Category Archives: Cardiology

How a big CMS update on carotid stenting could impact interventional cardiology – Cardiovascular Business

The decision received widespread support from U.S. medical societies, including those in the fields of neurology, radiology and cardiology. More than 800 comments were received during the CMS review process, with the majority expressing support for the expanded coverage.

"There were 14 medical societies or organizations that came out in favor, that includes the American Association of Neurology, and all of the cardiac, radiology and neurology communities entirely coming out in favor," explained Ken Rosenfield, MD, MSCA member and section head of vascular medicine and intervention, and chairman of STEMI and Acute MI Quality Improvement Committee at Massachusetts General Hospital.

He said MSCA worked to show consensus among many of the experts from the various specialties involved in carotid care and submit the request for review that included a clear and referenced outline of the clinical evidence.

The new CMS national coverage determination has greatly broadened the number of patients eligible for reimbursement when they undergo minimally invasive, catheter-based stenting. The biggest thing the CMS change does is lift off the restriction of payment being the deciding factor for care rather than what is best for a patient.

"I don't think it changes the hospital's business model or bottom line, but I think what it really does is improves patient quality outcomes. Because what you have now is the option to do multiple approaches to a patient without restriction by payment. So if medical therapy is the right thing to do, that's what you do. And if I'm a carotid center, but I think the right thing to do is endarterectomy because a patient has a bulky lesion or a type 3 arch or something like that, I'm going to send 'em a surgery and there's no inhibition for crossing over for the therapeutic which is most appropriate for the patient. And in the end, that reduces total mortality and total neurologic complications," Gray explained.

Rosenfield said patients will also benefit from having more informed decision-making.

"One thing that was important in the decision that CMS finally issued was that there should be a shared decision-making process that patients go through with their physician, be it a surgeon, a cardiologist, a radiologist, a neurologist or a neurosurgeon, and that all of the options are required to be presented to the patient so that the patient can make an informed decision. Now, in many instances, it might be the most appropriate thing to do an endarterectomy or to do optimal medical therapy. But in some instances, it will be clear that stenting is the right approach, and then there's going to be this big gray zone where patients will have the option of transcarotid artery revascularization (TCAR) using stenting or endarterectomy. And in that case, now the patient will actually be able to make their own informed decision for elective procedures," Rosenfield explained.

CMS now approves carotid stenting for asymptomatic patients with a stenosis of 70% or more, and symptomatic patients with more than 50% stenosis, Gray said. The decision allows for various catheter vascular access options including transfemoral, transradial or transcarotid.

While many patients may opt for the less invasive procedure if they have a choice, he said there are a lot of good clinical reasons for open surgical procedures, including the presence of comorbidities or anatomic issues that make catheter navigation difficult. Each patient case will have different circumstances, so ideally there should be a team-based approach to CEA or CAS.

"That doesn't necessarily mean that you have to have sign off for carotid procedure by one or another specialty. In fact, CMS rejected that and they agreed that anybody who's managing carotid disease should have full knowledge of all of the different options and their pluses and minuses and should present a balanced approach to the patient. The Multi-Specialty Carotid Alliance is really keen on ensuring that we end up with optimal outcomes for these patients that we think quality should be monitored and assured and that patients deserve that. So we're going to work very intensively on that with all of our colleagues from all different specialties to try to achieve that," Rosenfield said.

Often in medicine, when a solution to a problem is developed, such as a drug or device, the screening for patients with that condition increases and it is often found there is much larger patient population that originally thought. This certainly happened with the development of transcatheter aortic valve replacement (TAVR) as an alternative to open heart surgery, where much larger population of of aortic stenosis patients came out of the woodwork and surprised cardiology in the past decade. The same thing happened when the FDA cleared use of transcatheter closure devices for patent foramen ovale (PFO), Gray said.

"When you create a therapy for patients, we find those patients and there's more surveillance for that problem. When you have limited options for that, it becomes less attractive. It's not great. I mean, that's not the way medicine should be practiced, but that's the reality of it," Gray explained.

Rosenfield said if CAS procedure volume goes up, it also will likely spur new investment to develop better interventional therapies. Keep in mind that the currently available stents, catheters and embolic protection systems for CAS were developed 15-20 years ago with little new innovation since. Rosenfield said the lack of innovation is mainly due to the lack of reimbursement and resulting lower numbers of CAS patients.

