Music in the OR

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I am sure that even though Theodor Billroth and Johannes Brahms were close friends, Billroth never listened to music in his operating room. I’m pretty sure because the Victrola was invented around 1906 and the first commercial radio broadcast was in 1920. So unless Billroth hired a Viennese string quartet to play in his amphitheater, it is likely the operating room was a pretty quiet place.

Radios were the size of a small refrigerator into the 1940s when Bell Laboratories’ invention of the transistor technology permitted small units to play tinny music through speakers about 2 inches across. So, I would guess that Alfred Blalock didn’t listen to Elvis Presley or Buddy Holly during his pioneering days at Hopkins.  

By the late 1960s high-quality, recorded music was available on 8-track tapes invented by the Lear Jet Corporation. Music at that point was literally available everywhere and the OR became a theater once more for some surgeons. Cassette tapes followed, and Johnny Paycheck echoed in the heart room where I trained in Dallas – usually at high volume. When Apple changed the world with the iPod in 2001 and then the Internet streaming services emerged, it became possible to take out a gall bladder accompanied by Vladimir Horowitz or Madonna. And it happens routinely.  

As I write this, I am listening to a jazz streaming station. Music is one of the most important elements of my life. Yet, my operating room has had music on only one occasion since I became an attending surgeon. I love music too much for it to be in my OR. It not only relaxes me, which may not be entirely a good thing in surgery, but it engages my intellect, taking up needed CPU time which might be useful in avoiding catastrophe for the patient before me.

Not long ago this subject was the focus of a discussion thread on the ACS Communities. Many reported that they never listen to music in the OR, others said it was essential to their performance, and still others took a middle ground. Everyone said the music shouldn’t be loud; however, I can recall visiting a number of operating rooms in which loud was the standard volume setting. Most respondents spoke in terms of what they needed and like. Several felt that as captain of the SS Operating Room they had the final say of whether, what, and when music would be played.

I noted in the conversation justification, defensiveness, authoritarianism mixed with personal insight that is so characteristic of many surgeons. Of course, there isn’t a “right” answer here any more than there is in a number of OR traditions.  The evidence is all over the place except when it comes to volume. There, it is clear that loud music causes or exacerbates communications errors due to inability of the OR team to hear one another or distraction of the team from their primary task.

Music affects everyone in the OR. It represents one of many operating room components that hold the potential of both betterment of care or endangerment of the patient. To say that music in the OR is wrong is like saying propellers on aircraft are somehow wrong. Among the most serious injuries at general aviation airports is individuals walking into a spinning propeller; however, without the propeller the plane can’t fly and deliver its benefits enjoyed at large. The problem isn’t that propellers are evil. It is that they are invisible to the victim who ignores their dangers.

My point is that music is an example of the need for us to be aware of the primary and secondary effects of even the small things we do in the OR because innocuous as they seem, they have potential dangers. The Council on Surgical and Perioperative Care of which the ACS is a member, has more data and resources on their homepage (cspsteam.org) for those interested in the subject on distractions in the OR.  

So, what I’ve learned through listening to the music of my colleagues opinions is that when it comes to music, we need to be aware of the spinning propeller of noise pollution in the OR. Many invisible dangers inhabit the OR. Take a moment and listen for them.

Dr. Hughes is clinical professor in the department of surgery and director of medical education at the Kansas University School of Medicine, Salina Campus, and Co-Editor of ACS Surgery News.

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I am sure that even though Theodor Billroth and Johannes Brahms were close friends, Billroth never listened to music in his operating room. I’m pretty sure because the Victrola was invented around 1906 and the first commercial radio broadcast was in 1920. So unless Billroth hired a Viennese string quartet to play in his amphitheater, it is likely the operating room was a pretty quiet place.

Radios were the size of a small refrigerator into the 1940s when Bell Laboratories’ invention of the transistor technology permitted small units to play tinny music through speakers about 2 inches across. So, I would guess that Alfred Blalock didn’t listen to Elvis Presley or Buddy Holly during his pioneering days at Hopkins.  

By the late 1960s high-quality, recorded music was available on 8-track tapes invented by the Lear Jet Corporation. Music at that point was literally available everywhere and the OR became a theater once more for some surgeons. Cassette tapes followed, and Johnny Paycheck echoed in the heart room where I trained in Dallas – usually at high volume. When Apple changed the world with the iPod in 2001 and then the Internet streaming services emerged, it became possible to take out a gall bladder accompanied by Vladimir Horowitz or Madonna. And it happens routinely.  

As I write this, I am listening to a jazz streaming station. Music is one of the most important elements of my life. Yet, my operating room has had music on only one occasion since I became an attending surgeon. I love music too much for it to be in my OR. It not only relaxes me, which may not be entirely a good thing in surgery, but it engages my intellect, taking up needed CPU time which might be useful in avoiding catastrophe for the patient before me.

Not long ago this subject was the focus of a discussion thread on the ACS Communities. Many reported that they never listen to music in the OR, others said it was essential to their performance, and still others took a middle ground. Everyone said the music shouldn’t be loud; however, I can recall visiting a number of operating rooms in which loud was the standard volume setting. Most respondents spoke in terms of what they needed and like. Several felt that as captain of the SS Operating Room they had the final say of whether, what, and when music would be played.

I noted in the conversation justification, defensiveness, authoritarianism mixed with personal insight that is so characteristic of many surgeons. Of course, there isn’t a “right” answer here any more than there is in a number of OR traditions.  The evidence is all over the place except when it comes to volume. There, it is clear that loud music causes or exacerbates communications errors due to inability of the OR team to hear one another or distraction of the team from their primary task.

Music affects everyone in the OR. It represents one of many operating room components that hold the potential of both betterment of care or endangerment of the patient. To say that music in the OR is wrong is like saying propellers on aircraft are somehow wrong. Among the most serious injuries at general aviation airports is individuals walking into a spinning propeller; however, without the propeller the plane can’t fly and deliver its benefits enjoyed at large. The problem isn’t that propellers are evil. It is that they are invisible to the victim who ignores their dangers.

My point is that music is an example of the need for us to be aware of the primary and secondary effects of even the small things we do in the OR because innocuous as they seem, they have potential dangers. The Council on Surgical and Perioperative Care of which the ACS is a member, has more data and resources on their homepage (cspsteam.org) for those interested in the subject on distractions in the OR.  

So, what I’ve learned through listening to the music of my colleagues opinions is that when it comes to music, we need to be aware of the spinning propeller of noise pollution in the OR. Many invisible dangers inhabit the OR. Take a moment and listen for them.

Dr. Hughes is clinical professor in the department of surgery and director of medical education at the Kansas University School of Medicine, Salina Campus, and Co-Editor of ACS Surgery News.

I am sure that even though Theodor Billroth and Johannes Brahms were close friends, Billroth never listened to music in his operating room. I’m pretty sure because the Victrola was invented around 1906 and the first commercial radio broadcast was in 1920. So unless Billroth hired a Viennese string quartet to play in his amphitheater, it is likely the operating room was a pretty quiet place.

Radios were the size of a small refrigerator into the 1940s when Bell Laboratories’ invention of the transistor technology permitted small units to play tinny music through speakers about 2 inches across. So, I would guess that Alfred Blalock didn’t listen to Elvis Presley or Buddy Holly during his pioneering days at Hopkins.  

By the late 1960s high-quality, recorded music was available on 8-track tapes invented by the Lear Jet Corporation. Music at that point was literally available everywhere and the OR became a theater once more for some surgeons. Cassette tapes followed, and Johnny Paycheck echoed in the heart room where I trained in Dallas – usually at high volume. When Apple changed the world with the iPod in 2001 and then the Internet streaming services emerged, it became possible to take out a gall bladder accompanied by Vladimir Horowitz or Madonna. And it happens routinely.  

As I write this, I am listening to a jazz streaming station. Music is one of the most important elements of my life. Yet, my operating room has had music on only one occasion since I became an attending surgeon. I love music too much for it to be in my OR. It not only relaxes me, which may not be entirely a good thing in surgery, but it engages my intellect, taking up needed CPU time which might be useful in avoiding catastrophe for the patient before me.

Not long ago this subject was the focus of a discussion thread on the ACS Communities. Many reported that they never listen to music in the OR, others said it was essential to their performance, and still others took a middle ground. Everyone said the music shouldn’t be loud; however, I can recall visiting a number of operating rooms in which loud was the standard volume setting. Most respondents spoke in terms of what they needed and like. Several felt that as captain of the SS Operating Room they had the final say of whether, what, and when music would be played.

I noted in the conversation justification, defensiveness, authoritarianism mixed with personal insight that is so characteristic of many surgeons. Of course, there isn’t a “right” answer here any more than there is in a number of OR traditions.  The evidence is all over the place except when it comes to volume. There, it is clear that loud music causes or exacerbates communications errors due to inability of the OR team to hear one another or distraction of the team from their primary task.

Music affects everyone in the OR. It represents one of many operating room components that hold the potential of both betterment of care or endangerment of the patient. To say that music in the OR is wrong is like saying propellers on aircraft are somehow wrong. Among the most serious injuries at general aviation airports is individuals walking into a spinning propeller; however, without the propeller the plane can’t fly and deliver its benefits enjoyed at large. The problem isn’t that propellers are evil. It is that they are invisible to the victim who ignores their dangers.

My point is that music is an example of the need for us to be aware of the primary and secondary effects of even the small things we do in the OR because innocuous as they seem, they have potential dangers. The Council on Surgical and Perioperative Care of which the ACS is a member, has more data and resources on their homepage (cspsteam.org) for those interested in the subject on distractions in the OR.  

So, what I’ve learned through listening to the music of my colleagues opinions is that when it comes to music, we need to be aware of the spinning propeller of noise pollution in the OR. Many invisible dangers inhabit the OR. Take a moment and listen for them.

Dr. Hughes is clinical professor in the department of surgery and director of medical education at the Kansas University School of Medicine, Salina Campus, and Co-Editor of ACS Surgery News.

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MACRA: Not going away any time soon

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MACRA is now a fact of life.

Implementation of the Medicare Access and CHIP Reauthorization Act (MACRA), the historic Medicare reform law that replaced the Sustainable Growth Rate (SGR) formula in 2015, began in January 2017. Patrick V. Bailey, MD, FACS, Medical Director, Advocacy, in the American College of Surgeons (ACS) Division of Advocacy and Health Policy (DAHP) office in Washington DC has, for the past several years, been involved with ensuring that the policy implemented takes into account the interests of surgeons and their patients. He has seen MACRA develop from its beginnings. Dr. Bailey, a pediatric surgeon, has deep knowledge about the program, both from the policy perspective and as a surgeon. We asked Dr. Bailey to share with us his insights on what surgeons can expect and what surgeons can do to avoid penalties.



1) Many surgeons are overwhelmed by the perceived complexity of the new MACRA law. What do you say to those who have so far tuned out much of the information they have been given?



A few thoughts. First, we really do understand that the concerns about the complexity are real. Some of those very real feelings come out of a basic aversion to change. Some come from the overall stress and uncertainty surrounding the constant changes in our health care system that have been ongoing for years. And some are the result of the continuously expanding administrative burden. We get it.

Is MACRA exactly what we surgeons would wish for? No, but those of us who have worked in the policy process feel our efforts had a positive impact on how this legislation played out. More importantly, we are absolutely confident that, for 2017, ALL surgeons can avoid a penalty.

From a pragmatic perspective, the implementation of MACRA is going forward, and burying one’s head in the sand will not make it go away. Therefore, it is imperative that surgeons devote some time to understanding the new Quality Payment Program, or QPP, which is the operationalization of the MACRA law. Even a very limited time investment will pay dividends in the Medicare payment they receive in 2019, based on their performance in 2017.

So, if you have avoided dealing with this up until now, I urge you to set aside an hour or so to look at the materials that the ACS has prepared. The reporting requirements may look much less daunting once you become familiar with them.

Again, I am confident that surgeons can and will be successful (as defined by either avoiding a penalty or receiving a small positive rate update), if they take some time to acquire some basic knowledge about the program, make an assessment of their individual practice situation, determine the best course for their individual situation, and take the necessary actions to meet the requirements for the choices they have made.

Fortunately, there is still more than ample time to get started and ACS has developed resources for Fellows to assist them in educating themselves about the program and making their individual choices about their level of participation.



2) With all the talk of change to the Affordable Care Act (ACA), how likely is it that all of this will simply “go away”?



The ACA and MACRA are separate and different pieces of legislation from a temporal, process, policy, and political perspective. In fact, despite the fact that the ACS and other medical specialty groups specifically advocated for language repealing the SGR be included in the ACA in 2010, that did not occur. Therefore, the efforts directed at repealing the SGR took another 5 years and ultimately culminated in the passage of MACRA in 2015.

Many will recall the contentious process and political repercussions that resulted in the passage of the ACA. In contrast, leaders from both political parties worked cooperatively on the SGR repeal legislation we now know as MACRA. This resulted in the MACRA legislation being passed in a very bipartisan manner with only 37 of the 435 members of the House and 8 of the 100 members of the Senate voting against the law.

Accordingly, while we believe there will be a need for some specific, targeted legislative “fixes” and regulatory relief actions from CMS (Centers for Medicare and Medicaid Services) to address faults in the QPP (and the ACS will continue our efforts in this direction), it is highly unlikely that MACRA will be repealed or that it will change significantly in the near-term future.



3) What is the starting point for surgeons who want to learn more and begin the process of determining how best to participate?



There is a relatively straightforward process, which revolves around a series of questions and individual decisions.

First, surgeons should determine if all their Merit-based Incentive Payment System (MIPS) data will be reported by their institution or group via a group reporting option (GPRO). For those surgeons, whose data are so reported, they are done and there is nothing further for them to do.

If their data are not reported for them via a GPRO, then they should determine if CMS has notified them that they are exempt from participating in MIPS due to the low volume threshold. If you see 100 or fewer Medicare patients annually or one submits $30,000 or less in Medicare claims, you are not eligible for MIPS incentives or subject to its penalties.

However, this is not a determination that individual Fellows can make on their own based on data they may have on hand based on prior calendar or fiscal years. Instead, CMS makes the determination based on a specific period and notifies individual providers who are so exempted. It is also our understanding that a website, where one can check whether they have been excluded based on the low volume threshold, is forthcoming from CMS. When this website becomes available, ACS will make sure Fellows are informed.

If your data are not reported via a GPRO and you do not receive notification from CMS that you are exempt based on the low-volume threshold, then you have choices to make – having choices is a good thing.

For those who want to compete for positive updates in their Medicare payment rates in 2019 based on their reporting in 2017, I recommend they first visit facs.org/qpp where we have made available a variety of resources in print, video, and PowerPoint formats to assist Fellows in making their plans for participating for either a full or partial year. The update received will depend on performance and not on the amount of data submitted or the time of participation. That said, for those who plan to fully engage, participation over a longer period of time provides more opportunity for improvement and, thus, increases the potential for better performance.



