Simplify Cardiac Risk Assessment for Rheumatologic Conditions

LONDON – Cardiovascular disease (CVD) risk assessment for patients with rheumatic diseases can be simple and integrated into general practice or rheumatology clinics, experts said during an Outcomes Science Session at the European Congress of Rheumatology

Patients with rheumatoid arthritis have a 50% higher risk of heart disease than do their counterparts without the disease, but “just having RA on its own isn’t sufficient to render that individual at high risk,” Dr. Naveed Sattar, professor of metabolic medicine at the University of Glasgow’s Institute of Cardiovascular and Medical Sciences in Scotland, said in an interview.

It’s simple enough to use traditional CVD risk factors in an RA population by including a patient’s age, gender, smoking status, and family history of heart disease, in addition to measuring blood pressure and blood lipid levels. Most risk scores will compile those features into a 10-year risk of a fatal CVD event. To account for the contribution of RA, Dr. Sattar said, simply multiply that score by 1.5.

While “there’s a fixation in some parts of Europe for [measuring] fasting lipids,” it is not necessary, Dr. Sattar said. The two lipid parameters that go in risk scores tend to be cholesterol and HDL cholesterol, he said, which change only minimally in fasting versus nonfasting states.

“The evidence overwhelmingly shows that nonfasting lipids, which can be done easily on the same sample as other clinic tests, are just as predictive of CVD risk as fasting lipids,” he said. “That really matters because many of our patients with RA or other conditions come to the hospital when they’re not fasting, and we shouldn’t be sending them away to come back fasting to do risk scores for CVD. That just doesn’t make sense.”

Updated guidelines from the European Society of Cardiology and guidelines soon to be released from the European League Against Rheumatism suggest that risk scores can be calculated every 5 years for most patients, a change from previous recommendations to calculate risk annually. Risk scoring is not perfect, however, and there is some debate about whether additional blood tests or ultrasound scanning of the carotid artery could augment the ability to predict heart disease risk. “We’re not quite there yet,” Dr. Sattar said. “I think we should do the simple things first and do them well.”

CV risk raised in all inflammatory arthritic diseases

During the same session, Dr. Paola de Pablo of the University of Birmingham, England, focused on how immune-mediated diseases predispose to premature, accelerated atherosclerosis and subsequent increased cardiovascular morbidity and mortality.

Cardiovascular risk is not only elevated in those with RA, she observed, but also in those with systemic lupus erythematosus, ankylosing spondylitis, psoriatic arthritis, vasculitides, and inflammatory myopathies. The risk varies but as a rule is more than 50% higher than the rate seen in the general population.

The underlying mechanisms are not clear, but chronic inflammation is closely linked with atherosclerosis, which in turn ups the risk for myocardial infarction and cerebrovascular accident.

Despite treatment, the risk often remains, Dr. de Pablo said. She highlighted how treatment with methotrexate and anti–tumor necrosis factor (TNF)–alpha drugs in RA had been associated with a reduction in the risk for heart attack of 20% and 40%, respectively (Ann Rheum Dis. 2014;74:480–89) so targeting inflammation with these drugs may have positive effects, at least in RA.

Managing traditional cardiovascular risk factors remains important, Dr. de Pablo said. That was a sentiment echoed by Dr. Sattar and by rheumatologist Dr. Michael Nurmohamed of the VU Medical Center in Amsterdam. This includes controlling blood pressure with antihypertensive medications and blood lipids with statins, and advocating smoking cessation and perhaps other appropriate lifestyle changes such as increasing physical exercise and controlling weight.

Dr. Nurmohamed, who was involved in the 2015 update of the EULAR recommendations on cardiovascular risk management, noted that traditional risk factor management in patients with arthritis in current clinical practice is often poor and that strategies to address this were urgently needed.

Although treating to-target and preventing disease flares in the rheumatic diseases is important, it lowers but does not normalize cardiovascular risk. “This appears to be irrespective of the drug used,” Dr. Nurmohamed said. Rheumatologists need to be careful when tapering medication, particularly the biologics, as these are perhaps helping to temper cardiovascular inflammation, which could worsen when doses are reduced. “Antirheumatic treatment only is not good enough to decrease or normalize the cardiovascular risk of our patients”, he emphasized.

Norwegian project shows how to integrate CVD assessment into routine practice

In a separate presentation, Dr. Eirik Ikdahl, a PhD student at Diakonhjemmet Hospital in Oslo, discussed how some rheumatology clinics in Norway are successfully incorporating CVD risk screening.

