no disclosures. There was no funding source.

Patients taking methotrexate for psoriasis or psoriatic arthritis (PsA) were at a higher risk of developing liver disease than were patients with rheumatoid arthritis (RA) on methotrexate, in a large population-based study published in the Journal of the American Academy of Dermatology.

Wavebreakmedia Ltd/ThinkStockPhotos.com

“These findings suggest that conservative liver monitoring is warranted in patients receiving methotrexate for psoriatic disease,” particularly psoriasis, the investigators concluded.

• Mild liver disease: The IR per 1,000 person-years for patients with psoriasis was 4.22 per 1,000 person-years (95% confidence interval, 3.61-4.91), compared with 2.39 per 1,000 person-years (95% CI, 1.95-2.91) for patients with PsA, and 1.39 per 1,000 person-years (95% CI, 1.25-1.55) for patients with RA.
• Moderate to severe liver disease: The IR for patients with psoriasis was 0.98 per 1,000 person years (95% CI, 0.70-1.33), compared with 0.51 (95% CI, 0.32-0.77) for patients with PsA, and 0.46 (95% CI, 0.37-0.55) for patients with RA.
• Cirrhosis: The IR for patients with psoriasis was 1.89 per 1,000 person years (95% CI, 1.49-2.37), compared with 0.84 (95% CI, 0.59-1.16) for patients with PsA, and 0.42 (95% CI, 0.34-0.51) for patients with RA.
• Cirrhosis-related hospitalization: This was the least common outcome, with an IR per 1,000 person years of 0.73 (95% CI, 0.49-1.05) for patients with psoriasis, 0.32 (95% CI, 0.18-0.54) for patients with PsA, and 0.22 (95% CI, 0.17-0.29) for patients with RA.

When results were adjusted with Cox regression analyses, the psoriasis group had a significantly increased risk compared with the RA group with regard to mild liver disease (hazard ratio, 2.22; 95% CI, 1.81-2.72), moderate to-severe liver disease (HR, 1.56; 95% CI, 1.05-2.31), cirrhosis (HR, 3.38; 95% CI, 2.44-4.68), and cirrhosis-related hospitalization (HR, 2.25; 95% CI, 1.37-3.69). Compared with patients with RA, patients with PsA had a significantly increased risk of mild liver disease (HR, 1.27; 95% CI, 1.01-1.60) and cirrhosis (HR, 1.63; 95% CI, 1.10-2.42), but not moderate to severe liver disease or hospitalizations related to cirrhosis.

The researchers noted it is unclear why there was a difference in risk between the three groups of patients.

“While such differences in hepatotoxicity risk were previously attributed to differences in rates of alcoholism, obesity, diabetes, and other comorbidities between the disease populations, our study finds that the underlying disease influences liver disease risk independent of age, sex, smoking, alcohol use, diabetes, hyperlipidemia, overall comorbidity, and weekly methotrexate dose,” wrote Dr. Gelfand and colleagues.

As far as they know, their study “ is one of the first and largest population-based studies to directly compare” liver disease in these three groups of patients on methotrexate, they wrote, noting that earlier studies were smaller and frequently used indirect hepatic injury measures.

Limitations of the study included the inability to account for disease severity as well as the potential for disease misclassification, surveillance bias, and confounding by unmeasured variables such as body mass index. Further, the results do not show whether “liver disease is attributed to methotrexate use, the underlying disease, or a combination of both,” the researchers noted.

Four authors report relationships in the form of consultancies, continuing medical information payments, deputy editor positions, fellowship support, individual or spousal honoraria, patents, research grants, and/or speaker positions with various pharmaceutical companies, medical journals, societies, and other organizations; two authors had no disclosures. There was no funding source.

Patients taking methotrexate for psoriasis or psoriatic arthritis (PsA) were at a higher risk of developing liver disease than were patients with rheumatoid arthritis (RA) on methotrexate, in a large population-based study published in the Journal of the American Academy of Dermatology.

Wavebreakmedia Ltd/ThinkStockPhotos.com

“These findings suggest that conservative liver monitoring is warranted in patients receiving methotrexate for psoriatic disease,” particularly psoriasis, the investigators concluded.