4) What about surgeons who simply want to avoid a penalty and forgo any chance for a positive update?



If your goal for 2017 is to simply avoid a penalty, CMS only requires data be submitted for only one of the three components of MIPS that will be reported this year. Here again for 2017, you have a choice to submit:

A) The required base score measures for your EHR (now known as Advancing Care Information) OR

B) Participation in one Improvement Activity for 90 days, which is reported by simple attestation OR

C) Submit one Quality measure on one patient, which may be reported by a registry, a qualified clinical data registry (QCDR), an EHR or, traditional claims

 

 

One very important point to note is that one is NOT required to have a certified EHR to avoid a penalty for 2017. I believe this point alone has been the source of a lot of misunderstanding and anxiety about the QPP and MIPS.

Another key point is that, by simply engaging in one Improvement Activity (such as Maintenance of Certification Part IV, registering with your state’s prescription drug monitoring program, or use of the ACS’ Surgical Risk Calculator) and attesting to having done so with the ACS Surgeon Specific Registry (SSR) or the CMS web portal, one can avoid a penalty.

Alternatively, using the SSR to submit one Quality measure on one patient will also suffice to prevent one from receiving a penalty in 2019 based on their 2017 performance.

It is relatively easy to avoid any negative financial implications of MIPS in 2017, but it does require some effort, albeit minimal. It is also important for Fellows to remember that, since MIPS is essentially a tournament model, those who choose not to participate will take the penalty that provides the funds used to reward those who do participate. I think most surgeons will want to participate, even if only at the minimal levels outlined above, in order to avoid “paying for” another provider’s positive update.



5) What are the consequences of not participating at the minimal levels you just described and choosing to submit no data?



That question is perhaps best addressed in the form of a comparison between 2016 and 2017.

In 2016, if one did not report any PQRS (Physician Quality Reporting System) data and did not participate in the electronic health record meaningful use program, their lack of participation would result in a 10% negative payment adjustment in 2018. In 2017, if one chooses not to submit the minimal amount of data for either the ACI, Improvement Activity, or Quality components as discussed previously, that lack of participation will lead to a 4% negative payment adjustment in 2019.

In effect, those who have never participated and continue to not do so will see a 6% increase in their Medicare reimbursement in 2019 compared to what they receive in 2018.

However, we DO NOT recommend this option because, in future years, the negative payment adjustments will gradually increase to 9%. Accordingly, we encourage Fellows to use 2017 as a period to learn and get familiar and more comfortable with the reporting of data so that they will be better prepared to be successful in those future years when the stakes are higher.



6) You have mentioned the resources ACS has prepared to assist Fellows with this transition. Can you be more specific about what is available?



The ACS one-stop shop is the Quality Payment Program Resource Center found at www.facs.org/qpp.

Fellows who attended the Clinical Congress in Washington last October likely received a copy of the MACRA Quality Payment Manual which was developed to help educate Fellows about the QPP. That manual has subsequently been totally revamped and updated to reflect the changes to the QPP as reflected in the final rule. We highly encourage Fellows to obtain and read the latest version – it is available as individual sections or as the complete publication on the facs.org/qpp webpage.

Also available on the QPP webpage is the second generation of the video series we first created last fall. There are now a total of 6 videos with a run time for the entire series of approximately 30 minutes. The videos cover a wide spectrum of topics including the historical background and context of MACRA, an introduction to MIPS, and three individual videos dedicated to MIPS components: Quality, Advancing Care Information and Improvement Activity, and a video outlining the options for participation in 2017.

The PowerPoint presentations seen in the videos are also available, as are links to specific CMS web pages and more information on ACS’ efforts to develop advanced alternative payment models (APMs) for surgeons.

We will continue to update the website throughout the year in our ongoing efforts to refine the resources to be the most useful to Fellows.

I would encourage all Fellows to visit the website, watch the videos, and read the manual. I realize time is a precious commodity, but with a total time investment of 60-90 minutes, one can acquire an operational knowledge of the QPP and make a determination as to how they wish to participate.

Again, no Fellow should settle for accepting a penalty in 2019 based on what they do this year. With the multiple options available, it is simply too easy to avoid and to do so would effectively serve to put their money in someone else’s pocket. For those who feel more prepared (that is, they have previously reported PQRS data and have a 2014 or 2015 edition EHR) and wish to seek a positive rate update, investment of more time will obviously be required. However, in addition to the small positive payment update they will likely receive, probably the most substantial benefit to be derived is their preparation for future years when the incentives and penalties increase to +/- 9%.

Finally, ACS “has your back” on coping with MACRA and as always, ACS staff in Chicago and Washington are available to assist Fellows with their preparation, to answer questions about the program and the reporting requirements, or to provide general or specific direction in their efforts to navigate the QPP.
 

 

 

Publications
Topics
Sections

 

MACRA is now a fact of life.

Implementation of the Medicare Access and CHIP Reauthorization Act (MACRA), the historic Medicare reform law that replaced the Sustainable Growth Rate (SGR) formula in 2015, began in January 2017. Patrick V. Bailey, MD, FACS, Medical Director, Advocacy, in the American College of Surgeons (ACS) Division of Advocacy and Health Policy (DAHP) office in Washington DC has, for the past several years, been involved with ensuring that the policy implemented takes into account the interests of surgeons and their patients. He has seen MACRA develop from its beginnings. Dr. Bailey, a pediatric surgeon, has deep knowledge about the program, both from the policy perspective and as a surgeon. We asked Dr. Bailey to share with us his insights on what surgeons can expect and what surgeons can do to avoid penalties.



1) Many surgeons are overwhelmed by the perceived complexity of the new MACRA law. What do you say to those who have so far tuned out much of the information they have been given?



A few thoughts. First, we really do understand that the concerns about the complexity are real. Some of those very real feelings come out of a basic aversion to change. Some come from the overall stress and uncertainty surrounding the constant changes in our health care system that have been ongoing for years. And some are the result of the continuously expanding administrative burden. We get it.

Is MACRA exactly what we surgeons would wish for? No, but those of us who have worked in the policy process feel our efforts had a positive impact on how this legislation played out. More importantly, we are absolutely confident that, for 2017, ALL surgeons can avoid a penalty.

From a pragmatic perspective, the implementation of MACRA is going forward, and burying one’s head in the sand will not make it go away. Therefore, it is imperative that surgeons devote some time to understanding the new Quality Payment Program, or QPP, which is the operationalization of the MACRA law. Even a very limited time investment will pay dividends in the Medicare payment they receive in 2019, based on their performance in 2017.

So, if you have avoided dealing with this up until now, I urge you to set aside an hour or so to look at the materials that the ACS has prepared. The reporting requirements may look much less daunting once you become familiar with them.

Again, I am confident that surgeons can and will be successful (as defined by either avoiding a penalty or receiving a small positive rate update), if they take some time to acquire some basic knowledge about the program, make an assessment of their individual practice situation, determine the best course for their individual situation, and take the necessary actions to meet the requirements for the choices they have made.

Fortunately, there is still more than ample time to get started and ACS has developed resources for Fellows to assist them in educating themselves about the program and making their individual choices about their level of participation.



2) With all the talk of change to the Affordable Care Act (ACA), how likely is it that all of this will simply “go away”?



The ACA and MACRA are separate and different pieces of legislation from a temporal, process, policy, and political perspective. In fact, despite the fact that the ACS and other medical specialty groups specifically advocated for language repealing the SGR be included in the ACA in 2010, that did not occur. Therefore, the efforts directed at repealing the SGR took another 5 years and ultimately culminated in the passage of MACRA in 2015.

Many will recall the contentious process and political repercussions that resulted in the passage of the ACA. In contrast, leaders from both political parties worked cooperatively on the SGR repeal legislation we now know as MACRA. This resulted in the MACRA legislation being passed in a very bipartisan manner with only 37 of the 435 members of the House and 8 of the 100 members of the Senate voting against the law.

Accordingly, while we believe there will be a need for some specific, targeted legislative “fixes” and regulatory relief actions from CMS (Centers for Medicare and Medicaid Services) to address faults in the QPP (and the ACS will continue our efforts in this direction), it is highly unlikely that MACRA will be repealed or that it will change significantly in the near-term future.



3) What is the starting point for surgeons who want to learn more and begin the process of determining how best to participate?



There is a relatively straightforward process, which revolves around a series of questions and individual decisions.

First, surgeons should determine if all their Merit-based Incentive Payment System (MIPS) data will be reported by their institution or group via a group reporting option (GPRO). For those surgeons, whose data are so reported, they are done and there is nothing further for them to do.

If their data are not reported for them via a GPRO, then they should determine if CMS has notified them that they are exempt from participating in MIPS due to the low volume threshold. If you see 100 or fewer Medicare patients annually or one submits $30,000 or less in Medicare claims, you are not eligible for MIPS incentives or subject to its penalties.

However, this is not a determination that individual Fellows can make on their own based on data they may have on hand based on prior calendar or fiscal years. Instead, CMS makes the determination based on a specific period and notifies individual providers who are so exempted. It is also our understanding that a website, where one can check whether they have been excluded based on the low volume threshold, is forthcoming from CMS. When this website becomes available, ACS will make sure Fellows are informed.

If your data are not reported via a GPRO and you do not receive notification from CMS that you are exempt based on the low-volume threshold, then you have choices to make – having choices is a good thing.

For those who want to compete for positive updates in their Medicare payment rates in 2019 based on their reporting in 2017, I recommend they first visit facs.org/qpp where we have made available a variety of resources in print, video, and PowerPoint formats to assist Fellows in making their plans for participating for either a full or partial year. The update received will depend on performance and not on the amount of data submitted or the time of participation. That said, for those who plan to fully engage, participation over a longer period of time provides more opportunity for improvement and, thus, increases the potential for better performance.



4) What about surgeons who simply want to avoid a penalty and forgo any chance for a positive update?



If your goal for 2017 is to simply avoid a penalty, CMS only requires data be submitted for only one of the three components of MIPS that will be reported this year. Here again for 2017, you have a choice to submit:

A) The required base score measures for your EHR (now known as Advancing Care Information) OR

B) Participation in one Improvement Activity for 90 days, which is reported by simple attestation OR

C) Submit one Quality measure on one patient, which may be reported by a registry, a qualified clinical data registry (QCDR), an EHR or, traditional claims

 

 

One very important point to note is that one is NOT required to have a certified EHR to avoid a penalty for 2017. I believe this point alone has been the source of a lot of misunderstanding and anxiety about the QPP and MIPS.

Another key point is that, by simply engaging in one Improvement Activity (such as Maintenance of Certification Part IV, registering with your state’s prescription drug monitoring program, or use of the ACS’ Surgical Risk Calculator) and attesting to having done so with the ACS Surgeon Specific Registry (SSR) or the CMS web portal, one can avoid a penalty.

Alternatively, using the SSR to submit one Quality measure on one patient will also suffice to prevent one from receiving a penalty in 2019 based on their 2017 performance.

It is relatively easy to avoid any negative financial implications of MIPS in 2017, but it does require some effort, albeit minimal. It is also important for Fellows to remember that, since MIPS is essentially a tournament model, those who choose not to participate will take the penalty that provides the funds used to reward those who do participate. I think most surgeons will want to participate, even if only at the minimal levels outlined above, in order to avoid “paying for” another provider’s positive update.



5) What are the consequences of not participating at the minimal levels you just described and choosing to submit no data?



That question is perhaps best addressed in the form of a comparison between 2016 and 2017.

In 2016, if one did not report any PQRS (Physician Quality Reporting System) data and did not participate in the electronic health record meaningful use program, their lack of participation would result in a 10% negative payment adjustment in 2018. In 2017, if one chooses not to submit the minimal amount of data for either the ACI, Improvement Activity, or Quality components as discussed previously, that lack of participation will lead to a 4% negative payment adjustment in 2019.

In effect, those who have never participated and continue to not do so will see a 6% increase in their Medicare reimbursement in 2019 compared to what they receive in 2018.

However, we DO NOT recommend this option because, in future years, the negative payment adjustments will gradually increase to 9%. Accordingly, we encourage Fellows to use 2017 as a period to learn and get familiar and more comfortable with the reporting of data so that they will be better prepared to be successful in those future years when the stakes are higher.



6) You have mentioned the resources ACS has prepared to assist Fellows with this transition. Can you be more specific about what is available?



The ACS one-stop shop is the Quality Payment Program Resource Center found at www.facs.org/qpp.

Fellows who attended the Clinical Congress in Washington last October likely received a copy of the MACRA Quality Payment Manual which was developed to help educate Fellows about the QPP. That manual has subsequently been totally revamped and updated to reflect the changes to the QPP as reflected in the final rule. We highly encourage Fellows to obtain and read the latest version – it is available as individual sections or as the complete publication on the facs.org/qpp webpage.

Also available on the QPP webpage is the second generation of the video series we first created last fall. There are now a total of 6 videos with a run time for the entire series of approximately 30 minutes. The videos cover a wide spectrum of topics including the historical background and context of MACRA, an introduction to MIPS, and three individual videos dedicated to MIPS components: Quality, Advancing Care Information and Improvement Activity, and a video outlining the options for participation in 2017.

The PowerPoint presentations seen in the videos are also available, as are links to specific CMS web pages and more information on ACS’ efforts to develop advanced alternative payment models (APMs) for surgeons.

We will continue to update the website throughout the year in our ongoing efforts to refine the resources to be the most useful to Fellows.

I would encourage all Fellows to visit the website, watch the videos, and read the manual. I realize time is a precious commodity, but with a total time investment of 60-90 minutes, one can acquire an operational knowledge of the QPP and make a determination as to how they wish to participate.

Again, no Fellow should settle for accepting a penalty in 2019 based on what they do this year. With the multiple options available, it is simply too easy to avoid and to do so would effectively serve to put their money in someone else’s pocket. For those who feel more prepared (that is, they have previously reported PQRS data and have a 2014 or 2015 edition EHR) and wish to seek a positive rate update, investment of more time will obviously be required. However, in addition to the small positive payment update they will likely receive, probably the most substantial benefit to be derived is their preparation for future years when the incentives and penalties increase to +/- 9%.

Finally, ACS “has your back” on coping with MACRA and as always, ACS staff in Chicago and Washington are available to assist Fellows with their preparation, to answer questions about the program and the reporting requirements, or to provide general or specific direction in their efforts to navigate the QPP.
 

 

 

 

MACRA is now a fact of life.