Through the Norwegian Collaboration on Atherosclerotic disease in patients with Rheumatic joint diseases (NOCAR), which started in April 2014, annual cardiovascular disease risk evaluations of patients with inflammatory joint diseases are being implemented into the practices of 11 rheumatology outpatient clinics. While waiting for clinic appointments, patients are given electronic devices through which they can report CVD risk factors via an electronic patient journal program called GoTreatIt Rheuma. From there, the clinic can order nonfasting lipid measurements and nurses can record patients’ blood pressure. 

Then, using the ESC Systematic Coronary Risk Evaluation (SCORE) algorithm, the program automatically calculates a patient’s 10-year risk of a fatal CVD event. If the SCORE estimate is 5% or greater, the rheumatologist forwards a note to the patient’s primary care physician or cardiologist saying there is an indication for initiation of CVD-preventive measures such as medication or lifestyle changes. Rheumatologists and rheumatology nurses also deliver brief advice regarding smoking cessation and healthy diet.

“The main aim of the project is to raise awareness of the cardiovascular burden that these patients experience, and to ensure that patients with inflammatory joint diseases receive guideline-recommended cardiovascular preventive treatment,” Dr. Ikdahl said.

Of 6,150 patients defined as eligible for the NOCAR project in three of the centers, 41% (n = 2,519) received a CVD risk assessment during the first year and a half of the program, officers found in a recent review. Of those, 1,569 had RA, 418 had ankylosing spondylitis, 350 had psoriatic arthritis, and 122 had other spondyloarthritides. 

Through the program, “a large number of high-risk patients have received screening that they would not otherwise have been offered,” Dr. Ikdahl said.

The major obstacles to successful implementation were time scarcity, defining a date for annual CVD risk assessment among patients who visit the clinics multiple times per year, and making sure lipids were measured before seeing the rheumatologist, he said. “We acknowledge there is room for improvement. It is challenging to implement new work tasks in an already busy rheumatology outpatient clinic, and since the project does not offer financial incentives to the participating centers, we rely on a collective effort and voluntary work based on resources already available.”

Remember CVD, but don’t forget other comorbidities

Other research presented by Dr. Laure Gossec, professor of rheumatology at Pitie-Salpétriere Hospital and Pierre & Marie Curie University in Paris highlighted the importance of identifying all comorbidities and their risk factors in patients with rheumatic diseases, and not just cardiovascular disease.

Dr. Gossec presented the results of an initiative aiming to make the collection and management of comorbidities easier in routine rheumatologic practice. The aim was to develop a simple, more pragmatic form that could be used to help rheumatologists manage selected comorbidities, and know when to refer for other specialist assessment. The focus was on ischemic cardiovascular disease, malignancies, infections such as chronic bronchitis, gastrointestinal disease such as diverticulitis, osteoporosis, and depression.

A committee of 18 experts, both physicians and nurses, was convened to examine the results of a systematic literature review of recommendations on comorbidity management and come up with concise recommendations for rheumatologists. Each of their recommendations covered whether or not the comorbidity was present (yes/no/don’t know) and if screening had been undertaken, such as measurement of blood lipids, and when this had occurred if known. There was then guidance on how to interpret these findings, calculate risk, and what to do if findings were abnormal.

The project is ongoing, and so far the expert panel has developed a pragmatic document with forms to help collect, report, and manage each specific comorbidity and its known risk factors. But it is still perhaps too long to be feasibly used in everyday practice, Dr. Gossec conceded. So the aim is to create a short, 2-page form that could summarize the recommendations briefly, and also develop a questionnaire for the patient to fill out and understand how to self-manage some comorbidities.

“We feel that this is a way to disseminate and adapt to the national context for France the EULAR comorbidities initiative,” Dr. Gossec said. “It also defines exactly what rheumatologists should be doing and when they should refer, hopefully to the benefit of our patients.”

Dr. Sattar has participated in advisory boards for Amgen, AstraZeneca, Boehringer Ingelheim, Eli Lily and UCB. He has also consulted for Merck and is a member of Roche’s speakers’ bureau. Dr. de Paolo and Dr. Nurmohamed reported no relevant financial disclosures. Dr. Ikdahl has received speaker’s honoraria from Pfizer. Dr. Gossec and coauthors have received honoraria from Abbvie France.