"I think that one of the things that happened as a result of the lack of coverage for CAS is a complete absence of investment in the carotid innovation space. There are a couple of notable exceptions, but by and large, there hasn't been a lot of innovation in this space," he said. I firmly believe we're going to get there."

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How a big CMS update on carotid stenting could impact interventional cardiology - Cardiovascular Business

Global Cardiology Medical Imaging Informatics Market – Cloud-powered Telecardiology to Improve Access to Healthcare – PR Newswire

DUBLIN, March 8, 2024 /PRNewswire/ -- The"Global Cardiology Medical Imaging Informatics Market Growth Opportunities" report has been added to ResearchAndMarkets.com's offering.

Cardiology is the second-largest generator of patient image data and reports, which need to be stored/archived, analyzed, and managed. This, coupled with hospitals' need to provide timely, high-quality care to patients, given the urgency of cardiology cases, necessitates a holistic view of cardiac patient data and a well-connected, enterprise-wide hospital informatics infrastructure, propelling the growth of efficient enterprise imaging informatics solutions in the cardiology specialty.

Hospitals face various challenges, such as radiologist/cardiologist burnout, rising costs, huge data silos, decentralized work environments, and the substantial time cardiologists spend on manual reporting. These factors create demand for robust cardiology image and data management, such as cardiology workflow solutions and structured reporting covering the unique needs of cardiology imaging.

Increased disease detection and diagnosis requirements also advance technology innovations across all modalities of cardiology imaging procedures, such as hybrid imaging and fusion imaging. These procedures create highly advanced images in large volumes and require appropriate cardiology diagnosis/interpretation solutions to decode/read and interpret images quickly.

As cardiology datasets increase, on-premises storage solutions will no longer be enough to manage the growing volume of cardiology data. This will drive the adoption of cloud-based cardiology image storage solutions, which are scalable and easily accessible from anywhere. Cardiology picture archive communication systems (PACS) are shifting toward cardiovascular information systems (CVIS) to meet the demand for a comprehensive, 360-degree view of patient health data from multiple disparate systems. CVIS enables a holistic view of a patient's health parameters and reduces the turnaround time for physicians to examine each patient.

Through this report, the analyst seeks to provide stakeholders with insights into the market and enable them to capture the opportunities available over the forecast period.

The report provides an overview of the global cardiology medical imaging informatics market, with a 5-year revenue forecast from 2024-2028. Cardiology informatics is an interdisciplinary field that uses data, information, and knowledge from cardiology health systems with information and communication systems for patient care with operational and financial efficiency for the enterprise. The geographical scope of this study covers 4 main regions: North America, Europe, Asia-Pacific, and the rest of the world (Latin America, Africa, and the Middle East).

The study forecast is categorized into 4 segments:

Other vital information:

Key Growth Opportunities

Key Topics Covered:

Growth Opportunity Analysis

Cardiology Imaging Informatics

Cardiovascular PACS

Cardiology Image Analysis and Visualization

Cardiology Workflow Solutions

Cardiology Enterprise Imaging

Competitive Landscape

For more information about this report visit https://www.researchandmarkets.com/r/hfjx2s

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Valley Health cardiologist talks regional heart health | Nvdaily | nvdaily.com – Northern Virginia Daily

As the leading cause of death for Americans, one person dies from heart disease every 33 seconds in the country, according to the Centers for Disease Control and Prevention.

With American Heart Month recently coming to a close in February, Dr. Saif Al-Najafi from Winchester Medical Center shared what area residents should know about caring for their blood-pumping muscle year-round.

In the past 10 to 20 years, we advanced from a prognosis of heart failure being similar to cancer to almost people living a normal life on medications, Al-Najafi said.

Despite treatment improvements, it is still crucial for folks to stay away from smoking, poor diet choices and other causes of high blood pressure and high cholesterol, which can lead to developing a weak heart, he said.

Smoking and obesity both seem to be highly prevalent in the community treated at Winchester Medical Center, according to the observations of Al-Najafi and his cardiologist colleagues.

Once you have a weak heart, we want to prevent hospitalizations. And that's easily preventable as well with a good education, he said. For example, with heart failure, they come again and get admitted and many times it's just lack of education when it comes to salt intake.