Implementation of the Medicare Access and CHIP Reauthorization Act (MACRA), the historic Medicare reform law that replaced the Sustainable Growth Rate (SGR) formula in 2015, began in January 2017. Patrick V. Bailey, MD, FACS, Medical Director, Advocacy, in the American College of Surgeons (ACS) Division of Advocacy and Health Policy (DAHP) office in Washington DC has, for the past several years, been involved with ensuring that the policy implemented takes into account the interests of surgeons and their patients. He has seen MACRA develop from its beginnings. Dr. Bailey, a pediatric surgeon, has deep knowledge about the program, both from the policy perspective and as a surgeon. We asked Dr. Bailey to share with us his insights on what surgeons can expect and what surgeons can do to avoid penalties.



1) Many surgeons are overwhelmed by the perceived complexity of the new MACRA law. What do you say to those who have so far tuned out much of the information they have been given?



A few thoughts. First, we really do understand that the concerns about the complexity are real. Some of those very real feelings come out of a basic aversion to change. Some come from the overall stress and uncertainty surrounding the constant changes in our health care system that have been ongoing for years. And some are the result of the continuously expanding administrative burden. We get it.

Is MACRA exactly what we surgeons would wish for? No, but those of us who have worked in the policy process feel our efforts had a positive impact on how this legislation played out. More importantly, we are absolutely confident that, for 2017, ALL surgeons can avoid a penalty.

From a pragmatic perspective, the implementation of MACRA is going forward, and burying one’s head in the sand will not make it go away. Therefore, it is imperative that surgeons devote some time to understanding the new Quality Payment Program, or QPP, which is the operationalization of the MACRA law. Even a very limited time investment will pay dividends in the Medicare payment they receive in 2019, based on their performance in 2017.

So, if you have avoided dealing with this up until now, I urge you to set aside an hour or so to look at the materials that the ACS has prepared. The reporting requirements may look much less daunting once you become familiar with them.

Again, I am confident that surgeons can and will be successful (as defined by either avoiding a penalty or receiving a small positive rate update), if they take some time to acquire some basic knowledge about the program, make an assessment of their individual practice situation, determine the best course for their individual situation, and take the necessary actions to meet the requirements for the choices they have made.

Fortunately, there is still more than ample time to get started and ACS has developed resources for Fellows to assist them in educating themselves about the program and making their individual choices about their level of participation.



2) With all the talk of change to the Affordable Care Act (ACA), how likely is it that all of this will simply “go away”?



The ACA and MACRA are separate and different pieces of legislation from a temporal, process, policy, and political perspective. In fact, despite the fact that the ACS and other medical specialty groups specifically advocated for language repealing the SGR be included in the ACA in 2010, that did not occur. Therefore, the efforts directed at repealing the SGR took another 5 years and ultimately culminated in the passage of MACRA in 2015.

Many will recall the contentious process and political repercussions that resulted in the passage of the ACA. In contrast, leaders from both political parties worked cooperatively on the SGR repeal legislation we now know as MACRA. This resulted in the MACRA legislation being passed in a very bipartisan manner with only 37 of the 435 members of the House and 8 of the 100 members of the Senate voting against the law.

Accordingly, while we believe there will be a need for some specific, targeted legislative “fixes” and regulatory relief actions from CMS (Centers for Medicare and Medicaid Services) to address faults in the QPP (and the ACS will continue our efforts in this direction), it is highly unlikely that MACRA will be repealed or that it will change significantly in the near-term future.



3) What is the starting point for surgeons who want to learn more and begin the process of determining how best to participate?



There is a relatively straightforward process, which revolves around a series of questions and individual decisions.

First, surgeons should determine if all their Merit-based Incentive Payment System (MIPS) data will be reported by their institution or group via a group reporting option (GPRO). For those surgeons, whose data are so reported, they are done and there is nothing further for them to do.

If their data are not reported for them via a GPRO, then they should determine if CMS has notified them that they are exempt from participating in MIPS due to the low volume threshold. If you see 100 or fewer Medicare patients annually or one submits $30,000 or less in Medicare claims, you are not eligible for MIPS incentives or subject to its penalties.

However, this is not a determination that individual Fellows can make on their own based on data they may have on hand based on prior calendar or fiscal years. Instead, CMS makes the determination based on a specific period and notifies individual providers who are so exempted. It is also our understanding that a website, where one can check whether they have been excluded based on the low volume threshold, is forthcoming from CMS. When this website becomes available, ACS will make sure Fellows are informed.

If your data are not reported via a GPRO and you do not receive notification from CMS that you are exempt based on the low-volume threshold, then you have choices to make – having choices is a good thing.

For those who want to compete for positive updates in their Medicare payment rates in 2019 based on their reporting in 2017, I recommend they first visit facs.org/qpp where we have made available a variety of resources in print, video, and PowerPoint formats to assist Fellows in making their plans for participating for either a full or partial year. The update received will depend on performance and not on the amount of data submitted or the time of participation. That said, for those who plan to fully engage, participation over a longer period of time provides more opportunity for improvement and, thus, increases the potential for better performance.



4) What about surgeons who simply want to avoid a penalty and forgo any chance for a positive update?



If your goal for 2017 is to simply avoid a penalty, CMS only requires data be submitted for only one of the three components of MIPS that will be reported this year. Here again for 2017, you have a choice to submit:

A) The required base score measures for your EHR (now known as Advancing Care Information) OR

B) Participation in one Improvement Activity for 90 days, which is reported by simple attestation OR

C) Submit one Quality measure on one patient, which may be reported by a registry, a qualified clinical data registry (QCDR), an EHR or, traditional claims

 

 

One very important point to note is that one is NOT required to have a certified EHR to avoid a penalty for 2017. I believe this point alone has been the source of a lot of misunderstanding and anxiety about the QPP and MIPS.

Another key point is that, by simply engaging in one Improvement Activity (such as Maintenance of Certification Part IV, registering with your state’s prescription drug monitoring program, or use of the ACS’ Surgical Risk Calculator) and attesting to having done so with the ACS Surgeon Specific Registry (SSR) or the CMS web portal, one can avoid a penalty.

Alternatively, using the SSR to submit one Quality measure on one patient will also suffice to prevent one from receiving a penalty in 2019 based on their 2017 performance.

It is relatively easy to avoid any negative financial implications of MIPS in 2017, but it does require some effort, albeit minimal. It is also important for Fellows to remember that, since MIPS is essentially a tournament model, those who choose not to participate will take the penalty that provides the funds used to reward those who do participate. I think most surgeons will want to participate, even if only at the minimal levels outlined above, in order to avoid “paying for” another provider’s positive update.



5) What are the consequences of not participating at the minimal levels you just described and choosing to submit no data?



That question is perhaps best addressed in the form of a comparison between 2016 and 2017.

In 2016, if one did not report any PQRS (Physician Quality Reporting System) data and did not participate in the electronic health record meaningful use program, their lack of participation would result in a 10% negative payment adjustment in 2018. In 2017, if one chooses not to submit the minimal amount of data for either the ACI, Improvement Activity, or Quality components as discussed previously, that lack of participation will lead to a 4% negative payment adjustment in 2019.

In effect, those who have never participated and continue to not do so will see a 6% increase in their Medicare reimbursement in 2019 compared to what they receive in 2018.

However, we DO NOT recommend this option because, in future years, the negative payment adjustments will gradually increase to 9%. Accordingly, we encourage Fellows to use 2017 as a period to learn and get familiar and more comfortable with the reporting of data so that they will be better prepared to be successful in those future years when the stakes are higher.



6) You have mentioned the resources ACS has prepared to assist Fellows with this transition. Can you be more specific about what is available?



The ACS one-stop shop is the Quality Payment Program Resource Center found at www.facs.org/qpp.

Fellows who attended the Clinical Congress in Washington last October likely received a copy of the MACRA Quality Payment Manual which was developed to help educate Fellows about the QPP. That manual has subsequently been totally revamped and updated to reflect the changes to the QPP as reflected in the final rule. We highly encourage Fellows to obtain and read the latest version – it is available as individual sections or as the complete publication on the facs.org/qpp webpage.

Also available on the QPP webpage is the second generation of the video series we first created last fall. There are now a total of 6 videos with a run time for the entire series of approximately 30 minutes. The videos cover a wide spectrum of topics including the historical background and context of MACRA, an introduction to MIPS, and three individual videos dedicated to MIPS components: Quality, Advancing Care Information and Improvement Activity, and a video outlining the options for participation in 2017.

The PowerPoint presentations seen in the videos are also available, as are links to specific CMS web pages and more information on ACS’ efforts to develop advanced alternative payment models (APMs) for surgeons.

We will continue to update the website throughout the year in our ongoing efforts to refine the resources to be the most useful to Fellows.

I would encourage all Fellows to visit the website, watch the videos, and read the manual. I realize time is a precious commodity, but with a total time investment of 60-90 minutes, one can acquire an operational knowledge of the QPP and make a determination as to how they wish to participate.

Again, no Fellow should settle for accepting a penalty in 2019 based on what they do this year. With the multiple options available, it is simply too easy to avoid and to do so would effectively serve to put their money in someone else’s pocket. For those who feel more prepared (that is, they have previously reported PQRS data and have a 2014 or 2015 edition EHR) and wish to seek a positive rate update, investment of more time will obviously be required. However, in addition to the small positive payment update they will likely receive, probably the most substantial benefit to be derived is their preparation for future years when the incentives and penalties increase to +/- 9%.

Finally, ACS “has your back” on coping with MACRA and as always, ACS staff in Chicago and Washington are available to assist Fellows with their preparation, to answer questions about the program and the reporting requirements, or to provide general or specific direction in their efforts to navigate the QPP.
 

 

 

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Survey finds chronic rhinosinusitis common, burdensome

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ATLANTA – Results from a large cross-sectional survey of adults who meet diagnostic symptom criteria for chronic rhinosinusitis (CRS) reveal that most report suffering significant symptoms, high rates of physician visits, and dissatisfaction with current intranasal steroid sprays.

“Chronic rhinosinusitis is common, it’s severe, and people are seeking a lot of medical care,” study author Ramy A. Mahmoud, MD, said in an interview at the annual meeting of the American Academy of Allergy, Asthma, and Immunology. “It’s causing a lot of disruption in their lives, and they’re not satisfied with currently available intranasal steroids.”

Dr. Ramy A. Mahmoud
While CRS has been linked to increased use of health care and antibiotics, most U.S. epidemiologic data on the condition comes from administrative health claims databases, said Dr. Mahmoud, president and chief operating officer of Yardley, Pa.–based OptiNose. “Those are subject to their own limitations,” he said. “For example, in claims data you get coding bias because it’s also used for reimbursement.”

In an effort to better characterize the prevalence and burden of illness in adults with symptoms of CRS, Dr. Mahmoud and his associates conducted a population-based survey of 10,336 U.S. adults drawn from a representative general panel of 4.3 million. They recruited participants via websites, email, phone, online communities, and social networks and collected information about nasal symptoms, frequency, duration, and severity/bother of nasal symptoms and health care use and treatments.

The researchers found that almost 12% of survey respondents self-reported symptoms that met diagnostic criteria for CRS. Of these, 63.5% were classified as having severe CRS without known nasal polyps (CRSsNP), 27% had moderate CRSsNP, and 9.6% had CRS with known nasal polyps (CRSwNP). In addition, 87%-99% of patients reported seeing a physician for their symptoms and/or taking a prescription medicine for their CRS symptoms in the past year. In fact, 60% of CRSwNP patients, 58% of severe CRSsNP patients, and 33% of moderate CRSsNP patients said they made more than five physician visits in the past year for nose and sinus symptoms.

The frequency of key CRS symptoms was similar in patients with and without nasal polyps, except that those with severe CRSsNP reported higher rates of facial pain/pressure (in the range of 60%-65%) and loss of smell/taste (46%-56%). The most frequently reported core symptoms were nasal congestion (94%-97%) and drainage (89%-92%). Despite currently available treatment options, up to 46% of CRS patients reported that they remain “extremely” affected by symptoms, and 79% of all CRS patients expressed concern about flare-ups. In addition, a large proportion of respondents expressed frustration with the inadequate symptom relief produced by their current intranasal corticosteroid (87% of CRSwNP patients, 86% of severe CRSsNP patients, and 63% of moderate CRSsNP patients).

Dr. Mahmoud said that the findings indicate a role for more and/or improved treatment options to meet the needs of this patient population. “People who have CRS have it pretty bad,” he said. “Very few people are not seeking a lot of medical care for their symptoms.”

The study was funded by OptiNose.
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ATLANTA – Results from a large cross-sectional survey of adults who meet diagnostic symptom criteria for chronic rhinosinusitis (CRS) reveal that most report suffering significant symptoms, high rates of physician visits, and dissatisfaction with current intranasal steroid sprays.

“Chronic rhinosinusitis is common, it’s severe, and people are seeking a lot of medical care,” study author Ramy A. Mahmoud, MD, said in an interview at the annual meeting of the American Academy of Allergy, Asthma, and Immunology. “It’s causing a lot of disruption in their lives, and they’re not satisfied with currently available intranasal steroids.”

Dr. Ramy A. Mahmoud
While CRS has been linked to increased use of health care and antibiotics, most U.S. epidemiologic data on the condition comes from administrative health claims databases, said Dr. Mahmoud, president and chief operating officer of Yardley, Pa.–based OptiNose. “Those are subject to their own limitations,” he said. “For example, in claims data you get coding bias because it’s also used for reimbursement.”

In an effort to better characterize the prevalence and burden of illness in adults with symptoms of CRS, Dr. Mahmoud and his associates conducted a population-based survey of 10,336 U.S. adults drawn from a representative general panel of 4.3 million. They recruited participants via websites, email, phone, online communities, and social networks and collected information about nasal symptoms, frequency, duration, and severity/bother of nasal symptoms and health care use and treatments.

The researchers found that almost 12% of survey respondents self-reported symptoms that met diagnostic criteria for CRS. Of these, 63.5% were classified as having severe CRS without known nasal polyps (CRSsNP), 27% had moderate CRSsNP, and 9.6% had CRS with known nasal polyps (CRSwNP). In addition, 87%-99% of patients reported seeing a physician for their symptoms and/or taking a prescription medicine for their CRS symptoms in the past year. In fact, 60% of CRSwNP patients, 58% of severe CRSsNP patients, and 33% of moderate CRSsNP patients said they made more than five physician visits in the past year for nose and sinus symptoms.

The frequency of key CRS symptoms was similar in patients with and without nasal polyps, except that those with severe CRSsNP reported higher rates of facial pain/pressure (in the range of 60%-65%) and loss of smell/taste (46%-56%). The most frequently reported core symptoms were nasal congestion (94%-97%) and drainage (89%-92%). Despite currently available treatment options, up to 46% of CRS patients reported that they remain “extremely” affected by symptoms, and 79% of all CRS patients expressed concern about flare-ups. In addition, a large proportion of respondents expressed frustration with the inadequate symptom relief produced by their current intranasal corticosteroid (87% of CRSwNP patients, 86% of severe CRSsNP patients, and 63% of moderate CRSsNP patients).

