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Primary stroke prevention is a critical opportunity for neurologists, with most stroke risk driven by modifiable factors such as hypertension and lifestyle behaviors. This episode highlights practical tools and strategies, including Life's Essential 8 and contemporary risk calculators, while also exploring evolving approaches to shared decision making and secondary prevention. In this episode, Katie Grouse, MD, FAAN, speaks with Mitchell S. Elkind, MD, MS, FAAN, author of the article "Stroke Prevention" in the Continuum® June 2026 Cerebrovascular Disease issue. Dr. Grouse is a Continuum® Audio interviewer and a clinical assistant professor at the University of California, San Francisco in San Francisco, California. Dr. Elkind is the Chief Science Officer for Brain Health and Stroke at the American Heart Association in Dallas, Texas, and a professor of neurology and epidemiology at Columbia University in New York, New York. Additional Resources Read the article: Stroke Prevention Subscribe to Continuum®: shop.lww.com/Continuum Earn CME (available only to AAN members): continpub.com/AudioCME Continuum® Aloud (verbatim audio-book style recordings of articles available only to Continuum® subscribers): continpub.com/Aloud More about the American Academy of Neurology: aan.com Social Media facebook.com/continuumcme @ContinuumAAN Guest: @MitchElkind Full episode transcript available here Dr Grouse: Neurologists have generally been more involved in secondary stroke prevention, but primary stroke prevention is increasingly recognized as an important topic of discussion for neurologists. Today, I have the opportunity to interview Dr. Mitchell Elkind, who wrote the article on stroke prevention in the newest Continuum issue on cerebrovascular disease.  Dr Jones: This is Dr. Lyell Jones, Editor-in-Chief of Continuum. Thank you for listening to Continuum Audio. Be sure to visit the links in the episode notes for information about earning CME, subscribing to the journal, and exclusive access to interviews not featured on the podcast.  Dr Grouse: This is Dr. Katie Grouse. Today, I'm interviewing Dr. Mitchell Elkind about his article on stroke prevention. This article appears in the June 2026 Continuum issue on cerebrovascular disease. Welcome to the podcast, and please introduce yourself to the audience.  Dr Elkind: Thank you so much, Katie. So, my name is Mitch Elkind, and I'm the Chief Science Officer for Brain Health and Stroke at the American Heart Association and a stroke neurologist by background.  Dr Grouse: Well, I just want to start by saying that I really enjoyed reading this article. I think this is just a really wonderful article I recommend strongly. Such a high yield, an important topic for a lot of us who see patients who are interested in learning about their stroke risks or need help with, uh, stroke prevention after having a stroke. So, I wanted to start. What's changed in the last couple of years? You know, what are some big highlights that you really want to stress that are different from maybe the last time we reviewed this topic?  Dr Elkind: Sure. Well, there's been a lot of development in the field of secondary stroke prevention, for one thing. But even beyond that, I think we increasingly appreciate how important it is to control what we call the social drivers of health on the earlier side, primordial or primary prevention. And that has been a big advance, I'd say. And I would also say, I think it's really important for neurologists to understand some of those questions about primordial and primary prevention. You know, we tend to get involved with patients after they've had a stroke or maybe a TIA, some kind of event. But sometimes we find people who are following for, you know, non-stroke related conditions who have risk factors also. And we can really play an important role in identifying those risk factors and helping to prevent a first stroke or vascular event as well. So, I think it's real important for us to be doctors even before we're neurologists. So, you know, Katie, about ninety percent of stroke risk is modifiable, so we can do a great job as neurologists in preventing stroke. And one of the most important things that we can do is to identify and treat high blood pressure. And recently, actually, the American Heart Association, American College of Cardiology guidelines on the management of hypertension have said that treatment of high blood pressure not only prevents stroke, but it can also help to prevent cognitive decline and dementia. And this is the first time that we've had a class of recommendation one and level of evidence A, the highest level of recommendation we give for the use of blood pressure treatment to prevent dementia. And that's largely based on the results of some large trials that have come out recently showing that you can prevent dementia with blood pressure control. So that's a really exciting link, I think, between cardiovascular risk factor control and subsequent brain health. It just illustrates the role that neurologists can play in, so many conditions outside of stroke as well.  Dr Grouse: That's a really great point, and I want to get a little more into the idea of primordial stroke prevention. Can you tell us a little bit more about what that might be?  Dr Elkind: So primordial prevention refers to addressing how we can prevent risk factors from occurring in the first place, and how can we improve the environments in which people live. You know, we know that only about twenty percent of health outcomes is dependent on what happens between the patient and their doctor in the office. About eighty percent of it is due to what happens in the environments in which we live, work, pray, and play. And so that's what we mean when we refer to the social drivers of health. What is the neighborhood like where somebody lives? Do they have access to healthy food? Do they have places where they can go to exercise? Is there air pollution in the area that may affect their health? You know, one really interesting fact that's become apparent in the last few years is that air pollution is a major risk factor for stroke. Something like a sixth of all strokes can be attributed to the quality of air. And so, what are the things we can do at the broader public policy, community level to reduce the risk of risk factors like high blood pressure and diabetes even before somebody has an event that brings them to the attention of the doctor? So that's what we're thinking about with regard to primordial prevention. It's the earliest stage in prevention.  Dr Grouse: And that's really fascinating. You know, I think an area that we haven't, as neurologists, really put a lot of our time thinking about, but clearly a very important thing. I really appreciated reading your article about how you incorporated the fact that, you know, a lot of these risk factors overlap very, very closely with all the risk factors for various types of cardiovascular events. And I would imagine that the work you've done as the Chief Clinical Science Officer for the American Heart Association has informed a lot of the way you've thought about-Trying to bring all these risks together and think a little bit more holistically about the whole thing. Could you tell us a little bit more about that and the work that you've done on the American Heart Association's Life's Essential 8 score?  Dr Elkind: Sure. I can't take credit for it. It's really work that was done by others at the Heart Association, particularly a cardiologist and epidemiologist named Don Lloyd-Jones. But many other volunteers participated. Life's Essential 8 is our approach to primary stroke prevention and cardiovascular prevention more broadly. We say Life's Essential 8 because it includes four health behaviors and four health factors that people can observe to reduce their risk of cardiovascular disease. The four factors are kind of things like know your numbers, your blood pressure, your blood sugar, your body mass index, right, which is a combination of weight and height, and your cholesterol level. So, know those numbers and keep them within the recommended ranges, and talk to your doctor if they're not. And then four lifestyle behaviors. So, one of them is to eat a healthy diet, and typically that means the Mediterranean diet. It means getting regular exercise, and we recommend 150 minutes a week of moderate to vigorous physical activity. Of course, it means abstinence from smoking or other tobacco products. And the last one, the eighth one, which I was so excited about when we added this, is sleep, recommending at least seven hours of sleep a night. So, I was really excited about this because we used to talk about Life's Simple 7, and then the last iteration of our recommendations included this recommendation for adequate sleep because of the mounting evidence of the importance of sleep to cardiovascular health. But sleep is really a brain function, right? And so, it was really the first, in a way, specific brain function that was added to our recommendations. So that's Life's Essential 8. People can read about it online at heart.org and recommend it to your patients as a simple way for people to understand the best approach to reducing their risk of cardiovascular disease, including stroke.  Dr Grouse: I checked it out myself after reading the article. It's very accessible to patients. It's a great education tool. And they can, you know, see their own score and use that in their own way to, to think about what their risks are and how they can help mitigate and then rescore themselves down the line. There's also, though, on the kind of more the clinician side, the PREVENT calculator as well. Could you tell us a little bit more about how we could use that in approaching this patient population?  Dr Elkind: Yeah. So, I think of Life's Essential 8 as being a patient-focused tool that people can use. PREVENT is really more for clinicians. Anybody can look it up online and enter your data into it. There's a risk calculator online. But the basic idea behind PREVENT and other similar risk calculators is that it's a way to estimate somebody's risk of having a cardiovascular event like stroke or a heart attack or even heart failure by entering information about your health. And we used to think, we used to use something called the ASCVD, atherosclerotic cardiovascular disease risk calculator, or the Framingham score. Framingham Heart Score, for example, was another one. PREVENT is the latest version, and it has several advantages over those earlier types of risk predictors. For one thing, it predicts risk at younger ages as well. It goes down to age 30. It predicts risk over a longer duration of time, so over 30, 10 or 30 years. It eliminates the use of race as an item to put into the calculator and substitutes for that socioeconomic status, so it's not a race base, but a measure of social disadvantage. And it also includes kidney elements, kidney measures. It includes renal function, for example, that weren't included in prior measures, and it can also be used to predict heart failure, which was not part of the original calculators. Another major advantage of the PREVENT study is that it was based on real-world data from about three million patients, many, many more than the 50,000 or so that the earlier risk calculators were based on. So, it has a much more robust data set and therefore allows a bit more precision in the ability to predict future risk of events. And typically, primary care doctors would enter their patient's data, calculate a risk, and then based on the results of the risk calculator, they can make recommendations about what type of medications a person should take or what other strategies they could use to reduce their risk. And so that's the role that PREVENT plays, is really being focused more for the clinician than the patient.  Dr Grouse: Really great tool for us to be aware of. You earlier alluded to the fact that neurologists are in the situation where we sometimes are helping patients with this primary prevention. But you also make a case for why it's in the patient's best interest for us to be involved in, in these conversations when we can, when we have the opportunity. Can you tell us more about that?  Dr Elkind: Shared decision-making is really important because we know that people aren't going to lead the healthiest possible lives if they're not invested in their care. And so, a doctor telling somebody what to do if the patient doesn't want to do it is gonna have limited benefit.So we emphasize the importance of shared decision-making as much as possible. And I think that where this comes up a lot is actually in the situation of, for example, atrial fibrillation, where patients will often be put on a blood thinner. And many people are fearful of blood thinners. They worry about the risk of bleeding. Maybe they know a relative who's had a bleeding complication from a blood thinner, and so they may be disinclined to try it. And so, it's really important to have these discussions about the risks and the benefits of medication and engage the patient in thinking about this. And there are even tools and visual aids that people can look to to help explain some of these complicated concepts to patients. So, these are the kinds of things that reflect implementation science as a way to improve adherence. We know what works in a clinical trial setting often, but the challenge is translating that into the real world and getting our patients to use the medications that we believe scientifically have been shown to be of benefit. I've actually been surprised sometimes at conversations I've had with people, in some cases, healthcare professionals who resist going on blood thinners because of their fear of the complications. And I feel like the evidence is there. Why don't they believe me? And that's why it's really important to have the conversation. Even our peers and colleagues can sometimes question the evidence, and it's important for us to be aware of that.  Dr Grouse: Absolutely. I think that sounds very reasonable to me, and hopefully these tools will help us with making some of these decisions with our patients. Now, turning our attention a little bit to secondary prevention. So, you know, someone's already had a stroke or a TIA, sort of thinking about what we can do to optimize their risk factors for further strokes. You know, I think there has been some changes that have happened, I think, in the last few years that might be affecting some of the decisions we're making and some of the advice we're giving our patients. I wanted to talk a little bit about GLP-1 receptor agonist medications. Is the data there to support use of this either in secondary prevention or even in primary prevention in the case of stroke?  Dr Elkind: There is evidence that supports the use of GLP-1s for stroke prevention. We need more data, though. We need trials that focus only on patients with stroke, for example, there have been studies in patients with cardiovascular disease broadly that include stroke patients. But if you look at the subcategory just of stroke patients alone, the data in that subgroup alone don't always show a benefit. And so, we need more data that's focused on stroke patients alone. So, I think the data are continuing to emerge, but we need more still.  Dr Grouse: Is there any development in the thought about whether we should be putting patients on antiplatelet therapies for incidental, incidentally identified strokes? For instance, if you got an MRI for migraine or for other reasons and you found one, no history of any stroke-like symptoms. Should we be putting these patients on aspirin or any other types of therapies?  Dr Elkind: That's a really great question. And again, it's an area where there's some controversy and really, there's really no definitive data that would support using antiplatelet therapy in people with incidentally discovered infarcts or what we call, you know, whispering strokes or silent strokes. Many stroke neurologists will use antiplatelet agents. This is one of those areas where it's so important to identify the risk factors. As we were saying before, patients who have other neurological disorders like migraine or epilepsy may turn out to have cardiovascular risk factors like diabetes and high blood pressure. That's why it's so important for neurologists to be able to treat those patients or refer them to specialists who can. Patients who have incidentally discovered lesions similarly are a group where we should be looking for risk factors. So, I don't think of it only in terms of do we put them on an antiplatelet or not, but really more holistically, can we identify their other risk factors and address those? Should the patient's information be entered into a risk calculator like PREVENT, for example, so that we can come up with a more global or holistic measure of their cardiovascular risk and address that as appropriate? Because if they are at risk for stroke, they're also at risk for cardiac events, including heart attack, heart failure, sudden cardiac arrest, and so forth. So, I think of it as a, as a great kind of teachable moment or an opportunity to catch somebody and bring them into the healthcare system more broadly and address those other potential risk factors.  Dr Grouse: Speaking of, of risk factors that we often like to think about and work up when possible, in cases where it seems certainly possible the patient had an embolic stroke, but perhaps we've done a few weeks or four weeks of cardiac monitoring, have not found any evidence of atrial fibrillation. What's new and what's the current recommendations for doing further monitoring when there's high suspicion for cardioembolic stroke?  Dr Elkind: This is a really active area of investigation, and guidelines suggest that we should do some cardiac monitoring for atrial fibrillation after an unexplained stroke, but it's not clear how much we should do. Studies generally show that the longer you follow somebody on a cardiac monitor after stroke, the more likely you are to detect atrial fibrillation. It could be as high as thirty percent after a few years. And that's great. And if you detect atrial fibrillation, people usually end up being recommended for a blood thinner. But how extensively we should monitor remains unknown. And I think a lot of the investigation recently has been around the question of, are there other ways to get that information rather than waiting six months or a year for the person to develop atrial fibrillation?It's a little bit funny logically to think a person has a stroke today, a year later you discover atrial fibrillation on the monitor, and you say, "Oh, now I know what caused your stroke a year ago." Right? The temporality, the causality perhaps is off in that case. And so, wouldn't it be better if we could tell what somebody's risk of having another cardioembolic stroke is, or the likelihood that they have atrial fibrillation is at the time that you first see them for the stroke, you know, in the hospital, for example. And so, there's some really new technologies that have evolved like AI or artificial intelligence interpretation of EKGs that can give a really good indication of which people are gonna go on to develop atrial fibrillation. And so, I think we need some more trials in that area to demonstrate that we can detect the risk of AFib and treat that even before it appears on one of those delayed monitors. That's an area that I think is very exciting right now. There's also a further question with regard to how to treat these patients, which is that sometimes atrial fibrillation is a consequence of the stroke itself. So, we can think about what people call known AF, meaning atrial fibrillation that's known about before the stroke even occurs, versus AF that's detected after a stroke, or AF-DAS, people will say. Those may have very different implications for the risk of recurrence and what the person's cardiovascular status is. So, I think what we've learned over the last few years is that atrial fibrillation, it used to be like the slam dunk for a stroke neurologist. It was the easy thing. You know, you had a stroke, you have AFib, you should be on a blood thinner. Now we know that there's lots of different kinds of AFib. There's AFib before stroke, there's AFib after stroke, there's burden of atrial fibrillation. So, some people may have 30 seconds of AFib, some people may have several hours, some people may be in it continuously. It comes and goes, and that can make it challenging to manage. So, we have a lot more work to do to understand this problem better.  Dr Grouse: That also gets me into some other interesting areas that I think there's still some question, you know, how aggressive should you be? How often is it a case of is this correlated or is this causative? For instance, when a patent foramen ovale is, is discovered in patients with cryptogenic stroke. Are there any tools or new developments to help us understand whether these PFOs should be closed in these cases?  Dr Elkind: PFO and stroke is a great story that's been going on for decades. And again, we've made tremendous progress in the last several years. So, it's true that about 20% or so of people have a PFO, and because of that, it can be really hard to say with any certainty whether an individual patient sitting in front of you, that the PFO was the cause of their stroke. Rarely we can have a really high degree of certainty. You know, if somebody has, uh, a DVT, for example, and shortly after that maybe they have pulmonary embolism and then a stroke, and we can say, "Oh, clearly this was a paradoxical embolism," went to the lungs and then some crossed over and went to the brain. That happens really infrequently. Most of the time you're faced with a patient who has a PFO and a stroke, and they may have some other risk factors. There are some tools that we can use to help figure out the likelihood that a PFO is related to a stroke. One of those is called the ROPE score or the risk of paradoxical embolism score that was developed by David Thaler and, uh, David Kent from Tufts and a group of other investigators as well. That score allows one to say what the likelihood is that the PFO was causative of the stroke, and it's based on a person's risk factors such that the younger you are, the more likely it is the PFO caused the stroke. And the absence of risk factors make it more likely that the PFO caused the stroke. So, the higher your ROPE score indicating the fewer other reasons you have a stroke, the more likely the PFO is to be causative. So that can be helpful in identifying patients who may have had a stroke due to their PFO. There are other features that are identified in something called the PASCAL score, which is a way of assessing the degree of shunting and whether or not there's an atrial septal aneurysm that can be used as additional factors that lead to the likelihood that a PFO was causative rather than just incidental. So, by putting this kind of information together, we can kind of do precision neurology or precision prevention by identifying which patients with a PFO are really the ones we need to worry about and do procedures like closure.  Dr Grouse: I look forward to hearing more and learning more as more advances are made in these areas. Dr Elkind: Thank you.   Dr Grouse: And thank you so much for joining us today to talk about your article.   Dr Elkind: Oh, I appreciate it. Thank you for giving me the opportunity. I really enjoyed it.  Dr Grouse: Again, today I've been interviewing Dr. Mitchell Elkind about his article on stroke prevention. This article appears in the June 2026 Continuum issue on cerebrovascular disease. Be sure to check out Continuum Audio episodes from this and other issues, and thank you to our listeners for joining today.  Dr Monteith: This is Dr. Teshamae Monteith, Associate Editor of Continuum Audio. If you've enjoyed this episode, you'll love the journal, which is full of in-depth and clinically relevant information important for neurology practitioners. Use the link in the episode notes to learn more and subscribe. AAN members, you can get CME for listening to this interview by completing the evaluation at continpub.com/audioCME. Thank you for listening to Continuum Audio.