LONDON – Cardiovascular disease (CVD) risk assessment for patients with rheumatic diseases can be simple and integrated into general practice or rheumatology clinics, experts said during an Outcomes Science Session at the European Congress of Rheumatology

Patients with rheumatoid arthritis have a 50% higher risk of heart disease than do their counterparts without the disease, but “just having RA on its own isn’t sufficient to render that individual at high risk,” Dr. Naveed Sattar, professor of metabolic medicine at the University of Glasgow’s Institute of Cardiovascular and Medical Sciences in Scotland, said in an interview.

It’s simple enough to use traditional CVD risk factors in an RA population by including a patient’s age, gender, smoking status, and family history of heart disease, in addition to measuring blood pressure and blood lipid levels. Most risk scores will compile those features into a 10-year risk of a fatal CVD event. To account for the contribution of RA, Dr. Sattar said, simply multiply that score by 1.5.

While “there’s a fixation in some parts of Europe for [measuring] fasting lipids,” it is not necessary, Dr. Sattar said. The two lipid parameters that go in risk scores tend to be cholesterol and HDL cholesterol, he said, which change only minimally in fasting versus nonfasting states.

“The evidence overwhelmingly shows that nonfasting lipids, which can be done easily on the same sample as other clinic tests, are just as predictive of CVD risk as fasting lipids,” he said. “That really matters because many of our patients with RA or other conditions come to the hospital when they’re not fasting, and we shouldn’t be sending them away to come back fasting to do risk scores for CVD. That just doesn’t make sense.”

Updated guidelines from the European Society of Cardiology and guidelines soon to be released from the European League Against Rheumatism suggest that risk scores can be calculated every 5 years for most patients, a change from previous recommendations to calculate risk annually. Risk scoring is not perfect, however, and there is some debate about whether additional blood tests or ultrasound scanning of the carotid artery could augment the ability to predict heart disease risk. “We’re not quite there yet,” Dr. Sattar said. “I think we should do the simple things first and do them well.”

CV risk raised in all inflammatory arthritic diseases

During the same session, Dr. Paola de Pablo of the University of Birmingham, England, focused on how immune-mediated diseases predispose to premature, accelerated atherosclerosis and subsequent increased cardiovascular morbidity and mortality.

Cardiovascular risk is not only elevated in those with RA, she observed, but also in those with systemic lupus erythematosus, ankylosing spondylitis, psoriatic arthritis, vasculitides, and inflammatory myopathies. The risk varies but as a rule is more than 50% higher than the rate seen in the general population.

The underlying mechanisms are not clear, but chronic inflammation is closely linked with atherosclerosis, which in turn ups the risk for myocardial infarction and cerebrovascular accident.

Despite treatment, the risk often remains, Dr. de Pablo said. She highlighted how treatment with methotrexate and anti–tumor necrosis factor (TNF)–alpha drugs in RA had been associated with a reduction in the risk for heart attack of 20% and 40%, respectively (Ann Rheum Dis. 2014;74:480–89) so targeting inflammation with these drugs may have positive effects, at least in RA.

Managing traditional cardiovascular risk factors remains important, Dr. de Pablo said. That was a sentiment echoed by Dr. Sattar and by rheumatologist Dr. Michael Nurmohamed of the VU Medical Center in Amsterdam. This includes controlling blood pressure with antihypertensive medications and blood lipids with statins, and advocating smoking cessation and perhaps other appropriate lifestyle changes such as increasing physical exercise and controlling weight.

Dr. Nurmohamed, who was involved in the 2015 update of the EULAR recommendations on cardiovascular risk management, noted that traditional risk factor management in patients with arthritis in current clinical practice is often poor and that strategies to address this were urgently needed.

Although treating to-target and preventing disease flares in the rheumatic diseases is important, it lowers but does not normalize cardiovascular risk. “This appears to be irrespective of the drug used,” Dr. Nurmohamed said. Rheumatologists need to be careful when tapering medication, particularly the biologics, as these are perhaps helping to temper cardiovascular inflammation, which could worsen when doses are reduced. “Antirheumatic treatment only is not good enough to decrease or normalize the cardiovascular risk of our patients”, he emphasized.

Norwegian project shows how to integrate CVD assessment into routine practice

In a separate presentation, Dr. Eirik Ikdahl, a PhD student at Diakonhjemmet Hospital in Oslo, discussed how some rheumatology clinics in Norway are successfully incorporating CVD risk screening.