• Mild liver disease: The IR per 1,000 person-years for patients with psoriasis was 4.22 per 1,000 person-years (95% confidence interval, 3.61-4.91), compared with 2.39 per 1,000 person-years (95% CI, 1.95-2.91) for patients with PsA, and 1.39 per 1,000 person-years (95% CI, 1.25-1.55) for patients with RA.
• Moderate to severe liver disease: The IR for patients with psoriasis was 0.98 per 1,000 person years (95% CI, 0.70-1.33), compared with 0.51 (95% CI, 0.32-0.77) for patients with PsA, and 0.46 (95% CI, 0.37-0.55) for patients with RA.
• Cirrhosis: The IR for patients with psoriasis was 1.89 per 1,000 person years (95% CI, 1.49-2.37), compared with 0.84 (95% CI, 0.59-1.16) for patients with PsA, and 0.42 (95% CI, 0.34-0.51) for patients with RA.
• Cirrhosis-related hospitalization: This was the least common outcome, with an IR per 1,000 person years of 0.73 (95% CI, 0.49-1.05) for patients with psoriasis, 0.32 (95% CI, 0.18-0.54) for patients with PsA, and 0.22 (95% CI, 0.17-0.29) for patients with RA.

When results were adjusted with Cox regression analyses, the psoriasis group had a significantly increased risk compared with the RA group with regard to mild liver disease (hazard ratio, 2.22; 95% CI, 1.81-2.72), moderate to-severe liver disease (HR, 1.56; 95% CI, 1.05-2.31), cirrhosis (HR, 3.38; 95% CI, 2.44-4.68), and cirrhosis-related hospitalization (HR, 2.25; 95% CI, 1.37-3.69). Compared with patients with RA, patients with PsA had a significantly increased risk of mild liver disease (HR, 1.27; 95% CI, 1.01-1.60) and cirrhosis (HR, 1.63; 95% CI, 1.10-2.42), but not moderate to severe liver disease or hospitalizations related to cirrhosis.

The researchers noted it is unclear why there was a difference in risk between the three groups of patients.

“While such differences in hepatotoxicity risk were previously attributed to differences in rates of alcoholism, obesity, diabetes, and other comorbidities between the disease populations, our study finds that the underlying disease influences liver disease risk independent of age, sex, smoking, alcohol use, diabetes, hyperlipidemia, overall comorbidity, and weekly methotrexate dose,” wrote Dr. Gelfand and colleagues.

As far as they know, their study “ is one of the first and largest population-based studies to directly compare” liver disease in these three groups of patients on methotrexate, they wrote, noting that earlier studies were smaller and frequently used indirect hepatic injury measures.

Limitations of the study included the inability to account for disease severity as well as the potential for disease misclassification, surveillance bias, and confounding by unmeasured variables such as body mass index. Further, the results do not show whether “liver disease is attributed to methotrexate use, the underlying disease, or a combination of both,” the researchers noted.

Four authors report relationships in the form of consultancies, continuing medical information payments, deputy editor positions, fellowship support, individual or spousal honoraria, patents, research grants, and/or speaker positions with various pharmaceutical companies, medical journals, societies, and other organizations; two authors had no disclosures. There was no funding source.

Obesity, a risk factor for nonalcoholic fatty liver disease (NAFLD) and a prevalent comorbidity among people with cirrhosis of all etiologies, is associated with a number of untoward health outcomes, and weight loss is an important goal, according to a clinical practice update from the American Gastroenterological Association. According to one study cited in the update, approximately 30% of patients with cirrhosis have comorbid obesity, and this figure may increase even further as the epidemic of NAFLD progresses.

For obese patients with cirrhosis, weight loss “is an important therapeutic goal” because obesity heightens risks of portal vein thrombosis, portal hypertension, hepatocellular carcinoma, liver failure in acute on chronic liver disease, and other concerns. Despite no longer being an absolute contraindication, obesity can also complicate liver transplantation considerations, Heather Patton, MD, of the Veterans Affairs San Diego Healthcare System and associates wrote in Clinical Gastroenterology and Hepatology. Consideration of individuals with cirrhosis, however, requires careful scrutiny of surgical candidacy, appropriate resources for care of patients with advanced liver disease, and a high-volume bariatric surgical center given the inherent risks of surgical procedures in this patient population.

For patients with cirrhosis and obesity, laparoscopic sleeve gastrectomy is probably the best option for bariatric surgery because it preserves endoscopic access to the biliary tree, facilitates gradual weight loss, and does not cause malabsorption, according to the update.

Clinicians and patients should time bariatric surgery based on liver disease stage – for patients with decompensated disease, surgery should be performed only at the same time as or after liver transplantation, the experts wrote. Clinicians should also evaluate candidacy for liver transplantation before bariatric surgery “so that patients who are ineligible for transplant (and their families) have a clear understanding of this, avoiding the need for the medical team to address this issue urgently if the patient’s condition deteriorates postoperatively.”