Send us Fan MailTreatment Website:https://ambio.life/Documentary: https://www.inwavesandwarfilm.com/A lot of people talk about PTSD like it's only flashbacks and bad dreams. Bill describes something darker and quieter: sitting in church, worshiping, and still getting hit with suicidal ideation so loud it feels like a command. He's a professional counselor who works mostly with veterans, and he's also a pastor, which makes his story even harder to ignore. He knows the clinical language, the coping patterns, and the church expectations and he admits what it's like to keep it together at work while falling apart at home. The conversation turns when Bill sees a friend return from Mexico after a medically supervised psychedelic-assisted treatment for PTSD and substance use. That friend looks different: sober, steadier, and more alive. Bill takes us through the questions Christians ask about mind-altering substances, the scriptures he wrestles with, and why “controlled treatment” isn't the same thing as self-medicating. He also talks about spiritual preparation, prayer, and staying grounded in faith inside a space that often mixes New Age ceremony, breathwork, and alternative healing language. From screening, EKGs, and medication restrictions to sweat lodges, ibogaine, and 5-MeO-DMT, Bill breaks down what the process actually looks like and what it cost him emotionally. He shares the trauma that surfaced, the way control kept showing up as the real battle, and the moment he felt God push him to stop hiding who he is. On the other side, he reports concrete changes: no suicidal ideation, better sleep, fewer intrusive images, less anger, and a renewed daily routine that protects his marriage and his mind. If this story challenges you, share it with someone who needs hope, and check the links in the description for the resources we mention. Subscribe, leave a review, and send this to a friend: who in your life needs freedom more than quick relief?Support the show

What if water is conscious, telepathy is real, and humanity is being invited into a completely new relationship with Earth? In this fascinating episode of Soul Elevation, Kara Goodwin welcomes back Melissa Jolly Graves for a powerful conversation that goes even deeper than her first appearance. Melissa shares profound insights on the intelligence of water, her work with Veda Austin, telepathic communication with beyond-verbal individuals, the role of plasma in consciousness, and the healing trajectory of our planet. Melissa Jolly Graves is a pioneering nurse scientist, healer, and consciousness researcher whose work bridges science, spirituality, and human resilience. A licensed practical nurse and master teacher in 24 healing modalities, she is the founder of Euphoric Source, a healing center and research lab known for integrating energy work with scientific measurement tools including EKGs, thermal imaging, blood work, and brain scans. She is currently collaborating with beyond-verbal telepaths, water researcher Veda Austin, and filmmaker Debra Anderson on projects exploring water consciousness, telepathic gifts, and Earth healing. In this episode, Melissa discusses how water may store information, how plasma interacts with living water, why intentionality matters in the way we relate to water, and what the beyond-verbal telepathic community may be helping humanity remember. She also shares a moving telepathic message and offers grounded insight into what is happening on Earth right now and how we can begin living in a more conscious, healing relationship with the planet. This is a mind-expanding conversation for anyone drawn to spiritual awakening, consciousness research, telepathy, energy healing, and the deeper mysteries of life. In this episode: Melissa Jolly Graves' return after her powerful first appearance The consciousness and intelligence of water Melissa's work with Veda Austin Telepathic communication with beyond-verbal individuals Why Melissa uses the term "Autists" Plasma and its relationship to living water Whether water holds memory, intention, and future information Practical ways to work with and bless your water Structured water, vortexing, quartz, and plasma tools A telepathic message from Elsa The Telepathy Tapes and shifting collective consciousness Earth healing, ecological awareness, and humanity's future   Connect with Melissa Jolly Graves: https://www.euphoricsource.com  Explore everything available for your spiritual journey at https://www.karagoodwin.com, including Kara's book Your Authentic Awakening, free guided meditations, and other resources to deepen your connection with your higher self. If this episode resonates with you, please like, comment, subscribe, and share it with someone who would be inspired by this conversation. Your support helps Soul Elevation reach more people and uplift the frequency of this work. https://www.soulelevationpodcast.com/follow 

