Rheumatology News

Roy Altman, MD, was a father, a husband, a teacher, a physician, an editor, and a mentor. He died November 30 as a result of complications related to Parkinson’s disease.

Altman was an editorial advisory board member for MDedge Rheumatology/Rheumatology News since the publications’ start in 2002. He also treated patients and taught students at the University of Miami and the University of California, Los Angeles. A father of four adult children and a grandfather to nine grandchildren, Altman was also a husband to Linda, “his lifelong partner.”

“[He] had this tremendous editorial expertise to be able to manage different journals at the same time without conflict,” said Marc Hochberg, MD, MPH, a professor of medicine, epidemiology, and public health and head of the division of rheumatology and clinical immunology at the University of Maryland School of Medicine, Baltimore. “This was done in the days before electronic publishing, in the days before everything was being done on the computer.”

Publications where Altman served as editor include Osteoarthritis and Cartilage and Seminars in Arthritis and Rheumatism.

In addition to editing articles, Altman also had an active patient panel, while lecturing and traveling internationally, Hochberg said. Altman accomplished this “while maintaining a very active family life,” remembers Hochberg, who learned from Altman about ways to achieve work-life balance.

“That’s important when you’re a junior faculty member – and you’re trying to develop your academic career – that you prioritize what you need to do to be successful in the world of academic medicine, especially rheumatology,” said Hochberg, who described Altman as a “very close friend.”

Teacher, physician, and mentor

John FitzGerald, MD, PhD, MBA, chief of clinical rheumatology at the University of California, Los Angeles, looks back on the more than 15 years that Altman drove 1 hour each way to teach fellows about topics including osteoarthritis. “He really valued teaching. ... that was a lot of his focus,” said FitzGerald, who adds that Altman also enjoyed his relationships with patients.

Altman joined the University of California, Los Angeles, faculty as a professor of medicine in the division of rheumatology and immunology in 2003. Before arriving at UCLA, he was chief of rheumatology and immunology at the University of Miami for many years.

“His patients loved him because he was providing treatments and services that they really had trouble finding elsewhere,” FitzGerald said. Altman entrusted FitzGerald with giving him injections between patients or during lunch for the arthritis that increasingly bothered him.

“He was very appreciative of having the care provided to him. ... he was also sort of playful and teasing,” FitzGerald said.

Altman also took on the role of teacher at home, according to his daughter, Evie. “My dad loved to diagnose; he enjoyed piecing together the disparate physical and radiologic clues to determine the cause of disease or pain. When I was much younger, he taught me how to spot someone with Paget’s Disease from the other end of the room.”

“He loved teaching, imparting his knowledge to others,” she added, remembering the slide sessions Altman presented to his students at their family home. “We loved [the slide sessions] because we could get pizza for dinner, and we got really good at spotting the biological markers of rheumatoid arthritis.”

Aaron Altman said his father was “impassioned by bringing people alleviation of their pain and suffering. It drove him to his very core.”

Researcher and family man

Evie Altman said in an interview that many people don’t know her father was one of the first practitioners of arthroscopy. “He would bring the then-rigid scopes into our elementary school class for ‘show and tell.’ Also, he traveled to the Bolivian jungles in the late 1970s to gather specific red ants whose venom locals had reported as an arthritic treatment,” she said.

Ultimately, Altman isolated the venom’s active ingredient, said Evie, who remembers that her father studied the effect of the treatment for many years. “This eventually led to his research with capsaicin peppers, which was developed into a cream used widely today.”

“Growing up, our garage freezer always had serum and patient urine in one section, away from the ice cream,” Evie added.

In 2011, Sally Koch Kubetin reported for Rheumatology News on Altman’s habit of donning his wife’s handpainted ties. His motivation? It was “born of the sensible desire to be recognizable in a busy world,” she wrote.

Evie said that her mother started painting ties for her father early in his career. Two of his favorite ties, she said, are the “Lady and the Tramp” tie featuring the two dogs eating spaghetti from the same bowl and the Winnie the Pooh tie. “Mostly, he loved the ties because my mom made them,” she said.

Student and military doctor

Altman received his medical degree from the University of Miami School of Medicine after earning an undergraduate degree from Michigan State University, East Lansing, Kubetin reported. The University of Miami School of Medicine was also where he did his internship, residency, and fellowship in rheumatology.

Kubetin reported that Altman’s military service interrupted his training. During his service as a lieutenant in the U.S. Navy active duty reserve, he was a general medical officer and cared for sailors and officers at Naval Air Station Point Mugu in Oxnard, Calif.

Altman had a second academic appointment as a professor of orthopedics when he was in Miami, according to the Rheumatology News profile. In addition, he was the clinical director of the geriatric research, education, and clinical center, and chief of the arthritis section in the division of medicine at the Miami Veterans Affairs Medical Center.

“Persistence, stubbornness, and all around stick-to-it-iveness defined him in our eyes,” said his daughter, Sarah. His daughter, Ruth, credits her father’s kindness and patience with informing how she practices veterinary medicine. “When I went to rounds with dad on Saturdays, he went to a nearby flower place downtown to get mom flowers almost every week if he could,” she said.

Altman announced at the family’s annual summer reunion in 2021 that he would stop seeing patients, said his daughter, Evie. He continued to present slide sessions and grand rounds to medical students at UCLA until early this year. Altman continued to edit journals and review articles until he died from complications of Parkinson’s disease.

He published articles in medical journals that number in the thousands, according to a website established by Altman’s family that honors his life. Altman was born in Astoria, N.Y., on May 16, 1937, and moved to Miami Beach with his parents when he was young.

Roy Altman, MD, was a father, a husband, a teacher, a physician, an editor, and a mentor. He died November 30 as a result of complications related to Parkinson’s disease.

Altman was an editorial advisory board member for MDedge Rheumatology/Rheumatology News since the publications’ start in 2002. He also treated patients and taught students at the University of Miami and the University of California, Los Angeles. A father of four adult children and a grandfather to nine grandchildren, Altman was also a husband to Linda, “his lifelong partner.”

“[He] had this tremendous editorial expertise to be able to manage different journals at the same time without conflict,” said Marc Hochberg, MD, MPH, a professor of medicine, epidemiology, and public health and head of the division of rheumatology and clinical immunology at the University of Maryland School of Medicine, Baltimore. “This was done in the days before electronic publishing, in the days before everything was being done on the computer.”

Publications where Altman served as editor include Osteoarthritis and Cartilage and Seminars in Arthritis and Rheumatism.

In addition to editing articles, Altman also had an active patient panel, while lecturing and traveling internationally, Hochberg said. Altman accomplished this “while maintaining a very active family life,” remembers Hochberg, who learned from Altman about ways to achieve work-life balance.

“That’s important when you’re a junior faculty member – and you’re trying to develop your academic career – that you prioritize what you need to do to be successful in the world of academic medicine, especially rheumatology,” said Hochberg, who described Altman as a “very close friend.”

Teacher, physician, and mentor

John FitzGerald, MD, PhD, MBA, chief of clinical rheumatology at the University of California, Los Angeles, looks back on the more than 15 years that Altman drove 1 hour each way to teach fellows about topics including osteoarthritis. “He really valued teaching. ... that was a lot of his focus,” said FitzGerald, who adds that Altman also enjoyed his relationships with patients.

Altman joined the University of California, Los Angeles, faculty as a professor of medicine in the division of rheumatology and immunology in 2003. Before arriving at UCLA, he was chief of rheumatology and immunology at the University of Miami for many years.

“His patients loved him because he was providing treatments and services that they really had trouble finding elsewhere,” FitzGerald said. Altman entrusted FitzGerald with giving him injections between patients or during lunch for the arthritis that increasingly bothered him.

“He was very appreciative of having the care provided to him. ... he was also sort of playful and teasing,” FitzGerald said.

Altman also took on the role of teacher at home, according to his daughter, Evie. “My dad loved to diagnose; he enjoyed piecing together the disparate physical and radiologic clues to determine the cause of disease or pain. When I was much younger, he taught me how to spot someone with Paget’s Disease from the other end of the room.”

“He loved teaching, imparting his knowledge to others,” she added, remembering the slide sessions Altman presented to his students at their family home. “We loved [the slide sessions] because we could get pizza for dinner, and we got really good at spotting the biological markers of rheumatoid arthritis.”

Aaron Altman said his father was “impassioned by bringing people alleviation of their pain and suffering. It drove him to his very core.”

Researcher and family man

Evie Altman said in an interview that many people don’t know her father was one of the first practitioners of arthroscopy. “He would bring the then-rigid scopes into our elementary school class for ‘show and tell.’ Also, he traveled to the Bolivian jungles in the late 1970s to gather specific red ants whose venom locals had reported as an arthritic treatment,” she said.

Ultimately, Altman isolated the venom’s active ingredient, said Evie, who remembers that her father studied the effect of the treatment for many years. “This eventually led to his research with capsaicin peppers, which was developed into a cream used widely today.”

“Growing up, our garage freezer always had serum and patient urine in one section, away from the ice cream,” Evie added.

In 2011, Sally Koch Kubetin reported for Rheumatology News on Altman’s habit of donning his wife’s handpainted ties. His motivation? It was “born of the sensible desire to be recognizable in a busy world,” she wrote.

Evie said that her mother started painting ties for her father early in his career. Two of his favorite ties, she said, are the “Lady and the Tramp” tie featuring the two dogs eating spaghetti from the same bowl and the Winnie the Pooh tie. “Mostly, he loved the ties because my mom made them,” she said.

Student and military doctor

Altman received his medical degree from the University of Miami School of Medicine after earning an undergraduate degree from Michigan State University, East Lansing, Kubetin reported. The University of Miami School of Medicine was also where he did his internship, residency, and fellowship in rheumatology.

Kubetin reported that Altman’s military service interrupted his training. During his service as a lieutenant in the U.S. Navy active duty reserve, he was a general medical officer and cared for sailors and officers at Naval Air Station Point Mugu in Oxnard, Calif.

Altman had a second academic appointment as a professor of orthopedics when he was in Miami, according to the Rheumatology News profile. In addition, he was the clinical director of the geriatric research, education, and clinical center, and chief of the arthritis section in the division of medicine at the Miami Veterans Affairs Medical Center.

“Persistence, stubbornness, and all around stick-to-it-iveness defined him in our eyes,” said his daughter, Sarah. His daughter, Ruth, credits her father’s kindness and patience with informing how she practices veterinary medicine. “When I went to rounds with dad on Saturdays, he went to a nearby flower place downtown to get mom flowers almost every week if he could,” she said.

Altman announced at the family’s annual summer reunion in 2021 that he would stop seeing patients, said his daughter, Evie. He continued to present slide sessions and grand rounds to medical students at UCLA until early this year. Altman continued to edit journals and review articles until he died from complications of Parkinson’s disease.

He published articles in medical journals that number in the thousands, according to a website established by Altman’s family that honors his life. Altman was born in Astoria, N.Y., on May 16, 1937, and moved to Miami Beach with his parents when he was young.

Roy Altman, MD, was a father, a husband, a teacher, a physician, an editor, and a mentor. He died November 30 as a result of complications related to Parkinson’s disease.

Altman was an editorial advisory board member for MDedge Rheumatology/Rheumatology News since the publications’ start in 2002. He also treated patients and taught students at the University of Miami and the University of California, Los Angeles. A father of four adult children and a grandfather to nine grandchildren, Altman was also a husband to Linda, “his lifelong partner.”

“[He] had this tremendous editorial expertise to be able to manage different journals at the same time without conflict,” said Marc Hochberg, MD, MPH, a professor of medicine, epidemiology, and public health and head of the division of rheumatology and clinical immunology at the University of Maryland School of Medicine, Baltimore. “This was done in the days before electronic publishing, in the days before everything was being done on the computer.”

Publications where Altman served as editor include Osteoarthritis and Cartilage and Seminars in Arthritis and Rheumatism.

In addition to editing articles, Altman also had an active patient panel, while lecturing and traveling internationally, Hochberg said. Altman accomplished this “while maintaining a very active family life,” remembers Hochberg, who learned from Altman about ways to achieve work-life balance.

“That’s important when you’re a junior faculty member – and you’re trying to develop your academic career – that you prioritize what you need to do to be successful in the world of academic medicine, especially rheumatology,” said Hochberg, who described Altman as a “very close friend.”

Teacher, physician, and mentor

John FitzGerald, MD, PhD, MBA, chief of clinical rheumatology at the University of California, Los Angeles, looks back on the more than 15 years that Altman drove 1 hour each way to teach fellows about topics including osteoarthritis. “He really valued teaching. ... that was a lot of his focus,” said FitzGerald, who adds that Altman also enjoyed his relationships with patients.

Altman joined the University of California, Los Angeles, faculty as a professor of medicine in the division of rheumatology and immunology in 2003. Before arriving at UCLA, he was chief of rheumatology and immunology at the University of Miami for many years.

“His patients loved him because he was providing treatments and services that they really had trouble finding elsewhere,” FitzGerald said. Altman entrusted FitzGerald with giving him injections between patients or during lunch for the arthritis that increasingly bothered him.

“He was very appreciative of having the care provided to him. ... he was also sort of playful and teasing,” FitzGerald said.

Altman also took on the role of teacher at home, according to his daughter, Evie. “My dad loved to diagnose; he enjoyed piecing together the disparate physical and radiologic clues to determine the cause of disease or pain. When I was much younger, he taught me how to spot someone with Paget’s Disease from the other end of the room.”

“He loved teaching, imparting his knowledge to others,” she added, remembering the slide sessions Altman presented to his students at their family home. “We loved [the slide sessions] because we could get pizza for dinner, and we got really good at spotting the biological markers of rheumatoid arthritis.”

Aaron Altman said his father was “impassioned by bringing people alleviation of their pain and suffering. It drove him to his very core.”

Researcher and family man

Evie Altman said in an interview that many people don’t know her father was one of the first practitioners of arthroscopy. “He would bring the then-rigid scopes into our elementary school class for ‘show and tell.’ Also, he traveled to the Bolivian jungles in the late 1970s to gather specific red ants whose venom locals had reported as an arthritic treatment,” she said.

Ultimately, Altman isolated the venom’s active ingredient, said Evie, who remembers that her father studied the effect of the treatment for many years. “This eventually led to his research with capsaicin peppers, which was developed into a cream used widely today.”

“Growing up, our garage freezer always had serum and patient urine in one section, away from the ice cream,” Evie added.