One review suggested that bariatric surgery is “the most effective and durable” means of weight loss, according to the authors of the update; however, another review suggested increased surgical risk for bariatric surgery among patients with cirrhosis, so the update’s authors advised individualized risk-benefit assessments. These assessments are made even more complicated by scarcity of relevant randomized trial data, so the experts identified PubMed-indexed, peer-reviewed articles published between 2000 and 2020 and used these to make 10 best practice advice statements for bariatric surgery in obese patients with cirrhosis.

The surgical, anesthesia, and medical teams must be well versed in assessing and operating on patients with portal hypertension and cirrhosis and in managing these patients postoperatively, the experts wrote. The preoperative assessment should include cirrhosis status (compensated versus decompensated), the presence and severity of sarcopenia, ascites, and portal hypertension, and candidacy for liver transplantation. It is vital to check for clinically significant portal hypertension (CSPH) because endoscopic devices should not be used in patients with gastric and/or esophageal varices. To do so, upper endoscopy and cross-sectional imaging are advised, pending better data on noninvasive assessment methods. For patients without CSPH, endoscopic bariatric treatment can be somewhat less effective for weight loss but also might be less likely to lead to postoperative complications. However, head-to-head and long-term safety data are not yet available.

The experts also noted that bariatric surgery increases the effects (blood levels) of alcohol and can increase patients’ risk for developing an alcohol use disorder. Therefore, clinicians should carefully the history of alcohol use and repeatedly educate patients about the risks of consuming alcohol after bariatric surgery. According to a study from 2012 and a review from 2015, male sex, younger age, less social support, and regular or “problematic” alcohol use before bariatric surgery heighten the risk for developing an alcohol use disorder afterward, the experts noted.

Funding sources included the Robert H. Yauk Charitable Trust Gift for Liver Transplant Research 2017-2020 and Regenerative Medicine for Prevention of Post-Transplant Biliary Complications. The authors reported having no conflicts of interest.

This article was updated Feb. 23, 2021.

Obesity, a risk factor for nonalcoholic fatty liver disease (NAFLD) and a prevalent comorbidity among people with cirrhosis of all etiologies, is associated with a number of untoward health outcomes, and weight loss is an important goal, according to a clinical practice update from the American Gastroenterological Association. According to one study cited in the update, approximately 30% of patients with cirrhosis have comorbid obesity, and this figure may increase even further as the epidemic of NAFLD progresses.

For obese patients with cirrhosis, weight loss “is an important therapeutic goal” because obesity heightens risks of portal vein thrombosis, portal hypertension, hepatocellular carcinoma, liver failure in acute on chronic liver disease, and other concerns. Despite no longer being an absolute contraindication, obesity can also complicate liver transplantation considerations, Heather Patton, MD, of the Veterans Affairs San Diego Healthcare System and associates wrote in Clinical Gastroenterology and Hepatology. Consideration of individuals with cirrhosis, however, requires careful scrutiny of surgical candidacy, appropriate resources for care of patients with advanced liver disease, and a high-volume bariatric surgical center given the inherent risks of surgical procedures in this patient population.

For patients with cirrhosis and obesity, laparoscopic sleeve gastrectomy is probably the best option for bariatric surgery because it preserves endoscopic access to the biliary tree, facilitates gradual weight loss, and does not cause malabsorption, according to the update.

Clinicians and patients should time bariatric surgery based on liver disease stage – for patients with decompensated disease, surgery should be performed only at the same time as or after liver transplantation, the experts wrote. Clinicians should also evaluate candidacy for liver transplantation before bariatric surgery “so that patients who are ineligible for transplant (and their families) have a clear understanding of this, avoiding the need for the medical team to address this issue urgently if the patient’s condition deteriorates postoperatively.”

One review suggested that bariatric surgery is “the most effective and durable” means of weight loss, according to the authors of the update; however, another review suggested increased surgical risk for bariatric surgery among patients with cirrhosis, so the update’s authors advised individualized risk-benefit assessments. These assessments are made even more complicated by scarcity of relevant randomized trial data, so the experts identified PubMed-indexed, peer-reviewed articles published between 2000 and 2020 and used these to make 10 best practice advice statements for bariatric surgery in obese patients with cirrhosis.

The surgical, anesthesia, and medical teams must be well versed in assessing and operating on patients with portal hypertension and cirrhosis and in managing these patients postoperatively, the experts wrote. The preoperative assessment should include cirrhosis status (compensated versus decompensated), the presence and severity of sarcopenia, ascites, and portal hypertension, and candidacy for liver transplantation. It is vital to check for clinically significant portal hypertension (CSPH) because endoscopic devices should not be used in patients with gastric and/or esophageal varices. To do so, upper endoscopy and cross-sectional imaging are advised, pending better data on noninvasive assessment methods. For patients without CSPH, endoscopic bariatric treatment can be somewhat less effective for weight loss but also might be less likely to lead to postoperative complications. However, head-to-head and long-term safety data are not yet available.