In this episode of Data in Biotech, host Ross Katz sits down with Kevin Brown, co-founder of Standard BioModel, to explore one of the most ambitious projects in biomedical AI, building a multimodal foundation model that represents the full complexity of a patient across time.  Drawing on a career spanning brain-computer interfaces, computer-aided diagnosis at Siemens Healthineers, and oncology data science at Bristol Myers Squibb, Kevin shares the scientific and philosophical journey that led him to a single conviction: a patient is not a document. Rather than reducing a patient to clinical notes, ICD-10 codes, or isolated test results, Standard BioModel's approach maps every available modality - CT imaging, digital pathology, genomics, EKGs, longitudinal EHR data - into a shared latent space, and models how that patient moves through time.  The result is a framework designed not just for prediction, but for counterfactual reasoning, clinical trial matching, and personalized intervention, with open-source models already being validated across leading academic medical centers. What you'll learn in this episode:  >> Why reducing a patient to text - clinical notes, radiology reports, genomic assay summaries - and how mapping multimodal data into a shared latent embedding space preserves information that never makes it into the written record >> How Standard BioModel's temporal architecture models patients as trajectories through an abstract embedding space rather than static snapshots, enabling counterfactual reasoning about the likely impact of interventions on a patient's future health trajectory >> Why no single foundation model can own every clinical vertical and how building a highly generalizable base model that facilitates downstream fine-tuning is a more defensible and scalable strategy than building narrow, application-specific models >> How the model handles missing modalities in real-world clinical settings, and why the architecture is designed to function effectively even when not every data type is available for every patient >> Why Standard BioModel has chosen to open-source its models and why broad, institution-specific validation across diverse patient populations is not just a scientific priority, but a prerequisite for trustworthy clinical AI Meet our guest: Kevin Brown is the Founder and CEO of Standard Model Biomedicine, where he builds foundation models for biomedicine. He previously led AI work as Director of Artificial Intelligence at SimBioSys, and held data science and applied ML roles at Bristol Myers Squibb and Siemens Healthineers. With a neuroscience research background from New York University, Kevin's work spans generative AI and machine learning for biomedical and medical imaging applications. Connect with Kevin Brown on LinkedIn  About the host: Ross Katz is Principal and Data Science Lead at CorrDyn. Ross specializes in building intelligent data systems that empower biotech and healthcare organizations to extract insights and drive innovation. Connect with Ross Katz on LinkedIn Connect with us: Follow the podcast for more insightful discussions on the latest in biotech and data science.Subscribe and leave a review if you enjoyed this episode! Sponsored by… This episode is brought to you by CorrDyn, the leader in data-driven solutions for biotech and healthcare. Discover how CorrDyn is helping organizations turn data into breakthroughs at CorrDyn.

Sudden cardiac events in young athletes can occur without warning, raising urgent questions for families, coaches and anyone involved in youth sports. Pediatric cardiologist Dr. Kelvin Lau explains what sudden cardiac arrest is, why student athletes may be more vulnerable and what steps like monitoring symptoms and incorporating routine EKGs that can help protect kids competing at any level. To learn more about pediatric services at BayCare, go to BayCareKids.org.  To learn more about EKG screenings for student athletes, go to baycare.org/specialties-and-treatments/pediatric-services-at-baycare/pediatric-ekg-screenings.

This week, Dr. Kahn dives into heart disease in "masters athletes," highly active individuals over 35 who train and compete at a serious level. Despite their fitness, research shows they may face equal—or even higher—rates of cardiovascular issues like arrhythmias, coronary artery disease, and aortic dilation. A new consensus statement breaks down what to watch for and recommends advanced screening like EKGs, coronary calcium scans, and detailed blood work. Beyond that, Dr. Kahn shares insights from his own recent mitral valve surgery recovery and explores why common heart risk calculators often miss people who go on to have heart attacks. He highlights better testing options, including coronary calcium scoring, and discusses a study showing most heart attack patients would have been labeled "low risk" using standard tools.  The episode also covers research on plant-based diets lowering dementia risk and reducing environmental impact, plus findings that avocados and mangos may improve vascular health. Sleep gets a spotlight too, with evidence that irregular sleep patterns can double heart attack risk, and that both too little and too much sleep may increase dementia risk. This episode is sponsored by the Fresh Pressed Olive Oil Club at getfreshdrkahn.com , featuring a limited $1 offer on high-quality olive oils.

Hosts: Don Stader, Nate Novotny, Travis Barlock, and Jeffrey Olson In this episode, we reminice about the first 1000 medical minutes presented by EMM and what the next 1000 might hold. Below are all of the episodes referenced in this episode. Please go back and give them all a listen. Segment 1- Recap and Facts 1st medical minute o   April 29, 2016. Almost exactly 10 years ago. o   Diverticulitis and Antibiotics by Dr. Chris Holmes 1000th Medical Minute o   March 30, 2026 o   Treatment of burns by Aaron Lessen o   Edited by Ashley Lyons and published by Jorge Chalit Favorite sub-topics have included: o   Cardiovascular topics- 150 episodes o   Pharmacology- 97 episodes o   Toxicology- 85 episodes o   Neurology- 75 episodes The "Hunting for…" cinematic universe. -Michael Hunt o   399: Hunting for Pancreatitis o   424: Hunting for Measles o   432: Hunting for UTIs o   445: Hunting for the Endotracheal Tube o   455: Hunting for PeeCP o   460: Hunting for PE in Syncope o   487: Hunting for Epiglottitis Obsession with 1966- Chris Holmes o   120: The State of Sepsis in 1966 o   125: Old School CPR - 1966 o   138: Bromide Toxicity - 1966 o   147: GI Bleed - 1966 o   675: CHF like it's 1966 Favorite drug: naloxone/narcan (9) o   7: Heroin Overdose and OTC Narcan o   464: Narcan't? o   516: Narcan and Pulmonary Edema o   931: Naloxone in Cardiac Arrest Favorite disease state: Sepsis (13) o   22: Sepsis Sofa o   219: History of Sepsis o   244: Fever in Sepsis o   263: Early Antibiotics in Sepsis o   272: More on Temperature in Sepsis o   287: Sepsis Bundles o   544: C is for Sepsis Unhinged title combinations o   84: Hypothermia and Lightning Strike: Code Blue o   203: Wine, Milk and… Vaccines!? o   216: Roller Coasters and Kidney Stones o   299: Black Death, Lice, Math, and Pottery o   427: Cookie Dough is Delicious o   670: Operation Tat-Type o   695: Einstein and Cellophane o   777: Grass, weed and ancient Rome o   781: Foxglove, dropsy, and Salvador Dali o   959: The KLM Flight Disaster and Lessons in Healthcare Communication Most frequent contributors -          Aaron Lessen- 192 -          Don Stader- 84 -          Jarod Scott- 83 -          Peter Bakes- 53 -          Samuel Killian- 45 -          Dylan Luyten- 41 -          Erik Verzemnieks- Dozens -          Michael Hunt- 34 -          Travis Barlock- 30 -          Ricky Dhaliwal- 25 Top female voices o   Rachael Duncan, PharmD o   Rachel Beham, PharmD o   Meghan Hurley o   Gretchen Hinson o   Suzanne Chilton o   Katie Sprinkle Most listened to -          8. Podcast 835: Syncope Review -          7. Podcast 766: Truth about Tramadol -          6. Podcast 839: Causes of Pancreatitis -          5. Podcast 760: Why Fentanyl is the Worst -          4. Podcast 844: Dental Infections -          3. Podcast 846: Early Repolarization vs. Anterior STEMI -          2. Podcast 845: Hyperkalemic Cardiac Arrest -          1. Podcast 847: ECMO CPR Mini-game: who has actually seen our most rare diagnoses? o   18: Lemierre's Syndrome – Septic thrombophlebitis of the internal jugular vein after oropharyngeal infection leading to septic emboli. o   139: Locked-in Syndrome – Ventral pontine lesion causing quadriplegia and inability to speak with preserved consciousness and eye movements. o   144: Moyamoya Disease – Progressive stenosis of intracranial carotids with development of fragile collateral vessels causing strokes. o   221: Cotard Delusion (Walking Corpse Syndrome) – Psychiatric disorder where patients believe they are dead or do not exist. o   240: Pott's Puffy Tumor – Frontal bone osteomyelitis with subperiosteal abscess from sinusitis causing forehead swelling. o   277: Mucormycosis (Rhizopus) – Angioinvasive fungal infection in immunocompromised patients causing rapid tissue necrosis. o   293: Transient Global Amnesia – Sudden, transient loss of ability to form new memories that resolves within 24 hours. o   329: Hypokalemic Periodic Paralysis – Episodic muscle weakness due to intracellular potassium shifts. o   374: Iliac Artery Endofibrosis – Exercise-induced fibrosis of the iliac artery causing claudication in athletes. o   466: Subacute Sclerosing Panencephalitis (SSPE) – Progressive, fatal neurodegenerative disease from persistent measles infection. o   477: Postpolypectomy Electrocoagulation Syndrome – Transmural burn of the colon after polypectomy causing localized peritonitis without perforation. o   578: Brown-Séquard Syndrome – Hemisection of the spinal cord causing ipsilateral motor/proprioception loss and contralateral pain/temperature loss. o   697: Kounis Syndrome – Acute coronary syndrome triggered by allergic reaction causing coronary vasospasm or plaque rupture. o   973: Meningitis Retention Syndrome – Acute urinary retention due to sacral nerve dysfunction during meningitis. Segment 2- Individual Interviews Segment 3- Looking forward Segment 4- Trivia Podcast 38, what is significant about diphtheria and March 18th? o   On March 18th, the Iditarod is run in Alaska to commemorate a sled dog team, led by Balto, that ran from Nome to Anchorage and back to provide children in Nome with the diphtheria anti-toxin serum. Podcast 52: Syphilis the Great Imitator. The study of Syphilis or "Syphilology" evolved into the field of what? o   Dermatology Podcast 121:  The Poor Man's Methadone. What is the poor man's methadone? o   Imodium Podcast 136:  James Lind, conducted the first clinical trial in 1747 and proved that what cure what? Hint: think vitamins. o   Citrus fruits cure scurvy. Podcast #213: --- and Potatoes. What food has been shown to lower LDL? o   Oats Podcast #216: Roller Coasters and Kidney Stones. A study used a model of a kidney and ureter with different sized stones and put it on ------ roller coaster in Disney World. o   Thunder Mountain Podcast #261. ---- was introduced to treat ACE-inhibitor induced angioendema. but later, better-powered studies showed that it had no benefit compared to standard treatment. o   Icatibant Podcast #304: ---. ---- was a formal medical diagnosis, and one that dates back to 17th century when soldiers had longing for home and melancholy with a constellation of symptoms including lethargy, sadness, disturbed sleep, heart palpitations, GI complaints, and/or skin findings for which the only cure was to return home. o   Nostalgia Podcast # 351: Steakhouse Syndrome. What is steakhouse syndrome? o   Impacted food bolus 2/2 esophageal stricture Podcast # 362: Giant Hogweed. What can Giant Hogweed cause. o   Photosensitivity, severe blisters, and burns Podcast #398:  Who is gonna fail your antibiotic plan? What vital sign abnormality at triage had the highest odds ratio for treatment failure for the treatment of cellulitis with antibiotics. o   Tachypnea Podcast # 458: A Tylenol a Day Keeps the ---- Away? A recent study investigated the effect of scheduled IV acetaminophen on the incidence of ---- in post-CABG patients in the ICU o   Delerium Podcast 554: Sleeping Away Alzheimer's. What is the difference between white noise and pink noise? o   White noise is all the surrounding sound frequencies mixed together that your brain tunes down so you don't get distracted while you're sleeping o   Pink noise, or deep soothing noises, is the accentuated bass sounds like falling rain or waves crashing your brain keys into while sleeping. o   Pink noise during sleep has been shown to increase stage 4, creating more CSF washout of beta amyloid. Podcast 580:  Origin of PPE. Why were rubber gloves invented? o   The invention of surgical gloves are credited to surgeon William Halsted. He developed gloves because one of his assistants (and later wife), Carol Hampton, was having severe irritation due to a caustic pre-op disinfecting process. They developed the rubber glove for Hampton which garnered popularity, and by the early 20th century, half of surgeons were using rubber gloves. Podcast 587:  Puppies Preventing Burnout? Puppies lower stress, what activity in that study increased stress? o   Coloring, because they were denied a chance to play with a puppy Podcast 596: Weather Can be a Headache. What are the three weather events that can increase the frequency of headaches? o   High temp o   Low humidity o   High air pollution Podcast 612: Origin of Vaccines. Guess both diseases. The potential of vaccinations was first observed in the late 1600s when Jenner observed people who had cowpox never contracted ----. Years later, Louis Pasteur inoculated chickens with ---- after his assistant accidently created the first live attenuated vaccine by creating a weakened bacteria when he left the bacteria out while he went on vacation o   Smallpox, cholera Podcast 670: Operation Tat-Type. In 1951, Operation Tat-Type began tattooing adults with their ---- in an effort to prepare for ---- in the time of the Cold War and the Korean War o   Blood type, rapid transfusions Podcast 695: Einstein and Cellophane. Albert Einstein had ----- as a middle-aged man. Dr. Rudolph Nissen, founder of the Nissen fundoplication, performed exploratory surgery for this pain and found a ---- -          The only treatment for an AAA at that time was to----, causing a fibrotic response to prevent rupture -          Einstein died 7 years after this surgery, likely from his leaking abdominal aortic aneurysm o   chronic abdominal pain o   AAA o   wrap the vessel in cellophane Podcast 748: -----. Whale blubber, honey, home fermented foods, homemade wine (especially the wine made in prison), and improperly stored canned food can all contain the toxin o   Botulism Podcast 777: Grass, Weed, and Ancient Rome. Wine and wormwood and white hellborn were used in ancient rome to treat ----. o   Nausea, sea sickness Podcast 821: EKGs in Syncope. Travis suggests a mnemonic for remembering additional EKG findings to look for in syncope o   WOBBLER §  Wolff-Parkinson-White (WPW) §  Obstructed AV node §  Brugada syndrome §  Bifascicular block §  Left Ventricular Hypertrophy (LVH) §  Epsilon waves §  Repolarization abnormalities Podcast 890: Outdoor Cold Air for Croup A 2023 study, published in the Journal of Pediatrics, investigated whether a 30-minute exposure to outdoor cold air could improve mild to moderate croup symptoms before the onset of steroid effects. In what country was this study conducted. o   Switzerland Podcast 925: Pediatric Tongue Entrapment. Case study of a peds patient with his/her tongue stuck in a drinking cap. What was the substance that finally set it free? o   Table sugar Podcast 960: Frank's Sign - A Marker for Coronary Artery Disease. What is Frank's Sign? o   Bilateral earlobe crease Thank you to all that make the EMM awesome! Hosted and editted by Jeffrey Olson MS4 | Additional editting by Jorge Chalit, OMS4 Donate: https://emergencymedicalminute.org/donate/ Join our mailing list: http://eepurl.com/c9ouHf