Through the Norwegian Collaboration on Atherosclerotic disease in patients with Rheumatic joint diseases (NOCAR), which started in April 2014, annual cardiovascular disease risk evaluations of patients with inflammatory joint diseases are being implemented into the practices of 11 rheumatology outpatient clinics. While waiting for clinic appointments, patients are given electronic devices through which they can report CVD risk factors via an electronic patient journal program called GoTreatIt Rheuma. From there, the clinic can order nonfasting lipid measurements and nurses can record patients’ blood pressure. 

Then, using the ESC Systematic Coronary Risk Evaluation (SCORE) algorithm, the program automatically calculates a patient’s 10-year risk of a fatal CVD event. If the SCORE estimate is 5% or greater, the rheumatologist forwards a note to the patient’s primary care physician or cardiologist saying there is an indication for initiation of CVD-preventive measures such as medication or lifestyle changes. Rheumatologists and rheumatology nurses also deliver brief advice regarding smoking cessation and healthy diet.

“The main aim of the project is to raise awareness of the cardiovascular burden that these patients experience, and to ensure that patients with inflammatory joint diseases receive guideline-recommended cardiovascular preventive treatment,” Dr. Ikdahl said.

Of 6,150 patients defined as eligible for the NOCAR project in three of the centers, 41% (n = 2,519) received a CVD risk assessment during the first year and a half of the program, officers found in a recent review. Of those, 1,569 had RA, 418 had ankylosing spondylitis, 350 had psoriatic arthritis, and 122 had other spondyloarthritides. 

Through the program, “a large number of high-risk patients have received screening that they would not otherwise have been offered,” Dr. Ikdahl said.

The major obstacles to successful implementation were time scarcity, defining a date for annual CVD risk assessment among patients who visit the clinics multiple times per year, and making sure lipids were measured before seeing the rheumatologist, he said. “We acknowledge there is room for improvement. It is challenging to implement new work tasks in an already busy rheumatology outpatient clinic, and since the project does not offer financial incentives to the participating centers, we rely on a collective effort and voluntary work based on resources already available.”

Remember CVD, but don’t forget other comorbidities

Other research presented by Dr. Laure Gossec, professor of rheumatology at Pitie-Salpétriere Hospital and Pierre & Marie Curie University in Paris highlighted the importance of identifying all comorbidities and their risk factors in patients with rheumatic diseases, and not just cardiovascular disease.

Dr. Gossec presented the results of an initiative aiming to make the collection and management of comorbidities easier in routine rheumatologic practice. The aim was to develop a simple, more pragmatic form that could be used to help rheumatologists manage selected comorbidities, and know when to refer for other specialist assessment. The focus was on ischemic cardiovascular disease, malignancies, infections such as chronic bronchitis, gastrointestinal disease such as diverticulitis, osteoporosis, and depression.

A committee of 18 experts, both physicians and nurses, was convened to examine the results of a systematic literature review of recommendations on comorbidity management and come up with concise recommendations for rheumatologists. Each of their recommendations covered whether or not the comorbidity was present (yes/no/don’t know) and if screening had been undertaken, such as measurement of blood lipids, and when this had occurred if known. There was then guidance on how to interpret these findings, calculate risk, and what to do if findings were abnormal.

The project is ongoing, and so far the expert panel has developed a pragmatic document with forms to help collect, report, and manage each specific comorbidity and its known risk factors. But it is still perhaps too long to be feasibly used in everyday practice, Dr. Gossec conceded. So the aim is to create a short, 2-page form that could summarize the recommendations briefly, and also develop a questionnaire for the patient to fill out and understand how to self-manage some comorbidities.

“We feel that this is a way to disseminate and adapt to the national context for France the EULAR comorbidities initiative,” Dr. Gossec said. “It also defines exactly what rheumatologists should be doing and when they should refer, hopefully to the benefit of our patients.”

Dr. Sattar has participated in advisory boards for Amgen, AstraZeneca, Boehringer Ingelheim, Eli Lily and UCB. He has also consulted for Merck and is a member of Roche’s speakers’ bureau. Dr. de Paolo and Dr. Nurmohamed reported no relevant financial disclosures. Dr. Ikdahl has received speaker’s honoraria from Pfizer. Dr. Gossec and coauthors have received honoraria from Abbvie France.