The experts also noted that bariatric surgery increases the effects (blood levels) of alcohol and can increase patients’ risk for developing an alcohol use disorder. Therefore, clinicians should carefully the history of alcohol use and repeatedly educate patients about the risks of consuming alcohol after bariatric surgery. According to a study from 2012 and a review from 2015, male sex, younger age, less social support, and regular or “problematic” alcohol use before bariatric surgery heighten the risk for developing an alcohol use disorder afterward, the experts noted.

Funding sources included the Robert H. Yauk Charitable Trust Gift for Liver Transplant Research 2017-2020 and Regenerative Medicine for Prevention of Post-Transplant Biliary Complications. The authors reported having no conflicts of interest.

This article was updated Feb. 23, 2021.

Obesity, a risk factor for nonalcoholic fatty liver disease (NAFLD) and a prevalent comorbidity among people with cirrhosis of all etiologies, is associated with a number of untoward health outcomes, and weight loss is an important goal, according to a clinical practice update from the American Gastroenterological Association. According to one study cited in the update, approximately 30% of patients with cirrhosis have comorbid obesity, and this figure may increase even further as the epidemic of NAFLD progresses.

For obese patients with cirrhosis, weight loss “is an important therapeutic goal” because obesity heightens risks of portal vein thrombosis, portal hypertension, hepatocellular carcinoma, liver failure in acute on chronic liver disease, and other concerns. Despite no longer being an absolute contraindication, obesity can also complicate liver transplantation considerations, Heather Patton, MD, of the Veterans Affairs San Diego Healthcare System and associates wrote in Clinical Gastroenterology and Hepatology. Consideration of individuals with cirrhosis, however, requires careful scrutiny of surgical candidacy, appropriate resources for care of patients with advanced liver disease, and a high-volume bariatric surgical center given the inherent risks of surgical procedures in this patient population.

For patients with cirrhosis and obesity, laparoscopic sleeve gastrectomy is probably the best option for bariatric surgery because it preserves endoscopic access to the biliary tree, facilitates gradual weight loss, and does not cause malabsorption, according to the update.

Clinicians and patients should time bariatric surgery based on liver disease stage – for patients with decompensated disease, surgery should be performed only at the same time as or after liver transplantation, the experts wrote. Clinicians should also evaluate candidacy for liver transplantation before bariatric surgery “so that patients who are ineligible for transplant (and their families) have a clear understanding of this, avoiding the need for the medical team to address this issue urgently if the patient’s condition deteriorates postoperatively.”

One review suggested that bariatric surgery is “the most effective and durable” means of weight loss, according to the authors of the update; however, another review suggested increased surgical risk for bariatric surgery among patients with cirrhosis, so the update’s authors advised individualized risk-benefit assessments. These assessments are made even more complicated by scarcity of relevant randomized trial data, so the experts identified PubMed-indexed, peer-reviewed articles published between 2000 and 2020 and used these to make 10 best practice advice statements for bariatric surgery in obese patients with cirrhosis.

The surgical, anesthesia, and medical teams must be well versed in assessing and operating on patients with portal hypertension and cirrhosis and in managing these patients postoperatively, the experts wrote. The preoperative assessment should include cirrhosis status (compensated versus decompensated), the presence and severity of sarcopenia, ascites, and portal hypertension, and candidacy for liver transplantation. It is vital to check for clinically significant portal hypertension (CSPH) because endoscopic devices should not be used in patients with gastric and/or esophageal varices. To do so, upper endoscopy and cross-sectional imaging are advised, pending better data on noninvasive assessment methods. For patients without CSPH, endoscopic bariatric treatment can be somewhat less effective for weight loss but also might be less likely to lead to postoperative complications. However, head-to-head and long-term safety data are not yet available.

The experts also noted that bariatric surgery increases the effects (blood levels) of alcohol and can increase patients’ risk for developing an alcohol use disorder. Therefore, clinicians should carefully the history of alcohol use and repeatedly educate patients about the risks of consuming alcohol after bariatric surgery. According to a study from 2012 and a review from 2015, male sex, younger age, less social support, and regular or “problematic” alcohol use before bariatric surgery heighten the risk for developing an alcohol use disorder afterward, the experts noted.

Funding sources included the Robert H. Yauk Charitable Trust Gift for Liver Transplant Research 2017-2020 and Regenerative Medicine for Prevention of Post-Transplant Biliary Complications. The authors reported having no conflicts of interest.

This article was updated Feb. 23, 2021.