In 2011, Sally Koch Kubetin reported for Rheumatology News on Altman’s habit of donning his wife’s handpainted ties. His motivation? It was “born of the sensible desire to be recognizable in a busy world,” she wrote.

Evie said that her mother started painting ties for her father early in his career. Two of his favorite ties, she said, are the “Lady and the Tramp” tie featuring the two dogs eating spaghetti from the same bowl and the Winnie the Pooh tie. “Mostly, he loved the ties because my mom made them,” she said.

Student and military doctor

Altman received his medical degree from the University of Miami School of Medicine after earning an undergraduate degree from Michigan State University, East Lansing, Kubetin reported. The University of Miami School of Medicine was also where he did his internship, residency, and fellowship in rheumatology.

Kubetin reported that Altman’s military service interrupted his training. During his service as a lieutenant in the U.S. Navy active duty reserve, he was a general medical officer and cared for sailors and officers at Naval Air Station Point Mugu in Oxnard, Calif.

Altman had a second academic appointment as a professor of orthopedics when he was in Miami, according to the Rheumatology News profile. In addition, he was the clinical director of the geriatric research, education, and clinical center, and chief of the arthritis section in the division of medicine at the Miami Veterans Affairs Medical Center.

“Persistence, stubbornness, and all around stick-to-it-iveness defined him in our eyes,” said his daughter, Sarah. His daughter, Ruth, credits her father’s kindness and patience with informing how she practices veterinary medicine. “When I went to rounds with dad on Saturdays, he went to a nearby flower place downtown to get mom flowers almost every week if he could,” she said.

Altman announced at the family’s annual summer reunion in 2021 that he would stop seeing patients, said his daughter, Evie. He continued to present slide sessions and grand rounds to medical students at UCLA until early this year. Altman continued to edit journals and review articles until he died from complications of Parkinson’s disease.

He published articles in medical journals that number in the thousands, according to a website established by Altman’s family that honors his life. Altman was born in Astoria, N.Y., on May 16, 1937, and moved to Miami Beach with his parents when he was young.

Roflumilast cream 0.3% is under review by the Food and Drug Administration for the treatment of plaque psoriasis in children as young as 2 years, according to a press release from the manufacturer.

The company, Arcutis Biotherapeutics, announced the submission of a supplemental new drug application for approval of roflumilast cream (Zoryve), a topical phosphodiesterase-4 (PDE-4) inhibitor, to treat psoriasis in children aged 2-11 years. If approved, this would be the first such product for young children with plaque psoriasis, according to the press release. In July 2022, the FDA approved roflumilast cream 0.3% for the treatment of plaque psoriasis in people 12 years of age and older, including in intertriginous areas, based on data from the phase 3 DERMIS-1 and DERMIS-2 trials.

The new submission is supported by data from two 4-week Maximal Usage Systemic Exposure (MUSE) studies in children ages 2-11 years with plaque psoriasis. In these phase 2, open-label studies, one study of children aged 2-5 years and another study of children aged 6-11 years, participants were treated with roflumilast cream 0.3% once daily for 4 weeks. The MUSE studies are also intended to fulfill postmarketing requirements for roflumilast, according to the company. The MUSE results were consistent with those from DERMIS-1 and DERMIS-2, according to the company press release. In DERMIS-1 and DERMIS-2, significantly more patients randomized to roflumilast met criteria for Investigators Global Success (IGA) scores after 8 weeks of daily treatment compared with placebo patients, and significantly more achieved a 75% reduction in Psoriasis Area and Severity Index (PASI) scores compared with those on placebo.

Common adverse events associated with roflumilast include diarrhea, headache, insomnia, nausea, application site pain, upper respiratory tract infection, and urinary tract infection. None of these have been reported in more than 3% of patients, the press release noted.

Roflumilast cream 0.3% is under review by the Food and Drug Administration for the treatment of plaque psoriasis in children as young as 2 years, according to a press release from the manufacturer.

The company, Arcutis Biotherapeutics, announced the submission of a supplemental new drug application for approval of roflumilast cream (Zoryve), a topical phosphodiesterase-4 (PDE-4) inhibitor, to treat psoriasis in children aged 2-11 years. If approved, this would be the first such product for young children with plaque psoriasis, according to the press release. In July 2022, the FDA approved roflumilast cream 0.3% for the treatment of plaque psoriasis in people 12 years of age and older, including in intertriginous areas, based on data from the phase 3 DERMIS-1 and DERMIS-2 trials.

The new submission is supported by data from two 4-week Maximal Usage Systemic Exposure (MUSE) studies in children ages 2-11 years with plaque psoriasis. In these phase 2, open-label studies, one study of children aged 2-5 years and another study of children aged 6-11 years, participants were treated with roflumilast cream 0.3% once daily for 4 weeks. The MUSE studies are also intended to fulfill postmarketing requirements for roflumilast, according to the company. The MUSE results were consistent with those from DERMIS-1 and DERMIS-2, according to the company press release. In DERMIS-1 and DERMIS-2, significantly more patients randomized to roflumilast met criteria for Investigators Global Success (IGA) scores after 8 weeks of daily treatment compared with placebo patients, and significantly more achieved a 75% reduction in Psoriasis Area and Severity Index (PASI) scores compared with those on placebo.

Common adverse events associated with roflumilast include diarrhea, headache, insomnia, nausea, application site pain, upper respiratory tract infection, and urinary tract infection. None of these have been reported in more than 3% of patients, the press release noted.

Roflumilast cream 0.3% is under review by the Food and Drug Administration for the treatment of plaque psoriasis in children as young as 2 years, according to a press release from the manufacturer.

The company, Arcutis Biotherapeutics, announced the submission of a supplemental new drug application for approval of roflumilast cream (Zoryve), a topical phosphodiesterase-4 (PDE-4) inhibitor, to treat psoriasis in children aged 2-11 years. If approved, this would be the first such product for young children with plaque psoriasis, according to the press release. In July 2022, the FDA approved roflumilast cream 0.3% for the treatment of plaque psoriasis in people 12 years of age and older, including in intertriginous areas, based on data from the phase 3 DERMIS-1 and DERMIS-2 trials.

The new submission is supported by data from two 4-week Maximal Usage Systemic Exposure (MUSE) studies in children ages 2-11 years with plaque psoriasis. In these phase 2, open-label studies, one study of children aged 2-5 years and another study of children aged 6-11 years, participants were treated with roflumilast cream 0.3% once daily for 4 weeks. The MUSE studies are also intended to fulfill postmarketing requirements for roflumilast, according to the company. The MUSE results were consistent with those from DERMIS-1 and DERMIS-2, according to the company press release. In DERMIS-1 and DERMIS-2, significantly more patients randomized to roflumilast met criteria for Investigators Global Success (IGA) scores after 8 weeks of daily treatment compared with placebo patients, and significantly more achieved a 75% reduction in Psoriasis Area and Severity Index (PASI) scores compared with those on placebo.

Common adverse events associated with roflumilast include diarrhea, headache, insomnia, nausea, application site pain, upper respiratory tract infection, and urinary tract infection. None of these have been reported in more than 3% of patients, the press release noted.

It’s a story perhaps more appropriate for Halloween than for the festive holiday season, given its scary implications. Four Omicron subvariants of the virus that causes COVID-19 will be the most common strains going from person to person in the winter of 2022-2023, new research predicts.

Not too dire so far, until the researchers’ other findings are considered.

The BQ.1, BQ1.1, XBB, and XBB.1 subvariants are the most resistant to neutralizing antibodies, researcher Qian Wang, PhD, and colleagues wrote in a study published online in the journal Cell. This means people have no or “markedly reduced” protection against infection from these four strains, even if they’ve already had COVID-19 or are vaccinated and boosted multiple times, including with a bivalent vaccine.

On top of that, all available monoclonal antibody treatments are mostly or completely ineffective against these subvariants.

What does that mean for the immediate future? The findings are definitely “worrisome,” said Eric Topol, MD, founder and director of the Scripps Translational Research Institute in La Jolla, Calif.

But evidence from other countries, specifically Singapore and France, show that at least two of these variants turned out not to be as damaging as expected, likely because of high numbers of people vaccinated or who survived previous infections, he said.

Still, there is little to celebrate in the new findings, except that COVID-19 vaccinations and prior infections can still reduce the risk for serious outcomes such as hospitalization and death, the researchers wrote.

In fact, Centers for Disease Control and Prevention data released on Dec. 16 shows that people who have received four shots of the original COVID-19 vaccines as well as the bivalent booster were 57% less likely to visit an urgent care clinic or emergency room, regardless of age. 

It comes at a time when BQ.1 and BQ.1.1 account for about 70% of the circulating variants, data show. In addition, hospitalizations are up 18% over the past 2 weeks and COVID-19 deaths are up 50% nationwide, The New York Times reported.

Globally, in many places, an “immunity wall” that has been built, Dr. Topol said. That may not be the case in the United States.  

“The problem in the United States, making it harder to predict, is that we have a very low rate of recent boosters, in the past 6 months, especially in seniors,” he said. For example, only 36% of Americans aged 65 years and older, the group with highest risk, have received an updated bivalent booster.
 

An evolving virus

The subvariants are successfully replacing BA.5, which reigned as one of the most common Omicron variants over the past year. The latest CDC data show that BA.5 now accounts for only about 10% of the circulating virus. The researchers wrote: “This rapid replacement of virus strains is raising the specter of yet another wave of infections in the coming months.”

BQ.1 and BQ.1.1 evolved directly from BA.5 – adding more and some novel mutations to the SARS-CoV-2 virus. XBB and XBB.1 are the “offspring” of a combination of two other strains, known as BJ.1 and BA.2.75.

The story sounds familiar to the researchers. “The rapid rise of these subvariants and their extensive array of spike mutations are reminiscent of the appearance of the first Omicron variant last year, thus raising concerns that they may further compromise the efficacy of current COVID-19 vaccines and monoclonal antibody therapeutics,” they wrote. “We now report findings that indicate that such concerns are, sadly, justified, especially so for the XBB and XBB.1 subvariants.”

To figure out how effective existing antibodies could be against these newer subvariants, Dr. Wang and colleagues used blood samples from five groups of people. They tested serum from people who had three doses of the original COVID-19 vaccine, four doses of the original vaccine, those who received a bivalent booster, people who experienced a breakthrough infection with the BA.2 Omicron variant, and those who had a breakthrough with a BA.4 or BA.5 variant.

Adding the new subvariants to these serum samples revealed that the existing antibodies in the blood were ineffective at wiping out or neutralizing BQ.1, BQ.1.1, XBB, and XBB.1.

The BQ.1 subvariant was six times more resistant to antibodies than BA.5, its parent strain, and XBB.1 was 63 times more resistant compared with its predecessor, BA.2.

This shift in the ability of vaccines to stop the subvariants “is particularly concerning,” the researchers wrote.
 

Wiping out treatments too

Dr. Wang and colleagues also tested how well a panel of 23 different monoclonal antibody drugs might work against the four subvariants. The therapies all worked well against the original Omicron variant and included some approved for use through the Food and Drug Administration emergency use authorization (EUA) program at the time of the study.

They found that 19 of these 23 monoclonal antibodies lost effectiveness “greatly or completely” against XBB and XBB.1, for example.

This is not the first time that monoclonal antibody therapies have gone from effective to ineffective. Previous variants have come out that no longer responded to treatment with bamlanivimab, etesevimab, imdevimab, casirivimab, tixagevimab, cilgavimab, and sotrovimab. Bebtelovimab now joins this list and is no longer available from Eli Lilly under EUA because of this lack of effectiveness.

The lack of an effective monoclonal antibody treatment “poses a serious problem for millions of immunocompromised individuals who do not respond robustly to COVID-19 vaccines,” the researchers wrote, adding that “the urgent need to develop active monoclonal antibodies for clinical use is obvious.”

A limitation of the study is that the work is done in blood samples. The effectiveness of COVID-19 vaccination against the BQ and XBB subvariants should be evaluated in people in clinical studies, the authors noted.

Also, the current study looked at how well antibodies could neutralize the viral strains, but future research, they added, should look at how well “cellular immunity” or other aspects of the immune system might protect people.

Going forward, the challenge remains to develop vaccines and treatments that offer broad protection as the coronavirus continues to evolve.

In an alarming ending, the researchers wrote: “We have collectively chased after SARS-CoV-2 variants for over 2 years, and yet, the virus continues to evolve and evade.”

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

It’s a story perhaps more appropriate for Halloween than for the festive holiday season, given its scary implications. Four Omicron subvariants of the virus that causes COVID-19 will be the most common strains going from person to person in the winter of 2022-2023, new research predicts.

Not too dire so far, until the researchers’ other findings are considered.

The BQ.1, BQ1.1, XBB, and XBB.1 subvariants are the most resistant to neutralizing antibodies, researcher Qian Wang, PhD, and colleagues wrote in a study published online in the journal Cell. This means people have no or “markedly reduced” protection against infection from these four strains, even if they’ve already had COVID-19 or are vaccinated and boosted multiple times, including with a bivalent vaccine.

On top of that, all available monoclonal antibody treatments are mostly or completely ineffective against these subvariants.

What does that mean for the immediate future? The findings are definitely “worrisome,” said Eric Topol, MD, founder and director of the Scripps Translational Research Institute in La Jolla, Calif.

But evidence from other countries, specifically Singapore and France, show that at least two of these variants turned out not to be as damaging as expected, likely because of high numbers of people vaccinated or who survived previous infections, he said.

Still, there is little to celebrate in the new findings, except that COVID-19 vaccinations and prior infections can still reduce the risk for serious outcomes such as hospitalization and death, the researchers wrote.

In fact, Centers for Disease Control and Prevention data released on Dec. 16 shows that people who have received four shots of the original COVID-19 vaccines as well as the bivalent booster were 57% less likely to visit an urgent care clinic or emergency room, regardless of age. 

It comes at a time when BQ.1 and BQ.1.1 account for about 70% of the circulating variants, data show. In addition, hospitalizations are up 18% over the past 2 weeks and COVID-19 deaths are up 50% nationwide, The New York Times reported.

Globally, in many places, an “immunity wall” that has been built, Dr. Topol said. That may not be the case in the United States.  

“The problem in the United States, making it harder to predict, is that we have a very low rate of recent boosters, in the past 6 months, especially in seniors,” he said. For example, only 36% of Americans aged 65 years and older, the group with highest risk, have received an updated bivalent booster.
 