What if a fully equipped clinic could be set up anywhere in the world in under 10 minutes? From rural communities and disaster zones to schools and major events, GlobalMed is pushing the boundaries of where and how care gets delivered.Recorded live at HIMSS 2026 in Las Vegas, this conversation features Sam Price, EVP at GlobalMed, and Hector Rodriguez from AWS. Together they explore how GlobalMed's digital health platform — powered by AWS infrastructure and LEO satellite connectivity — is transforming access to care for underserved populations, disaster-affected communities, and beyond.Topics covered:GlobalMed's 24-year journey from digital cameras to full telehealth platformsMobile medical units that stand up a clinic in 10 minutes, anywhereThe US rural health transformation program and pop-up clinic opportunitiesHub-and-spoke care models connecting rural clinics to major hospital systemsAmazon LEO satellite network enabling connectivity where broadband can't reachDisaster recovery: maintaining care continuity through hurricanes, wildfires & outagesAI and machine learning to augment provider decision-making at the point of careGlobalMed's global footprint — from the Olympics to conflict zones⏱️ YouTube Timeline0:00 — Introduction — Live from HIMSS 2026 in Las Vegas0:33 — Who is GlobalMed? A 24-year digital health journey1:26 — From telepathology to real-time vitals, EKGs, and ultrasounds2:16 — "Boat with a goat" — delivering care from anywhere on earth2:31 — GlobalMed's role in the US rural health transformation program3:18 — Provider shortages, aging populations, and the case for mobile care4:02 — Mobile medical units: a full clinic set up in 10 minutes4:49 — Direct-to-patient model and expanding specialty care from rural clinics5:29 — Shifting from reactive to preventative care delivery5:35 — Meeting the triple aim: access, affordability, and outcomes6:08 — Amazon LEO satellite network and what it unlocks for rural health6:41 — Why satellite connectivity is a game-changer over broadband and cellular7:27 — Expanding care delivery into schools with telehealth augmentation8:10 — GlobalMed as a disaster recovery solution for rural communities8:47 — Hurricanes, wildfires, and bringing care to people who can't leave9:37 — Cloud data repository: maintaining patient records through outages9:55 — Bridging operational and clinical resilience during disasters10:39 — Small footprint, fast deployment: three clinics behind an F25011:13 — Edge computing and solving connectivity gaps in islands like Puerto Rico11:43 — Combining biomedical device data with AWS AI for smarter care12:35 — Faster provider throughput and medication adherence through AI13:05 — Pop-up clinics aren't just rural — cities and mass events too13:49 — Low cost, fast deployability vs. expensive brick-and-mortar builds14:35 — Super Bowl, Olympics, and temporary clinical surge capacity15:14 — GlobalMed's global footprint and the role of agentic AI15:47 — Training AI models to get ahead of patient needs16:21 — What's next for GlobalMed and AWS in 202616:53 — Closing remarks and partnership reflections

What if a fully equipped clinic could be set up anywhere in the world in under 10 minutes? From rural communities and disaster zones to schools and major events, GlobalMed is pushing the boundaries of where and how care gets delivered.Recorded live at HIMSS 2026 in Las Vegas, this conversation features Sam Price, EVP at GlobalMed, and Hector Rodriguez from AWS. Together they explore how GlobalMed's digital health platform — powered by AWS infrastructure and LEO satellite connectivity — is transforming access to care for underserved populations, disaster-affected communities, and beyond.Topics covered:GlobalMed's 24-year journey from digital cameras to full telehealth platformsMobile medical units that stand up a clinic in 10 minutes, anywhereThe US rural health transformation program and pop-up clinic opportunitiesHub-and-spoke care models connecting rural clinics to major hospital systemsAmazon LEO satellite network enabling connectivity where broadband can't reachDisaster recovery: maintaining care continuity through hurricanes, wildfires & outagesAI and machine learning to augment provider decision-making at the point of careGlobalMed's global footprint — from the Olympics to conflict zones⏱️ YouTube Timeline0:00 — Introduction — Live from HIMSS 2026 in Las Vegas0:33 — Who is GlobalMed? A 24-year digital health journey1:26 — From telepathology to real-time vitals, EKGs, and ultrasounds2:16 — "Boat with a goat" — delivering care from anywhere on earth2:31 — GlobalMed's role in the US rural health transformation program3:18 — Provider shortages, aging populations, and the case for mobile care4:02 — Mobile medical units: a full clinic set up in 10 minutes4:49 — Direct-to-patient model and expanding specialty care from rural clinics5:29 — Shifting from reactive to preventative care delivery5:35 — Meeting the triple aim: access, affordability, and outcomes6:08 — Amazon LEO satellite network and what it unlocks for rural health6:41 — Why satellite connectivity is a game-changer over broadband and cellular7:27 — Expanding care delivery into schools with telehealth augmentation8:10 — GlobalMed as a disaster recovery solution for rural communities8:47 — Hurricanes, wildfires, and bringing care to people who can't leave9:37 — Cloud data repository: maintaining patient records through outages9:55 — Bridging operational and clinical resilience during disasters10:39 — Small footprint, fast deployment: three clinics behind an F25011:13 — Edge computing and solving connectivity gaps in islands like Puerto Rico11:43 — Combining biomedical device data with AWS AI for smarter care12:35 — Faster provider throughput and medication adherence through AI13:05 — Pop-up clinics aren't just rural — cities and mass events too13:49 — Low cost, fast deployability vs. expensive brick-and-mortar builds14:35 — Super Bowl, Olympics, and temporary clinical surge capacity15:14 — GlobalMed's global footprint and the role of agentic AI15:47 — Training AI models to get ahead of patient needs16:21 — What's next for GlobalMed and AWS in 202616:53 — Closing remarks and partnership reflections