One diet misconception the doctor often sees is overconsumption of canned soups, which are sometimes perceived as healthy, but usually contain high amounts of sodium. Instead, one should aim to consume less than 2 grams of salt per day, especially in cases of a weak heart, he said.

His recommended diet is intermittent fasting, which consists of restricted eating during certain periods of time. Contrary to popular belief, the keto diet raises cholesterol due to increased consumption of foods such as red meat, he said. If one chooses to go the keto route, Al-Najafi advises attempting a modified version that eliminates or lessens food high in cholesterol.

An estimated 80% of the hospitals cardiac patients are elderly, with much fewer being young. One reason Al-Najafi suggested to explain this is that the surrounding community seems to be a place where people settle down after retirement.

Older people tend to experience more heart issues, he said. But placing an emphasis on healthy lifestyles as a young person is an extremely helpful heart disease prevention tactic, he expressed.

You don't just suddenly get morbidly obese because there's stages to get there, he said. And I think discussions happen relatively later than sooner and that's a problem.

Coronary artery disease (CAD), the most common type of heart disease, is almost entirely preventable based on lifestyle choices, he said. However, genetics can certainly play a role and he recommends being screened for a family history of premature CAD.

CAD is the primary cause of heart attacks, according to the CDC.

We have actually one of the fastest or shortest response times when it comes to heart attacks in the state of Virginia, Al-Najafi said. I think last year we were number one.

Al-Najafi, who specializes in advanced cardiac imaging, reported that Winchester Medical Center has roughly 90% of the most advanced imaging technologies, such as the ability to perform cardiac CT and MRI scans.

Other specializations at the center are electrophysiology, which focuses on patients who need pacemakers or have an irregular heartbeat, as well as interventional cardiology and heart failure specialists.

In the cases where Winchester Medical Center is unable to provide the help a patient needs, it connects with nearby institutions with which it has a working relationship, Al-Najafi explained.

I think the community is lucky to have such a hospital here that, at least from the cardiology standpoint, I would say provides 90% of what is needed by the community, he said.

The good fortune goes both ways, the doctor expressed.

We're very lucky to work in a community such as Winchester where most people are extremely nice and appreciative, Al-Najafi said.

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Valley Health cardiologist talks regional heart health | Nvdaily | nvdaily.com - Northern Virginia Daily

With the correct research, AI in pediatric cardiology has great potential – Contemporary Pediatrics

Scott Ceresnak, MD, cardiac electrophysiologist, director, of the Pediatric Electrophysiology Program, Stanford Medicine Childrens Health, Palo Alto, California, shared his excitement regarding the potential of artificial intelligence (AI) technology in the pediatric cardiology space, including wearable technology, in this video interview with Contemporary Pediatrics.

Ceresnak noted mass research is needed to figure out how AI can further be used in health care, but explained trials are underway in various health care spaces.

Transcript (edited for clarity):

Contemporary Pediatrics:

Dr. Ceresnak, when it comes to AI, it's dominating the headlines in the medical field for a varying number of reasons, but we have seen in some indications and populations, that technology trickle into the pediatric space. From a cardiology perspective, what are some of those findings and what are you starting to see be rolled out, or tested if nothing else?

Scott Ceresnak, MD:

You know, AI is such a hot topic now. And, really, there's so much promise with the technology going forward. I would say a couple of things with AI, first of all, as you mentioned, so much of the AI data that's being generated, and algorithms that are being generated are adult centric, right?

So I think we have to be a bit careful. And just because these algorithms work well, on adults, we don't know if that's going to trickle down if those specific algorithms are going to work in children. So I think the first step is, for most AI algorithms, you need big data, right? So you need a big data sets to understand how can you distinguish normal or abnormal. Then you need a good big group to validate that algorithm. Does it work? So, we need big datasets in children that can really, A.) Provide good machine learning algorithms, and then B.) validate them and see do they work or not.

I think that's a big step for us is really getting a lot of big data to generate these algorithms and generate specific pediatric level algorithms. So I think the first steps that are coming is do these algorithms work in children? Do the adult algorithms working children? And then can we develop our own pediatric specific elements? And I think there's a lot of work in CG space, electrocardiograms, and that there's a lot of work that a bunch of groups are doing here at Stanford and a bunch of other groups across the country, great centers are doing a lot of machine learning work on ECGs.