LONDON – Cardiovascular disease (CVD) risk assessment for patients with rheumatic diseases can be simple and integrated into general practice or rheumatology clinics, experts said during an Outcomes Science Session at the European Congress of Rheumatology

Patients with rheumatoid arthritis have a 50% higher risk of heart disease than do their counterparts without the disease, but “just having RA on its own isn’t sufficient to render that individual at high risk,” Dr. Naveed Sattar, professor of metabolic medicine at the University of Glasgow’s Institute of Cardiovascular and Medical Sciences in Scotland, said in an interview.

It’s simple enough to use traditional CVD risk factors in an RA population by including a patient’s age, gender, smoking status, and family history of heart disease, in addition to measuring blood pressure and blood lipid levels. Most risk scores will compile those features into a 10-year risk of a fatal CVD event. To account for the contribution of RA, Dr. Sattar said, simply multiply that score by 1.5.

While “there’s a fixation in some parts of Europe for [measuring] fasting lipids,” it is not necessary, Dr. Sattar said. The two lipid parameters that go in risk scores tend to be cholesterol and HDL cholesterol, he said, which change only minimally in fasting versus nonfasting states.

“The evidence overwhelmingly shows that nonfasting lipids, which can be done easily on the same sample as other clinic tests, are just as predictive of CVD risk as fasting lipids,” he said. “That really matters because many of our patients with RA or other conditions come to the hospital when they’re not fasting, and we shouldn’t be sending them away to come back fasting to do risk scores for CVD. That just doesn’t make sense.”

Updated guidelines from the European Society of Cardiology and guidelines soon to be released from the European League Against Rheumatism suggest that risk scores can be calculated every 5 years for most patients, a change from previous recommendations to calculate risk annually. Risk scoring is not perfect, however, and there is some debate about whether additional blood tests or ultrasound scanning of the carotid artery could augment the ability to predict heart disease risk. “We’re not quite there yet,” Dr. Sattar said. “I think we should do the simple things first and do them well.”

CV risk raised in all inflammatory arthritic diseases

During the same session, Dr. Paola de Pablo of the University of Birmingham, England, focused on how immune-mediated diseases predispose to premature, accelerated atherosclerosis and subsequent increased cardiovascular morbidity and mortality.

Cardiovascular risk is not only elevated in those with RA, she observed, but also in those with systemic lupus erythematosus, ankylosing spondylitis, psoriatic arthritis, vasculitides, and inflammatory myopathies. The risk varies but as a rule is more than 50% higher than the rate seen in the general population.

The underlying mechanisms are not clear, but chronic inflammation is closely linked with atherosclerosis, which in turn ups the risk for myocardial infarction and cerebrovascular accident.

Despite treatment, the risk often remains, Dr. de Pablo said. She highlighted how treatment with methotrexate and anti–tumor necrosis factor (TNF)–alpha drugs in RA had been associated with a reduction in the risk for heart attack of 20% and 40%, respectively (Ann Rheum Dis. 2014;74:480–89) so targeting inflammation with these drugs may have positive effects, at least in RA.

Managing traditional cardiovascular risk factors remains important, Dr. de Pablo said. That was a sentiment echoed by Dr. Sattar and by rheumatologist Dr. Michael Nurmohamed of the VU Medical Center in Amsterdam. This includes controlling blood pressure with antihypertensive medications and blood lipids with statins, and advocating smoking cessation and perhaps other appropriate lifestyle changes such as increasing physical exercise and controlling weight.

Dr. Nurmohamed, who was involved in the 2015 update of the EULAR recommendations on cardiovascular risk management, noted that traditional risk factor management in patients with arthritis in current clinical practice is often poor and that strategies to address this were urgently needed.

Although treating to-target and preventing disease flares in the rheumatic diseases is important, it lowers but does not normalize cardiovascular risk. “This appears to be irrespective of the drug used,” Dr. Nurmohamed said. Rheumatologists need to be careful when tapering medication, particularly the biologics, as these are perhaps helping to temper cardiovascular inflammation, which could worsen when doses are reduced. “Antirheumatic treatment only is not good enough to decrease or normalize the cardiovascular risk of our patients”, he emphasized.

Norwegian project shows how to integrate CVD assessment into routine practice

In a separate presentation, Dr. Eirik Ikdahl, a PhD student at Diakonhjemmet Hospital in Oslo, discussed how some rheumatology clinics in Norway are successfully incorporating CVD risk screening.