Better health decisions often start with a simple habit: pause, ask questions, and understand why something is being recommended.In this episode, Dr. Stephen Petteruti talks through the reality behind many routine medical tests, what they're meant to do, and where they may fall short. He explains how screenings like digital rectal exams, routine EKGs, bone density scans, and certain cancer tests are sometimes driven more by habit, system pressure, or liability than clear patient benefit. Dr. Stephen offers a grounded way to think about it. If a result won't influence treatment, it's reasonable to pause and ask why it's being done. That kind of conversation is responsible, informed care. The bigger message is simple and practical. Long-term health is built through consistent habits. Screening still has value, but it should fit the individual, not a default checklist.If you care about longevity and making smarter, more intentional health decisions, spend a few minutes with this episode. Tune in now: Stop Saying Yes to Your Doctor: The Medical Tests You Should Be Refusing.Enjoy the podcast? Subscribe and leave a 5-star review on your favorite platforms.Dr. Stephen Petteruti is a board-certified physician specializing in longevity-focused, integrative medicine. He works with men navigating prostate cancer, testosterone and hormone health, aging, and performance using proactive, evidence-informed strategies grounded in real clinical practice. His approach prioritizes preserving function, strength, and quality of life while helping patients make clear, informed decisions beyond reactive, fear-driven care.Learn more: https://www.drstephenpetteruti.com/ Learn more: https://www.intellectualmedicine.com/ Connect with Dr. Petteruti on:⁠Instagram: ⁠https://www.instagram.com/dr.stephenpetteruti/⁠ Facebook: ⁠https://www.facebook.com/dr.stephenpetteruti⁠ Subscribe to Intellectual Medicine on:Apple Podcast: https://tinyurl.com/DrPetterutiApplePodcast Spotify: https://tinyurl.com/DrPetterutiSpotifyPodcast Disclaimer:The content presented in this video reflects the opinions and clinical experience of Dr. Stephen Petteruti and is intended for informational and educational purposes only. It is not medical advice and should not be used as a substitute for professional diagnosis, treatment, or guidance from your personal healthcare provider. Always consult your physician or qualified healthcare professional before making any changes to your health regimen or treatment plan.Produced by https://www.BroadcastYourAuthority.com

As the veteran workforce retires, industries are facing a massive loss of specialized knowledge. Dr. Karl Hoffower joins hosts Jonathan Gindner and Brendan Russ to explain why AI isn't a "magic bullet" for swinging wrenches and how a lack of leadership incentives often leads to repetitive equipment failure. Drawing from his background as a chiropractor and neurologist, Dr. Hoffower shares how he adapted human medical diagnostics—like x-rays and EKGs—into high-level vibration and oil analysis for industrial machinery. Discover why "value engineering" and procurement bonuses might actually be ruining your plant's reliability and how a Reliability Intervention Team (RIT) can save your bottom line.

Guest: Pierre Elias, M.D. Learn how Dr. Pierre Elias and his team at NewYork-Presbyterian and Columbia have established a deep learning lab called CRADLE, which uses basic medical imaging, EKGs, and echocardiograms to build advanced AI models that help identify all forms of structural heart disease, including cardiac amyloidosis and valvular regurgitation. These tools not only improve screening access but enable early detection. © 2026 NewYork-Presbyterian

In this episode of Alter Everything, we are joined by Dr. Ami Bhatt for a discussion around her multifaceted role in healthcare, emphasizing the integration of AI in clinical practice. She highlights the potential of AI to improve access to care, enhance clinical decision-making, and support drug development. Dr. Bhatt also addresses the challenges of implementing AI in healthcare and the importance of human expertise in leveraging technology effectively.Start your 30 day free trial of Alteryx desktop or the Analytics cloud platform at https://www.alteryx.com/AlterEverythingSubscribe to the Alter Everything podcast on your favorite podcast app:Apple Podcasts: https://podcasts.apple.com/us/podcast/alter-everything/id1356137854Spotify: https://open.spotify.com/show/17KLxb23QlvgcbvLiaPck1?si=FWmOQEITRFCQ42smFjOpfAStitcher: https://www.stitcher.com/podcast/alteryx/alter-everything00:04 Opening: Why healthcare AI is different01:39 Dr. Ami Bhatt's role across care, innovation, and policy06:14 Three major areas where AI is shaping healthcare12:41 Why AI on EKGs is especially promising14:46 Collaborative intelligence vs. replacing humans21:16 Ambient documentation and the doctor-patient connection24:47 What "good enough" means when access is limited31:41 Prevention, digital health, and patient agency34:55 Self-diagnosis with AI and advice for clinicians41:42 Lightning round

I am excited to welcome Dr. Jayne Morgan as my guest today. She is a cardiologist and the Vice President of Medical Affairs at Hello Heart, specializing in women's health and cardiovascular research. In our conversation, we look at the gaps in clinicians' training around perimenopause and menopause, also discussing gender neutral training, and how men and women are treated differently in the medical system. Dr. Morgan shares her preferred areas of focus when educating middle-aged women about hormone replacement therapy and clusters of diagnoses, which include diabetes, dyslipidemia, high blood pressure, and weight-loss resistance. We examine how myocardial infarctions (heart attacks) tend to manifest differently in women, often with microvascular disease, atypical chest pain, and less obvious symptom patterns. We also explore screening recommendations, such as EKGs, Lp(a) assessments, and mammography for microcalcifications, which might indicate an elevated risk for cardiovascular disease. This fun and lively conversation with Dr. Morgan offers valuable, practical insights into women's heart health. I look forward to recording future podcast episodes with her. IN THIS EPISODE, YOU WILL LEARN: One-size-fits-all treatment of women during medical training in the '90s and early 2000s Speaking up in the exam room when something doesn't feel right When hormone therapy was labeled dangerous, and the fallout that followed Medicine's uncomfortable truth: clinicians must keep learning or fall behind Gender-neutral cardiology and the women it left behind The midlife risk-factor pileup no one prepared women for  Why not taking blood pressure or cholesterol medications is risky rather than healthy Heart attacks often mistaken for anxiety, especially in women Slow change, real progress in women's cardiology care Connect with Cynthia Thurlow   Follow on X, Instagram & LinkedIn Check out Cynthia's website Submit your questions to support@cynthiathurlow.com Join other like-minded women in a supportive, nurturing community: The Midlife Pause/Cynthia Thurlow  Cynthia's Menopause Gut Book is on presale now! Cynthia's Intermittent Fasting Transformation Book The Midlife Pause Supplement Line Connect with Dr. Jayne Morgan On Instagram, TikTok, Threads, YouTube, and LinkedIn

Learn about sudden cardiac death in athletes, including screening, return-to-play, misconceptions, and insights for athletic trainers. Q: What is one key takeaway for athletic trainers regarding sudden cardiac death? A: It is crucial for athletic trainers to utilize available screening tools. When an athlete provides positive answers during screening, it’s essential to follow up thoroughly to ensure appropriate medical evaluation occurs. This approach helps identify potential cardiac issues early. Q: What are the clearance and return-to-play criteria for athletes diagnosed with or being treated for a heart condition? A: Clearance and return-to-play criteria vary based on the individual patient and the specific cardiomyopathy and its severity. While many athletes may face sport restrictions, some cases allow for participation if evaluations are thorough. Each situation requires careful consideration, as there is no universal “cookbook” approach. Q: What are the most common misconceptions about sudden cardiac death in athletes? A: A common misconception stems from fear regarding athletes collapsing on the court. It’s important to understand that it’s impossible to guarantee 100% prevention. Comprehensive workups are necessary to identify rare factors contributing to sudden cardiac death, as some issues might not always be immediately apparent. Q: What are the updated incidence values and trends in male and Black athletes regarding sudden cardiac death, and what explains these patterns? A: Multiple factors contribute to these patterns, including genetics and predisposing health conditions. Socioeconomic status, affecting access to healthcare providers and cardiologists, also plays a significant role. Often, primary care physicians manage a large population due to limited access to specialists, and missed family screenings for cardiomyopathy can impact these variables. Q: What are the barriers when younger athletes are unable to explain what is happening to them? A: Effective communication with younger athletes is key. Teenagers, for instance, may be reluctant to express their symptoms clearly in a clinic setting, especially if they fear being told they cannot play. Instead of general questions like “Have you experienced chest pain?”, ask specific questions about the type of pain (e.g., sharp, moving). It is also the healthcare provider’s responsibility to perform thorough exams and order proper tests, such as EKGs or ultrasounds, to avoid missing critical information. Q: Is there a commonly overlooked response when screening athletes? A: A significant red flag is when athletes, for various reasons, fill out screening forms themselves and then change their answers, or when forms are left blank or show erasures. Following up with specific questions about why they changed or erased an answer, and providing education, is crucial. Q: What inspired you to focus on sudden cardiac death in athletes? A: My personal experience as an athlete growing up in a small Texas town, where sports were integral, profoundly shaped my life, teaching me multitasking, leadership, and competitiveness. As a mother with multiple children involved in competitive sports, I understand the physical and mental benefits. My inspiration stems from wanting to ensure their safe participation. Q: What ethical dilemmas arise when individuals refuse genetic testing? A: When requesting genetic testing, it’s vital to explain to families why the test is necessary and how it can help. Many are more receptive when they understand it’s a narrow test, not a full genetic profile, and how it can benefit their children. Ultimately, respect their decision and use available information to provide the best care without undue pressure. Q: Is there anything else athletic trainers should know about sudden cardiac death? A: I am highly impressed by the athletic training field, particularly athletic trainers’ knowledge, dedication to children, and proficiency in CPR and AED use. While physicians have the support of nurses and other healthcare professionals, athletic trainers often perform life-saving interventions on the field independently, which is truly commendable. Q: What management or monitoring strategies are suggested for children removed from sports due to cardiac conditions? A: Be mindful of athletes who are removed from sports, as they may feel a sense of loss after being part of a team. If time permits, maintain contact and explore new ways to keep them involved, possibly in a different role within the team or organization. Collaborate with other team members to help the athlete transition and remain connected. Contact Us Jeremy Jackson Benjamin Stephenson Layci Harrison Mark Knoblauch Ashlyne Elliott Leslie Bennett Sponsor List Frio Hydration – Superior Hydration products. Xothrm – Best heating pad available – Use “SMB” or email info@xothrm.com and mention the Sports Medicine Broadcast. Donate and get some swag (like Patreon but for the school) HOIST – No matter your reason for dehydration, DRINK HOIST MedBridge Education – Use “TheSMB” to save some money, be entered in a drawing for a second year free, and support the podcast. Marc Pro – Use “THESMB” to recover better. Athletic Dry Needling – Save up to $100 when registering through our link.

Program notes:0:40 IVF clinics and private equity1:40 Provide over 54% of all IVF cycles in U.S.2:41 Perhaps a more positive result3:30 EKGs and liver cirrhosis4:30 New diagnosis of advanced liver disease5:30 Most physicians didn't follow up6:18 Management of acute back pain7:18 Did it improve pain or disability?8:18 Four- to eight-hour-long sessions to teach8:46 Lay health worker led intervention for older adults with cancer9:46 Reviewed with advanced practice practitioners10:46 Huge benefit from modest intervention11:46 Pick up the phone and ask12:20 Modest outlay13:09 End

An EMS medic, an MVA, a STEMI, a stroke—and everyone's still playing “telephone” with the hospital. In this episode of EMS World Podcasts, host Mike McCabe sits down with Mitch Scott, Solutions Architect at General Devices, to tackle one of EMS's biggest headaches: communication and coordination with the emergency department and specialty teams. Scott breaks down how GD's e-Bridge platform lets crews securely send photos, EKGs, videos, and patient data straight from the field to the ED, cath lab, stroke team, transfer centers, and more—all in one HIPAA-compliant app that never stores images on personal devices. They dig into real-world pain points: long wall times, “we never got your call,” lack of accountability, rural agencies with hour-long transports, and busy EDs juggling multiple priorities. You'll hear how features like GPS tracking, acknowledgement alerts, and detailed timestamps create a defensible QA/QI trail and give everyone—from medics to cardiologists—a shared, real-time view of the patient before they hit the door. If you've ever felt unheard on the radio or wished you could “show, not tell” your next handoff, this episode is for you.  