As I mentioned before, echocardiography, looking sonograms of the heart, one of my colleagues at Stanford Charitha Reddy is doing great work looking at, can we create artificial intelligence-based readings of these echocardiograms? Can we distinguish normal from abnormal and take away the human part of the reading. And really, I think amazing work is being done. I feel like we're sort of at the tip of the iceberg and what we can do and what we're starting to see in the pediatric space and I'm super excited about what's to come, really on the electrophysiology side and ECG algorithms and other arrhythmia detection algorithms. But then also, looking at in hospital infection of arrhythmias and early detection of potential events in the hospital, and imaging wise. I think, on the imaging side, this is going to revolutionize the way we sort of see echocardiograms and other imaging modalities in children.

I'm excited about this space, especially wearables, and I think they carry great promise and I think they carry a lot of hope for arrhythmia detection in children. I would caution people too to say that, as I mentioned before, all these algorithms are built for adults.

I think we have to be careful how we interpret the data and the combination of using the watch and using the data that we can get from these smartwatches, but also using the clinical judgment of important people who are experts in the field, is going to be really important to strike that balance between not raising anxiety too much in terms of families, but also, truly picking up the arrhythmias that we can treat and we can help kids going forward.

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With the correct research, AI in pediatric cardiology has great potential - Contemporary Pediatrics

Researcher promotes subsidies to bring cardiac care closer to home in rural areas – Montana Right Now

A model of the mammalian heart (Photo by Souza e Silva via Wikimedia Commons | CC-BY-SA 4.0).

Luring cardiologists to rural parts of Iowa may mean subsidizing their salaries, a new study has found.

Tom Gruca, a marketing professor at the University of Iowas Tippie College of Business, looked at data from more than 40 years of public health in his state. His study, Bringing the Doctor to the Patients: Cardiology Outreach to Rural Areas, found that paying doctors to participate in traveling practice models could help alleviate the coming cardiologist shortage in his state.

Using subsidies and an existing Visiting Consultant Clinic model would be a better and more cost-effective way to get cardiology care to rural patients, he said.

A VCC model is a formal arrangement between a rural hospital or clinic and a specialist physician, typically from an urban area nearby. In a VCC arrangement, the specialists travel to rural areas on a regular basis to see patients in their own communities. There, they can use the rural hospital to examine them and provide basic support and non-invasive procedures, and treat them in larger hospitals for more complex procedures.

The policy that the American Heart Association and everybody else always talks about is lets get doctors to move to rural areas, Gruca said in an interview with the Daily Yonder. That might work with the primary care physician because if theres a hospital there, theres probably enough equipment and staff for them to do what theyre doing. This will not work for almost any specialist because they need the imaging equipment, the surgical equipment, the surgery nurses, and all that other stuff to do their jobs.

The VCC model is used in every state, he said. Looking at the numbers the research found that the model would not only provide rural patients with access to care, but save money.

Putting a cardiologist in a rural community would mean the doctor would not have enough patients or patient visits to support their practice, Gruca said. And paying cardiologists on a per-mile basis to drive to rural communities would be excessively expensive. In some cases, getting doctors to give up patient time to spend up to three hours of windshield time to get rural communities to participate in the VCC model was a challenge.

His research found that a state investment of about $430,000 per year would provide doctors with the necessary funding to cover windshield time and still provide current levels of cardiology coverage in the state.

Getting that cardiology care to rural communities is important on a number of levels, he said. First, rural residents are more likely to have cardiology issues. According to one study, between 2010 and 2015, the death rate for rural residents from coronary heart disease was significantly higher than it was for those in urban areas. And a 2017 study found that people in rural areas have a 30 percent higher risk of dying from a stroke due to their increased chronic disease, and reduced access to pre-hospital care.

Second, research shows that rural residents who have access to cardiology care are better off for it.

What we can say is that the difference between having VCC outreach and not having VCC outreach means anywhere between 700,000 and a million rural residents having better access, he said. And studies show that Medicaid patients who see a specialist at least once a year are way more likely to stay out of the hospital and way more likely to live for another year.