Dr. Mahmoud said that the findings indicate a role for more and/or improved treatment options to meet the needs of this patient population. “People who have CRS have it pretty bad,” he said. “Very few people are not seeking a lot of medical care for their symptoms.”

The study was funded by OptiNose.

 

ATLANTA – Results from a large cross-sectional survey of adults who meet diagnostic symptom criteria for chronic rhinosinusitis (CRS) reveal that most report suffering significant symptoms, high rates of physician visits, and dissatisfaction with current intranasal steroid sprays.

“Chronic rhinosinusitis is common, it’s severe, and people are seeking a lot of medical care,” study author Ramy A. Mahmoud, MD, said in an interview at the annual meeting of the American Academy of Allergy, Asthma, and Immunology. “It’s causing a lot of disruption in their lives, and they’re not satisfied with currently available intranasal steroids.”

Dr. Ramy A. Mahmoud
While CRS has been linked to increased use of health care and antibiotics, most U.S. epidemiologic data on the condition comes from administrative health claims databases, said Dr. Mahmoud, president and chief operating officer of Yardley, Pa.–based OptiNose. “Those are subject to their own limitations,” he said. “For example, in claims data you get coding bias because it’s also used for reimbursement.”

In an effort to better characterize the prevalence and burden of illness in adults with symptoms of CRS, Dr. Mahmoud and his associates conducted a population-based survey of 10,336 U.S. adults drawn from a representative general panel of 4.3 million. They recruited participants via websites, email, phone, online communities, and social networks and collected information about nasal symptoms, frequency, duration, and severity/bother of nasal symptoms and health care use and treatments.

The researchers found that almost 12% of survey respondents self-reported symptoms that met diagnostic criteria for CRS. Of these, 63.5% were classified as having severe CRS without known nasal polyps (CRSsNP), 27% had moderate CRSsNP, and 9.6% had CRS with known nasal polyps (CRSwNP). In addition, 87%-99% of patients reported seeing a physician for their symptoms and/or taking a prescription medicine for their CRS symptoms in the past year. In fact, 60% of CRSwNP patients, 58% of severe CRSsNP patients, and 33% of moderate CRSsNP patients said they made more than five physician visits in the past year for nose and sinus symptoms.

The frequency of key CRS symptoms was similar in patients with and without nasal polyps, except that those with severe CRSsNP reported higher rates of facial pain/pressure (in the range of 60%-65%) and loss of smell/taste (46%-56%). The most frequently reported core symptoms were nasal congestion (94%-97%) and drainage (89%-92%). Despite currently available treatment options, up to 46% of CRS patients reported that they remain “extremely” affected by symptoms, and 79% of all CRS patients expressed concern about flare-ups. In addition, a large proportion of respondents expressed frustration with the inadequate symptom relief produced by their current intranasal corticosteroid (87% of CRSwNP patients, 86% of severe CRSsNP patients, and 63% of moderate CRSsNP patients).

Dr. Mahmoud said that the findings indicate a role for more and/or improved treatment options to meet the needs of this patient population. “People who have CRS have it pretty bad,” he said. “Very few people are not seeking a lot of medical care for their symptoms.”

The study was funded by OptiNose.
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AT 2017 AAAAI ANNUAL MEETING

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Key clinical point: Chronic rhinosinusitis symptoms are common and create a serious patient burden.

Major finding: Nearly 12% of survey respondents self-reported symptoms that met diagnostic criteria for CRS.

Data source: A population-based survey of 10,336 US adults drawn from a representative general panel of 4.3 million.

Disclosures: The study was funded by OptiNose.

Psychological factors drive Crohn’s symptom reports

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Psychological factors, rather than disease activity, were significantly associated with symptoms in children and teens with Crohn’s disease, based on data from 127 children aged 8-18 years.

Patients completed questionnaires on symptom severity and disability, as well as psychological measures assessing anxiety, depression, pain beliefs, and coping. Disease activity was measured by the Pediatric Crohn’s Disease Activity Index.

The researchers used a model to assess how psychology factors and disease activity impacted symptoms and disability.

The disability model showed significant associations with both psychological factors (P less than .001) and disease activity (P less than .05). However, the symptoms model showed a significant association only with psychological factors (P less than .001).

“One possible explanation for our findings is that many patients with Crohn’s disease report elevated levels of psychological distress,” wrote Miranda A. L. van Tilburg, PhD, of the University of North Carolina at Chapel Hill and colleagues.

Although the study was limited by the use of self-reports, “this finding is an important one because symptom presentation often plays an important role in treatment decisions, which could lead to unnecessary exposure to tests and treatments, with potential negative side effects,” the researchers wrote. “When confronted with a pediatric patient with Crohn’s disease who has high levels of psychological distress, independent of his or her inflammatory status, the clinician should consider incorporating behavioral techniques such as education, reassurance, and cognitive behavior therapy into the management plan,” they said.

The researchers had no financial conflicts to disclose.

Read the full study here: doi: 10.1016/j.jpeds.2017.01.058.

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Psychological factors, rather than disease activity, were significantly associated with symptoms in children and teens with Crohn’s disease, based on data from 127 children aged 8-18 years.

Patients completed questionnaires on symptom severity and disability, as well as psychological measures assessing anxiety, depression, pain beliefs, and coping. Disease activity was measured by the Pediatric Crohn’s Disease Activity Index.

The researchers used a model to assess how psychology factors and disease activity impacted symptoms and disability.

The disability model showed significant associations with both psychological factors (P less than .001) and disease activity (P less than .05). However, the symptoms model showed a significant association only with psychological factors (P less than .001).

“One possible explanation for our findings is that many patients with Crohn’s disease report elevated levels of psychological distress,” wrote Miranda A. L. van Tilburg, PhD, of the University of North Carolina at Chapel Hill and colleagues.

Although the study was limited by the use of self-reports, “this finding is an important one because symptom presentation often plays an important role in treatment decisions, which could lead to unnecessary exposure to tests and treatments, with potential negative side effects,” the researchers wrote. “When confronted with a pediatric patient with Crohn’s disease who has high levels of psychological distress, independent of his or her inflammatory status, the clinician should consider incorporating behavioral techniques such as education, reassurance, and cognitive behavior therapy into the management plan,” they said.

The researchers had no financial conflicts to disclose.

Read the full study here: doi: 10.1016/j.jpeds.2017.01.058.

 

Psychological factors, rather than disease activity, were significantly associated with symptoms in children and teens with Crohn’s disease, based on data from 127 children aged 8-18 years.

Patients completed questionnaires on symptom severity and disability, as well as psychological measures assessing anxiety, depression, pain beliefs, and coping. Disease activity was measured by the Pediatric Crohn’s Disease Activity Index.

The researchers used a model to assess how psychology factors and disease activity impacted symptoms and disability.

The disability model showed significant associations with both psychological factors (P less than .001) and disease activity (P less than .05). However, the symptoms model showed a significant association only with psychological factors (P less than .001).

“One possible explanation for our findings is that many patients with Crohn’s disease report elevated levels of psychological distress,” wrote Miranda A. L. van Tilburg, PhD, of the University of North Carolina at Chapel Hill and colleagues.

Although the study was limited by the use of self-reports, “this finding is an important one because symptom presentation often plays an important role in treatment decisions, which could lead to unnecessary exposure to tests and treatments, with potential negative side effects,” the researchers wrote. “When confronted with a pediatric patient with Crohn’s disease who has high levels of psychological distress, independent of his or her inflammatory status, the clinician should consider incorporating behavioral techniques such as education, reassurance, and cognitive behavior therapy into the management plan,” they said.

The researchers had no financial conflicts to disclose.

Read the full study here: doi: 10.1016/j.jpeds.2017.01.058.

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FROM JOURNAL OF PEDIATRICS

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Influenza vaccine is underused in children with heart disease

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The influenza vaccine is underused in children with heart disease; approximately one-third were vaccinated in a prospective study of 186 children in September and October 2012.

“Annual influenza vaccination is the most effective and safe means of preventing the disease,” and children with chronic diseases including heart conditions are at increased risk for complications that would require hospitalization, wrote Gilat Livni, MD, of Tel Aviv University and colleagues.

Choreograph/Thinkstock
Parents completed questionnaires on flu vaccination. Overall, 68 children (37%) had been vaccinated the previous year, 3% of these received the nasal vaccine. The average age of the children was 8 years, and there were no significant demographic differences between vaccinated and unvaccinated children.

Overall, 59% of parents reported that their primary pediatrician recommended flu vaccination, and 53% of these parents complied. By contrast, only 13% of children whose pediatricians had not recommended vaccination received it.

“The failure of parents to receive information or advice from a physician regarding vaccination was strongly inversely related to vaccination of the child,” the researchers wrote. Parents’ misconceptions included the belief that the vaccine would cause flu (66%, of whom 30% had their child vaccinated); the belief that the vaccine would cause severe side effects (55%, of whom 26% had their child vaccinated), and the belief that the vaccine was unsafe (47%, 21% of whom had their child vaccinated).

“Our results emphasize the need to raise awareness among physicians and other medical health care personnel dealing with children with heart disease of the importance of properly counseling parents regarding influenza vaccination,” the researchers said. “Recommending the vaccine should be made part of routine patient visits in fall and winter.”

The researchers had no financial conflicts to disclose. The findings were published online ahead of print in the Pediatric Infectious Disease Journal (Ped Infect Dis J. 2017. doi: 10.1097/INF.0000000000001579).

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The influenza vaccine is underused in children with heart disease; approximately one-third were vaccinated in a prospective study of 186 children in September and October 2012.

“Annual influenza vaccination is the most effective and safe means of preventing the disease,” and children with chronic diseases including heart conditions are at increased risk for complications that would require hospitalization, wrote Gilat Livni, MD, of Tel Aviv University and colleagues.

Choreograph/Thinkstock
Parents completed questionnaires on flu vaccination. Overall, 68 children (37%) had been vaccinated the previous year, 3% of these received the nasal vaccine. The average age of the children was 8 years, and there were no significant demographic differences between vaccinated and unvaccinated children.

Overall, 59% of parents reported that their primary pediatrician recommended flu vaccination, and 53% of these parents complied. By contrast, only 13% of children whose pediatricians had not recommended vaccination received it.

“The failure of parents to receive information or advice from a physician regarding vaccination was strongly inversely related to vaccination of the child,” the researchers wrote. Parents’ misconceptions included the belief that the vaccine would cause flu (66%, of whom 30% had their child vaccinated); the belief that the vaccine would cause severe side effects (55%, of whom 26% had their child vaccinated), and the belief that the vaccine was unsafe (47%, 21% of whom had their child vaccinated).

“Our results emphasize the need to raise awareness among physicians and other medical health care personnel dealing with children with heart disease of the importance of properly counseling parents regarding influenza vaccination,” the researchers said. “Recommending the vaccine should be made part of routine patient visits in fall and winter.”

The researchers had no financial conflicts to disclose. The findings were published online ahead of print in the Pediatric Infectious Disease Journal (Ped Infect Dis J. 2017. doi: 10.1097/INF.0000000000001579).

 

The influenza vaccine is underused in children with heart disease; approximately one-third were vaccinated in a prospective study of 186 children in September and October 2012.

“Annual influenza vaccination is the most effective and safe means of preventing the disease,” and children with chronic diseases including heart conditions are at increased risk for complications that would require hospitalization, wrote Gilat Livni, MD, of Tel Aviv University and colleagues.

Choreograph/Thinkstock
Parents completed questionnaires on flu vaccination. Overall, 68 children (37%) had been vaccinated the previous year, 3% of these received the nasal vaccine. The average age of the children was 8 years, and there were no significant demographic differences between vaccinated and unvaccinated children.

Overall, 59% of parents reported that their primary pediatrician recommended flu vaccination, and 53% of these parents complied. By contrast, only 13% of children whose pediatricians had not recommended vaccination received it.

“The failure of parents to receive information or advice from a physician regarding vaccination was strongly inversely related to vaccination of the child,” the researchers wrote. Parents’ misconceptions included the belief that the vaccine would cause flu (66%, of whom 30% had their child vaccinated); the belief that the vaccine would cause severe side effects (55%, of whom 26% had their child vaccinated), and the belief that the vaccine was unsafe (47%, 21% of whom had their child vaccinated).

“Our results emphasize the need to raise awareness among physicians and other medical health care personnel dealing with children with heart disease of the importance of properly counseling parents regarding influenza vaccination,” the researchers said. “Recommending the vaccine should be made part of routine patient visits in fall and winter.”

The researchers had no financial conflicts to disclose. The findings were published online ahead of print in the Pediatric Infectious Disease Journal (Ped Infect Dis J. 2017. doi: 10.1097/INF.0000000000001579).

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VIDEO: Subclinical leaflet thrombosis frequent after TAVR, SAVR

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Subclinical leaflet thrombosis, as evidenced by reduced leaflet motion and corresponding hypoattenuating lesions on high-resolution CT, occurs frequently in bioprosthetic aortic valves implanted either by the transcatheter route or surgically, according to a report presented at the annual meeting of the American College of Cardiology and simultaneously published March 19 in the Lancet.

In an observational cohort study involving 890 patients enrolled in two single-center registries, reduced leaflet motion signaling the presence of thrombosis was detected in 106 patients (12%) by four-dimensional, volume-rendered CT. The thrombosis was hemodynamically silent and undetected by transthoracic echocardiograms done in a large subgroup of the study participants. Mean aortic valve gradients were numerically higher in affected patients, but still fell within the normal range in most of them, said Raj R. Makkar, MD, of Cedars-Sinai Heart Institute, Los Angeles.

The video associated with this article is no longer available on this site. Please view all of our videos on the MDedge YouTube channel


Dr. Makkar and his associates studied this issue by analyzing data in the RESOLVE (Assessment of Transcatheter and Surgical Aortic Bioprosthetic Valve Thrombosis and its Treatment with Anticoagulation) registry at Cedars-Sinai and the SAVORY (Subclinical Aortic Valve Biosprosthesis Thrombosis Assessed with Four-Dimensional CT) registry at the Rigshospitalet Heart Center in Copenhagen. Their study focused on enrolled patients who underwent either TAVR (626 patients) or SAVR (264 patients) and then had high-resolution CT scans done at various times after implantation. All the CT scans were analyzed in blinded fashion, and the study participants were followed for a mean of 540 days.

The prevalence of subclinical leaflet thrombosis was significantly higher in TAVR valves (13%) than in SAVR valves (4%). The severity of the thrombosis also was significantly higher in TAVR valves, when measured by the extent of leaflet motion restriction (71.0% vs. 56.9%).