Chris Fernandez could have continued to grow his t-shirt company, which had more than $50,000 of sales in its first year. But he sold it, got a graduate degree in biomedical engineering at the University of Wisconsin-Madison, and in 2015 co-founded a completely different type of company. EnsoData pioneered the use of AI and machine learning to analyze medical tests like EKGs and pulse oximeters. Today, the Madison company's products and services help clinicians diagnose and care for patients with sleep disorders.Midwest Moxie's executive producer is Audrey Nowakowski. She produced this episode. Subscribe to Midwest Moxie wherever you get your podcasts. And if you love Midwest Moxie as much as we do, help us out by posting a review.

Contributor: Travis Barlock, MD Educational Pearls: Quick Statistics on Electrical Burns: Electrical burns compose roughly 2 to 9% of all burns that come into emergency departments. The majority of patients who receive electrical burns are male, typically aged 20's to 30's, accounting for 80 to 90% of all electrical burn victims. The majority of burns are linked to occupational exposure. The upper extremities are more commonly impacted by electrical burns, accounting for 70 to 90% of entry points into the body during an exposure. What are some of the key considerations in electrical burns? Unlike chemical or fire/heat related burns, electrical burns have the potential to cause significant internal damage that may not be physically appreciated externally. This damage can include, but is not limited to: Cardiac dysthymias (PVCs, SVT, AV block, to more serious ventricular dysrhythmias such as ventricular fibrillation or ventricular tachycardia). Deep tissue injury resulting in rhabdomyolysis from the initial surge of electricity Rare cases of compartment syndrome What are the treatment considerations for patients who suffer electrical burns? Remembering that cutaneous findings associated with burns may underestimate the severity of the injury, with deeper structures being more likely to be involved as the voltage of the burn injury is directly correlated to severity. Manage the patient's airway, breathing, and circulation as always, and conduct further workup into potential cardiac involvement with EKGs, as well as analysis of the extremities where entry occurred for muscle breakdown and compartment syndrome. Clinical Pearl on Voltage and Current: Voltage can be thought of being equivalent to pressure in a fluid/liquid system. Higher voltages are equivalent to higher pressures, but the ultimate damage delivered to the system is from the rate of delivery/speed of the electrical energy surging (current) through the body. Current is dependent on the tissue it is travelling through, with different tissues having differing electrical resistances. Tissues like the stratum corneum of the skin and the human bone confer the most resistance (thus lower current) whereas skeletal muscle confers lower electrical resistance (thus higher current) due to water and electrolyte content, which is why injuries like rhabdomyolysis are possible and increase with increasing voltage. References Khor D, AlQasas T, Galet C, et al. Electrical injuries and outcomes: A retrospective review. Burns. 2023;49(7):1739-1744. doi:10.1016/j.burns.2023.03.015 Durdu T, Ozensoy HS, Erturk N, Yılmaz YB. Impact of Voltage Level on Hospitalization and Mortality in Electrical Injury Cases: A Retrospective Analysis from a Turkish Emergency Department. Med Sci Monit. 2025;31:e947675. doi:10.12659/MSM.947675 Karray R, Chakroun-Walha O, Mechri F, et al. Outcomes of electrical injuries in the emergency department: epidemiology, severity predictors, and chronic sequelae. Eur J Trauma Emerg Surg. 2025;51(1):85. doi:10.1007/s00068-025-02766-1 Faes TJ, van der Meij HA, de Munck JC, Heethaar RM. The electric resistivity of human tissues (100 Hz-10 MHz): a meta-analysis of review studies. Physiol Meas. 1999;20(4):R1-10. doi:10.1088/0967-3334/20/4/201 Summarized by Dan Orbidan, OMS2 | Edited by Dan Orbidan and Jorge Chalit, OMS4 Donate: https://emergencymedicalminute.org/donate

About this Episode Episode 49 of “The 2 View” – New IDSA Complicated UTI Guidelines, Pediatric Nicotine OD, Hepatitis C Screening in the ED, High-Risk Delta Troponins Segment 1A – Pediatric Nicotine Ingestion Madelyn O, Hays HL, Kistamgari S, et al. Nicotine Ingestions Among Young Children: 2010–2023. Pediatrics. 2025;156(2):e2024070522. doi:10.1542/peds.2024-070522. Segment 1B – Finger Thoracostomy and Traumatic Pneumothorax/Hemothorax Blank, J, de Moya MA. Traumatic pneumothorax and hemothorax: What you need to know. J Trauma Acute Care Surg. Published online July 3, 2025. doi:10.1097/TA.0000000000004692 Beyer CA, Ruf AC, Alshawi AB, Cannon JW. Management of traumatic pneumothorax and hemothorax. Curr Probl Surg. 2025;63. doi:10.1016/j.cpsurg.2024.101707. Weingart, S. EMCrit 62 – Needle vs. Knife II: Needle Thoracostomy (Decompression)? EMCrit. Published online December 11, 2011. https://emcrit.org/emcrit/needle-finger-thoracostomy/ Lange C, Sharma M. Podcast #223 - ATLS Episode 4: Thoracic Trauma (Chapter 4). Total EM. October 27, 2020. https://www.totalem.org/emergency-professionals/podcast-223-atls-episode-4-thoracic-trauma-chapter-4 Segment 2A – Hepatitis C Screening in EDs Haukoos J, Rothman RE, Galbraith JW, et al. Hepatitis C Screening in Emergency Departments: The DETECT Hep C Randomized Clinical Trial. JAMA. 2025;334(6):497–507. doi:10.1001/jama.2025.10563 Segment 2B – Serial HS-Troponin Patterns Huggins C, Saltarell Ni, Swoboda TK, et al. Kinetic changes in high-sensitivity cardiac troponin for risk stratification of emergency department chest pain patients. Am J Emerg Med. 2025;93:176-181. doi:10.1016/j.ajem.2025.04.010. Segment 3 - Updated IDSA Guidelines on Complicated Urinary Tract Infections Splete H. IDSA Updates Guidelines on Complicated UTIS. Medscape. Published online July 18, 2025. https://www.medscape.com/viewarticle/idsa-updates-guidelines-complicated-utis-2025a1000j3l Trautner BW, Cortes-Penfield NW, Gupta K, et al. Complicated Urinary Tract Infections (cUTI): Clinical Guidelines for Treatment and Management. IDSA. Published online July 17, 2025. https://www.idsociety.org/practice-guideline/complicated-urinary-tract-infections/ Roberts M, Sharma M. 34 - Pertussis, Computer Interpretation of EKGs, Tuberculosis, Fluoroquinolone Side Effects. The 2 View. Published online April 10, 2024. https://2view.fireside.fm/34 Roberts M, Sharma M. 46 - Heat Stroke Tx, A New Virus, Oral Cephalosporins Vs Pyelo, Safe Discharges. The 2 View. Published online June 11, 2025. https://2view.fireside.fm/46 Bonus Reference – Ponytail Headache Blau JN. Ponytail Headache: A Pure Extracranial Headache. Headache. 2004;44(5):411-413. doi: 10.1111/j.1526-4610.2004.04092.x. Recurring Sources Center for Medical Education. http://ccme.org The Proceduralist. http://www.theproceduralist.org The Procedural Pause. https://journals.lww.com/em-news/blog/theproceduralpause/pages/default.aspx The Skeptics Guide to Emergency Medicine. http://www.thesgem.com Be sure to keep tuning in for more great prizes and fun trivia questions! Once you hear the question, please email us your guesses at 2viewcast@gmail.com and tell us who you want to give a shout-out to.

America Out Loud PULSE with Dr. Peter McCullough and Malcolm Out Loud – Do heart scans and EKGs pick up most heart abnormalities like arrhythmias, cardiomyopathy, and cardiovascular diseases? Is either ivermectin or fenbendazole/mebendazole helping in healing cirrhosis? Dr McCullough, based on your knowledge, do these deaths appear to be accelerating or decreasing?

America Out Loud PULSE with Dr. Peter McCullough and Malcolm Out Loud – Do heart scans and EKGs pick up most heart abnormalities like arrhythmias, cardiomyopathy, and cardiovascular diseases? Is either ivermectin or fenbendazole/mebendazole helping in healing cirrhosis? Dr McCullough, based on your knowledge, do these deaths appear to be accelerating or decreasing?

Dr. Sarah Marino doesn't just treat symptoms; she treats people. She transitioned from hospital medicine into direct primary care (DPC) so she could offer something too many patients go without: time, access, and transparency.Her model guarantees next-day availability for urgent needs, HIPAA-compliant direct texting, and longer visits—an hour for the first, then 30 minutes each time after. It's membership-based care that feels personal, with a clear menu of services, no surprise lab bills, and prices lower than insurance. For her, it's about putting the power back in patients' hands.The healthcare system is frustrating, inflated, and lacking in transparency, so she built something better. Her care is grounded in four pillars: nutrition, mental health, sleep, and movement. Medications come later, after she's taken the time to really understand what's going on.Based in Dripping Springs, her mission is simple: to support longevity and well-being without turning into a prescription machine.To learn more about Dr. Sarah Marino's Dripping Springs Direct Primary CareFollow Dr. Marino on Instagram @marinomedicaABOUT MEET THE DOCTOR The purpose of the Meet the Doctor podcast is simple.  We want you to get to know your doctor before meeting them in person because you're making a life changing decision and time is scarce. The more you can learn about who your doctor is before you meet them, the better that first meeting will be. When you head into an important appointment more informed and better educated, you are able to have a richer, more specific conversation about the procedures and treatments you're interested in. There's no substitute for an in-person appointment, but we hope this comes close.Meet The Doctor is a production of The Axis. Made with love in Austin, Texas.Are you a doctor or do you know a doctor who'd like to be on the Meet the Doctor podcast?  Book a free 30 minute recording session at meetthedoctorpodcast.com.Host: Eva Sheie Assistant Producers: Mary Ellen Clarkson & Hannah BurkhartEngineering: Daniel Croeser and Spencer ClarksonTheme music: A Grace Sufficient by JOYSPRING