An evolving virus

The subvariants are successfully replacing BA.5, which reigned as one of the most common Omicron variants over the past year. The latest CDC data show that BA.5 now accounts for only about 10% of the circulating virus. The researchers wrote: “This rapid replacement of virus strains is raising the specter of yet another wave of infections in the coming months.”

BQ.1 and BQ.1.1 evolved directly from BA.5 – adding more and some novel mutations to the SARS-CoV-2 virus. XBB and XBB.1 are the “offspring” of a combination of two other strains, known as BJ.1 and BA.2.75.

The story sounds familiar to the researchers. “The rapid rise of these subvariants and their extensive array of spike mutations are reminiscent of the appearance of the first Omicron variant last year, thus raising concerns that they may further compromise the efficacy of current COVID-19 vaccines and monoclonal antibody therapeutics,” they wrote. “We now report findings that indicate that such concerns are, sadly, justified, especially so for the XBB and XBB.1 subvariants.”

To figure out how effective existing antibodies could be against these newer subvariants, Dr. Wang and colleagues used blood samples from five groups of people. They tested serum from people who had three doses of the original COVID-19 vaccine, four doses of the original vaccine, those who received a bivalent booster, people who experienced a breakthrough infection with the BA.2 Omicron variant, and those who had a breakthrough with a BA.4 or BA.5 variant.

Adding the new subvariants to these serum samples revealed that the existing antibodies in the blood were ineffective at wiping out or neutralizing BQ.1, BQ.1.1, XBB, and XBB.1.

The BQ.1 subvariant was six times more resistant to antibodies than BA.5, its parent strain, and XBB.1 was 63 times more resistant compared with its predecessor, BA.2.

This shift in the ability of vaccines to stop the subvariants “is particularly concerning,” the researchers wrote.
 

Wiping out treatments too

Dr. Wang and colleagues also tested how well a panel of 23 different monoclonal antibody drugs might work against the four subvariants. The therapies all worked well against the original Omicron variant and included some approved for use through the Food and Drug Administration emergency use authorization (EUA) program at the time of the study.

They found that 19 of these 23 monoclonal antibodies lost effectiveness “greatly or completely” against XBB and XBB.1, for example.

This is not the first time that monoclonal antibody therapies have gone from effective to ineffective. Previous variants have come out that no longer responded to treatment with bamlanivimab, etesevimab, imdevimab, casirivimab, tixagevimab, cilgavimab, and sotrovimab. Bebtelovimab now joins this list and is no longer available from Eli Lilly under EUA because of this lack of effectiveness.

The lack of an effective monoclonal antibody treatment “poses a serious problem for millions of immunocompromised individuals who do not respond robustly to COVID-19 vaccines,” the researchers wrote, adding that “the urgent need to develop active monoclonal antibodies for clinical use is obvious.”

A limitation of the study is that the work is done in blood samples. The effectiveness of COVID-19 vaccination against the BQ and XBB subvariants should be evaluated in people in clinical studies, the authors noted.

Also, the current study looked at how well antibodies could neutralize the viral strains, but future research, they added, should look at how well “cellular immunity” or other aspects of the immune system might protect people.

Going forward, the challenge remains to develop vaccines and treatments that offer broad protection as the coronavirus continues to evolve.

In an alarming ending, the researchers wrote: “We have collectively chased after SARS-CoV-2 variants for over 2 years, and yet, the virus continues to evolve and evade.”

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

It’s a story perhaps more appropriate for Halloween than for the festive holiday season, given its scary implications. Four Omicron subvariants of the virus that causes COVID-19 will be the most common strains going from person to person in the winter of 2022-2023, new research predicts.

Not too dire so far, until the researchers’ other findings are considered.

The BQ.1, BQ1.1, XBB, and XBB.1 subvariants are the most resistant to neutralizing antibodies, researcher Qian Wang, PhD, and colleagues wrote in a study published online in the journal Cell. This means people have no or “markedly reduced” protection against infection from these four strains, even if they’ve already had COVID-19 or are vaccinated and boosted multiple times, including with a bivalent vaccine.

On top of that, all available monoclonal antibody treatments are mostly or completely ineffective against these subvariants.

What does that mean for the immediate future? The findings are definitely “worrisome,” said Eric Topol, MD, founder and director of the Scripps Translational Research Institute in La Jolla, Calif.

But evidence from other countries, specifically Singapore and France, show that at least two of these variants turned out not to be as damaging as expected, likely because of high numbers of people vaccinated or who survived previous infections, he said.

Still, there is little to celebrate in the new findings, except that COVID-19 vaccinations and prior infections can still reduce the risk for serious outcomes such as hospitalization and death, the researchers wrote.

In fact, Centers for Disease Control and Prevention data released on Dec. 16 shows that people who have received four shots of the original COVID-19 vaccines as well as the bivalent booster were 57% less likely to visit an urgent care clinic or emergency room, regardless of age. 

It comes at a time when BQ.1 and BQ.1.1 account for about 70% of the circulating variants, data show. In addition, hospitalizations are up 18% over the past 2 weeks and COVID-19 deaths are up 50% nationwide, The New York Times reported.

Globally, in many places, an “immunity wall” that has been built, Dr. Topol said. That may not be the case in the United States.  

“The problem in the United States, making it harder to predict, is that we have a very low rate of recent boosters, in the past 6 months, especially in seniors,” he said. For example, only 36% of Americans aged 65 years and older, the group with highest risk, have received an updated bivalent booster.
 

An evolving virus

The subvariants are successfully replacing BA.5, which reigned as one of the most common Omicron variants over the past year. The latest CDC data show that BA.5 now accounts for only about 10% of the circulating virus. The researchers wrote: “This rapid replacement of virus strains is raising the specter of yet another wave of infections in the coming months.”

BQ.1 and BQ.1.1 evolved directly from BA.5 – adding more and some novel mutations to the SARS-CoV-2 virus. XBB and XBB.1 are the “offspring” of a combination of two other strains, known as BJ.1 and BA.2.75.

The story sounds familiar to the researchers. “The rapid rise of these subvariants and their extensive array of spike mutations are reminiscent of the appearance of the first Omicron variant last year, thus raising concerns that they may further compromise the efficacy of current COVID-19 vaccines and monoclonal antibody therapeutics,” they wrote. “We now report findings that indicate that such concerns are, sadly, justified, especially so for the XBB and XBB.1 subvariants.”

To figure out how effective existing antibodies could be against these newer subvariants, Dr. Wang and colleagues used blood samples from five groups of people. They tested serum from people who had three doses of the original COVID-19 vaccine, four doses of the original vaccine, those who received a bivalent booster, people who experienced a breakthrough infection with the BA.2 Omicron variant, and those who had a breakthrough with a BA.4 or BA.5 variant.

Adding the new subvariants to these serum samples revealed that the existing antibodies in the blood were ineffective at wiping out or neutralizing BQ.1, BQ.1.1, XBB, and XBB.1.

The BQ.1 subvariant was six times more resistant to antibodies than BA.5, its parent strain, and XBB.1 was 63 times more resistant compared with its predecessor, BA.2.

This shift in the ability of vaccines to stop the subvariants “is particularly concerning,” the researchers wrote.
 

Wiping out treatments too

Dr. Wang and colleagues also tested how well a panel of 23 different monoclonal antibody drugs might work against the four subvariants. The therapies all worked well against the original Omicron variant and included some approved for use through the Food and Drug Administration emergency use authorization (EUA) program at the time of the study.

They found that 19 of these 23 monoclonal antibodies lost effectiveness “greatly or completely” against XBB and XBB.1, for example.

This is not the first time that monoclonal antibody therapies have gone from effective to ineffective. Previous variants have come out that no longer responded to treatment with bamlanivimab, etesevimab, imdevimab, casirivimab, tixagevimab, cilgavimab, and sotrovimab. Bebtelovimab now joins this list and is no longer available from Eli Lilly under EUA because of this lack of effectiveness.

The lack of an effective monoclonal antibody treatment “poses a serious problem for millions of immunocompromised individuals who do not respond robustly to COVID-19 vaccines,” the researchers wrote, adding that “the urgent need to develop active monoclonal antibodies for clinical use is obvious.”

A limitation of the study is that the work is done in blood samples. The effectiveness of COVID-19 vaccination against the BQ and XBB subvariants should be evaluated in people in clinical studies, the authors noted.

Also, the current study looked at how well antibodies could neutralize the viral strains, but future research, they added, should look at how well “cellular immunity” or other aspects of the immune system might protect people.

Going forward, the challenge remains to develop vaccines and treatments that offer broad protection as the coronavirus continues to evolve.

In an alarming ending, the researchers wrote: “We have collectively chased after SARS-CoV-2 variants for over 2 years, and yet, the virus continues to evolve and evade.”

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

A biosimilar drug to the tumor necrosis factor inhibitor adalimumab, marketed as Idacio (adalimumab-aacf), has been approved by the Food and Drug Administration for use in the United States, according to a press release from manufacturer Fresenius Kabi.

Idacio is a citrate-free, low-concentration formulation of adalimumab and is now approved for use for all but three of the indications that currently apply to the reference adalimumab product (Humira): rheumatoid arthritis, polyarticular juvenile idiopathic arthritis, psoriatic arthritis in adults, ankylosing spondylitis, Crohn’s disease in adults and children aged 6 years or older, ulcerative colitis in adults, and plaque psoriasis in adults. It does not apply to Humira’s indications for hidradenitis suppurativa, uveitis, or ulcerative colitis in pediatric patients aged 5 years and older.

Wikimedia Commons/FitzColinGerald/Creative Commons License

Idacio is the eighth adalimumab biosimilar to be approved in the United States. Its approval was based on evidence of a similar profile of pharmacokinetics, safety, efficacy, and immunogenicity to Humira.

Idacio was first launched in 2019 and has been marketed in more than 37 countries worldwide, according to Fresenius Kabi. The U.S. launch is scheduled for July, and Idacio will be available as a self-administered prefilled syringe or prefilled pen.

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

A biosimilar drug to the tumor necrosis factor inhibitor adalimumab, marketed as Idacio (adalimumab-aacf), has been approved by the Food and Drug Administration for use in the United States, according to a press release from manufacturer Fresenius Kabi.

Idacio is a citrate-free, low-concentration formulation of adalimumab and is now approved for use for all but three of the indications that currently apply to the reference adalimumab product (Humira): rheumatoid arthritis, polyarticular juvenile idiopathic arthritis, psoriatic arthritis in adults, ankylosing spondylitis, Crohn’s disease in adults and children aged 6 years or older, ulcerative colitis in adults, and plaque psoriasis in adults. It does not apply to Humira’s indications for hidradenitis suppurativa, uveitis, or ulcerative colitis in pediatric patients aged 5 years and older.

Wikimedia Commons/FitzColinGerald/Creative Commons License

Idacio is the eighth adalimumab biosimilar to be approved in the United States. Its approval was based on evidence of a similar profile of pharmacokinetics, safety, efficacy, and immunogenicity to Humira.

Idacio was first launched in 2019 and has been marketed in more than 37 countries worldwide, according to Fresenius Kabi. The U.S. launch is scheduled for July, and Idacio will be available as a self-administered prefilled syringe or prefilled pen.

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

A biosimilar drug to the tumor necrosis factor inhibitor adalimumab, marketed as Idacio (adalimumab-aacf), has been approved by the Food and Drug Administration for use in the United States, according to a press release from manufacturer Fresenius Kabi.

Idacio is a citrate-free, low-concentration formulation of adalimumab and is now approved for use for all but three of the indications that currently apply to the reference adalimumab product (Humira): rheumatoid arthritis, polyarticular juvenile idiopathic arthritis, psoriatic arthritis in adults, ankylosing spondylitis, Crohn’s disease in adults and children aged 6 years or older, ulcerative colitis in adults, and plaque psoriasis in adults. It does not apply to Humira’s indications for hidradenitis suppurativa, uveitis, or ulcerative colitis in pediatric patients aged 5 years and older.

Wikimedia Commons/FitzColinGerald/Creative Commons License

Idacio is the eighth adalimumab biosimilar to be approved in the United States. Its approval was based on evidence of a similar profile of pharmacokinetics, safety, efficacy, and immunogenicity to Humira.

Idacio was first launched in 2019 and has been marketed in more than 37 countries worldwide, according to Fresenius Kabi. The U.S. launch is scheduled for July, and Idacio will be available as a self-administered prefilled syringe or prefilled pen.

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

PHILADELPHIA – New rheumatology fellowships in underserved areas. Rheumatology training for nonspecialists. Telemedicine training, tools, and resources. These are a few of the remedies the American College of Rheumatology’s new Workforce Solutions Committee has concocted to address a shrinking U.S. rheumatology workforce in the face of a rising population of patients with rheumatologic diseases.

In two sessions at the ACR’s annual meeting, committee members provided insights on current workforce projections since the most recent ACR workforce study in 2015. They also outlined the 1-year-old committee’s response to bridge the looming gap in patient care. Some projects are already underway, while others have yet to be implemented and require sustained monetary and project coordination commitments to make their impacts felt across the targeted regions.

Jeff Evans/MDedge News

“At the current pace of physician departures from the workforce, even with fellows graduating from adult and pediatric rheumatology training programs, the subspecialty cannot be sustained,” said Daniel Battafarano, DO, chair of the Workforce Solution Committee, professor of medicine at the Uniformed Services University of the Health Sciences, Bethesda, Md., and adjunct professor at the University of Texas Health Science Center, San Antonio.

The Northwest is an example of the problem at hand. “For an adult, there’s 1.65 rheumatologists per 100,000 in 2015. In 2025, there’s going to be 0.5 [adult] rheumatologists per 100,000. That’s a problem. If you look at every region in the United States, every single region is decrementing significantly,” he said.

Even the Northeast, which boasted 3.07 adult rheumatologists per 100,000 in 2015, will drop to 1.61 in 2025. Other regions are much worse off. The Southwest will drop from 1.28 to 0.64, and North Central will drop from 1.64 to 0.69, projections show.

The situation for pediatrics “has been in a crisis since 2015,” Dr. Battafarano said. It is much worse off than the situation for adult rheumatology, with 2015 figures going from 0.17 to 0.20 in the Southwest and from 0.03 to 0.04 in the South Central region by 2025, and in the Northwest from 0.67 to 0.13 and Northeast from 0.83 to 0.16.

“The ill effects of the pandemic are immeasurable to this point, but anecdotally we know we lost colleagues to part-time employment, we saw early retirements, and that happened across the full spectrum of the United States,” he said. It’s possible that up to 10% of full-time equivalents of physicians left practice in the United States since the pandemic began.