One possible reason for this discrepancy is that traumatic injury to the pericardial leaflets, which theoretically could predispose to thrombus formation, may be more likely to occur during crimping and deployment of balloon-expandable and self-expanding stent valves in TAVR. Another possibility is that resection of the calcified native aortic valves during SAVR might improve flow dynamics after valve replacement, compared with leaving native aortic valve cusps in situ during TAVR. A third possibility is that inadvertent incomplete expansion or overexpansion of transcatheter valves might alter mechanical stress on the leaflets, predisposing them to thrombus formation, compared with the uniform expansion of valves placed surgically, the investigator said.

“Nevertheless, these findings should be interpreted in the context of findings from multiple randomized controlled trials showing similar mortality and stroke rates, better hemodynamics, and equivalent durability of transcatheter aortic valves at 5 years, compared with surgical valves,” he noted.

Patients taking novel oral anticoagulants (NOACs) or warfarin for anticoagulation before valve replacement were less likely to develop subclinical leaflet thrombosis than patients not taking those anticoagulants. And the thrombosis appeared to resolve in all patients treated with NOACs or warfarin for 30 days after it was found on CT, but it persisted or progressed in those not treated with anticoagulation. Thus, “anticoagulation with NOACs or warfarin was effective in prevention and treatment of reduced leaflet motion, but dual-antiplatelet therapy, which is the standard of care, was not,” the investigators said (Lancet 2017 Mar 19. doi: 10.1016/S0140-6736(17)30757-2.

“Our study challenges the American College of Cardiology and American Heart Association and European Society of Cardiology and European Association for Cardio-Thoracic Surgery guidelines, which recommend dual-antiplatelet therapy after TAVR and do not recommend routine anticoagulation after TAVR,” he noted.

However, routine anticoagulation for all TAVR and SAVR patients, or even for all who develop leaflet thrombosis, cannot be recommended on the basis of results from a single observational study. The benefit of anticoagulation may not offset the risk of bleeding in this predominantly elderly population with multiple comorbidities, he said.

There were no significant differences between patients who developed subclinical leaflet thrombosis and those who did not regarding rates of death, MI, or stroke. However, “reduced leaflet wall motion was significantly associated with increased rates of all TIAs [transient ischemic attacks], nonprocedural TIAs, and post-CT TIAs.” Dr. Makkar said.

Based on his new findings, Dr. Makkar suggested that clinicians keep possible leaflet thrombosis on a replaced aortic valve in mind if they see clinical evidence for it, such as an increase in the valve’s pressure gradient or development of a TIA or stroke.* These events should trigger further investigation of the valve with CT angiography, and if thrombosis is then confirmed, the patient should receive treatment with an anticoagulant, although the appropriate duration of anticoagulant treatment remains unclear, he said in a video interview. Dr. Makkar also said that trials are needed to determine whether routine CT angiography assessment or routine prophylactic treatment with an anticoagulant is warranted because the antiplatelet therapy that patients currently receive after aortic valve replacement seems unable to prevent leaflet thrombosis.

Since this was an observational study based on data from nonrandomized registries, the findings cannot prove causality but only an association between leaflet thrombosis and TIA. They must be substantiated in further studies, including “the current Food and Drug Administration–mandated imaging substudies in randomized clinical trials.”

Dr. Makkar has received consultant fees and/or honoraria from Abbott Vascular, Medtronic, Cordis, and Entourage Medical, and research grants from Edwards Lifesciences and St. Jude Medical.
 

 

Mitchel L. Zoler contributed to this report.

Correction, 3/20/17: An earlier version of this article misstated the clinical evidence for possible leaflet thrombosis on a replaced aortic valve.

 

Body

 

The study by Dr. Makkar and his coinvestigators provides important new information to guide future research, but changing clinical practice or guidelines on the basis of this information would be premature.

In particular, whether to recommend anticoagulation therapy to TAVR and SAVR patients is unknown, given the risks of chronic anticoagulation. We do not yet know whether such a recommendation should be guided by CT or echocardiographic imaging, and, if so, at what intervals? We don’t yet know the optimal duration of anticoagulation treatment, or whether NOAC’s are as good as or better than warfarin in this setting. And we don’t yet know whether the risk of bleeding is offset by a reduction in stroke or any other meaningful clinical sequelae.

Jeroen J. Bax, MD, is in the department of cardiology at Leiden (the Netherlands) University Medical Center. Gregg W. Stone, MD, is at Columbia University Medical Center and the Cardiovascular Research Foundation, both in New York. Dr. Bax’s institution has received unrestricted research grants from Biotronik, Medtronic, Boston Scientific, and Edwards LifeScience; Dr. Stone reported ties to numerous industry sources. Dr. Bax and Dr. Stone made these remarks in an editorial accompanying the Lancet report (Lancet 2017 Mar 19. doi: 10.1016/S0140-6736(17)30757-2).

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The study by Dr. Makkar and his coinvestigators provides important new information to guide future research, but changing clinical practice or guidelines on the basis of this information would be premature.

In particular, whether to recommend anticoagulation therapy to TAVR and SAVR patients is unknown, given the risks of chronic anticoagulation. We do not yet know whether such a recommendation should be guided by CT or echocardiographic imaging, and, if so, at what intervals? We don’t yet know the optimal duration of anticoagulation treatment, or whether NOAC’s are as good as or better than warfarin in this setting. And we don’t yet know whether the risk of bleeding is offset by a reduction in stroke or any other meaningful clinical sequelae.

Jeroen J. Bax, MD, is in the department of cardiology at Leiden (the Netherlands) University Medical Center. Gregg W. Stone, MD, is at Columbia University Medical Center and the Cardiovascular Research Foundation, both in New York. Dr. Bax’s institution has received unrestricted research grants from Biotronik, Medtronic, Boston Scientific, and Edwards LifeScience; Dr. Stone reported ties to numerous industry sources. Dr. Bax and Dr. Stone made these remarks in an editorial accompanying the Lancet report (Lancet 2017 Mar 19. doi: 10.1016/S0140-6736(17)30757-2).

Body

 

The study by Dr. Makkar and his coinvestigators provides important new information to guide future research, but changing clinical practice or guidelines on the basis of this information would be premature.

In particular, whether to recommend anticoagulation therapy to TAVR and SAVR patients is unknown, given the risks of chronic anticoagulation. We do not yet know whether such a recommendation should be guided by CT or echocardiographic imaging, and, if so, at what intervals? We don’t yet know the optimal duration of anticoagulation treatment, or whether NOAC’s are as good as or better than warfarin in this setting. And we don’t yet know whether the risk of bleeding is offset by a reduction in stroke or any other meaningful clinical sequelae.

Jeroen J. Bax, MD, is in the department of cardiology at Leiden (the Netherlands) University Medical Center. Gregg W. Stone, MD, is at Columbia University Medical Center and the Cardiovascular Research Foundation, both in New York. Dr. Bax’s institution has received unrestricted research grants from Biotronik, Medtronic, Boston Scientific, and Edwards LifeScience; Dr. Stone reported ties to numerous industry sources. Dr. Bax and Dr. Stone made these remarks in an editorial accompanying the Lancet report (Lancet 2017 Mar 19. doi: 10.1016/S0140-6736(17)30757-2).

Title
Important findings, but confirmation required
Important findings, but confirmation required

 

Subclinical leaflet thrombosis, as evidenced by reduced leaflet motion and corresponding hypoattenuating lesions on high-resolution CT, occurs frequently in bioprosthetic aortic valves implanted either by the transcatheter route or surgically, according to a report presented at the annual meeting of the American College of Cardiology and simultaneously published March 19 in the Lancet.

In an observational cohort study involving 890 patients enrolled in two single-center registries, reduced leaflet motion signaling the presence of thrombosis was detected in 106 patients (12%) by four-dimensional, volume-rendered CT. The thrombosis was hemodynamically silent and undetected by transthoracic echocardiograms done in a large subgroup of the study participants. Mean aortic valve gradients were numerically higher in affected patients, but still fell within the normal range in most of them, said Raj R. Makkar, MD, of Cedars-Sinai Heart Institute, Los Angeles.

The video associated with this article is no longer available on this site. Please view all of our videos on the MDedge YouTube channel


Dr. Makkar and his associates studied this issue by analyzing data in the RESOLVE (Assessment of Transcatheter and Surgical Aortic Bioprosthetic Valve Thrombosis and its Treatment with Anticoagulation) registry at Cedars-Sinai and the SAVORY (Subclinical Aortic Valve Biosprosthesis Thrombosis Assessed with Four-Dimensional CT) registry at the Rigshospitalet Heart Center in Copenhagen. Their study focused on enrolled patients who underwent either TAVR (626 patients) or SAVR (264 patients) and then had high-resolution CT scans done at various times after implantation. All the CT scans were analyzed in blinded fashion, and the study participants were followed for a mean of 540 days.

The prevalence of subclinical leaflet thrombosis was significantly higher in TAVR valves (13%) than in SAVR valves (4%). The severity of the thrombosis also was significantly higher in TAVR valves, when measured by the extent of leaflet motion restriction (71.0% vs. 56.9%).

One possible reason for this discrepancy is that traumatic injury to the pericardial leaflets, which theoretically could predispose to thrombus formation, may be more likely to occur during crimping and deployment of balloon-expandable and self-expanding stent valves in TAVR. Another possibility is that resection of the calcified native aortic valves during SAVR might improve flow dynamics after valve replacement, compared with leaving native aortic valve cusps in situ during TAVR. A third possibility is that inadvertent incomplete expansion or overexpansion of transcatheter valves might alter mechanical stress on the leaflets, predisposing them to thrombus formation, compared with the uniform expansion of valves placed surgically, the investigator said.

“Nevertheless, these findings should be interpreted in the context of findings from multiple randomized controlled trials showing similar mortality and stroke rates, better hemodynamics, and equivalent durability of transcatheter aortic valves at 5 years, compared with surgical valves,” he noted.

Patients taking novel oral anticoagulants (NOACs) or warfarin for anticoagulation before valve replacement were less likely to develop subclinical leaflet thrombosis than patients not taking those anticoagulants. And the thrombosis appeared to resolve in all patients treated with NOACs or warfarin for 30 days after it was found on CT, but it persisted or progressed in those not treated with anticoagulation. Thus, “anticoagulation with NOACs or warfarin was effective in prevention and treatment of reduced leaflet motion, but dual-antiplatelet therapy, which is the standard of care, was not,” the investigators said (Lancet 2017 Mar 19. doi: 10.1016/S0140-6736(17)30757-2.

“Our study challenges the American College of Cardiology and American Heart Association and European Society of Cardiology and European Association for Cardio-Thoracic Surgery guidelines, which recommend dual-antiplatelet therapy after TAVR and do not recommend routine anticoagulation after TAVR,” he noted.

However, routine anticoagulation for all TAVR and SAVR patients, or even for all who develop leaflet thrombosis, cannot be recommended on the basis of results from a single observational study. The benefit of anticoagulation may not offset the risk of bleeding in this predominantly elderly population with multiple comorbidities, he said.

There were no significant differences between patients who developed subclinical leaflet thrombosis and those who did not regarding rates of death, MI, or stroke. However, “reduced leaflet wall motion was significantly associated with increased rates of all TIAs [transient ischemic attacks], nonprocedural TIAs, and post-CT TIAs.” Dr. Makkar said.

Based on his new findings, Dr. Makkar suggested that clinicians keep possible leaflet thrombosis on a replaced aortic valve in mind if they see clinical evidence for it, such as an increase in the valve’s pressure gradient or development of a TIA or stroke.* These events should trigger further investigation of the valve with CT angiography, and if thrombosis is then confirmed, the patient should receive treatment with an anticoagulant, although the appropriate duration of anticoagulant treatment remains unclear, he said in a video interview. Dr. Makkar also said that trials are needed to determine whether routine CT angiography assessment or routine prophylactic treatment with an anticoagulant is warranted because the antiplatelet therapy that patients currently receive after aortic valve replacement seems unable to prevent leaflet thrombosis.

Since this was an observational study based on data from nonrandomized registries, the findings cannot prove causality but only an association between leaflet thrombosis and TIA. They must be substantiated in further studies, including “the current Food and Drug Administration–mandated imaging substudies in randomized clinical trials.”

Dr. Makkar has received consultant fees and/or honoraria from Abbott Vascular, Medtronic, Cordis, and Entourage Medical, and research grants from Edwards Lifesciences and St. Jude Medical.
 

 

Mitchel L. Zoler contributed to this report.

Correction, 3/20/17: An earlier version of this article misstated the clinical evidence for possible leaflet thrombosis on a replaced aortic valve.

 

 

Subclinical leaflet thrombosis, as evidenced by reduced leaflet motion and corresponding hypoattenuating lesions on high-resolution CT, occurs frequently in bioprosthetic aortic valves implanted either by the transcatheter route or surgically, according to a report presented at the annual meeting of the American College of Cardiology and simultaneously published March 19 in the Lancet.

In an observational cohort study involving 890 patients enrolled in two single-center registries, reduced leaflet motion signaling the presence of thrombosis was detected in 106 patients (12%) by four-dimensional, volume-rendered CT. The thrombosis was hemodynamically silent and undetected by transthoracic echocardiograms done in a large subgroup of the study participants. Mean aortic valve gradients were numerically higher in affected patients, but still fell within the normal range in most of them, said Raj R. Makkar, MD, of Cedars-Sinai Heart Institute, Los Angeles.

The video associated with this article is no longer available on this site. Please view all of our videos on the MDedge YouTube channel


Dr. Makkar and his associates studied this issue by analyzing data in the RESOLVE (Assessment of Transcatheter and Surgical Aortic Bioprosthetic Valve Thrombosis and its Treatment with Anticoagulation) registry at Cedars-Sinai and the SAVORY (Subclinical Aortic Valve Biosprosthesis Thrombosis Assessed with Four-Dimensional CT) registry at the Rigshospitalet Heart Center in Copenhagen. Their study focused on enrolled patients who underwent either TAVR (626 patients) or SAVR (264 patients) and then had high-resolution CT scans done at various times after implantation. All the CT scans were analyzed in blinded fashion, and the study participants were followed for a mean of 540 days.

The prevalence of subclinical leaflet thrombosis was significantly higher in TAVR valves (13%) than in SAVR valves (4%). The severity of the thrombosis also was significantly higher in TAVR valves, when measured by the extent of leaflet motion restriction (71.0% vs. 56.9%).