Send us a textWhat happens when your dream home becomes a health nightmare? In this eye-opening discussion, Jim and Laura share three shocking stories of Ohio homeowners facing potentially life-threatening situations in their own homes.The first tale reveals how one family's new HVAC system created toxic gas resembling mustard gas when improperly installed equipment overheated. Despite children showing abnormal EKGs and pets falling ill, the responsible company refused to acknowledge any wrongdoing. Laura details her team's hazardous materials investigation, complete with respirators and specialized chemical testing to identify the dangerous compounds contaminating the home.Another disturbing case involves a newly constructed home built on former farmland, possibly atop an aquifer. With recent heavy rainfall, groundwater has risen into the house, bringing with it agricultural chemicals that leave residents with burning skin upon contact. The homeowners have been forced to abandon their property while fighting for the builder to take responsibility.The third story highlights the dangers of unethical real estate practices, as a buyer with severe mold allergies was pressured into a hasty purchase by their own agent. With crucial inspection time cut short and important items removed from the property against contract terms, this new homeowner found themselves trapped in an unhealthy living situation with little recourse.These cautionary tales emphasize a crucial message: due diligence is essential when purchasing property, and walking away from a questionable deal is often the wisest choice. As Jim and Laura note, ethical home inspectors can provide vital protection, but buyers must remain vigilant against pressure tactics and misleading information.Visit homeinspectionsinohio.com to learn more about protecting yourself during the home buying process and ensuring your dream home doesn't become a health hazard.Support the showTo learn more about Habitation Investigation, the Three-time Winner of the Best Home Inspection Company in the Midwest Plus the Winner of Consumer Choice Award for Columbus Ohio visit Home Inspection Columbus Ohio - Habitation Investigation (homeinspectionsinohio.com) NBC4 news segments: The importance of home inspections, and what to look for | NBC4 WCMH-TV Advice from experts: Don't skip the home inspection | NBC4 WCMH-TV OSU student's mysterious symptoms end up tied to apartment's air quality | NBC4 WCMH-TV How to save money by winterizing your home | NBC4 WCMH-TV Continuing Education for Ohio Agents Scheduled classes Continuing Education for Ohio Agents Course lis...

Is gentle rebounding and indoor recumbent biking safe for someone with chronic venous insufficiency?Were you talking about 'disseminated sarcoidosis'?What are your thoughts on AI-enhanced EKGs?What can I do to find relief for my irritable bowel syndrome?Are there benefits to chelation therapy, or has it fallen out of favor?Some brands of stevia don't contain erythritol.  Can I use those?

Can artificial intelligence map your heart and help prevent strokes, dementia, and even death from cardiac arrhythmias? In this episode, host Elaine Hamm, PhD, talks with Rob Krummen, JD, CEO of Vektor Medical, and Travis Manasco, MD, Principal at Solas BioVentures, about how AI is changing the game for diagnosing and treating heart rhythm disorders. They share how Vektor's vMap technology — the “Google map of your heart” — pinpoints arrhythmia sources using standard EKGs, fitting seamlessly into existing clinical workflows. The conversation also dives into what investors look for in AI-driven health innovations and how startups can stand out in a crowded field. In this episode, you'll learn: Why cardiac arrhythmias are more common — and more deadly — than most people realize. How vMap's AI-driven insights can improve outcomes, reduce repeat procedures, and expand care to rural hospitals. The key elements investors want to see in AI healthcare pitches, from workflow integration to reimbursement strategy. If you're interested in AI in medicine, medtech innovation, or how to pitch to venture capital, this episode delivers valuable lessons straight from the front lines of clinical care and investment. Links: Connect with Rob Krummen, JD, and check out Vektor Medical. Connect with friend of the show Travis Manasco, MD, and check out Solas BioVentures. Connect with Elaine Hamm, PhD, and learn about Tulane Medicine Business Development and the School of Medicine. Connect with vMap inventor David Krummen, MD, and Solas BioVentures co-founder David Adair, MD, MBA. Listen to our previous episode with Travis on Crafting a Pitch That Attracts Venture Capital. Connect with Ian McLachlan, BIO from the BAYOU producer. Check out BIO on the BAYOU and make plans to attend October 28 & 29, 2025. Learn more about BIO from the BAYOU - the podcast. Bio from the Bayou is a podcast that explores biotech innovation, business development, and healthcare outcomes in New Orleans & The Gulf South, connecting biotech companies, investors, and key opinion leaders to advance medicine, technology, and startup opportunities in the region.

Despite being the leading cause of death, heart disease often receives less urgent attention than cancer. This episode delves into an integrative cardiology approach, exploring advanced diagnostics, personalized lifestyle interventions, and innovative therapies that are revolutionizing heart health and longevity.Today on the Vibrant Wellness podcast, hosts Dr. Emmie Brown, ND, and Melissa Gentile, INHC, welcome Dr. Giovanni Campanile, a Harvard-trained cardiologist and pioneer in integrative cardiology. Dr. Campanile, a "reformed interventional cardiologist," discusses his shift from traditional interventions to a practice focused on the prevention and reversal of heart disease by addressing underlying causes.Their conversation highlights the limitations of conventional risk factors and introduces "non-traditional" factors such as hormones, diet, exercise, and environmental toxins. Dr. Campanile stresses the importance of personalized lifestyle modifications, including varied exercise routines and a sensible, plant-rich Mediterranean-style diet. He also explains how the use of innovative diagnostic tools like CT coronary calcium scores and coronary CT angiography (CCTA) with AI-powered plaque analysis is crucial for precise risk assessment and monitoring disease progression. The episode also touches on AI EKGs for predicting biological age and arrhythmia risk, and explores the benefits of functional medicine modalities like hyperbaric oxygen therapy, sauna, cryotherapy, and photobiomodulation for enhancing vascular health and promoting vibrant wellness.Key Takeaways from Today's Episode:

Welcome to Hot Topics! In this episode, we're thrilled to have Dr. Leslie Bauerle join us to discuss a pressing topic in modern healthcare: concierge medicine. This innovative model of care is designed to provide personalized healthcare services directly to patients' homes, making it especially beneficial for those who are homebound, elderly, or prefer in-home care due to mobility issues or anxiety.Dr. Bauerle, a board-certified family nurse practitioner and founder of Infinity Family Health, shares her insights on the unique benefits of concierge medicine, particularly for the elderly Black community who often harbor distrust towards traditional hospitals and Western medicine. Key highlights of the episode include:- Personalized Healthcare: Concierge medicine offers a highly individualized approach, allowing patients to receive care tailored specifically to their health needs and preferences.- Improved Accessibility: This model enhances access to healthcare providers, resulting in shorter wait times and more frequent visits, which can significantly improve patient outcomes.- Emphasis on Preventive Care: With a focus on prevention and early intervention, concierge medicine encourages patients to engage in proactive health management and lifestyle choices.Throughout the discussion, Dr. Bauerle emphasizes how concierge medicine can build trust within the elderly Black community by creating a compassionate and understanding healthcare environment. This model empowers patients to feel more comfortable and supported in their health journeys while fostering a collaborative relationship with their physicians.Join us for this important conversation that highlights the potential of concierge medicine to transform healthcare experiences and improve health equity for all! Tune in now for an informative exploration of the benefits and workings of concierge medicine, particularly for the elderly and underserved populations.Who is Dr. Leslie Bauerle?Dr. Leslie Bauerle is a board-certified Family Nurse Practitioner with over 15 years of clinical experience. She aims to bring primary care services and wellness education to the homebound population. In addition to managing a wide array of medical conditions, she completes surgical clearances, physical exams, and obtains blood work and EKGs in the comfort of patients' homes.You can find Dr. Leslie Bauerle:On the web: https://www.ifhconsultants.com/On Facebook: https://www.facebook.com/ifhconsultants/On Instagram: https://www.instagram.com/ifh_consultants/By Email: infinityfamilyhealth23@gmail.comBy Phone: (845) 535-1714Watch this episode on YouTube: https://youtube.com/live/yua5Y7KNprgRate this episode on IMDB: https://www.imdb.com/title/tt36626293?ref_=ext_shr_lnk********************************************Follow Gabrielle Crichlow:On Facebook: https://www.facebook.com/gabrielle.crichlow On Instagram: https://www.instagram.com/gabrielle.crichlowOn LinkedIn: https://www.linkedin.com/in/gabrielle-crichlow-92587a360Follow A Step Ahead Tutoring Services:On Facebook: https://www.facebook.com/astepaheadtutoringservicesOn Instagram: https://www.instagram.com/astepaheadtutoringservicesOn X: https://www.x.com/ASATS2013On TikTok: https://www.tiktok.com/@asats2013On LinkedIn: https://www.linkedin.com/company/a-step-ahead-tutoring-services/On YouTube: https://www.youtube.com/@astepaheadtutoringservicesOn Eventbrite: https://astepaheadtutoringservices.eventbrite.comVisit us on the web: https://www.astepaheadtutoringservices.comSign up for our email list: https://squareup.com/outreach/a41DaE/subscribeSign up for our text list: https://eztxt.s3.amazonaws.com/534571/widgets/61fc686d8d6665.90336120.htmlCheck out our entire "Hot Topics!" podcast: https://www.astepaheadtutoringservices.com/hottopicspodcastSupport us:Cash App: https://cash.app/$ASATS2013PayPal: https://paypal.me/ASATS2013Venmo: https://venmo.com/u/ASATS2013Zelle: success@astepaheadtutoringservices.comBecome a supporter of this podcast: https://www.spreaker.com/podcast/hot-topics--5600971/support Original date of episode: February 24, 2025

New article in JAMA asks the age-old question: Are routine EKGs in asymptomatic healthy adults helpful? Dr. McGinn and guest experts review the evidence and latest guidelines. Guests:Dr. Ankita SagarSystem Vice President for Clinical Standards and Variation Reduction, Physician EnterpriseAssociate Clinical Professor of Medicine, Creighton UniversityDr. Gary GreensweigSystem Senior Vice President and Interim Chief Medical & Quality Officer (CMQO), CommonSpirit HealthStudies referenced: https://jamanetwork.com/journals/jamainternalmedicine/fullarticle/2820721?guestAccessKey%3Db122716f-826f-4a09-82cb-e32aa6fa0f43%26&sa=D&source=calendar&ust=1733927688755673&usg=AOvVaw39iMVRrJYFLIVN1EdHa6mlGuidelines referenced:https://www.uspreventiveservicestaskforce.org/uspstf/recommendation/cardiovascular-disease-risk-screening-with-electrocardiographyhttps://www.aafp.org/family-physician/patient-care/clinical-recommendations/all-clinical-recommendations/cw-ekg.html

A whistleblower snitched on an allegedly cheating MA plan, leading to a huge negotiated settlement, in our Medicare Advantage Minute. EKGs, ECGs and how Medicare covers them is the subject of our tribute to: "Your Medicare Benefits 2024" The balance of the episode is given over to an analysis of the recorded and requested Medicare supplement rate increases. Conclusion? Medical inflation is still with us and Medicare supplement rate increases exceeding historical averages will plague the industry for the foreseeable future. Contact me at: DBJ@MLMMailbag.com (Most severe critic: A+)                   Visit us on: BabyBoomer.ORG Inspired by: "MEDICARE FOR THE LAZY MAN 2025; Simplest & Easiest Guide Ever!" on Amazon.com. Return to leave a short customer review & help future readers. Official website: https://www.MedicareForTheLazyMan.com.