Rheumatologists largely practice in the 392 U.S. metropolitan statistical areas (MSAs), which are defined as a “core area containing a substantial population nucleus, together with adjacent communities having a high degree of economic and social integration with that core.” The smallest MSA has nearly 59,000 people. This distribution leaves many people in the Northwest, Southwest, South Central, and North Central regions with few rheumatologists. Over 86% of locations where rheumatologists train and work are in MSAs.

“By definition, if you get into a region where there’s 60,000 people or less, you can’t support a rheumatologist,” Dr. Battafarano said. He also noted that all pediatric hospitals tend to be in dense MSAs where rheumatologists might be.
 

South Central region serves as an example

People in certain MSAs of the South Central region (Oklahoma, Texas, Arkansas) such as Laredo, Tex., population 281,805 – where there is no adult rheumatologist – have to drive nearly 2.5 hours to the nearest well-served MSA (San Antonio) where there is a rheumatology fellowship program and medical school.

“Texas may have rheumatologists, but it depends on where you live,” Dr. Battafarano said. “The same applies to Waco, Texas; Texarkana, Arkansas; Lawton, Oklahoma; Pine Bluff, Arkansas; and Enid, Oklahoma, and you can see the range of traveling is between 45 minutes and 2.5 hours. That’s adult rheumatology.”

People in Laredo have an even longer drive to find a pediatric rheumatologist. In pediatrics, he said, “we don’t even look at towns, we look at pediatrics by state. You can see there’s a pediatric fellowship program in Dallas, and there’s one in Houston. There’s one or two [pediatric] rheumatologists in Austin. It just depends on how quickly they burn out and how long they stay. I’m in San Antonio. We don’t have a pediatric rheumatologist in San Antonio, the seventh-largest city in the United States.”

Pediatric rheumatologists are very often found where fellowship programs are located. “Ninety-five percent or greater of pediatric rheumatologists are housed in a pediatric hospital,” Dr. Battafarano said. “There are very few adult rheumatologists who see children, for a variety of reasons.”

In a panel discussion and question-and-answer session that took place after Dr. Battafarano outlined concerns with the numbers and distribution of rheumatologists across the United States, committee member Beth Jonas, MD, professor of medicine and chief of the division of rheumatology, allergy, and immunology at the University of North Carolina at Chapel Hill, noted that the rheumatology specialty match is competitive and typically leaves close to 100 residents who had rheumatology as their first choice without a match because there are not enough fellowship positions for them to fill.

The Workforce Solutions Committee hopes to reduce this “bottleneck,” she said, by identifying institutions that are ripe for opening new fellowship programs or have existing programs that can expand their number of positions, as well as expanding musculoskeletal training among nonrheumatologists, such as primary care physicians, advanced practice providers, and sports medicine physicians.

“I think that we’re going to find ourselves needing to be more creative as we become overcome with events with shortages of physicians,” Dr. Battafarano said. He gave an example of a recent pediatric rheumatology fellow in Seattle who wanted to go back home to Montana to practice. At the same time, the pediatric program wanted her to become a faculty member, so they said they would bridge their program to her, rotating fellows and covering her while on vacation.

“That’s an example of a pediatric program spreading its wings,” he said. “I think that we need to think that way, whether we talk about urban, suburban, rural. It’s how can we stage rheumatologists in areas, how can we embrace our primary care providers, and have rheumatology health care teams so that we have rheumatology expertise located within arm’s length but also within telemedicine length.”
 

Interventions for 2023

As part of a report on the activities of the Workforce Solutions Committee, Dr. Jonas outlined a number of interventions that the ACR is set to launch in 2023. The committee created five intervention teams to support fellowship positions and training providers, recruitment opportunities, fostering patient-centered communities, virtual training programs, and grants for research and training. The ACR’s initial pilot interventions are focused on, but not limited to, the Northwest, Southwest, and South Central regions.

The committee identified 10 potential partner institutions to develop new fellowship programs in the Northwest, Southwest, and South Central regions: University of Nevada, Las Vegas; Texas Tech University Permian Basin Program; Baylor Scott and White Medical Center Round Rock (Tex.) Program; Texas Tech University Health Science Center El Paso Program; University of Texas at Austin Dell Medical School Program; Abrazo Health Network Program in Arizona; University of Arizona Phoenix Program; University of Arkansas (pediatric program); Oklahoma State University; and University of Texas, San Antonio (pediatric program).

Dr. Jonas explained that opening new programs in these underserved areas should help establish new rheumatologists in these areas, because studies have shown that fellows tend to stay within 100-200 miles of where they trained.

In addition to starting new programs, “if you want to grow your program, if you want to add another fellow, we can support that,” Dr. Jonas said.

To help convince institutions of the value of rheumatology care, a position paper will soon be released by the ACR that outlines the benefits of the specialty to a health care system. The paper will describe an annual preventive cost savings of $2,762 per patient who is in the care of a rheumatologist and an annual direct or downstream income of $3.5 million per rheumatologist in a community, committee members said.

To help with recruitment and retention efforts, the ACR will revise its CareerConnection website to make it more useful.

To help in developing patient-centered communities of care, there will be a discussion series with payers on topics such as access, care delivery, and financing, in which 12 payers (including Blue Cross Blue Shield, Aetna, UnitedHealthcare, and Kaiser) will discuss patient access, cost, and quality measures. An in-person payer summit is also scheduled for 2023.

Interventions to enhance rheumatology care will also keep an ongoing focus on virtual training programs for primary care physicians and advanced practice providers, including a Project ECHO (Extension for Community Healthcare Outcomes) virtual lecture and case-based training and mentoring series for nonrheumatologists, an online library of searchable topics targeted to nonrheumatologists, as well as a grand rounds podcast series on certain rheumatic diseases for residents in family medicine, internal medicine, and pediatric programs. For rheumatology educators in 2023, there also will be an online portal curated by the ACR and other sources to use as a resource for developing curriculum.

A newly revised Fundamentals of Rheumatology course started in June 2022, which can help many medical students, residents, primary care physicians, and students in rehabilitation professions to learn about rheumatologic diseases, said committee member Janet Poole, PhD, division chief, professor, and director of the occupational therapy graduate program at the University of New Mexico, Albuquerque. Grants from the Rheumatology Research Foundation are available to offset the costs of the course for attendees.

An “onboarding toolkit” for nurse practitioners and physician assistants is now available to provide advice to practices for hiring, mentoring, and conducting performance evaluations in rheumatology care teams, Dr. Poole said. And fact sheets about the roles of interprofessional team members are being revised to give nonspecialty providers a sense of what other disciplines are available to care for patients with rheumatic and musculoskeletal disorders. The Advanced Rheumatology course is also being revised and will be available in summer 2023.

Other planned interventions aim to optimize telemedicine for the rheumatology community with a telehealth curriculum for rheumatology fellows, tools to improve telehealth implementation and delivery, and educational materials for patients to optimize their participation in telehealth visits.

The committee created targeted outreach to promote all grants focused on workforce expansion. As a result, in the last year the committee noted a three- to fourfold rise in the number of grant applications, including people and programs in underserved areas that had not previously applied. The Rheumatology Research Foundation also created a baseline for measuring success of grant funding in underserved areas and earmarked funds to increase awareness of the grants and facilitate applications.

Early signs of success are evident in the Rheumatology Access Expansion initiative in the ACR’s Collaborative Initiatives (COIN) department, said committee member Rosalind Ramsey-Goldman, MD, DrPH, professor of medicine/rheumatology at Northwestern University, Chicago. A team of rheumatologists, a pharmacist, and Navajo cultural interpreters developed a 12-week rheumatoid arthritis training program for primary care physicians in the Navajo Nation American Indian reservation, where there’s a high prevalence of RA and a shortage of local rheumatology providers. Results of the pilot study were presented in a plenary session at the meeting.

COIN also worked with the ACR’s Diversity, Equity, and Inclusion task force to sponsor 2022 annual meeting attendance for 11 medical students who identify themselves as underrepresented in medicine to expose them to rheumatology early in their career, said Dr. Ramsey-Goldman. The ACR is starting a program for medical students at historically Black colleges and universities and minority-serving institutions to include mentoring, round tables, and attendance at next year’s annual meeting.

None of the rheumatologists had relevant financial disclosures.

PHILADELPHIA – New rheumatology fellowships in underserved areas. Rheumatology training for nonspecialists. Telemedicine training, tools, and resources. These are a few of the remedies the American College of Rheumatology’s new Workforce Solutions Committee has concocted to address a shrinking U.S. rheumatology workforce in the face of a rising population of patients with rheumatologic diseases.

In two sessions at the ACR’s annual meeting, committee members provided insights on current workforce projections since the most recent ACR workforce study in 2015. They also outlined the 1-year-old committee’s response to bridge the looming gap in patient care. Some projects are already underway, while others have yet to be implemented and require sustained monetary and project coordination commitments to make their impacts felt across the targeted regions.

Jeff Evans/MDedge News

“At the current pace of physician departures from the workforce, even with fellows graduating from adult and pediatric rheumatology training programs, the subspecialty cannot be sustained,” said Daniel Battafarano, DO, chair of the Workforce Solution Committee, professor of medicine at the Uniformed Services University of the Health Sciences, Bethesda, Md., and adjunct professor at the University of Texas Health Science Center, San Antonio.

The Northwest is an example of the problem at hand. “For an adult, there’s 1.65 rheumatologists per 100,000 in 2015. In 2025, there’s going to be 0.5 [adult] rheumatologists per 100,000. That’s a problem. If you look at every region in the United States, every single region is decrementing significantly,” he said.

Even the Northeast, which boasted 3.07 adult rheumatologists per 100,000 in 2015, will drop to 1.61 in 2025. Other regions are much worse off. The Southwest will drop from 1.28 to 0.64, and North Central will drop from 1.64 to 0.69, projections show.

The situation for pediatrics “has been in a crisis since 2015,” Dr. Battafarano said. It is much worse off than the situation for adult rheumatology, with 2015 figures going from 0.17 to 0.20 in the Southwest and from 0.03 to 0.04 in the South Central region by 2025, and in the Northwest from 0.67 to 0.13 and Northeast from 0.83 to 0.16.

“The ill effects of the pandemic are immeasurable to this point, but anecdotally we know we lost colleagues to part-time employment, we saw early retirements, and that happened across the full spectrum of the United States,” he said. It’s possible that up to 10% of full-time equivalents of physicians left practice in the United States since the pandemic began.

Rheumatologists largely practice in the 392 U.S. metropolitan statistical areas (MSAs), which are defined as a “core area containing a substantial population nucleus, together with adjacent communities having a high degree of economic and social integration with that core.” The smallest MSA has nearly 59,000 people. This distribution leaves many people in the Northwest, Southwest, South Central, and North Central regions with few rheumatologists. Over 86% of locations where rheumatologists train and work are in MSAs.

“By definition, if you get into a region where there’s 60,000 people or less, you can’t support a rheumatologist,” Dr. Battafarano said. He also noted that all pediatric hospitals tend to be in dense MSAs where rheumatologists might be.
 

South Central region serves as an example

People in certain MSAs of the South Central region (Oklahoma, Texas, Arkansas) such as Laredo, Tex., population 281,805 – where there is no adult rheumatologist – have to drive nearly 2.5 hours to the nearest well-served MSA (San Antonio) where there is a rheumatology fellowship program and medical school.

“Texas may have rheumatologists, but it depends on where you live,” Dr. Battafarano said. “The same applies to Waco, Texas; Texarkana, Arkansas; Lawton, Oklahoma; Pine Bluff, Arkansas; and Enid, Oklahoma, and you can see the range of traveling is between 45 minutes and 2.5 hours. That’s adult rheumatology.”

People in Laredo have an even longer drive to find a pediatric rheumatologist. In pediatrics, he said, “we don’t even look at towns, we look at pediatrics by state. You can see there’s a pediatric fellowship program in Dallas, and there’s one in Houston. There’s one or two [pediatric] rheumatologists in Austin. It just depends on how quickly they burn out and how long they stay. I’m in San Antonio. We don’t have a pediatric rheumatologist in San Antonio, the seventh-largest city in the United States.”

Pediatric rheumatologists are very often found where fellowship programs are located. “Ninety-five percent or greater of pediatric rheumatologists are housed in a pediatric hospital,” Dr. Battafarano said. “There are very few adult rheumatologists who see children, for a variety of reasons.”

In a panel discussion and question-and-answer session that took place after Dr. Battafarano outlined concerns with the numbers and distribution of rheumatologists across the United States, committee member Beth Jonas, MD, professor of medicine and chief of the division of rheumatology, allergy, and immunology at the University of North Carolina at Chapel Hill, noted that the rheumatology specialty match is competitive and typically leaves close to 100 residents who had rheumatology as their first choice without a match because there are not enough fellowship positions for them to fill.

The Workforce Solutions Committee hopes to reduce this “bottleneck,” she said, by identifying institutions that are ripe for opening new fellowship programs or have existing programs that can expand their number of positions, as well as expanding musculoskeletal training among nonrheumatologists, such as primary care physicians, advanced practice providers, and sports medicine physicians.

“I think that we’re going to find ourselves needing to be more creative as we become overcome with events with shortages of physicians,” Dr. Battafarano said. He gave an example of a recent pediatric rheumatology fellow in Seattle who wanted to go back home to Montana to practice. At the same time, the pediatric program wanted her to become a faculty member, so they said they would bridge their program to her, rotating fellows and covering her while on vacation.

“That’s an example of a pediatric program spreading its wings,” he said. “I think that we need to think that way, whether we talk about urban, suburban, rural. It’s how can we stage rheumatologists in areas, how can we embrace our primary care providers, and have rheumatology health care teams so that we have rheumatology expertise located within arm’s length but also within telemedicine length.”
 

Interventions for 2023

As part of a report on the activities of the Workforce Solutions Committee, Dr. Jonas outlined a number of interventions that the ACR is set to launch in 2023. The committee created five intervention teams to support fellowship positions and training providers, recruitment opportunities, fostering patient-centered communities, virtual training programs, and grants for research and training. The ACR’s initial pilot interventions are focused on, but not limited to, the Northwest, Southwest, and South Central regions.