Even more important, he said, is that rural America is facing a pending shortage of cardiologists. Currently, the state has fewer than 200 cardiologists, Gruca said, almost all of them in urban areas. Nationally, the number of cardiologists is expected to decline by as much as 10% due to retirement and aging workloads. While fellowship programs graduate about 1,500 new cardiologists a year, he said, about 2,000 leave the practice annually.

I thought, whats going to happen when the number of cardiologists goes down? he said. When this shortage actually hits If we lose 10% of our current cardiologists there are a lot of cities (in Iowa) that will get no outreach at all.

Similar programs have worked in Australia, he said. The same kind of subsidies could be successful in encouraging specialist physicians to work in rural areas as well.

Even though the program was expensive, he said, it will still save states money over the alternative.

We looked at what it would take to hire people and put them into rural areas and the cost was many, many times (the annual subsidies) simply because they would have very little to do, he said. If we pay them some amount to do this outreach and we build a mathematical model to figure out how much would we have to pay them per mile or per minute its actually really many, many, many times the $400,000 for the subsidy that we calculated.

This article first appeared on The Daily Yonder and is republished here under a Creative Commons license.

The post Researcher promotes subsidies to bring cardiac care closer to home in rural areas appeared first on Daily Montanan.

Three winners will receive a pair of ticket to Menopause the Musical 2 at the Brick on the campus of MSU on Wednesday, March 13.

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Researcher promotes subsidies to bring cardiac care closer to home in rural areas - Montana Right Now

Cardiologist aims to improve care, reduce costly air transport – The Taos News

Without a cardiologist since Dr. Geilan Ismail retired in 2022, any replacement arriving at Holy Cross Medical Center would be newsworthy.

Dr. Tiziano Scarabelli, the hospital's new cardiologist, is introducing heart patients to newer diagnostic methods, which he said not only save lives but will also reduce airlifts out of Taos and improve patient care and their overall quality of life.

By using a top-of-the-line CT scan machine Holy Cross obtained in 2023 in conjunction with software that compiles a detailed 3D image of a patient's heart, Scarabelli said he is able to diagnose patients more accurately and discharge non-emergent patients quicker than ever before at Holy Cross.

"When there was a patient coming to the [emergency department] with chest pain, there was the conventional approach," he said, explaining that echocardiogram stress tests either physical or using nuclear medicine require a patient to stay at the hospital for up to 36 hours.

While he still employs both tests regularly at Holy Cross, he said coronary CT angiograms can be performed without injecting any drug and don't require patients to fast, allowing them to be "discharged in [as few as] six hours," Scarabelli said.The test works by revealing calcified coronary arteries indicating coronary plaques immediately and clearly in the imaging, which can be completed in 20 minutes.

Scarabelli shared a PowerPoint presentation with the Taos News of 3D images of hearts, some in various stages of visible to a layman coronary artery disease. In fact one of the goals of the imaging is to very clearly communicate to patients the consequences of a poor diet, obesity, a lack of physical activity or not taking one's prescribed heart or diabetes medicine, for example.

"It has a very significant impact in terms of changes of behavior," Scarabelli said. "That is very important to provide a pictorial representation of the work done by the patients."

Holy Cross CEO James Kiser agreed the CT angiogram is able to provide imaging of the heart faster and with a high degree of accuracy. He said Scarabelli is an expert in using the technology and interpreting the detailed information it provides.

Scarabelli was born and raised in Vercelli, Italy. He has taught at several universities and is licensed to practice medicine in over a dozen states. As a young man, he graduated with a degree in medicine from the University of Turin, then completed a fellowship in cardiology at the University of Brescia. He subsequently moved to England, where he carried out research projects for several years.

Tizianos subspecialty is cardio-oncology, whose primary goal is to prevent and treat cardiovascular complications of cancer, chemotherapy and/or radiation therapy, according to his hospital bio. Kiser has said that one of his priorities is to bring a cancer treatment clinic to Holy Cross.

"We are blessed to have Dr. Tiziano Scarabelli and his wife, Carol Chen-Scarabelli, NP, staffing the Holy Cross Cardiology Department," Dr. Lucas Schreiber said. "It is unusual to find such well-trained and academically inclined clinicians practicing in such a small community. When Dr. Geilan Ismail retired, I feared we would not find a replacement of her caliber. In Dr. Scarabelli, the Taos community is once again receiving state-of-the-art, highly competent and guideline-driven cardiac care."