One possible reason for this discrepancy is that traumatic injury to the pericardial leaflets, which theoretically could predispose to thrombus formation, may be more likely to occur during crimping and deployment of balloon-expandable and self-expanding stent valves in TAVR. Another possibility is that resection of the calcified native aortic valves during SAVR might improve flow dynamics after valve replacement, compared with leaving native aortic valve cusps in situ during TAVR. A third possibility is that inadvertent incomplete expansion or overexpansion of transcatheter valves might alter mechanical stress on the leaflets, predisposing them to thrombus formation, compared with the uniform expansion of valves placed surgically, the investigator said.

“Nevertheless, these findings should be interpreted in the context of findings from multiple randomized controlled trials showing similar mortality and stroke rates, better hemodynamics, and equivalent durability of transcatheter aortic valves at 5 years, compared with surgical valves,” he noted.

Patients taking novel oral anticoagulants (NOACs) or warfarin for anticoagulation before valve replacement were less likely to develop subclinical leaflet thrombosis than patients not taking those anticoagulants. And the thrombosis appeared to resolve in all patients treated with NOACs or warfarin for 30 days after it was found on CT, but it persisted or progressed in those not treated with anticoagulation. Thus, “anticoagulation with NOACs or warfarin was effective in prevention and treatment of reduced leaflet motion, but dual-antiplatelet therapy, which is the standard of care, was not,” the investigators said (Lancet 2017 Mar 19. doi: 10.1016/S0140-6736(17)30757-2.

“Our study challenges the American College of Cardiology and American Heart Association and European Society of Cardiology and European Association for Cardio-Thoracic Surgery guidelines, which recommend dual-antiplatelet therapy after TAVR and do not recommend routine anticoagulation after TAVR,” he noted.

However, routine anticoagulation for all TAVR and SAVR patients, or even for all who develop leaflet thrombosis, cannot be recommended on the basis of results from a single observational study. The benefit of anticoagulation may not offset the risk of bleeding in this predominantly elderly population with multiple comorbidities, he said.

There were no significant differences between patients who developed subclinical leaflet thrombosis and those who did not regarding rates of death, MI, or stroke. However, “reduced leaflet wall motion was significantly associated with increased rates of all TIAs [transient ischemic attacks], nonprocedural TIAs, and post-CT TIAs.” Dr. Makkar said.

Based on his new findings, Dr. Makkar suggested that clinicians keep possible leaflet thrombosis on a replaced aortic valve in mind if they see clinical evidence for it, such as an increase in the valve’s pressure gradient or development of a TIA or stroke.* These events should trigger further investigation of the valve with CT angiography, and if thrombosis is then confirmed, the patient should receive treatment with an anticoagulant, although the appropriate duration of anticoagulant treatment remains unclear, he said in a video interview. Dr. Makkar also said that trials are needed to determine whether routine CT angiography assessment or routine prophylactic treatment with an anticoagulant is warranted because the antiplatelet therapy that patients currently receive after aortic valve replacement seems unable to prevent leaflet thrombosis.

Since this was an observational study based on data from nonrandomized registries, the findings cannot prove causality but only an association between leaflet thrombosis and TIA. They must be substantiated in further studies, including “the current Food and Drug Administration–mandated imaging substudies in randomized clinical trials.”

Dr. Makkar has received consultant fees and/or honoraria from Abbott Vascular, Medtronic, Cordis, and Entourage Medical, and research grants from Edwards Lifesciences and St. Jude Medical.
 

 

Mitchel L. Zoler contributed to this report.

Correction, 3/20/17: An earlier version of this article misstated the clinical evidence for possible leaflet thrombosis on a replaced aortic valve.

 

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Key clinical point: Subclinical leaflet thrombosis occurs frequently in bioprosthetic aortic valves implanted either by the transcatheter route or surgically.

Major finding: Reduced leaflet motion signaling the presence of thrombosis was detected in 106 patients (12%).

Data source: An observational cohort study involving 890 patients enrolled in two registries who underwent high-resolution CT to detect leaflet thrombosis after either TAVR or SAVR.

Disclosures: The RESOLVE study was funded by Cedars-Sinai Heart Institute and the SAVORY study was funded by Rigshospitalet. Dr. Makkar has received consultant fees and/or honoraria from Abbott Vascular, Medtronic, Cordis, and Entourage Medical, and research grants from Edwards Lifesciences and St. Jude Medical.

Evolocumab doesn’t make patients dumb

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– Concerns about possible adverse cognitive effects from the new lipid-lowering drug evolocumab and from aggressive lowering of LDL cholesterol were largely put to rest with results from a nearly 2,000-patient study showing that a median 20 months of treatment with evolocumab caused no cognitive or memory decline, either compared with baseline measures or compared with similar patients randomized to placebo treatment.

Mitchel L. Zoler/Frontline Medical News
Dr. Robert P. Giugliano
Early reports during development of the PCSK9-inhibitor antibodies had hinted at a possible adverse effect on cognition with these drugs, a finding that played into already existing concerns perpetuated largely on the Internet that treatment with statins and lowering of LDL cholesterol in general can lead to memory and cognition problems. On the basis of these new results from a large placebo-controlled trial of patients treated for a relatively prolonged period, “I wouldn’t be concerned about adverse cognitive effects” in patients treated with evolocumab (Repatha) or, for the time being, any other PCSK9 inhibitor, said Robert P. Giugliano, MD, in a video interview.

A subgroup analysis in the study also showed that, even among patients who achieved and sustained LDL cholesterol below 25 mg/dL, no hint arose of an adverse effect on memory or cognition, said Dr. Giugliano, a cardiologist at Brigham and Women’s Hospital in Boston.

Mitchel L. Zoler/Frontline Medical News
Dr. Deepak L. Bhatt
“This trial is extremely important because it is out there on the Internet that statins make you stupid,” commented Deepak L. Bhatt, MD, a designated discussant for the study. The results “reassure us that pharmacologically achieved very low LDL cholesterol levels appear safe,” added Dr. Bhatt, a professor of medicine at Harvard University in Boston and a cardiologist at Brigham and Women’s Hospital.

“Every day in my office, patients tell me that statins make you dumb. Now I can comfortably tell my patients that we studied whether this drug [evolocumab] makes you dumb, and it doesn’t; nor did having an LDL cholesterol level below 25 mg/dL,” commented Sandra J. Lewis, MD, chief of cardiology at Legacy Good Samaritan Hospital in Portland, Ore.

Mitchel L. Zoler/Frontline Medical News
Dr. Sandra J. Lewis
The Evaluating PCSK9 Binding Antibody Influence on Cognitive Health in High Cardiovascular Risk Subjects (EBBINGHAUS) study ran as a nested substudy within the larger FOURIER trial of more than 27,000 patients that established the efficacy and safety of evolocumab treatment to significantly reduce adverse cardiovascular events, compared with placebo, in high-risk patients who were already on statin treatment (N Engl J Med. 2017 Mar 17. doi:10.1056/NEJMoa1615664). EBBINGHAUS randomly selected 1,974 of the FOURIER placebo and evolocumab patients and subjected them to a battery of cognitive and memory tests at baseline, then after 6, 12, 24, and 48 months on treatment, and also at the end of the study. The EBBINGHAUS patients averaged 63 years of age; 72% were men.

The primary assessment tool Dr. Giugliano and his associates used in EBBINGHAUS was the Cambridge Neuropsychological Test Automated Battery (CANTAB) Assessments, a computer-based test of spatial working memory strategy index of executive function, and 1,204 patients underwent CANTAB testing both before they received their first dose of their assigned agent and also at the end of treatment. The scores of the patients on evolocumab virtually superimposed on those of patients in the placebo group, both at baseline and at the end of treatment, easily meeting the study’s prespecified definition of noninferiority, Dr. Giugliano reported at the annual meeting of the American College of Cardiology.

The CANTAB scores also showed no change from baseline over time in the individual subgroups of both evolocumab-treated and placebo-treated patients. The total absence of a signal of mental deterioration in the placebo patients who remained on statin treatment throughout the study provided new evidence that medium-term treatment with a statin was not linked with any change in memory or cognition.

EBBINGHAUS also assessed participants using several other memory and cognition tests, had patients complete an end-of-study survey of their perceptions of their mental function, and questioned participating physicians about patients’ mental performance. None of these measures showed any signals of impairment. A full description of the range of assessments used in EBBINGHAUS appeared recently in a published article (Clin Cardiol. 2017 Feb;40[2]:59-65).

Dr. Giugliano conceded that what remains unknown at this point is the possible impact of further prolonged treatment with a PCSK9 drug or from extended maintenance of LDL cholesterol levels at very low levels, effects that could continue for decades in the routine treatment of selected patients. He noted that patients who participated in FOURIER and in EBBINGHAUS are undergoing continued follow-up to gain better insight into the longer-term effects of their treatment.

EBBINGHAUS was sponsored by Amgen, the company that markets evolocumab (Repatha). Dr. Giugliano has been a consultant to and received research support from Amgen and from several other drug companies. Dr. Bhatt has received research support from Amgen, from Sanofi Regeneron associated with research on another PCSK9 inhibitor, and from several other drug companies, Dr. Lewis had no disclosures.
 

 

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– Concerns about possible adverse cognitive effects from the new lipid-lowering drug evolocumab and from aggressive lowering of LDL cholesterol were largely put to rest with results from a nearly 2,000-patient study showing that a median 20 months of treatment with evolocumab caused no cognitive or memory decline, either compared with baseline measures or compared with similar patients randomized to placebo treatment.

Mitchel L. Zoler/Frontline Medical News
Dr. Robert P. Giugliano
Early reports during development of the PCSK9-inhibitor antibodies had hinted at a possible adverse effect on cognition with these drugs, a finding that played into already existing concerns perpetuated largely on the Internet that treatment with statins and lowering of LDL cholesterol in general can lead to memory and cognition problems. On the basis of these new results from a large placebo-controlled trial of patients treated for a relatively prolonged period, “I wouldn’t be concerned about adverse cognitive effects” in patients treated with evolocumab (Repatha) or, for the time being, any other PCSK9 inhibitor, said Robert P. Giugliano, MD, in a video interview.

A subgroup analysis in the study also showed that, even among patients who achieved and sustained LDL cholesterol below 25 mg/dL, no hint arose of an adverse effect on memory or cognition, said Dr. Giugliano, a cardiologist at Brigham and Women’s Hospital in Boston.

Mitchel L. Zoler/Frontline Medical News
Dr. Deepak L. Bhatt
“This trial is extremely important because it is out there on the Internet that statins make you stupid,” commented Deepak L. Bhatt, MD, a designated discussant for the study. The results “reassure us that pharmacologically achieved very low LDL cholesterol levels appear safe,” added Dr. Bhatt, a professor of medicine at Harvard University in Boston and a cardiologist at Brigham and Women’s Hospital.

“Every day in my office, patients tell me that statins make you dumb. Now I can comfortably tell my patients that we studied whether this drug [evolocumab] makes you dumb, and it doesn’t; nor did having an LDL cholesterol level below 25 mg/dL,” commented Sandra J. Lewis, MD, chief of cardiology at Legacy Good Samaritan Hospital in Portland, Ore.

Mitchel L. Zoler/Frontline Medical News
Dr. Sandra J. Lewis
The Evaluating PCSK9 Binding Antibody Influence on Cognitive Health in High Cardiovascular Risk Subjects (EBBINGHAUS) study ran as a nested substudy within the larger FOURIER trial of more than 27,000 patients that established the efficacy and safety of evolocumab treatment to significantly reduce adverse cardiovascular events, compared with placebo, in high-risk patients who were already on statin treatment (N Engl J Med. 2017 Mar 17. doi:10.1056/NEJMoa1615664). EBBINGHAUS randomly selected 1,974 of the FOURIER placebo and evolocumab patients and subjected them to a battery of cognitive and memory tests at baseline, then after 6, 12, 24, and 48 months on treatment, and also at the end of the study. The EBBINGHAUS patients averaged 63 years of age; 72% were men.

The primary assessment tool Dr. Giugliano and his associates used in EBBINGHAUS was the Cambridge Neuropsychological Test Automated Battery (CANTAB) Assessments, a computer-based test of spatial working memory strategy index of executive function, and 1,204 patients underwent CANTAB testing both before they received their first dose of their assigned agent and also at the end of treatment. The scores of the patients on evolocumab virtually superimposed on those of patients in the placebo group, both at baseline and at the end of treatment, easily meeting the study’s prespecified definition of noninferiority, Dr. Giugliano reported at the annual meeting of the American College of Cardiology.

The CANTAB scores also showed no change from baseline over time in the individual subgroups of both evolocumab-treated and placebo-treated patients. The total absence of a signal of mental deterioration in the placebo patients who remained on statin treatment throughout the study provided new evidence that medium-term treatment with a statin was not linked with any change in memory or cognition.

EBBINGHAUS also assessed participants using several other memory and cognition tests, had patients complete an end-of-study survey of their perceptions of their mental function, and questioned participating physicians about patients’ mental performance. None of these measures showed any signals of impairment. A full description of the range of assessments used in EBBINGHAUS appeared recently in a published article (Clin Cardiol. 2017 Feb;40[2]:59-65).

Dr. Giugliano conceded that what remains unknown at this point is the possible impact of further prolonged treatment with a PCSK9 drug or from extended maintenance of LDL cholesterol levels at very low levels, effects that could continue for decades in the routine treatment of selected patients. He noted that patients who participated in FOURIER and in EBBINGHAUS are undergoing continued follow-up to gain better insight into the longer-term effects of their treatment.

EBBINGHAUS was sponsored by Amgen, the company that markets evolocumab (Repatha). Dr. Giugliano has been a consultant to and received research support from Amgen and from several other drug companies. Dr. Bhatt has received research support from Amgen, from Sanofi Regeneron associated with research on another PCSK9 inhibitor, and from several other drug companies, Dr. Lewis had no disclosures.
 

 

 

– Concerns about possible adverse cognitive effects from the new lipid-lowering drug evolocumab and from aggressive lowering of LDL cholesterol were largely put to rest with results from a nearly 2,000-patient study showing that a median 20 months of treatment with evolocumab caused no cognitive or memory decline, either compared with baseline measures or compared with similar patients randomized to placebo treatment.

Mitchel L. Zoler/Frontline Medical News
Dr. Robert P. Giugliano
Early reports during development of the PCSK9-inhibitor antibodies had hinted at a possible adverse effect on cognition with these drugs, a finding that played into already existing concerns perpetuated largely on the Internet that treatment with statins and lowering of LDL cholesterol in general can lead to memory and cognition problems. On the basis of these new results from a large placebo-controlled trial of patients treated for a relatively prolonged period, “I wouldn’t be concerned about adverse cognitive effects” in patients treated with evolocumab (Repatha) or, for the time being, any other PCSK9 inhibitor, said Robert P. Giugliano, MD, in a video interview.