The committee identified 10 potential partner institutions to develop new fellowship programs in the Northwest, Southwest, and South Central regions: University of Nevada, Las Vegas; Texas Tech University Permian Basin Program; Baylor Scott and White Medical Center Round Rock (Tex.) Program; Texas Tech University Health Science Center El Paso Program; University of Texas at Austin Dell Medical School Program; Abrazo Health Network Program in Arizona; University of Arizona Phoenix Program; University of Arkansas (pediatric program); Oklahoma State University; and University of Texas, San Antonio (pediatric program).

Dr. Jonas explained that opening new programs in these underserved areas should help establish new rheumatologists in these areas, because studies have shown that fellows tend to stay within 100-200 miles of where they trained.

In addition to starting new programs, “if you want to grow your program, if you want to add another fellow, we can support that,” Dr. Jonas said.

To help convince institutions of the value of rheumatology care, a position paper will soon be released by the ACR that outlines the benefits of the specialty to a health care system. The paper will describe an annual preventive cost savings of $2,762 per patient who is in the care of a rheumatologist and an annual direct or downstream income of $3.5 million per rheumatologist in a community, committee members said.

To help with recruitment and retention efforts, the ACR will revise its CareerConnection website to make it more useful.

To help in developing patient-centered communities of care, there will be a discussion series with payers on topics such as access, care delivery, and financing, in which 12 payers (including Blue Cross Blue Shield, Aetna, UnitedHealthcare, and Kaiser) will discuss patient access, cost, and quality measures. An in-person payer summit is also scheduled for 2023.

Interventions to enhance rheumatology care will also keep an ongoing focus on virtual training programs for primary care physicians and advanced practice providers, including a Project ECHO (Extension for Community Healthcare Outcomes) virtual lecture and case-based training and mentoring series for nonrheumatologists, an online library of searchable topics targeted to nonrheumatologists, as well as a grand rounds podcast series on certain rheumatic diseases for residents in family medicine, internal medicine, and pediatric programs. For rheumatology educators in 2023, there also will be an online portal curated by the ACR and other sources to use as a resource for developing curriculum.

A newly revised Fundamentals of Rheumatology course started in June 2022, which can help many medical students, residents, primary care physicians, and students in rehabilitation professions to learn about rheumatologic diseases, said committee member Janet Poole, PhD, division chief, professor, and director of the occupational therapy graduate program at the University of New Mexico, Albuquerque. Grants from the Rheumatology Research Foundation are available to offset the costs of the course for attendees.

An “onboarding toolkit” for nurse practitioners and physician assistants is now available to provide advice to practices for hiring, mentoring, and conducting performance evaluations in rheumatology care teams, Dr. Poole said. And fact sheets about the roles of interprofessional team members are being revised to give nonspecialty providers a sense of what other disciplines are available to care for patients with rheumatic and musculoskeletal disorders. The Advanced Rheumatology course is also being revised and will be available in summer 2023.

Other planned interventions aim to optimize telemedicine for the rheumatology community with a telehealth curriculum for rheumatology fellows, tools to improve telehealth implementation and delivery, and educational materials for patients to optimize their participation in telehealth visits.

The committee created targeted outreach to promote all grants focused on workforce expansion. As a result, in the last year the committee noted a three- to fourfold rise in the number of grant applications, including people and programs in underserved areas that had not previously applied. The Rheumatology Research Foundation also created a baseline for measuring success of grant funding in underserved areas and earmarked funds to increase awareness of the grants and facilitate applications.

Early signs of success are evident in the Rheumatology Access Expansion initiative in the ACR’s Collaborative Initiatives (COIN) department, said committee member Rosalind Ramsey-Goldman, MD, DrPH, professor of medicine/rheumatology at Northwestern University, Chicago. A team of rheumatologists, a pharmacist, and Navajo cultural interpreters developed a 12-week rheumatoid arthritis training program for primary care physicians in the Navajo Nation American Indian reservation, where there’s a high prevalence of RA and a shortage of local rheumatology providers. Results of the pilot study were presented in a plenary session at the meeting.

COIN also worked with the ACR’s Diversity, Equity, and Inclusion task force to sponsor 2022 annual meeting attendance for 11 medical students who identify themselves as underrepresented in medicine to expose them to rheumatology early in their career, said Dr. Ramsey-Goldman. The ACR is starting a program for medical students at historically Black colleges and universities and minority-serving institutions to include mentoring, round tables, and attendance at next year’s annual meeting.

None of the rheumatologists had relevant financial disclosures.

PHILADELPHIA – New rheumatology fellowships in underserved areas. Rheumatology training for nonspecialists. Telemedicine training, tools, and resources. These are a few of the remedies the American College of Rheumatology’s new Workforce Solutions Committee has concocted to address a shrinking U.S. rheumatology workforce in the face of a rising population of patients with rheumatologic diseases.

In two sessions at the ACR’s annual meeting, committee members provided insights on current workforce projections since the most recent ACR workforce study in 2015. They also outlined the 1-year-old committee’s response to bridge the looming gap in patient care. Some projects are already underway, while others have yet to be implemented and require sustained monetary and project coordination commitments to make their impacts felt across the targeted regions.

Jeff Evans/MDedge News

“At the current pace of physician departures from the workforce, even with fellows graduating from adult and pediatric rheumatology training programs, the subspecialty cannot be sustained,” said Daniel Battafarano, DO, chair of the Workforce Solution Committee, professor of medicine at the Uniformed Services University of the Health Sciences, Bethesda, Md., and adjunct professor at the University of Texas Health Science Center, San Antonio.

The Northwest is an example of the problem at hand. “For an adult, there’s 1.65 rheumatologists per 100,000 in 2015. In 2025, there’s going to be 0.5 [adult] rheumatologists per 100,000. That’s a problem. If you look at every region in the United States, every single region is decrementing significantly,” he said.

Even the Northeast, which boasted 3.07 adult rheumatologists per 100,000 in 2015, will drop to 1.61 in 2025. Other regions are much worse off. The Southwest will drop from 1.28 to 0.64, and North Central will drop from 1.64 to 0.69, projections show.

The situation for pediatrics “has been in a crisis since 2015,” Dr. Battafarano said. It is much worse off than the situation for adult rheumatology, with 2015 figures going from 0.17 to 0.20 in the Southwest and from 0.03 to 0.04 in the South Central region by 2025, and in the Northwest from 0.67 to 0.13 and Northeast from 0.83 to 0.16.

“The ill effects of the pandemic are immeasurable to this point, but anecdotally we know we lost colleagues to part-time employment, we saw early retirements, and that happened across the full spectrum of the United States,” he said. It’s possible that up to 10% of full-time equivalents of physicians left practice in the United States since the pandemic began.

Rheumatologists largely practice in the 392 U.S. metropolitan statistical areas (MSAs), which are defined as a “core area containing a substantial population nucleus, together with adjacent communities having a high degree of economic and social integration with that core.” The smallest MSA has nearly 59,000 people. This distribution leaves many people in the Northwest, Southwest, South Central, and North Central regions with few rheumatologists. Over 86% of locations where rheumatologists train and work are in MSAs.

“By definition, if you get into a region where there’s 60,000 people or less, you can’t support a rheumatologist,” Dr. Battafarano said. He also noted that all pediatric hospitals tend to be in dense MSAs where rheumatologists might be.
 

South Central region serves as an example

People in certain MSAs of the South Central region (Oklahoma, Texas, Arkansas) such as Laredo, Tex., population 281,805 – where there is no adult rheumatologist – have to drive nearly 2.5 hours to the nearest well-served MSA (San Antonio) where there is a rheumatology fellowship program and medical school.

“Texas may have rheumatologists, but it depends on where you live,” Dr. Battafarano said. “The same applies to Waco, Texas; Texarkana, Arkansas; Lawton, Oklahoma; Pine Bluff, Arkansas; and Enid, Oklahoma, and you can see the range of traveling is between 45 minutes and 2.5 hours. That’s adult rheumatology.”

People in Laredo have an even longer drive to find a pediatric rheumatologist. In pediatrics, he said, “we don’t even look at towns, we look at pediatrics by state. You can see there’s a pediatric fellowship program in Dallas, and there’s one in Houston. There’s one or two [pediatric] rheumatologists in Austin. It just depends on how quickly they burn out and how long they stay. I’m in San Antonio. We don’t have a pediatric rheumatologist in San Antonio, the seventh-largest city in the United States.”

Pediatric rheumatologists are very often found where fellowship programs are located. “Ninety-five percent or greater of pediatric rheumatologists are housed in a pediatric hospital,” Dr. Battafarano said. “There are very few adult rheumatologists who see children, for a variety of reasons.”

In a panel discussion and question-and-answer session that took place after Dr. Battafarano outlined concerns with the numbers and distribution of rheumatologists across the United States, committee member Beth Jonas, MD, professor of medicine and chief of the division of rheumatology, allergy, and immunology at the University of North Carolina at Chapel Hill, noted that the rheumatology specialty match is competitive and typically leaves close to 100 residents who had rheumatology as their first choice without a match because there are not enough fellowship positions for them to fill.

The Workforce Solutions Committee hopes to reduce this “bottleneck,” she said, by identifying institutions that are ripe for opening new fellowship programs or have existing programs that can expand their number of positions, as well as expanding musculoskeletal training among nonrheumatologists, such as primary care physicians, advanced practice providers, and sports medicine physicians.

“I think that we’re going to find ourselves needing to be more creative as we become overcome with events with shortages of physicians,” Dr. Battafarano said. He gave an example of a recent pediatric rheumatology fellow in Seattle who wanted to go back home to Montana to practice. At the same time, the pediatric program wanted her to become a faculty member, so they said they would bridge their program to her, rotating fellows and covering her while on vacation.

“That’s an example of a pediatric program spreading its wings,” he said. “I think that we need to think that way, whether we talk about urban, suburban, rural. It’s how can we stage rheumatologists in areas, how can we embrace our primary care providers, and have rheumatology health care teams so that we have rheumatology expertise located within arm’s length but also within telemedicine length.”
 

Interventions for 2023

As part of a report on the activities of the Workforce Solutions Committee, Dr. Jonas outlined a number of interventions that the ACR is set to launch in 2023. The committee created five intervention teams to support fellowship positions and training providers, recruitment opportunities, fostering patient-centered communities, virtual training programs, and grants for research and training. The ACR’s initial pilot interventions are focused on, but not limited to, the Northwest, Southwest, and South Central regions.

The committee identified 10 potential partner institutions to develop new fellowship programs in the Northwest, Southwest, and South Central regions: University of Nevada, Las Vegas; Texas Tech University Permian Basin Program; Baylor Scott and White Medical Center Round Rock (Tex.) Program; Texas Tech University Health Science Center El Paso Program; University of Texas at Austin Dell Medical School Program; Abrazo Health Network Program in Arizona; University of Arizona Phoenix Program; University of Arkansas (pediatric program); Oklahoma State University; and University of Texas, San Antonio (pediatric program).

Dr. Jonas explained that opening new programs in these underserved areas should help establish new rheumatologists in these areas, because studies have shown that fellows tend to stay within 100-200 miles of where they trained.

In addition to starting new programs, “if you want to grow your program, if you want to add another fellow, we can support that,” Dr. Jonas said.

To help convince institutions of the value of rheumatology care, a position paper will soon be released by the ACR that outlines the benefits of the specialty to a health care system. The paper will describe an annual preventive cost savings of $2,762 per patient who is in the care of a rheumatologist and an annual direct or downstream income of $3.5 million per rheumatologist in a community, committee members said.

To help with recruitment and retention efforts, the ACR will revise its CareerConnection website to make it more useful.

To help in developing patient-centered communities of care, there will be a discussion series with payers on topics such as access, care delivery, and financing, in which 12 payers (including Blue Cross Blue Shield, Aetna, UnitedHealthcare, and Kaiser) will discuss patient access, cost, and quality measures. An in-person payer summit is also scheduled for 2023.

Interventions to enhance rheumatology care will also keep an ongoing focus on virtual training programs for primary care physicians and advanced practice providers, including a Project ECHO (Extension for Community Healthcare Outcomes) virtual lecture and case-based training and mentoring series for nonrheumatologists, an online library of searchable topics targeted to nonrheumatologists, as well as a grand rounds podcast series on certain rheumatic diseases for residents in family medicine, internal medicine, and pediatric programs. For rheumatology educators in 2023, there also will be an online portal curated by the ACR and other sources to use as a resource for developing curriculum.

A newly revised Fundamentals of Rheumatology course started in June 2022, which can help many medical students, residents, primary care physicians, and students in rehabilitation professions to learn about rheumatologic diseases, said committee member Janet Poole, PhD, division chief, professor, and director of the occupational therapy graduate program at the University of New Mexico, Albuquerque. Grants from the Rheumatology Research Foundation are available to offset the costs of the course for attendees.

An “onboarding toolkit” for nurse practitioners and physician assistants is now available to provide advice to practices for hiring, mentoring, and conducting performance evaluations in rheumatology care teams, Dr. Poole said. And fact sheets about the roles of interprofessional team members are being revised to give nonspecialty providers a sense of what other disciplines are available to care for patients with rheumatic and musculoskeletal disorders. The Advanced Rheumatology course is also being revised and will be available in summer 2023.

Other planned interventions aim to optimize telemedicine for the rheumatology community with a telehealth curriculum for rheumatology fellows, tools to improve telehealth implementation and delivery, and educational materials for patients to optimize their participation in telehealth visits.

The committee created targeted outreach to promote all grants focused on workforce expansion. As a result, in the last year the committee noted a three- to fourfold rise in the number of grant applications, including people and programs in underserved areas that had not previously applied. The Rheumatology Research Foundation also created a baseline for measuring success of grant funding in underserved areas and earmarked funds to increase awareness of the grants and facilitate applications.

Early signs of success are evident in the Rheumatology Access Expansion initiative in the ACR’s Collaborative Initiatives (COIN) department, said committee member Rosalind Ramsey-Goldman, MD, DrPH, professor of medicine/rheumatology at Northwestern University, Chicago. A team of rheumatologists, a pharmacist, and Navajo cultural interpreters developed a 12-week rheumatoid arthritis training program for primary care physicians in the Navajo Nation American Indian reservation, where there’s a high prevalence of RA and a shortage of local rheumatology providers. Results of the pilot study were presented in a plenary session at the meeting.

COIN also worked with the ACR’s Diversity, Equity, and Inclusion task force to sponsor 2022 annual meeting attendance for 11 medical students who identify themselves as underrepresented in medicine to expose them to rheumatology early in their career, said Dr. Ramsey-Goldman. The ACR is starting a program for medical students at historically Black colleges and universities and minority-serving institutions to include mentoring, round tables, and attendance at next year’s annual meeting.