Scarabelli's wife, Nurse Practitioner Carol Chen-Scarabelli, came to work at Holy Cross with her husband, and shares his drive to serve the folks who live within the hospital's service area.

"With the multimodality imaging we have, including the coronary CT scanner, in order to rule out any significant blockage in the arteries or your heart, it's making a huge difference," Chen-Scarabelli said. "Before, if someone came in with chest pain and you weren't sure if they were having a heart attack and you had to airlift them out. They're getting a $75,000 bill for airlifting, not counting your hospital bill.

"I told [Christus St. Vincent Hospital in Santa Fe] when they came up to visit, I said, 'Well, if they didn't have a heart attack, then they'll get one when they see that bill,'" Chen-Scarabelli said. "If the coronary CT helps us to diagnose rapidly, if they have significant blockage, they do need to be airlifted; [but] we've had some but they weren't urgent like that, and they were able to drive down or have a family member take them instead of being airlifted."

Scarabelli said just three patients he's seen have had to be airlifted out of Taos for treatment at a larger clinic. All three required surgery.

"The negative predictive value of a negative CT angiogram is 100 percent," Scarabelli said, clapping his hands with finality. "If I say it is negative to the patient, 'Go home,' it is done. It's the power of the procedure that allows this hospital to make big jumps in care."

Scarabelli said that after a quarter-century teaching medicine and heading up departments at learning hospitals or running clinical practices in several larger communities in the United States, Taos feels like the right place to be.

"The reality is, I've been an academician all my life," he said. "I became a professor of medicine at Wayne State University [in Michigan] when I started 22 years ago. I'm a professor of medicine at the Royal College. I continue to do that; I'm still an academician. But they no longer pay me.

"I'm sick and tired of the political thing in academia," Scarabelli added. "Academia is worse than the politics in the White House. Here, I'm surrounded by people who have the most genuine desire to help me to do things well."

After renting for six months in Taos, Scarabelli said he, his wife and 14-year-old daughter Caroline have moved into their own home.

"For my first time ever and I'm very honest with you, not even in Italy, not in England, where I lived many years, not in the U.S., I always felt not accepted I feel part of the community," Scarabelli said.

"I used the term community in the past and it was, like, something up there; I didn't understand what it means," Scarabelli said, gesturing to overhead to something out of reach. "I have become aware of that."

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Cardiologist aims to improve care, reduce costly air transport - The Taos News

Even Modest Lp(a) Elevations Bode Poorly for Cardiovascular Health – Medpage Today

Lipoprotein(a), or Lp(a), at levels well below currently accepted risk thresholds correlated with increased cardiovascular risk in a large registry study, suggesting a wider patient pool that could benefit from future preventive therapies.

Although guidelines endorse the 80th percentile cutoff of 125 nmol/L to identify higher-risk candidates for initiation or intensification of preventive therapies such as statins, any plasma Lp(a) level above the median significantly correlated with long-term major adverse cardiovascular events (MACE) in real-world patients with baseline atherosclerotic cardiovascular disease (ASCVD) in the Mass General Brigham Lp(a) Registry.

MACE risk over more than a decade was 14% higher among those in the 51st to 70th percentiles 42-111 nmol/L (adjusted HR 1.14, 95% CI 1.05-1.24) compared with average or lower Lp(a). The adjusted hazard ratio rose to 1.21 for the 71st to 90th percentile (112-215 nmol/L) and leveled off thereafter.

As for those without established ASCVD, an upward trend for MACE risk with increasing Lp(a) only reached statistical significance at the highest Lp(a) levels (aHR 1.93 for the 91-100th percentile, 95% CI 1.54-2.42), reported Ron Blankstein, MD, of Brigham and Women's Hospital in Boston, and colleagues in the Journal of the American College of Cardiology.

"Across both primary and secondary prevention groups, there was a meaningful increase in ASCVD risk with increasing Lp(a) levels, with the excess risk being strongest for MI [myocardial infarction] and coronary revascularization," Blankstein's team wrote.

"These insights can guide both current clinical risk assessment as well as future trials for Lp(a)-lowering therapies as we have identified populations of patients (both primary and secondary prevention) who would not be included in current Lp(a) trials but have significant residual Lp(a) attributable risk," the group concluded.