A subgroup analysis in the study also showed that, even among patients who achieved and sustained LDL cholesterol below 25 mg/dL, no hint arose of an adverse effect on memory or cognition, said Dr. Giugliano, a cardiologist at Brigham and Women’s Hospital in Boston.

Mitchel L. Zoler/Frontline Medical News
Dr. Deepak L. Bhatt
“This trial is extremely important because it is out there on the Internet that statins make you stupid,” commented Deepak L. Bhatt, MD, a designated discussant for the study. The results “reassure us that pharmacologically achieved very low LDL cholesterol levels appear safe,” added Dr. Bhatt, a professor of medicine at Harvard University in Boston and a cardiologist at Brigham and Women’s Hospital.

“Every day in my office, patients tell me that statins make you dumb. Now I can comfortably tell my patients that we studied whether this drug [evolocumab] makes you dumb, and it doesn’t; nor did having an LDL cholesterol level below 25 mg/dL,” commented Sandra J. Lewis, MD, chief of cardiology at Legacy Good Samaritan Hospital in Portland, Ore.

Mitchel L. Zoler/Frontline Medical News
Dr. Sandra J. Lewis
The Evaluating PCSK9 Binding Antibody Influence on Cognitive Health in High Cardiovascular Risk Subjects (EBBINGHAUS) study ran as a nested substudy within the larger FOURIER trial of more than 27,000 patients that established the efficacy and safety of evolocumab treatment to significantly reduce adverse cardiovascular events, compared with placebo, in high-risk patients who were already on statin treatment (N Engl J Med. 2017 Mar 17. doi:10.1056/NEJMoa1615664). EBBINGHAUS randomly selected 1,974 of the FOURIER placebo and evolocumab patients and subjected them to a battery of cognitive and memory tests at baseline, then after 6, 12, 24, and 48 months on treatment, and also at the end of the study. The EBBINGHAUS patients averaged 63 years of age; 72% were men.

The primary assessment tool Dr. Giugliano and his associates used in EBBINGHAUS was the Cambridge Neuropsychological Test Automated Battery (CANTAB) Assessments, a computer-based test of spatial working memory strategy index of executive function, and 1,204 patients underwent CANTAB testing both before they received their first dose of their assigned agent and also at the end of treatment. The scores of the patients on evolocumab virtually superimposed on those of patients in the placebo group, both at baseline and at the end of treatment, easily meeting the study’s prespecified definition of noninferiority, Dr. Giugliano reported at the annual meeting of the American College of Cardiology.

The CANTAB scores also showed no change from baseline over time in the individual subgroups of both evolocumab-treated and placebo-treated patients. The total absence of a signal of mental deterioration in the placebo patients who remained on statin treatment throughout the study provided new evidence that medium-term treatment with a statin was not linked with any change in memory or cognition.

EBBINGHAUS also assessed participants using several other memory and cognition tests, had patients complete an end-of-study survey of their perceptions of their mental function, and questioned participating physicians about patients’ mental performance. None of these measures showed any signals of impairment. A full description of the range of assessments used in EBBINGHAUS appeared recently in a published article (Clin Cardiol. 2017 Feb;40[2]:59-65).

Dr. Giugliano conceded that what remains unknown at this point is the possible impact of further prolonged treatment with a PCSK9 drug or from extended maintenance of LDL cholesterol levels at very low levels, effects that could continue for decades in the routine treatment of selected patients. He noted that patients who participated in FOURIER and in EBBINGHAUS are undergoing continued follow-up to gain better insight into the longer-term effects of their treatment.

EBBINGHAUS was sponsored by Amgen, the company that markets evolocumab (Repatha). Dr. Giugliano has been a consultant to and received research support from Amgen and from several other drug companies. Dr. Bhatt has received research support from Amgen, from Sanofi Regeneron associated with research on another PCSK9 inhibitor, and from several other drug companies, Dr. Lewis had no disclosures.
 

 

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Key clinical point: Results from a large randomized trial showed absolutely no signal of impaired cognition or memory after patients received nearly 2 years of treatment with the PCSK9 inhibitor evolocumab.

Major finding: Patients on evolocumab for 20 months had noninferior memory and executive function test scores, compared with patients on placebo.

Data source: EBBINGHAUS, a multicenter randomized trial with 1,974 patients.

Disclosures: EBBINGHAUS was sponsored by Amgen, the company that markets evolocumab (Repatha). Dr. Giugliano has been a consultant to and received research support from Amgen and from several other drug companies.

VIDEO: iFR outperforms FFR in two major trials

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– Instantaneous wave-free ratio (iFR) is the new evidence-based standard of care for invasive physiologic assessment of stable coronary lesions of intermediate angiographic severity, supplanting the older fractional flow reserve (FFR) technology, Matthias Gotberg, MD, said at the annual meeting of the American College of Cardiology.

He presented the potentially game-changing findings of the iFR-SWEDEHEART trial, one of two large randomized trials of iFR versus FFR presented at the conference, the other being the DEFINE-FLAIR study.

The virtually identical results of these two trials should encourage more interventional cardiologists to incorporate physiologic assessment of stable coronary lesions into their clinical practice instead of relying solely on anatomic assessment by angiography, which abundant evidence shows is insufficiently accurate in identifying hemodynamically significant lesions warranting revascularization.

FFR never really caught on because of its limitations. DEFINE-FLAIR and iFR-SWEDEHEART show that iFR overcomes those limitations, said Dr. Gotberg, director of the cardiac catheterization laboratory at Skane University Hospital in Lund, Sweden.

The two studies showed that iFR was noninferior to FFR in the 1-year composite endpoint of all-cause mortality, nonfatal MI, or unplanned revascularization. And iFR was associated with significantly shorter procedure times, less stent utilization, and markedly less patient discomfort because, unlike FFR, it doesn’t require administration of adenosine to induce hyperemia.

Indeed, in iFR-SWEDEHEART, which included more than 2,000 randomized patients in three Scandinavian countries, only 3% of the iFR group reported experiencing chest pain, dyspnea, or other forms of discomfort during their procedure, compared with 68% of the FFR group, Dr. Gotberg explains in this video interview.[[{"fid":"192539","view_mode":"medstat_image_full_text","attributes":{"height":"390","width":"100%","class":"media-element file-medstat-image-full-text","data-delta":"1"},"fields":{"format":"medstat_image_full_text"},"type":"media","field_deltas":{"1":{"format":"medstat_image_full_text"}}}]]

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– Instantaneous wave-free ratio (iFR) is the new evidence-based standard of care for invasive physiologic assessment of stable coronary lesions of intermediate angiographic severity, supplanting the older fractional flow reserve (FFR) technology, Matthias Gotberg, MD, said at the annual meeting of the American College of Cardiology.

He presented the potentially game-changing findings of the iFR-SWEDEHEART trial, one of two large randomized trials of iFR versus FFR presented at the conference, the other being the DEFINE-FLAIR study.

The virtually identical results of these two trials should encourage more interventional cardiologists to incorporate physiologic assessment of stable coronary lesions into their clinical practice instead of relying solely on anatomic assessment by angiography, which abundant evidence shows is insufficiently accurate in identifying hemodynamically significant lesions warranting revascularization.

FFR never really caught on because of its limitations. DEFINE-FLAIR and iFR-SWEDEHEART show that iFR overcomes those limitations, said Dr. Gotberg, director of the cardiac catheterization laboratory at Skane University Hospital in Lund, Sweden.

The two studies showed that iFR was noninferior to FFR in the 1-year composite endpoint of all-cause mortality, nonfatal MI, or unplanned revascularization. And iFR was associated with significantly shorter procedure times, less stent utilization, and markedly less patient discomfort because, unlike FFR, it doesn’t require administration of adenosine to induce hyperemia.

Indeed, in iFR-SWEDEHEART, which included more than 2,000 randomized patients in three Scandinavian countries, only 3% of the iFR group reported experiencing chest pain, dyspnea, or other forms of discomfort during their procedure, compared with 68% of the FFR group, Dr. Gotberg explains in this video interview.[[{"fid":"192539","view_mode":"medstat_image_full_text","attributes":{"height":"390","width":"100%","class":"media-element file-medstat-image-full-text","data-delta":"1"},"fields":{"format":"medstat_image_full_text"},"type":"media","field_deltas":{"1":{"format":"medstat_image_full_text"}}}]]

 

– Instantaneous wave-free ratio (iFR) is the new evidence-based standard of care for invasive physiologic assessment of stable coronary lesions of intermediate angiographic severity, supplanting the older fractional flow reserve (FFR) technology, Matthias Gotberg, MD, said at the annual meeting of the American College of Cardiology.

He presented the potentially game-changing findings of the iFR-SWEDEHEART trial, one of two large randomized trials of iFR versus FFR presented at the conference, the other being the DEFINE-FLAIR study.

The virtually identical results of these two trials should encourage more interventional cardiologists to incorporate physiologic assessment of stable coronary lesions into their clinical practice instead of relying solely on anatomic assessment by angiography, which abundant evidence shows is insufficiently accurate in identifying hemodynamically significant lesions warranting revascularization.

FFR never really caught on because of its limitations. DEFINE-FLAIR and iFR-SWEDEHEART show that iFR overcomes those limitations, said Dr. Gotberg, director of the cardiac catheterization laboratory at Skane University Hospital in Lund, Sweden.

The two studies showed that iFR was noninferior to FFR in the 1-year composite endpoint of all-cause mortality, nonfatal MI, or unplanned revascularization. And iFR was associated with significantly shorter procedure times, less stent utilization, and markedly less patient discomfort because, unlike FFR, it doesn’t require administration of adenosine to induce hyperemia.

Indeed, in iFR-SWEDEHEART, which included more than 2,000 randomized patients in three Scandinavian countries, only 3% of the iFR group reported experiencing chest pain, dyspnea, or other forms of discomfort during their procedure, compared with 68% of the FFR group, Dr. Gotberg explains in this video interview.[[{"fid":"192539","view_mode":"medstat_image_full_text","attributes":{"height":"390","width":"100%","class":"media-element file-medstat-image-full-text","data-delta":"1"},"fields":{"format":"medstat_image_full_text"},"type":"media","field_deltas":{"1":{"format":"medstat_image_full_text"}}}]]

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Cardiovascular disease most common cause of death in CRC survivors

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SEATTLE – Improvements in diagnosis and treatment have lengthened the survival time of patients with colorectal cancer, but the majority of deaths from CRC occur within the first 5 years.

According to new findings presented at the annual Society of Surgical Oncology Cancer Symposium, CRC as a cause of death is surpassed by cardiovascular disease (CVD) and second primary cancers as time goes on.

Courtesy Wikimedia Commons/nephron/Creative Commons License
“Cancer survivors have unique health problems in that they suffer from the consequences of treatment and also have risk factors associated with other diseases,” said study author Aaron Lewis, MD, of the City of Hope Comprehensive Cancer Center, Duarte, Calif., during his presentation. “Survivorship clinics have been developed to meet this need.”

Dr. Lewis explained that CRC as a cause of death begins to plateau over time and other causes become more important.

“As time goes on, colorectal cancer becomes less prominent, and by year 8, cardiovascular death surpasses it. By year 10, colorectal cancer is surpassed by second cancers and neurologic diseases.”

Information about long-term health problems in long-term colorectal cancer survivors is limited. To address this, Dr. Lewis and his colleagues sought to understand the trends and causes of death over time.

They analyzed causes of death in CRC patients who have survived 5 years and longer using the California Cancer Registry (2000-2011) that is linked to inpatient records. From this database, 139,743 patients with CRC were identified, with 97,604 (69.8%) having been treated for disease originating from the colon and 42,139 (30.2%) from the rectum.

The median age of the patients at the time of presentation was 68 years; at 5 years after diagnosis, 70 years; and at 10 years, 74 years. The 5-year overall survival was 59.1%, and it was during that 5 years that 95% of cancer-specific deaths occurred.

During the first 5 years, the major cause of death was CRC, accounting for nearly two-thirds of the mortality (n = 38,992, 65.4%). This was followed by cardiovascular disease (n = 7,140, 12.0%), second primary cancer (n = 3,775, 6.3%), neurologic disease (n = 2,329, 3.9%), and pulmonary disease (n = 2,307, 3.9%).

The most common second primary malignancies affecting CRC survivors were lung and hematologic cancers, followed by pancreatic and liver cancers.

Overall, in long-term survivors, cardiovascular disease was the major cause of death (n = 2,163, 24.0%) although nearly as many deaths were due to CRC (2,094, 23.2%). This was followed by neurologic disease (n = 1,174, 13.0%), secondary primary cancer (n = 1,146, 12.7%), and pulmonary disease (n = 765, 8.5%).

There was no funding source disclosed in the abstract. Dr. Lewis had no disclosures.

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SEATTLE – Improvements in diagnosis and treatment have lengthened the survival time of patients with colorectal cancer, but the majority of deaths from CRC occur within the first 5 years.

According to new findings presented at the annual Society of Surgical Oncology Cancer Symposium, CRC as a cause of death is surpassed by cardiovascular disease (CVD) and second primary cancers as time goes on.

Courtesy Wikimedia Commons/nephron/Creative Commons License
“Cancer survivors have unique health problems in that they suffer from the consequences of treatment and also have risk factors associated with other diseases,” said study author Aaron Lewis, MD, of the City of Hope Comprehensive Cancer Center, Duarte, Calif., during his presentation. “Survivorship clinics have been developed to meet this need.”

Dr. Lewis explained that CRC as a cause of death begins to plateau over time and other causes become more important.

“As time goes on, colorectal cancer becomes less prominent, and by year 8, cardiovascular death surpasses it. By year 10, colorectal cancer is surpassed by second cancers and neurologic diseases.”

Information about long-term health problems in long-term colorectal cancer survivors is limited. To address this, Dr. Lewis and his colleagues sought to understand the trends and causes of death over time.

They analyzed causes of death in CRC patients who have survived 5 years and longer using the California Cancer Registry (2000-2011) that is linked to inpatient records. From this database, 139,743 patients with CRC were identified, with 97,604 (69.8%) having been treated for disease originating from the colon and 42,139 (30.2%) from the rectum.

The median age of the patients at the time of presentation was 68 years; at 5 years after diagnosis, 70 years; and at 10 years, 74 years. The 5-year overall survival was 59.1%, and it was during that 5 years that 95% of cancer-specific deaths occurred.

During the first 5 years, the major cause of death was CRC, accounting for nearly two-thirds of the mortality (n = 38,992, 65.4%). This was followed by cardiovascular disease (n = 7,140, 12.0%), second primary cancer (n = 3,775, 6.3%), neurologic disease (n = 2,329, 3.9%), and pulmonary disease (n = 2,307, 3.9%).

The most common second primary malignancies affecting CRC survivors were lung and hematologic cancers, followed by pancreatic and liver cancers.