None of the rheumatologists had relevant financial disclosures.

The interleukin-12/23 inhibitor ustekinumab (Stelara) is nearly as effective as a tumor necrosis factor (TNF) inhibitor for psoriatic arthritis, and patients are slightly more likely to persist with it and have a lower rate of adverse events, a 3-year, real-world study has found.

In a paper published online in Annals of the Rheumatic Diseases, researchers presented the outcomes of the prospective, observational PsABio study of 895 adults with psoriatic arthritis, who were starting treatment for the first time with either ustekinumab or a TNF inhibitor as first-, second-, or third-line treatment.

At 3 years after starting therapy, 49.9% of the 439 patients prescribed ustekinumab were still on that treatment, compared with 47.8% of the 456 patients prescribed a TNF inhibitor. However, there were differences in persistence based on clinical presentation. Patients who had severe skin involvement who were treated with ustekinumab stayed on the drug for longer than did those with severe skin involvement treated with a TNF inhibitor, and they were more likely to persist with their treatment for the 3 years of the study. However, there were numerically more patients with mild or moderate skin involvement taking a TNF inhibitor who stayed persistent with the treatment, compared with those taking ustekinumab, although the differences were not statistically significant.

“In the ustekinumab group, skin response was an important reason for prolonged persistence, with more patients in the ustekinumab group stopping/switching due to lack of effectiveness,” wrote Laure Gossec, MD, of Pitié-Salpêtrière Hospital and Sorbonne University, Paris, and coauthors. “This is expected, as psoriasis can significantly affect morbidity, and successfully treating skin symptoms improves patients’ health-related quality of life.”

The authors also noted that patients on ustekinumab monotherapy had the highest rate of persistence and stayed on treatment longer than did those on TNF inhibitor monotherapy, or on dual therapy with either drug combined with methotrexate. They suggested this could be because patients on TNF inhibitor monotherapy may be more likely to develop antidrug antibodies than those on ustekinumab monotherapy. It could also be because adding methotrexate may increase the risk of adverse events, but without necessarily increasing the effectiveness of ustekinumab on skin involvement.

In terms of efficacy, researchers saw that 69.8% of patients in the TNF inhibitor group had achieved low disease activity and 45% had achieved remission, compared with 58.6% of patients in the ustekinumab group who achieved low disease activity and 31.4% who achieved remission.

A similar pattern was seen for minimal disease activity and very low disease activity, which were achieved by 54.2% and 26.9% respectively of those in the TNF inhibitor group, and 41.4% and 19.2% respectively of those in the ustekinumab group.

Because the study was observational and real-world, the choice of therapy was made by the treating rheumatologist rather than patients being randomized. There were some baseline differences between the ustekinumab and TNF inhibitor groups; for example, patients in ustekinumab group were generally older and with more comorbidities, and were more likely to have previous been treated with biologics. However, they were also less likely to be concurrently treated with methotrexate and NSAIDs, and more likely to have severe skin involvement.

The study saw a higher rate of adverse events in the TNF inhibitor group, compared with the ustekinumab, with 39.7% of patients treated with TNF inhibitor and 34.6% of those treated with ustekinumab reporting at least one adverse event. The rates of serious adverse events and malignancies were similar for the two groups, but overall the ustekinumab group had a lower rate of clinically-relevant adverse events including infections.

The study was sponsored by Janssen, which markets ustekinumab. Ten authors declared personal fees, grants, and nonfinancial support from the pharmaceutical sector, including Janssen. One author was an employee of Janssen, one an employee of Johnson & Johnson, and two are editorial board members of Annals of the Rheumatic Diseases.

The interleukin-12/23 inhibitor ustekinumab (Stelara) is nearly as effective as a tumor necrosis factor (TNF) inhibitor for psoriatic arthritis, and patients are slightly more likely to persist with it and have a lower rate of adverse events, a 3-year, real-world study has found.

In a paper published online in Annals of the Rheumatic Diseases, researchers presented the outcomes of the prospective, observational PsABio study of 895 adults with psoriatic arthritis, who were starting treatment for the first time with either ustekinumab or a TNF inhibitor as first-, second-, or third-line treatment.

At 3 years after starting therapy, 49.9% of the 439 patients prescribed ustekinumab were still on that treatment, compared with 47.8% of the 456 patients prescribed a TNF inhibitor. However, there were differences in persistence based on clinical presentation. Patients who had severe skin involvement who were treated with ustekinumab stayed on the drug for longer than did those with severe skin involvement treated with a TNF inhibitor, and they were more likely to persist with their treatment for the 3 years of the study. However, there were numerically more patients with mild or moderate skin involvement taking a TNF inhibitor who stayed persistent with the treatment, compared with those taking ustekinumab, although the differences were not statistically significant.

“In the ustekinumab group, skin response was an important reason for prolonged persistence, with more patients in the ustekinumab group stopping/switching due to lack of effectiveness,” wrote Laure Gossec, MD, of Pitié-Salpêtrière Hospital and Sorbonne University, Paris, and coauthors. “This is expected, as psoriasis can significantly affect morbidity, and successfully treating skin symptoms improves patients’ health-related quality of life.”

The authors also noted that patients on ustekinumab monotherapy had the highest rate of persistence and stayed on treatment longer than did those on TNF inhibitor monotherapy, or on dual therapy with either drug combined with methotrexate. They suggested this could be because patients on TNF inhibitor monotherapy may be more likely to develop antidrug antibodies than those on ustekinumab monotherapy. It could also be because adding methotrexate may increase the risk of adverse events, but without necessarily increasing the effectiveness of ustekinumab on skin involvement.

In terms of efficacy, researchers saw that 69.8% of patients in the TNF inhibitor group had achieved low disease activity and 45% had achieved remission, compared with 58.6% of patients in the ustekinumab group who achieved low disease activity and 31.4% who achieved remission.

A similar pattern was seen for minimal disease activity and very low disease activity, which were achieved by 54.2% and 26.9% respectively of those in the TNF inhibitor group, and 41.4% and 19.2% respectively of those in the ustekinumab group.

Because the study was observational and real-world, the choice of therapy was made by the treating rheumatologist rather than patients being randomized. There were some baseline differences between the ustekinumab and TNF inhibitor groups; for example, patients in ustekinumab group were generally older and with more comorbidities, and were more likely to have previous been treated with biologics. However, they were also less likely to be concurrently treated with methotrexate and NSAIDs, and more likely to have severe skin involvement.

The study saw a higher rate of adverse events in the TNF inhibitor group, compared with the ustekinumab, with 39.7% of patients treated with TNF inhibitor and 34.6% of those treated with ustekinumab reporting at least one adverse event. The rates of serious adverse events and malignancies were similar for the two groups, but overall the ustekinumab group had a lower rate of clinically-relevant adverse events including infections.

The study was sponsored by Janssen, which markets ustekinumab. Ten authors declared personal fees, grants, and nonfinancial support from the pharmaceutical sector, including Janssen. One author was an employee of Janssen, one an employee of Johnson & Johnson, and two are editorial board members of Annals of the Rheumatic Diseases.

The interleukin-12/23 inhibitor ustekinumab (Stelara) is nearly as effective as a tumor necrosis factor (TNF) inhibitor for psoriatic arthritis, and patients are slightly more likely to persist with it and have a lower rate of adverse events, a 3-year, real-world study has found.

In a paper published online in Annals of the Rheumatic Diseases, researchers presented the outcomes of the prospective, observational PsABio study of 895 adults with psoriatic arthritis, who were starting treatment for the first time with either ustekinumab or a TNF inhibitor as first-, second-, or third-line treatment.

At 3 years after starting therapy, 49.9% of the 439 patients prescribed ustekinumab were still on that treatment, compared with 47.8% of the 456 patients prescribed a TNF inhibitor. However, there were differences in persistence based on clinical presentation. Patients who had severe skin involvement who were treated with ustekinumab stayed on the drug for longer than did those with severe skin involvement treated with a TNF inhibitor, and they were more likely to persist with their treatment for the 3 years of the study. However, there were numerically more patients with mild or moderate skin involvement taking a TNF inhibitor who stayed persistent with the treatment, compared with those taking ustekinumab, although the differences were not statistically significant.

“In the ustekinumab group, skin response was an important reason for prolonged persistence, with more patients in the ustekinumab group stopping/switching due to lack of effectiveness,” wrote Laure Gossec, MD, of Pitié-Salpêtrière Hospital and Sorbonne University, Paris, and coauthors. “This is expected, as psoriasis can significantly affect morbidity, and successfully treating skin symptoms improves patients’ health-related quality of life.”

The authors also noted that patients on ustekinumab monotherapy had the highest rate of persistence and stayed on treatment longer than did those on TNF inhibitor monotherapy, or on dual therapy with either drug combined with methotrexate. They suggested this could be because patients on TNF inhibitor monotherapy may be more likely to develop antidrug antibodies than those on ustekinumab monotherapy. It could also be because adding methotrexate may increase the risk of adverse events, but without necessarily increasing the effectiveness of ustekinumab on skin involvement.

In terms of efficacy, researchers saw that 69.8% of patients in the TNF inhibitor group had achieved low disease activity and 45% had achieved remission, compared with 58.6% of patients in the ustekinumab group who achieved low disease activity and 31.4% who achieved remission.

A similar pattern was seen for minimal disease activity and very low disease activity, which were achieved by 54.2% and 26.9% respectively of those in the TNF inhibitor group, and 41.4% and 19.2% respectively of those in the ustekinumab group.

Because the study was observational and real-world, the choice of therapy was made by the treating rheumatologist rather than patients being randomized. There were some baseline differences between the ustekinumab and TNF inhibitor groups; for example, patients in ustekinumab group were generally older and with more comorbidities, and were more likely to have previous been treated with biologics. However, they were also less likely to be concurrently treated with methotrexate and NSAIDs, and more likely to have severe skin involvement.

The study saw a higher rate of adverse events in the TNF inhibitor group, compared with the ustekinumab, with 39.7% of patients treated with TNF inhibitor and 34.6% of those treated with ustekinumab reporting at least one adverse event. The rates of serious adverse events and malignancies were similar for the two groups, but overall the ustekinumab group had a lower rate of clinically-relevant adverse events including infections.

The study was sponsored by Janssen, which markets ustekinumab. Ten authors declared personal fees, grants, and nonfinancial support from the pharmaceutical sector, including Janssen. One author was an employee of Janssen, one an employee of Johnson & Johnson, and two are editorial board members of Annals of the Rheumatic Diseases.

Metabolic syndrome is associated with a significantly increased risk for gout in young men, but the risk can be mitigated by improvement in individual components of the syndrome, based on data from a pair of population-based studies totaling more than 4 million individuals.

Gout remains the most common type of inflammatory arthritis in men, and the rate has been rising among younger adults, Yeonghee Eun, MD, PhD, of Sungkyunkwan University, Seoul, South Korea, and colleagues wrote. An increasing body of evidence suggests a link between gout and metabolic syndrome (MetS), but large studies have been lacking, especially in younger adults.

In a study published in Frontiers in Medicine, the researchers reviewed data from 3,569,104 men aged 20-39 years who underwent a health checkup between 2009 and 2012 in South Korea, based on the Korean National Health Insurance Service. The primary outcome of incident gout was identified using claims data. The mean age of the participants was 31.5 years.

Over a mean follow-up of 7.4 years, the incidence of gout was 3.36 per 1,000 person-years. The risk of developing gout was more than twice as high among individuals who met MetS criteria than in those who did not (adjusted hazard ratio, 2.44).

MetS was defined as the presence of at least two of the following components: hypertriglyceridemia, abdominal obesity, reduced HDL cholesterol, elevated blood pressure, and elevated fasting glucose.

Overall, individuals with all five MetS components had a fivefold increase in gout risk, compared with people who did not have MetS (aHR, 5.24). In an analysis of each component of MetS, hypertriglyceridemia and abdominal obesity showed the strongest association with gout (aHRs of 2.08 and 2.33, respectively).

The impact of MetS on risk of incident gout was greater in younger participants, which suggests that the management of MetS in young people should be emphasized, the researchers said.

In a further analysis of body mass index subgroups, MetS had the greatest impact on gout risk for individuals who were underweight (aHR, 3.82). “In particular, in the underweight group, the risk of gout increased 10-fold when abdominal obesity was present,” the researchers said.

The study was limited by several factors including potential selection bias and potential overestimation of gout incidence because of the use of diagnostic codes, the researchers noted. Other limitations included lack of control for nutritional or dietary risk factors and the inability to include cases that occurred after the study period.

However, findings were strengthened by the large number of participants with MetS who were underweight or normal weight, the researchers wrote. More research on the mechanism of action is needed, but the data suggest that MetS is a key risk factor in the development of gout in young men.

In a second study, published in Arthritis & Rheumatology, Dr. Eun and colleagues examined associations between MetS changes and incident gout in young men. Although previous studies have shown that changes in MetS status can alter the risk of cardiovascular events, atrial fibrillation, end-stage renal disease, and all-cause mortality, the impact of these changes on gout has not been well studied, they said. The researchers used the same study cohort, the National Health Insurance Service database in South Korea. They reviewed data from 1,293,166 individuals aged 20-39 years. Of these, 18,473 were diagnosed with gout for an incidence rate 3.36/1,000 person-years. The researchers compared gout incidence for men who met criteria for MetS at three health checkups and those without MetS.

Overall, patients with MetS at all three checkups had a nearly fourfold higher risk of gout than those who never had MetS, with an adjusted hazard ratio of 3.82, the researchers wrote. The development of MetS over the study period more than doubled the risk of gout, but recovery from MetS reduced incident gout risk by approximately 50% (aHR, 0.52).

In findings similar to the Frontiers in Medicine study, the greatest associations with gout were noted for changes in elevated triglycerides and changes in abdominal obesity; aHRs for development and recovery for elevated triglycerides were 1.74 and 0.56, respectively, and for abdominal obesity, 1.94 and 0.69, respectively.

More research is needed to explore the mechanism by which both abdominal obesity and elevated triglycerides drive the development of gout, the researchers wrote in their discussion.

Also similar to the Frontiers study, the associations among changes in MetS and incident gout were greater for the youngest participants (in their 20s) and in the underweight or normal weight BMI groups.