Lp(a) is a highly atherogenic particle and known independent risk factor for ASCVD. Nevertheless, due to Lp(a) historically being considered an unmodifiable cardiovascular risk factor, universal screening is not endorsed by U.S. guidelines and is infrequently performed.

"However, with the advent of small interfering RNAs and antisense oligonucleotides, the landscape of novel therapeutics is showing significant promise," Blankstein and colleagues noted.

They cited two ongoing phase III trials studying novel Lp(a)-lowering therapies: Lp(a)HORIZON on pelacarsen injected monthly and OCEAN(a)-Outcomes on olpasiran injected every 12 weeks. Whereas both studies focus on secondary prevention patients, minimum baseline Lp(a) entry requirements differ, at 175 and 200 nmol/L in the two studies respectively.

Study authors suggested "that there will likely be a significant population of individuals with and without baseline ASCVD who remain at increased cardiovascular risk from Lp(a) who will not be included in these trials. Thus, in addition to ongoing clinical trials, additional studies are needed to further elucidate how Lp(a) can affect risk in various populations, and whether the excess risk attributable to Lp(a) can be effectively lowered."

Nathan Wong, PhD, MPH, of the University of California Irvine, similarly urged investigation of Lp(a) in broader populations and predicted that "it may not be long before guidelines in the United States endorse universal screening, which many experts already support."

"The identification of patients at increased risk for ASCVD, in both primary and secondary prevention, remains an important challenge and priority," he wrote in an accompanying editorial. "The failure to screen and identify those with Lp(a)-associated risks represents a missed opportunity to address this risk, not only with our existing repertoire of treatments but hopefully in the future with the development of promising therapies targeting Lp(a)."

The present cohort study comprised patients with Lp(a) readings taken as part of routine care from 2000 to 2019 at two large Boston medical centers.

Altogether, the registry included 16,419 people followed for a median of 12 years (median age 60 years, 41% women). Approximately 62% had baseline ASCVD, and this group tended to have higher Lp(a) levels compared with those without ASCVD (37.8 vs 31.1 nmol/L, P<0.001).

MACE events counted during follow-up were MI, stroke, coronary revascularization, and cardiovascular mortality. Ultimately, 6.5% of individuals studied experienced a nonfatal MI, 8.4% a nonfatal ischemic stroke, 8.3% underwent coronary revascularization, and 14.7% died of cardiovascular causes.

Blankstein's group acknowledged the potential for residual confounding and biases due to the retrospective design of the study. Additionally, the authors were unable to account for genetic or inflammatory biomarkers.

Nicole Lou is a reporter for MedPage Today, where she covers cardiology news and other developments in medicine. Follow

Disclosures

The study was funded in part by Amgen.

Blankstein has received research support and consulting fees from Amgen and Novartis.

Wong reported institutional research support from Novo Nordisk, Novartis, and Regeneron as well as consulting for Novartis and Ionis.

Primary Source

Journal of the American College of Cardiology

Source Reference: Berman AN, et al "Lipoprotein(a) and major adverse cardiovascular events in patients with or without baseline atherosclerotic cardiovascular disease" J Am Coll Cardiol 2024; DOI: 10.1016/j.jacc.2023.12.031.

Secondary Source

Journal of the American College of Cardiology

Source Reference: Wong ND "Lipoprotein(a): ready for prime time?" J Am Coll Cardiol 2024; DOI: 10.1016/j.jacc.2024.01.004.

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Even Modest Lp(a) Elevations Bode Poorly for Cardiovascular Health - Medpage Today

Long-term Survivors of Childhood Cancer at Higher Risk of Death Following Heart Issues; Threshold for Treating Risk … – Diagnostic and…

February 28, 2024 New research out ofVCU Massey Comprehensive Cancer Centerand VCU Health Pauley Heart Center indicates that survivors of childhood cancer are at a significantly higher risk of death following a major cardiovascular event including heart failure, heart attack or stroke than the general public.

The findings published this week in theJournal of the American College of Cardiology could fuel advocacy for a paradigm shift in clinical heart health guidelines to address cardiovascular risk factors at an earlier age in childhood cancer survivors.