Overall, in long-term survivors, cardiovascular disease was the major cause of death (n = 2,163, 24.0%) although nearly as many deaths were due to CRC (2,094, 23.2%). This was followed by neurologic disease (n = 1,174, 13.0%), secondary primary cancer (n = 1,146, 12.7%), and pulmonary disease (n = 765, 8.5%).

There was no funding source disclosed in the abstract. Dr. Lewis had no disclosures.

 

SEATTLE – Improvements in diagnosis and treatment have lengthened the survival time of patients with colorectal cancer, but the majority of deaths from CRC occur within the first 5 years.

According to new findings presented at the annual Society of Surgical Oncology Cancer Symposium, CRC as a cause of death is surpassed by cardiovascular disease (CVD) and second primary cancers as time goes on.

Courtesy Wikimedia Commons/nephron/Creative Commons License
“Cancer survivors have unique health problems in that they suffer from the consequences of treatment and also have risk factors associated with other diseases,” said study author Aaron Lewis, MD, of the City of Hope Comprehensive Cancer Center, Duarte, Calif., during his presentation. “Survivorship clinics have been developed to meet this need.”

Dr. Lewis explained that CRC as a cause of death begins to plateau over time and other causes become more important.

“As time goes on, colorectal cancer becomes less prominent, and by year 8, cardiovascular death surpasses it. By year 10, colorectal cancer is surpassed by second cancers and neurologic diseases.”

Information about long-term health problems in long-term colorectal cancer survivors is limited. To address this, Dr. Lewis and his colleagues sought to understand the trends and causes of death over time.

They analyzed causes of death in CRC patients who have survived 5 years and longer using the California Cancer Registry (2000-2011) that is linked to inpatient records. From this database, 139,743 patients with CRC were identified, with 97,604 (69.8%) having been treated for disease originating from the colon and 42,139 (30.2%) from the rectum.

The median age of the patients at the time of presentation was 68 years; at 5 years after diagnosis, 70 years; and at 10 years, 74 years. The 5-year overall survival was 59.1%, and it was during that 5 years that 95% of cancer-specific deaths occurred.

During the first 5 years, the major cause of death was CRC, accounting for nearly two-thirds of the mortality (n = 38,992, 65.4%). This was followed by cardiovascular disease (n = 7,140, 12.0%), second primary cancer (n = 3,775, 6.3%), neurologic disease (n = 2,329, 3.9%), and pulmonary disease (n = 2,307, 3.9%).

The most common second primary malignancies affecting CRC survivors were lung and hematologic cancers, followed by pancreatic and liver cancers.

Overall, in long-term survivors, cardiovascular disease was the major cause of death (n = 2,163, 24.0%) although nearly as many deaths were due to CRC (2,094, 23.2%). This was followed by neurologic disease (n = 1,174, 13.0%), secondary primary cancer (n = 1,146, 12.7%), and pulmonary disease (n = 765, 8.5%).

There was no funding source disclosed in the abstract. Dr. Lewis had no disclosures.

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Key clinical point: Long-term colorectal cancer survivors generally will die from other causes.

Major finding: By year 8, cardiovascular disease surpasses colorectal cancer in survivors, as the leading cause of death.

Data source: Large cancer registry with almost 140,000 colorectal cancer patients.

Disclosures: There was no funding source disclosed in the abstract. Dr. Lewis had no disclosures.

Drugs demonstrate similar safety profile in ACS trial

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Drugs demonstrate similar safety profile in ACS trial

Photo by Sage Ross
Aspirin tablets

WASHINGTON, DC—Results of a phase 2 trial suggest rivaroxaban and aspirin have similar safety profiles in patients with acute coronary syndrome (ACS) who are also taking a P2Y12 inhibitor.

Researchers found that, overall, the risk of bleeding was similar whether patients received aspirin or rivaroxaban.

There was no significant difference between the groups when the researchers used TIMI, GUSTO, or BARC bleeding definitions.

However, patients who received rivaroxaban did have a significantly increased risk of bleeding according to the ISTH major bleeding definition.

There was no significant difference between the treatment groups when it came to the study’s efficacy endpoints, although the researchers said the study was not adequately powered to assess efficacy.

These results were presented at the American College of Cardiology’s 66th Annual Scientific Session and published simultaneously in The Lancet.

The study, known as GEMINI-ACS-1, was funded by Janssen Research & Development and Bayer AG.

In this trial, researchers compared rivaroxaban (given at 2.5 mg twice daily) and aspirin (at 100 mg once daily) in patients with ACS who were also receiving clopidogrel or ticagrelor for the secondary prevention of cardiovascular events.

The trial included 3037 adults with unstable angina, non-ST segment elevation myocardial infarction, or ST segment elevation myocardial infarction. Patients had positive cardiac biomarkers and either ischemic electrocardiographic changes or an atherosclerotic culprit lesion identified during angiography.

Within 10 days of hospital admission for ACS, the patients were randomized to receive aspirin (n=1518) or rivaroxaban (n=1519). Patients also received clopidogrel (n=1333) or ticagrelor (n=1704) based on investigator preference.

Patients received a minimum of 180 days of study treatment. The median treatment duration was 291 days.

Safety

The study’s primary endpoint was TIMI clinically significant bleeding not related to coronary artery bypass grafting (CABG) up to day 390.

This type of bleeding occurred in 5.3% of patients in the rivaroxaban group and 4.9% of patients in the aspirin group. The hazard ratio (HR) was 1.09 (P=0.5840).

The researchers also assessed other types of bleeding and used other bleeding definitions. The HRs for these endpoints (with aspirin as the reference) were as follows.

  • TIMI major bleeding, HR=1.25 (P=0.6341)
  • TIMI non-CABG major bleeding, HR=1.25 (P=0.6341)
  • TIMI minor bleeding, HR=2.25 (P=0.1664)
  • TIMI bleeding requiring medical attention, HR=1.01 (P=0.9581)
  • TIMI insignificant bleeding, HR=0.84 (P=0.5504)

  • GUSTO life-threatening or severe bleeding, HR=1.50 (P=0.6571)
  • GUSTO life-threatening, severe, or moderate bleeding, HR=1.58 (P=0.3395)
  • GUSTO life-threatening, severe, moderate, or mild bleeding, HR=1.04 (P=0.7869)

  • BARC 3a and higher bleeding, HR=1.70 (P=0.1263)
  • BARC 3b and higher bleeding, HR=1.38 (P=0.4882)

  • ISTH major bleeding, HR=1.83 (P=0.0420)

Efficacy

Researchers also examined several exploratory efficacy endpoints. For the composite efficacy endpoint (which included cardiovascular death, myocardial infarction, stroke, and stent thrombosis), the 2 treatment groups had similar rates.

Five percent of patients in the rivaroxaban group and 4.7% of patients in the aspirin group experienced one of these cardiovascular events. The HR was 1.06 (P=0.7316).

There was no significant difference between the treatment arms for the individual components of the efficacy endpoint or for all-cause death.

The HRs were 1.12 (P=0.7401) for cardiovascular death, 1.15 (P=0.4872) for myocardial infarction, 0.58 (P=0.2506) for stroke, 1.37 (P=0.4917) for definite stent thrombosis, and 0.95 (P=0.8771) for all-cause death.  

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Photo by Sage Ross
Aspirin tablets

WASHINGTON, DC—Results of a phase 2 trial suggest rivaroxaban and aspirin have similar safety profiles in patients with acute coronary syndrome (ACS) who are also taking a P2Y12 inhibitor.

Researchers found that, overall, the risk of bleeding was similar whether patients received aspirin or rivaroxaban.

There was no significant difference between the groups when the researchers used TIMI, GUSTO, or BARC bleeding definitions.

However, patients who received rivaroxaban did have a significantly increased risk of bleeding according to the ISTH major bleeding definition.

There was no significant difference between the treatment groups when it came to the study’s efficacy endpoints, although the researchers said the study was not adequately powered to assess efficacy.

These results were presented at the American College of Cardiology’s 66th Annual Scientific Session and published simultaneously in The Lancet.

The study, known as GEMINI-ACS-1, was funded by Janssen Research & Development and Bayer AG.

In this trial, researchers compared rivaroxaban (given at 2.5 mg twice daily) and aspirin (at 100 mg once daily) in patients with ACS who were also receiving clopidogrel or ticagrelor for the secondary prevention of cardiovascular events.

The trial included 3037 adults with unstable angina, non-ST segment elevation myocardial infarction, or ST segment elevation myocardial infarction. Patients had positive cardiac biomarkers and either ischemic electrocardiographic changes or an atherosclerotic culprit lesion identified during angiography.

Within 10 days of hospital admission for ACS, the patients were randomized to receive aspirin (n=1518) or rivaroxaban (n=1519). Patients also received clopidogrel (n=1333) or ticagrelor (n=1704) based on investigator preference.

Patients received a minimum of 180 days of study treatment. The median treatment duration was 291 days.

Safety

The study’s primary endpoint was TIMI clinically significant bleeding not related to coronary artery bypass grafting (CABG) up to day 390.

This type of bleeding occurred in 5.3% of patients in the rivaroxaban group and 4.9% of patients in the aspirin group. The hazard ratio (HR) was 1.09 (P=0.5840).

The researchers also assessed other types of bleeding and used other bleeding definitions. The HRs for these endpoints (with aspirin as the reference) were as follows.

  • TIMI major bleeding, HR=1.25 (P=0.6341)
  • TIMI non-CABG major bleeding, HR=1.25 (P=0.6341)
  • TIMI minor bleeding, HR=2.25 (P=0.1664)
  • TIMI bleeding requiring medical attention, HR=1.01 (P=0.9581)
  • TIMI insignificant bleeding, HR=0.84 (P=0.5504)

  • GUSTO life-threatening or severe bleeding, HR=1.50 (P=0.6571)
  • GUSTO life-threatening, severe, or moderate bleeding, HR=1.58 (P=0.3395)
  • GUSTO life-threatening, severe, moderate, or mild bleeding, HR=1.04 (P=0.7869)

  • BARC 3a and higher bleeding, HR=1.70 (P=0.1263)
  • BARC 3b and higher bleeding, HR=1.38 (P=0.4882)

  • ISTH major bleeding, HR=1.83 (P=0.0420)

Efficacy

Researchers also examined several exploratory efficacy endpoints. For the composite efficacy endpoint (which included cardiovascular death, myocardial infarction, stroke, and stent thrombosis), the 2 treatment groups had similar rates.

Five percent of patients in the rivaroxaban group and 4.7% of patients in the aspirin group experienced one of these cardiovascular events. The HR was 1.06 (P=0.7316).

There was no significant difference between the treatment arms for the individual components of the efficacy endpoint or for all-cause death.

The HRs were 1.12 (P=0.7401) for cardiovascular death, 1.15 (P=0.4872) for myocardial infarction, 0.58 (P=0.2506) for stroke, 1.37 (P=0.4917) for definite stent thrombosis, and 0.95 (P=0.8771) for all-cause death.  

Photo by Sage Ross
Aspirin tablets

WASHINGTON, DC—Results of a phase 2 trial suggest rivaroxaban and aspirin have similar safety profiles in patients with acute coronary syndrome (ACS) who are also taking a P2Y12 inhibitor.

Researchers found that, overall, the risk of bleeding was similar whether patients received aspirin or rivaroxaban.

There was no significant difference between the groups when the researchers used TIMI, GUSTO, or BARC bleeding definitions.

However, patients who received rivaroxaban did have a significantly increased risk of bleeding according to the ISTH major bleeding definition.

There was no significant difference between the treatment groups when it came to the study’s efficacy endpoints, although the researchers said the study was not adequately powered to assess efficacy.

These results were presented at the American College of Cardiology’s 66th Annual Scientific Session and published simultaneously in The Lancet.

The study, known as GEMINI-ACS-1, was funded by Janssen Research & Development and Bayer AG.

In this trial, researchers compared rivaroxaban (given at 2.5 mg twice daily) and aspirin (at 100 mg once daily) in patients with ACS who were also receiving clopidogrel or ticagrelor for the secondary prevention of cardiovascular events.

The trial included 3037 adults with unstable angina, non-ST segment elevation myocardial infarction, or ST segment elevation myocardial infarction. Patients had positive cardiac biomarkers and either ischemic electrocardiographic changes or an atherosclerotic culprit lesion identified during angiography.

Within 10 days of hospital admission for ACS, the patients were randomized to receive aspirin (n=1518) or rivaroxaban (n=1519). Patients also received clopidogrel (n=1333) or ticagrelor (n=1704) based on investigator preference.

Patients received a minimum of 180 days of study treatment. The median treatment duration was 291 days.

Safety

The study’s primary endpoint was TIMI clinically significant bleeding not related to coronary artery bypass grafting (CABG) up to day 390.

This type of bleeding occurred in 5.3% of patients in the rivaroxaban group and 4.9% of patients in the aspirin group. The hazard ratio (HR) was 1.09 (P=0.5840).

The researchers also assessed other types of bleeding and used other bleeding definitions. The HRs for these endpoints (with aspirin as the reference) were as follows.

  • TIMI major bleeding, HR=1.25 (P=0.6341)
  • TIMI non-CABG major bleeding, HR=1.25 (P=0.6341)
  • TIMI minor bleeding, HR=2.25 (P=0.1664)
  • TIMI bleeding requiring medical attention, HR=1.01 (P=0.9581)
  • TIMI insignificant bleeding, HR=0.84 (P=0.5504)

  • GUSTO life-threatening or severe bleeding, HR=1.50 (P=0.6571)
  • GUSTO life-threatening, severe, or moderate bleeding, HR=1.58 (P=0.3395)
  • GUSTO life-threatening, severe, moderate, or mild bleeding, HR=1.04 (P=0.7869)

  • BARC 3a and higher bleeding, HR=1.70 (P=0.1263)
  • BARC 3b and higher bleeding, HR=1.38 (P=0.4882)

  • ISTH major bleeding, HR=1.83 (P=0.0420)

Efficacy

Researchers also examined several exploratory efficacy endpoints. For the composite efficacy endpoint (which included cardiovascular death, myocardial infarction, stroke, and stent thrombosis), the 2 treatment groups had similar rates.

Five percent of patients in the rivaroxaban group and 4.7% of patients in the aspirin group experienced one of these cardiovascular events. The HR was 1.06 (P=0.7316).

There was no significant difference between the treatment arms for the individual components of the efficacy endpoint or for all-cause death.

The HRs were 1.12 (P=0.7401) for cardiovascular death, 1.15 (P=0.4872) for myocardial infarction, 0.58 (P=0.2506) for stroke, 1.37 (P=0.4917) for definite stent thrombosis, and 0.95 (P=0.8771) for all-cause death.  

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