Limitations of the second study included possible selection bias because of the study population of workplace employees who participated in regular health checks and the lack of data on women or on men aged 40 years and older, the researchers noted. Other limitations included possible misclassification of MetS because of varying health checkup results and drug claims, and lack of data on serum urate, which prevented assessment of hyperuricemia as a cause of gout.

However, the results were strengthened by the large sample size and suggest that MetS is a modifiable risk factor for gout, the researchers concluded.

Neither of the studies received outside funding. The researchers had no financial conflicts to disclose.

Metabolic syndrome is associated with a significantly increased risk for gout in young men, but the risk can be mitigated by improvement in individual components of the syndrome, based on data from a pair of population-based studies totaling more than 4 million individuals.

Gout remains the most common type of inflammatory arthritis in men, and the rate has been rising among younger adults, Yeonghee Eun, MD, PhD, of Sungkyunkwan University, Seoul, South Korea, and colleagues wrote. An increasing body of evidence suggests a link between gout and metabolic syndrome (MetS), but large studies have been lacking, especially in younger adults.

In a study published in Frontiers in Medicine, the researchers reviewed data from 3,569,104 men aged 20-39 years who underwent a health checkup between 2009 and 2012 in South Korea, based on the Korean National Health Insurance Service. The primary outcome of incident gout was identified using claims data. The mean age of the participants was 31.5 years.

Over a mean follow-up of 7.4 years, the incidence of gout was 3.36 per 1,000 person-years. The risk of developing gout was more than twice as high among individuals who met MetS criteria than in those who did not (adjusted hazard ratio, 2.44).

MetS was defined as the presence of at least two of the following components: hypertriglyceridemia, abdominal obesity, reduced HDL cholesterol, elevated blood pressure, and elevated fasting glucose.

Overall, individuals with all five MetS components had a fivefold increase in gout risk, compared with people who did not have MetS (aHR, 5.24). In an analysis of each component of MetS, hypertriglyceridemia and abdominal obesity showed the strongest association with gout (aHRs of 2.08 and 2.33, respectively).

The impact of MetS on risk of incident gout was greater in younger participants, which suggests that the management of MetS in young people should be emphasized, the researchers said.

In a further analysis of body mass index subgroups, MetS had the greatest impact on gout risk for individuals who were underweight (aHR, 3.82). “In particular, in the underweight group, the risk of gout increased 10-fold when abdominal obesity was present,” the researchers said.

The study was limited by several factors including potential selection bias and potential overestimation of gout incidence because of the use of diagnostic codes, the researchers noted. Other limitations included lack of control for nutritional or dietary risk factors and the inability to include cases that occurred after the study period.

However, findings were strengthened by the large number of participants with MetS who were underweight or normal weight, the researchers wrote. More research on the mechanism of action is needed, but the data suggest that MetS is a key risk factor in the development of gout in young men.

In a second study, published in Arthritis & Rheumatology, Dr. Eun and colleagues examined associations between MetS changes and incident gout in young men. Although previous studies have shown that changes in MetS status can alter the risk of cardiovascular events, atrial fibrillation, end-stage renal disease, and all-cause mortality, the impact of these changes on gout has not been well studied, they said. The researchers used the same study cohort, the National Health Insurance Service database in South Korea. They reviewed data from 1,293,166 individuals aged 20-39 years. Of these, 18,473 were diagnosed with gout for an incidence rate 3.36/1,000 person-years. The researchers compared gout incidence for men who met criteria for MetS at three health checkups and those without MetS.

Overall, patients with MetS at all three checkups had a nearly fourfold higher risk of gout than those who never had MetS, with an adjusted hazard ratio of 3.82, the researchers wrote. The development of MetS over the study period more than doubled the risk of gout, but recovery from MetS reduced incident gout risk by approximately 50% (aHR, 0.52).

In findings similar to the Frontiers in Medicine study, the greatest associations with gout were noted for changes in elevated triglycerides and changes in abdominal obesity; aHRs for development and recovery for elevated triglycerides were 1.74 and 0.56, respectively, and for abdominal obesity, 1.94 and 0.69, respectively.

More research is needed to explore the mechanism by which both abdominal obesity and elevated triglycerides drive the development of gout, the researchers wrote in their discussion.

Also similar to the Frontiers study, the associations among changes in MetS and incident gout were greater for the youngest participants (in their 20s) and in the underweight or normal weight BMI groups.

Limitations of the second study included possible selection bias because of the study population of workplace employees who participated in regular health checks and the lack of data on women or on men aged 40 years and older, the researchers noted. Other limitations included possible misclassification of MetS because of varying health checkup results and drug claims, and lack of data on serum urate, which prevented assessment of hyperuricemia as a cause of gout.

However, the results were strengthened by the large sample size and suggest that MetS is a modifiable risk factor for gout, the researchers concluded.

Neither of the studies received outside funding. The researchers had no financial conflicts to disclose.

Metabolic syndrome is associated with a significantly increased risk for gout in young men, but the risk can be mitigated by improvement in individual components of the syndrome, based on data from a pair of population-based studies totaling more than 4 million individuals.

Gout remains the most common type of inflammatory arthritis in men, and the rate has been rising among younger adults, Yeonghee Eun, MD, PhD, of Sungkyunkwan University, Seoul, South Korea, and colleagues wrote. An increasing body of evidence suggests a link between gout and metabolic syndrome (MetS), but large studies have been lacking, especially in younger adults.

In a study published in Frontiers in Medicine, the researchers reviewed data from 3,569,104 men aged 20-39 years who underwent a health checkup between 2009 and 2012 in South Korea, based on the Korean National Health Insurance Service. The primary outcome of incident gout was identified using claims data. The mean age of the participants was 31.5 years.

Over a mean follow-up of 7.4 years, the incidence of gout was 3.36 per 1,000 person-years. The risk of developing gout was more than twice as high among individuals who met MetS criteria than in those who did not (adjusted hazard ratio, 2.44).

MetS was defined as the presence of at least two of the following components: hypertriglyceridemia, abdominal obesity, reduced HDL cholesterol, elevated blood pressure, and elevated fasting glucose.

Overall, individuals with all five MetS components had a fivefold increase in gout risk, compared with people who did not have MetS (aHR, 5.24). In an analysis of each component of MetS, hypertriglyceridemia and abdominal obesity showed the strongest association with gout (aHRs of 2.08 and 2.33, respectively).

The impact of MetS on risk of incident gout was greater in younger participants, which suggests that the management of MetS in young people should be emphasized, the researchers said.

In a further analysis of body mass index subgroups, MetS had the greatest impact on gout risk for individuals who were underweight (aHR, 3.82). “In particular, in the underweight group, the risk of gout increased 10-fold when abdominal obesity was present,” the researchers said.

The study was limited by several factors including potential selection bias and potential overestimation of gout incidence because of the use of diagnostic codes, the researchers noted. Other limitations included lack of control for nutritional or dietary risk factors and the inability to include cases that occurred after the study period.

However, findings were strengthened by the large number of participants with MetS who were underweight or normal weight, the researchers wrote. More research on the mechanism of action is needed, but the data suggest that MetS is a key risk factor in the development of gout in young men.

In a second study, published in Arthritis & Rheumatology, Dr. Eun and colleagues examined associations between MetS changes and incident gout in young men. Although previous studies have shown that changes in MetS status can alter the risk of cardiovascular events, atrial fibrillation, end-stage renal disease, and all-cause mortality, the impact of these changes on gout has not been well studied, they said. The researchers used the same study cohort, the National Health Insurance Service database in South Korea. They reviewed data from 1,293,166 individuals aged 20-39 years. Of these, 18,473 were diagnosed with gout for an incidence rate 3.36/1,000 person-years. The researchers compared gout incidence for men who met criteria for MetS at three health checkups and those without MetS.

Overall, patients with MetS at all three checkups had a nearly fourfold higher risk of gout than those who never had MetS, with an adjusted hazard ratio of 3.82, the researchers wrote. The development of MetS over the study period more than doubled the risk of gout, but recovery from MetS reduced incident gout risk by approximately 50% (aHR, 0.52).

In findings similar to the Frontiers in Medicine study, the greatest associations with gout were noted for changes in elevated triglycerides and changes in abdominal obesity; aHRs for development and recovery for elevated triglycerides were 1.74 and 0.56, respectively, and for abdominal obesity, 1.94 and 0.69, respectively.

More research is needed to explore the mechanism by which both abdominal obesity and elevated triglycerides drive the development of gout, the researchers wrote in their discussion.

Also similar to the Frontiers study, the associations among changes in MetS and incident gout were greater for the youngest participants (in their 20s) and in the underweight or normal weight BMI groups.

Limitations of the second study included possible selection bias because of the study population of workplace employees who participated in regular health checks and the lack of data on women or on men aged 40 years and older, the researchers noted. Other limitations included possible misclassification of MetS because of varying health checkup results and drug claims, and lack of data on serum urate, which prevented assessment of hyperuricemia as a cause of gout.

However, the results were strengthened by the large sample size and suggest that MetS is a modifiable risk factor for gout, the researchers concluded.

Neither of the studies received outside funding. The researchers had no financial conflicts to disclose.

Maybe the cow was late for its appointment

It’s been a long day running the front desk at your doctor’s office. People calling in prescriptions, a million appointments, you’ve been running yourself ragged keeping things together. Finally, it’s almost closing time. The last patient of the day has just checked out and you turn back to the waiting room, expecting to see it blessedly empty.

Instead, a 650-pound cow is staring at you.

“I’m sorry, sir or madam, we’re about to close.”

Moo.
 

tilo/Thinkstock

We can see that decision in your eyes

The cliché that eyes are the windows to the soul doesn’t tell the whole story about how telling eyes really are. It’s all about how they move. In a recent study, researchers determined that a type of eye movement known as a saccade reveals your choice before you even decide.

pxfuel

Saccades involve the eyes jumping from one fixation point to another, senior author Alaa Ahmed of the University of Colorado, Boulder, explained in a statement from the university. Saccade vigor was the key in how aligned the type of decisions were made by the 22 study participants.

In the study, subjects walked on a treadmill at varied inclines for a period of time. Then they sat in front of a monitor and a high-speed camera that tracked their eye movements as the monitor presented them with a series of exercise options. The participants had only 4 seconds to choose between them.

After they made their choices, participants went back on the treadmill to perform the exercises they had chosen. The researchers found that participants’ eyes jumped between the options slowly then faster to the option they eventually picked. The more impulsive decision-makers also tended to move their eyes even more rapidly before slowing down after a decision was made, making it pretty conclusive that the eyes were revealing their choices.

The way your eyes shift gives you away without saying a thing. Might be wise, then, to wear sunglasses to your next poker tournament.
 

Let them eat soap

Okay, we admit it: LOTME spends a lot of time in the bathroom. Today, though, we’re interested in the sinks. Specifically, the P-traps under the sinks. You know, the curvy bit that keeps sewer gas from wafting back into the room?

PxHere

Well, researchers from the University of Reading (England) recently found some fungi while examining a bunch of sinks on the university’s Whiteknights campus. “It isn’t a big surprise to find fungi in a warm, wet environment. But sinks and P-traps have thus far been overlooked as potential reservoirs of these microorganisms,” they said in a written statement.

Samples collected from 289 P-traps contained “a very similar community of yeasts and molds, showing that sinks in use in public environments share a role as reservoirs of fungal organisms,” they noted.

The fungi living in the traps survived conditions with high temperatures, low pH, and little in the way of nutrients. So what were they eating? Some varieties, they said, “use detergents, found in soap, as a source of carbon-rich food.” We’ll repeat that last part: They used the soap as food.

WARNING: Rant Ahead.

There are a lot of cleaning products for sale that say they will make your home safe by killing 99.9% of germs and bacteria. Not fungi, exactly, but we’re still talking microorganisms. Molds, bacteria, and viruses are all stuff that can infect humans and make them sick.

So you kill 99.9% of them. Great, but that leaves 0.1% that you just made angry. And what do they do next? They learn to eat soap. Then University of Reading investigators find out that all the extra hand washing going on during the COVID-19 pandemic was “clogging up sinks with nasty disease-causing bacteria.”

These are microorganisms we’re talking about people. They’ve been at this for a billion years! Rats can’t beat them, cockroaches won’t stop them – Earth’s ultimate survivors are powerless against the invisible horde.

We’re doomed.

Maybe the cow was late for its appointment

It’s been a long day running the front desk at your doctor’s office. People calling in prescriptions, a million appointments, you’ve been running yourself ragged keeping things together. Finally, it’s almost closing time. The last patient of the day has just checked out and you turn back to the waiting room, expecting to see it blessedly empty.

Instead, a 650-pound cow is staring at you.

“I’m sorry, sir or madam, we’re about to close.”

Moo.
 

tilo/Thinkstock

We can see that decision in your eyes

The cliché that eyes are the windows to the soul doesn’t tell the whole story about how telling eyes really are. It’s all about how they move. In a recent study, researchers determined that a type of eye movement known as a saccade reveals your choice before you even decide.

pxfuel

Saccades involve the eyes jumping from one fixation point to another, senior author Alaa Ahmed of the University of Colorado, Boulder, explained in a statement from the university. Saccade vigor was the key in how aligned the type of decisions were made by the 22 study participants.

In the study, subjects walked on a treadmill at varied inclines for a period of time. Then they sat in front of a monitor and a high-speed camera that tracked their eye movements as the monitor presented them with a series of exercise options. The participants had only 4 seconds to choose between them.

After they made their choices, participants went back on the treadmill to perform the exercises they had chosen. The researchers found that participants’ eyes jumped between the options slowly then faster to the option they eventually picked. The more impulsive decision-makers also tended to move their eyes even more rapidly before slowing down after a decision was made, making it pretty conclusive that the eyes were revealing their choices.

The way your eyes shift gives you away without saying a thing. Might be wise, then, to wear sunglasses to your next poker tournament.
 

Let them eat soap

Okay, we admit it: LOTME spends a lot of time in the bathroom. Today, though, we’re interested in the sinks. Specifically, the P-traps under the sinks. You know, the curvy bit that keeps sewer gas from wafting back into the room?

PxHere

Well, researchers from the University of Reading (England) recently found some fungi while examining a bunch of sinks on the university’s Whiteknights campus. “It isn’t a big surprise to find fungi in a warm, wet environment. But sinks and P-traps have thus far been overlooked as potential reservoirs of these microorganisms,” they said in a written statement.

Samples collected from 289 P-traps contained “a very similar community of yeasts and molds, showing that sinks in use in public environments share a role as reservoirs of fungal organisms,” they noted.