Through the Norwegian Collaboration on Atherosclerotic disease in patients with Rheumatic joint diseases (NOCAR), which started in April 2014, annual cardiovascular disease risk evaluations of patients with inflammatory joint diseases are being implemented into the practices of 11 rheumatology outpatient clinics. While waiting for clinic appointments, patients are given electronic devices through which they can report CVD risk factors via an electronic patient journal program called GoTreatIt Rheuma. From there, the clinic can order nonfasting lipid measurements and nurses can record patients’ blood pressure. 

Then, using the ESC Systematic Coronary Risk Evaluation (SCORE) algorithm, the program automatically calculates a patient’s 10-year risk of a fatal CVD event. If the SCORE estimate is 5% or greater, the rheumatologist forwards a note to the patient’s primary care physician or cardiologist saying there is an indication for initiation of CVD-preventive measures such as medication or lifestyle changes. Rheumatologists and rheumatology nurses also deliver brief advice regarding smoking cessation and healthy diet.

“The main aim of the project is to raise awareness of the cardiovascular burden that these patients experience, and to ensure that patients with inflammatory joint diseases receive guideline-recommended cardiovascular preventive treatment,” Dr. Ikdahl said.

Of 6,150 patients defined as eligible for the NOCAR project in three of the centers, 41% (n = 2,519) received a CVD risk assessment during the first year and a half of the program, officers found in a recent review. Of those, 1,569 had RA, 418 had ankylosing spondylitis, 350 had psoriatic arthritis, and 122 had other spondyloarthritides. 

Through the program, “a large number of high-risk patients have received screening that they would not otherwise have been offered,” Dr. Ikdahl said.

The major obstacles to successful implementation were time scarcity, defining a date for annual CVD risk assessment among patients who visit the clinics multiple times per year, and making sure lipids were measured before seeing the rheumatologist, he said. “We acknowledge there is room for improvement. It is challenging to implement new work tasks in an already busy rheumatology outpatient clinic, and since the project does not offer financial incentives to the participating centers, we rely on a collective effort and voluntary work based on resources already available.”

Remember CVD, but don’t forget other comorbidities

Other research presented by Dr. Laure Gossec, professor of rheumatology at Pitie-Salpétriere Hospital and Pierre & Marie Curie University in Paris highlighted the importance of identifying all comorbidities and their risk factors in patients with rheumatic diseases, and not just cardiovascular disease.

Dr. Gossec presented the results of an initiative aiming to make the collection and management of comorbidities easier in routine rheumatologic practice. The aim was to develop a simple, more pragmatic form that could be used to help rheumatologists manage selected comorbidities, and know when to refer for other specialist assessment. The focus was on ischemic cardiovascular disease, malignancies, infections such as chronic bronchitis, gastrointestinal disease such as diverticulitis, osteoporosis, and depression.

A committee of 18 experts, both physicians and nurses, was convened to examine the results of a systematic literature review of recommendations on comorbidity management and come up with concise recommendations for rheumatologists. Each of their recommendations covered whether or not the comorbidity was present (yes/no/don’t know) and if screening had been undertaken, such as measurement of blood lipids, and when this had occurred if known. There was then guidance on how to interpret these findings, calculate risk, and what to do if findings were abnormal.

The project is ongoing, and so far the expert panel has developed a pragmatic document with forms to help collect, report, and manage each specific comorbidity and its known risk factors. But it is still perhaps too long to be feasibly used in everyday practice, Dr. Gossec conceded. So the aim is to create a short, 2-page form that could summarize the recommendations briefly, and also develop a questionnaire for the patient to fill out and understand how to self-manage some comorbidities.

“We feel that this is a way to disseminate and adapt to the national context for France the EULAR comorbidities initiative,” Dr. Gossec said. “It also defines exactly what rheumatologists should be doing and when they should refer, hopefully to the benefit of our patients.”

Dr. Sattar has participated in advisory boards for Amgen, AstraZeneca, Boehringer Ingelheim, Eli Lily and UCB. He has also consulted for Merck and is a member of Roche’s speakers’ bureau. Dr. de Paolo and Dr. Nurmohamed reported no relevant financial disclosures. Dr. Ikdahl has received speaker’s honoraria from Pfizer. Dr. Gossec and coauthors have received honoraria from Abbvie France.