We found that the risk of death after a major cardiovascular event in a 50-year-old in the general population is equivalent to that of a 30-year-old who was previously treated for cancer as a child, said Wendy Bottinor, M.D., lead author on the study and cardio-oncologist at Massey andthe Pauley Heart Center. Untreated risk factors have a larger impact on risk for death following a serious heart event among survivors of childhood cancer relative to the general population, and therefore we shouldnt just assume that because someone is young they dont need risk factors like high blood pressure or high cholesterol treated.

Previous research has demonstrated that childhood cancer survivors have an increased risk for heart disease and a higher incidence of cardiovascular mortality compared to the general public.

This study waded deeper into the understanding of the impact of childhood cancer on survivors risk of death later in life following a major cardiovascular event compared to individuals who never had cancer, but also experienced one of those same heart issues.

Bottinor and her collaborators turned to a couple of robust databases for answers, including the Childhood Cancer Survivors Study, which includes a large cohort of 25,000 survivors of childhood cancer and their siblings, and the CARDIA study, which is a racially diverse cardiology database of young adults created to gain insights on how people develop heart disease.

They found that following heart failure, heart attack or stroke, mortality was higher in childhood cancer survivors than in their siblings who did not have cancer. Strikingly, compared with the general population, survivors of childhood cancer were more than a decade younger when they experienced one of those three events.

This study supports the concept that survivors of childhood cancer experience what appears like accelerated aging, where their overall medical profiles are similar to people who are 10 or more years older, said Bottinor, who is also a member of the Cancer Prevention and Control research program at Massey.

In an effort to identify some potential solutions, the researchers determined that a medical condition known as dyslipidemia an imbalance of cholesterol or fat in the blood that can lead to clogged arteries and serious heart issues correlated to lower mortality following a cardiovascular event. People who are diagnosed with dyslipidemia are commonly prescribed statins, drugs that reduce risk of heart complications by lowering cholesterol levels and mitigating chronic inflammation, a known risk factor for both heart disease and cancer. Previous evidence suggests statins may be heart-protective medications in patients undergoing cancer treatment.

This led Bottinor and her collaborators to suggest that using statins more universally in childhood cancer survivors, instead of only in the population that presents with heart problems, could provide general and increased protection against mortality following a cardiovascular complication later in life.

Additionally, this paper indicates that hypertension elevated blood pressure was also associated with an increased risk for heart-related death in childhood cancer survivors. Previous published data demonstrates that if someone who was treated for cancer is hypertensive, their risk for heart disease is magnified compared to someone who is hypertensive but has never been treated for cancer.

Bottinor said that current guidelines from multiple medical associations often include high thresholds regarding who is eligible to receive blood pressure medication, particularly for younger patients, and that these parameters should be adjusted to reduce the risk of long-term heart complications.

We probably should be lowering that bar for treating hypertension when were talking about survivors of childhood cancer because their risk for heart disease is so much higher than the general population, Bottinor said.

Looking ahead, Bottinor said further research needs to be conducted to better understand the burden of heart health risk factors in younger adults who have been treated for cancer; clinical trials need to be activated that investigate if risk factor modification impacts patient outcomes; and efforts need to be implemented to increase general awareness of the risk factors that result following cancer treatment in children and younger adults.

The emerging field of cardio-oncology is paving the way for expert, multidisciplinary heart care before, during and after cancer treatment to mitigate adverse effects on cardiovascular health. The cardio-oncology program at Massey and the Pauley Heart Center is the only program in Virginia that has been accredited bythe International Cardio-Oncology Society as a Center of Excellence.

Collaborators on Bottinors research include Eric Chow M.D., M.P.H., and David Doody, M.S., of Fred Hutchinson Cancer Center; Cindy Im, Ph.D., and David Jacobs, Jr., Ph.D., of the University of Minnesota; Saro Armenian, D.O., M.P.H., of City of Hope; Alexander Arynchyn, M.D., Ph.D., of the University of Alabama; Borah Hong, M.D., of Seattle Childrens Hospital; Rebecca Howell, Ph.D., of MD Anderson Cancer Center; Gregory Armstrong, M.D., Kirsten Ness, Ph.D., and Yutaka Yasui, Ph.D., of St. Judes Childrens Research Hospital; Kevin Oeffinger, M.D., of Duke University; and Alexander Reiner, M.D., M.Sc., of the University of Washington.

For more information:https://www.vcu.edu/

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