The fungi living in the traps survived conditions with high temperatures, low pH, and little in the way of nutrients. So what were they eating? Some varieties, they said, “use detergents, found in soap, as a source of carbon-rich food.” We’ll repeat that last part: They used the soap as food.

WARNING: Rant Ahead.

There are a lot of cleaning products for sale that say they will make your home safe by killing 99.9% of germs and bacteria. Not fungi, exactly, but we’re still talking microorganisms. Molds, bacteria, and viruses are all stuff that can infect humans and make them sick.

So you kill 99.9% of them. Great, but that leaves 0.1% that you just made angry. And what do they do next? They learn to eat soap. Then University of Reading investigators find out that all the extra hand washing going on during the COVID-19 pandemic was “clogging up sinks with nasty disease-causing bacteria.”

These are microorganisms we’re talking about people. They’ve been at this for a billion years! Rats can’t beat them, cockroaches won’t stop them – Earth’s ultimate survivors are powerless against the invisible horde.

We’re doomed.

Maybe the cow was late for its appointment

It’s been a long day running the front desk at your doctor’s office. People calling in prescriptions, a million appointments, you’ve been running yourself ragged keeping things together. Finally, it’s almost closing time. The last patient of the day has just checked out and you turn back to the waiting room, expecting to see it blessedly empty.

Instead, a 650-pound cow is staring at you.

“I’m sorry, sir or madam, we’re about to close.”

Moo.
 

tilo/Thinkstock

We can see that decision in your eyes

The cliché that eyes are the windows to the soul doesn’t tell the whole story about how telling eyes really are. It’s all about how they move. In a recent study, researchers determined that a type of eye movement known as a saccade reveals your choice before you even decide.

pxfuel

Saccades involve the eyes jumping from one fixation point to another, senior author Alaa Ahmed of the University of Colorado, Boulder, explained in a statement from the university. Saccade vigor was the key in how aligned the type of decisions were made by the 22 study participants.

In the study, subjects walked on a treadmill at varied inclines for a period of time. Then they sat in front of a monitor and a high-speed camera that tracked their eye movements as the monitor presented them with a series of exercise options. The participants had only 4 seconds to choose between them.

After they made their choices, participants went back on the treadmill to perform the exercises they had chosen. The researchers found that participants’ eyes jumped between the options slowly then faster to the option they eventually picked. The more impulsive decision-makers also tended to move their eyes even more rapidly before slowing down after a decision was made, making it pretty conclusive that the eyes were revealing their choices.

The way your eyes shift gives you away without saying a thing. Might be wise, then, to wear sunglasses to your next poker tournament.
 

Let them eat soap

Okay, we admit it: LOTME spends a lot of time in the bathroom. Today, though, we’re interested in the sinks. Specifically, the P-traps under the sinks. You know, the curvy bit that keeps sewer gas from wafting back into the room?

PxHere

Well, researchers from the University of Reading (England) recently found some fungi while examining a bunch of sinks on the university’s Whiteknights campus. “It isn’t a big surprise to find fungi in a warm, wet environment. But sinks and P-traps have thus far been overlooked as potential reservoirs of these microorganisms,” they said in a written statement.

Samples collected from 289 P-traps contained “a very similar community of yeasts and molds, showing that sinks in use in public environments share a role as reservoirs of fungal organisms,” they noted.

The fungi living in the traps survived conditions with high temperatures, low pH, and little in the way of nutrients. So what were they eating? Some varieties, they said, “use detergents, found in soap, as a source of carbon-rich food.” We’ll repeat that last part: They used the soap as food.

WARNING: Rant Ahead.

There are a lot of cleaning products for sale that say they will make your home safe by killing 99.9% of germs and bacteria. Not fungi, exactly, but we’re still talking microorganisms. Molds, bacteria, and viruses are all stuff that can infect humans and make them sick.

So you kill 99.9% of them. Great, but that leaves 0.1% that you just made angry. And what do they do next? They learn to eat soap. Then University of Reading investigators find out that all the extra hand washing going on during the COVID-19 pandemic was “clogging up sinks with nasty disease-causing bacteria.”

These are microorganisms we’re talking about people. They’ve been at this for a billion years! Rats can’t beat them, cockroaches won’t stop them – Earth’s ultimate survivors are powerless against the invisible horde.

We’re doomed.

Exposure to inhaled agents in the workplace could be putting people at risk of developing rheumatoid arthritis, according to research published in Annals of the Rheumatic Diseases.

In an analysis of data from the long-running Swedish Epidemiological Investigation of RA (EIRA) population-based cohort study, there was a 21% increased risk of RA and a 25% increased risk of anti–citrullinated protein antibody (ACPA)–positive RA associated with exposure to any occupationally inhaled agent.

LOOK PHOTO / Fotolia.com

“We have investigated a number of occupational airborne exposures and found that exposure for those agents infer a high risk for RA,” Lars Klareskog, MD, PhD, senior professor of rheumatology at the Karolinska Institute and Karolinska University Hospital (Solna) in Stockholm, said in an interview.

Dr. Klareskog, who is one of the lead authors of the published work, added that the risk is particularly high in individuals who had a genetic susceptibility and in those who smoked.

“The importance of this is that it further demonstrates that exposures to the lung may trigger immune reactions associated with the major subset of rheumatoid arthritis,” Dr. Klareskog said. “Second, it shows that those exposed to these agents should be very keen to not smoke.” “These findings further implicate the respiratory tract mucosa in ACPA-positive RA pathogenesis,” agreed Vanessa L. Kronzer, MD, of the Mayo Clinic in Rochester, Minn., and Jeffrey A. Sparks, MD, MMSc, of Brigham and Women’s Hospital and Harvard Medical School, both in Boston.

They also “impress the need for public policy initiatives related to occupational inhalants to prevent RA,” they suggested in an editorial.

Multiple occupational inhalable exposures assessed

In the analysis, the researchers assessed exposure to 32 inhalable agents in people with (n = 4,033) and without RA (n = 6,485). The list of agents considered included detergents, diesel engine exhaust, fine particulate matter, solvents, and agricultural chemicals.

A total of 17 agents showed a positive association with an increased risk of ACPA-positive RA. Dr. Kronzer and Dr. Sparks noted that breathing in insecticides and fungicides at work was associated with the highest odds ratios for having ACPA-positive RA (both 2.38).

“Importantly, both the number and duration of exposures exhibited a dose-response effect on RA risk,” the editorialists said.

They also picked out that there was “a gene-environment interaction for RA risk for certain inhalants,” including diesel engine exhaust, asbestos, carbon monoxide, and quartz dust.

Smoking amplified the risk for ACPA-positive RA associated with certain agents, such as detergents, and adding in genetic susceptibility for a third exposure increased the risk still further.

A key message is that there are many agents that can affect the airways and increase the risk of RA rather than there being a specific one, Dr. Klareskog said.

“On one hand, it’s a message of public health,” he said. Many public health authorities are aware of the potential risks of inhaled agents on the lung, “but this just adds another dimension that it’s bad also for rheumatoid arthritis.” Thus, greater efforts to help protect people from being exposed at work may be needed.

From the individual’s perspective, “if you have RA or other immune diseases in your family, then you may know that you’re at increased risk,” Dr. Klareskog said. The message here is perhaps to “be aware, [protect yourself], and stop smoking.”

The EIRA study was supported by funding from the Swedish Research Foundation for Health, Working Life, and Welfare, the Swedish Research Council, the AFA foundation, Region Stockholm, King Gustaf V’s 80-year foundation, and the Swedish Rheumatic Foundation. Dr. Klareskog and coauthors had no competing interests to disclose. Dr. Kronzer and Dr. Sparks had no disclosures of relevance to their comments.

Exposure to inhaled agents in the workplace could be putting people at risk of developing rheumatoid arthritis, according to research published in Annals of the Rheumatic Diseases.

In an analysis of data from the long-running Swedish Epidemiological Investigation of RA (EIRA) population-based cohort study, there was a 21% increased risk of RA and a 25% increased risk of anti–citrullinated protein antibody (ACPA)–positive RA associated with exposure to any occupationally inhaled agent.

LOOK PHOTO / Fotolia.com

“We have investigated a number of occupational airborne exposures and found that exposure for those agents infer a high risk for RA,” Lars Klareskog, MD, PhD, senior professor of rheumatology at the Karolinska Institute and Karolinska University Hospital (Solna) in Stockholm, said in an interview.

Dr. Klareskog, who is one of the lead authors of the published work, added that the risk is particularly high in individuals who had a genetic susceptibility and in those who smoked.

“The importance of this is that it further demonstrates that exposures to the lung may trigger immune reactions associated with the major subset of rheumatoid arthritis,” Dr. Klareskog said. “Second, it shows that those exposed to these agents should be very keen to not smoke.” “These findings further implicate the respiratory tract mucosa in ACPA-positive RA pathogenesis,” agreed Vanessa L. Kronzer, MD, of the Mayo Clinic in Rochester, Minn., and Jeffrey A. Sparks, MD, MMSc, of Brigham and Women’s Hospital and Harvard Medical School, both in Boston.

They also “impress the need for public policy initiatives related to occupational inhalants to prevent RA,” they suggested in an editorial.

Multiple occupational inhalable exposures assessed

In the analysis, the researchers assessed exposure to 32 inhalable agents in people with (n = 4,033) and without RA (n = 6,485). The list of agents considered included detergents, diesel engine exhaust, fine particulate matter, solvents, and agricultural chemicals.

A total of 17 agents showed a positive association with an increased risk of ACPA-positive RA. Dr. Kronzer and Dr. Sparks noted that breathing in insecticides and fungicides at work was associated with the highest odds ratios for having ACPA-positive RA (both 2.38).

“Importantly, both the number and duration of exposures exhibited a dose-response effect on RA risk,” the editorialists said.

They also picked out that there was “a gene-environment interaction for RA risk for certain inhalants,” including diesel engine exhaust, asbestos, carbon monoxide, and quartz dust.

Smoking amplified the risk for ACPA-positive RA associated with certain agents, such as detergents, and adding in genetic susceptibility for a third exposure increased the risk still further.

A key message is that there are many agents that can affect the airways and increase the risk of RA rather than there being a specific one, Dr. Klareskog said.

“On one hand, it’s a message of public health,” he said. Many public health authorities are aware of the potential risks of inhaled agents on the lung, “but this just adds another dimension that it’s bad also for rheumatoid arthritis.” Thus, greater efforts to help protect people from being exposed at work may be needed.

From the individual’s perspective, “if you have RA or other immune diseases in your family, then you may know that you’re at increased risk,” Dr. Klareskog said. The message here is perhaps to “be aware, [protect yourself], and stop smoking.”

The EIRA study was supported by funding from the Swedish Research Foundation for Health, Working Life, and Welfare, the Swedish Research Council, the AFA foundation, Region Stockholm, King Gustaf V’s 80-year foundation, and the Swedish Rheumatic Foundation. Dr. Klareskog and coauthors had no competing interests to disclose. Dr. Kronzer and Dr. Sparks had no disclosures of relevance to their comments.

Exposure to inhaled agents in the workplace could be putting people at risk of developing rheumatoid arthritis, according to research published in Annals of the Rheumatic Diseases.

In an analysis of data from the long-running Swedish Epidemiological Investigation of RA (EIRA) population-based cohort study, there was a 21% increased risk of RA and a 25% increased risk of anti–citrullinated protein antibody (ACPA)–positive RA associated with exposure to any occupationally inhaled agent.

LOOK PHOTO / Fotolia.com

“We have investigated a number of occupational airborne exposures and found that exposure for those agents infer a high risk for RA,” Lars Klareskog, MD, PhD, senior professor of rheumatology at the Karolinska Institute and Karolinska University Hospital (Solna) in Stockholm, said in an interview.

Dr. Klareskog, who is one of the lead authors of the published work, added that the risk is particularly high in individuals who had a genetic susceptibility and in those who smoked.

“The importance of this is that it further demonstrates that exposures to the lung may trigger immune reactions associated with the major subset of rheumatoid arthritis,” Dr. Klareskog said. “Second, it shows that those exposed to these agents should be very keen to not smoke.” “These findings further implicate the respiratory tract mucosa in ACPA-positive RA pathogenesis,” agreed Vanessa L. Kronzer, MD, of the Mayo Clinic in Rochester, Minn., and Jeffrey A. Sparks, MD, MMSc, of Brigham and Women’s Hospital and Harvard Medical School, both in Boston.

They also “impress the need for public policy initiatives related to occupational inhalants to prevent RA,” they suggested in an editorial.

Multiple occupational inhalable exposures assessed

In the analysis, the researchers assessed exposure to 32 inhalable agents in people with (n = 4,033) and without RA (n = 6,485). The list of agents considered included detergents, diesel engine exhaust, fine particulate matter, solvents, and agricultural chemicals.

A total of 17 agents showed a positive association with an increased risk of ACPA-positive RA. Dr. Kronzer and Dr. Sparks noted that breathing in insecticides and fungicides at work was associated with the highest odds ratios for having ACPA-positive RA (both 2.38).

“Importantly, both the number and duration of exposures exhibited a dose-response effect on RA risk,” the editorialists said.

They also picked out that there was “a gene-environment interaction for RA risk for certain inhalants,” including diesel engine exhaust, asbestos, carbon monoxide, and quartz dust.

Smoking amplified the risk for ACPA-positive RA associated with certain agents, such as detergents, and adding in genetic susceptibility for a third exposure increased the risk still further.

A key message is that there are many agents that can affect the airways and increase the risk of RA rather than there being a specific one, Dr. Klareskog said.

“On one hand, it’s a message of public health,” he said. Many public health authorities are aware of the potential risks of inhaled agents on the lung, “but this just adds another dimension that it’s bad also for rheumatoid arthritis.” Thus, greater efforts to help protect people from being exposed at work may be needed.

From the individual’s perspective, “if you have RA or other immune diseases in your family, then you may know that you’re at increased risk,” Dr. Klareskog said. The message here is perhaps to “be aware, [protect yourself], and stop smoking.”

The EIRA study was supported by funding from the Swedish Research Foundation for Health, Working Life, and Welfare, the Swedish Research Council, the AFA foundation, Region Stockholm, King Gustaf V’s 80-year foundation, and the Swedish Rheumatic Foundation. Dr. Klareskog and coauthors had no competing interests to disclose. Dr. Kronzer and Dr. Sparks had no disclosures of relevance to their comments.