She's been homeless before. It's no big deal. https://demolisten.bigcartel.com/product/search-warrant-unlawful-demonstration-cassette  Intro Music: Die Kreuzen- Think For Me Submit music to demolistenpodcast@gmail.com. Become a patron at https://www.patreon.com/demolistenpodcast. Leave us a message at (260)222-8341 Queue: Bobo, Gnome, Spam Caller, Calau, Early Graves, EKGs, Bad World, NOXO, Refuse To Lose, Grim Statistic https://boboband.bandcamp.com/album/bootleg https://goblinrecordsaus.bandcamp.com/album/i-like-it-ep https://phagetapes.bandcamp.com/album/bad-connection https://calau.bandcamp.com/album/c-l-u https://www.youtube.com/watch?v=HmwOB-Tmvs8 https://killenemyrecords.bandcamp.com/album/ekgs  

Let’s talk about VO2 max—a laboratory cardiovascular performance test that began rising to prominence in the mainstream medical, fitness, and biohacking communities in the 2010’s as an excellent way to measure general cardiovascular health, disease risk, and longevity potential. It’s great to see the integration of performance-oriented metrics into wellness and medicine, and in this episode, I tell you all about VO2 max, its ability to predict your longevity, why some say it’s a superior way of predicting longevity, as well as why it can, in some ways, be overrated. In this episode, I discuss all aspects of the VO2 max test—what it is, what it means, how to train for it, and how it rose to prominence, despite being a key performance metric for endurance athletes to predict competitive potential for decades. I explain how the VO2 max test works (by measuring your amount of oxygen usage as the test gets increasingly harder), why most cardiologists are now touting VO2 max as superior to anything found in bloodwork, EKGs, and other routine screenings, the insights about your health that you can learn from taking the test, why the VO2 max test can be overrated, why the performance metric Running Economy is considered a better predictor of competitive success than VO2 max in elite running circles, the reason why VO2 max scores vary between men and women, and more! LINKS: Brad Kearns.com B.rad’s Superfruits B.rad’s Shopping Page B.rad’s Whey Protein Superfuel We appreciate all feedback, and questions for Q&A shows, emailed to podcast@bradventures.com. If you have a moment, please share an episode you like with a quick text message, or leave a review on your podcast app. Thank you! Check out each of these companies because they are absolutely awesome or they wouldn’t occupy this revered space. Seriously, I won’t promote anything that I don't absolutely love and use in daily life: Ketone-IQ: Save 30% off your first subscription order & receive a free six-pack of Ketone-IQ with https://ketone.com/BRAD Peluva: Comfortable, functional, stylish five-toe minimalist shoe to reawaken optimal foot function. Use code BRADPODCAST for 15% off! Mito Red Light: Photobiomodulation light panels to enhance cellular energy production, improve recovery, and optimize circadian rhythm. Use code BRAD for 5% discount! GAINSWave: Enhance sexual function with high frequency shockwave therapy. Buy 6 and get one treatment free with code: BRAD Take The Cold Plunge online course! B.rad Whey + Creatine Superfuel: Premium quality, all-natural supplement for peak performance, recovery, and longevity. Now available in Vanilla Bean, Cocoa bean, Peanut Butter, and Unflavored! Online educational courses: Numerous great offerings for an immersive home-study educational experience Primal Fitness Expert Certification: The most comprehensive online course on all aspects of traditional fitness programming and a total immersion fitness lifestyle. Save 25% on tuition with code BRAD! Male Optimization Formula with Organs (MOFO): Optimize testosterone naturally with 100% grassfed animal organ supplement Brad's Favorites on Amazon I have a newly organized shopping experience at BradKearns.com/Shop. Visit here and you can navigate to my B.rad Nutrition products (for direct order or Amazon order), my library of online multimedia educational courses, great discounts from my affiliate favorites, and my recommended health&fitness products on Amazon.See omnystudio.com/listener for privacy information.

Summary In this episode, Sean and Terry discuss various aspects of E&M audits, focusing on compliance, documentation, and the importance of accurate patient records. They share personal anecdotes and insights into the challenges faced by healthcare providers in maintaining proper documentation and the implications of upcoding. The conversation emphasizes the need for thoroughness in patient care and the potential pitfalls of inadequate documentation. Takeaways E&M audits are crucial for compliance in healthcare. Accurate documentation is essential to avoid upcoding. Independent historians play a significant role in patient history. Providers must review and sign off on clinical staff documentation. Using templates should not replace personalized patient care. Documentation must reflect the actual patient encounter. EKGs require proper interpretation and documentation to be valid. Healthcare providers should avoid generic notes in patient records. Communication between providers is key to effective patient care. Incomplete documentation can lead to legal and financial repercussions.

Vidcast:  https://www.instagram.com/reel/DE2_QIcPOUP/ Using an artificial intelligence-enhanced electrocardiogram model developed at Harvard's Beth Israel Deaconess Medical Center, British cardiologists at Imperial College London have been able to pinpoint specific cardiac functional problems such as heart chamber malfunctions.  The EKG-AI analysis is even able to predict, besides heart pumping malfunctions, the likelihood of future hypertension, stroke, kidney failure, and death even in patients with apparently normal cardiograms and blood pressures.  The best news is that this this AI powered EKG model boosts 44% more accuracy than current, traditional, clinical approaches. https://academic.oup.com/ehjdh/advance-article/doi/10.1093/ehjdh/ztae090/7903004?login=false #EKG #AI #hypertension #heartfailure #kidneyfailure #stroke

America Out Loud PULSE with Dr. Peter McCullough and Malcolm – I find myself without a candidate -- with the looming possibility that our elections could be theater... I do get tight-chested and get irregular beating, but my ECGs and EKGs are fine. Should I worry?... How long does the spike protein from the vax last in the body?... The vaccine exhausts the T-cells and makes the body IGg4 tolerant, but is this true for everyone?

America Out Loud PULSE with Dr. Peter McCullough and Malcolm – I find myself without a candidate -- with the looming possibility that our elections could be theater... I do get tight-chested and get irregular beating, but my ECGs and EKGs are fine. Should I worry?... How long does the spike protein from the vax last in the body?... The vaccine exhausts the T-cells and makes the body IGg4 tolerant, but is this true for everyone?

In this conversation, Liz Rohr interviews Jennifer Carlquist, a physician assistant with extensive experience in cardiology, who discusses the assessment and management of chest pain.They covered: - Assessing cardiac versus noncardiac chest pain- Assessing risk for MI and when to send patients to the ED or not- What EKG findings to watch out for, and how to learn more to build your ekg reading confidence (and what's new!)- What we can do for patients to assess and manage heart disease risk, including labs and tests to check in primary care (including the coronary calcium score, LPa, and homocysteine)- How to communicate and collaborate effectively with ER providers- Further resources to learn if you're in cardiology or interested in making the switch from primary careTakeaways- Consider both cardiac and non-cardiac causes of chest pain, especially in female patients with atypical symptoms.- Take a detailed history, including risk factors and family history, and be aware of red flags that may indicate a more serious condition.- Recognize the limitations of certain diagnostic tests, such as EKGs and troponin levels, and consider a CTA with FFR for outpatient testing.- Collaboration between primary care providers and the ER is crucial, and concise reporting of findings is key to effective communication.- Differentiating between hyperkalemia T-waves and hyperacute T-waves can be challenging, but hyperkalemia T-waves are pointy and hyperacute T-waves are more blunted and broad-based.- Inverted T-waves in leads other than AVR and V1, especially if they are symmetric, can indicate the need for urgent evaluation.- Q-waves can form within an hour of an infarction, and a small Q-wave in lead III without other abnormalities may be a normal finding.- When learning EKG interpretation, it is important to start with understanding what a normal EKG should look like and then focus on high-risk findings.- Inflammation is a significant risk factor for heart disease, and non-traditional risk factors such as psoriasis and early menses should be considered.- Lab tests such as the coronary calcium score, LPa, and homocysteine can provide valuable information in assessing heart disease risk.- Magnesium supplementation can be beneficial for patients with palpitations and hypertension, but the specific type and dose should be tailored to the individual.- Primary care providers play a crucial role in assessing heart disease risk and can collaborate with cardiologists to order appropriate tests and make informed decisions.- The three-day EKG challenge and the Cardiology Fundamentals Mentorship program are valuable resources for learning and advancing in cardiology.- The importance of fostering a supportive and collaborative environment in healthcare to provide the best care for patients.For a full transcript and conversation chapters, visit the blog https://www.realworldnp.com/blog/assessing-chest-pain______________________________© 2024 Real World NP. For educational and informational purposes only, see https://www.realworldnp.com/disclaimer for full details. Hosted on Acast. See acast.com/privacy for more information.

As part of our community health partnership with Valley Health, this month we discuss when you should visit an Urgent Care, an Urgent Care Express, or the Emergency Room. Our conversation with Dr. Vanessa Banks, Medical Director for the Southern Region for Valley Health Urgent Care systems, and Kristy Shannon, Senior Director of Urgent Care for Valley Health focuses on differentiating between when to visit an urgent care center and when an emergency room visit is necessary. Dr. Banks and Kristy explain what constitutes urgent care services. They discuss the operational hours, facilities, and types of treatments available at Valley Health's Urgent Care locations compared to their Urgent Care Express locations. Dr. Banks provides insight into what an emergency room visit entails and shares her background in emergency medicine. They both emphasize that common ailments like mild dehydration, vertigo, minor fractures, and less severe injuries can be efficiently treated at urgent care centers. They explain some common scenarios where patients might be confused about whether to visit an emergency room or urgent care center. They discuss how urgent care can be a faster and sometimes more suitable option for non-life-threatening issues. Kristy explains the convenience of making online reservations for urgent care to save time. Throughout the conversation, both guests share real-life examples, outlining cases that should immediately go to the emergency room, such as severe chest pain, significant bleeding, or major fractures. Dr. Banks notes the importance of addressing symptoms early to avoid complications and explains the significance of certain diagnostic capabilities, like EKGs and blood tests, which are typically beyond the urgent care scope. The conversation wraps up with Kristy informing listeners about the availability of virtual urgent care services, which provide another convenient option for non-critical health consultations. Dr. Banks encourages listeners to utilize urgent care services when appropriate and not to hesitate to seek professional medical advice when needed. To hear more conversations in our Community Health series, click here.

This week's topics include avoiding chemotherapy-induced neuropathy, predictive value of screening EKGs, use of medicines to treat opioid use disorder, and trends in CVD in the U.K.

Welcome to the Feel Better Feel Great Podcast! I'm Dr. Andrea McSwain, and if you're just discovering this show, I'm thrilled to have you join us. As a dedicated DO, I've always been driven by the pursuit of understanding the root cause of issues. With a background in conventional OBGYN training and a deep connection to five generations of classical Osteopathic tradition, coupled with my upbringing in a holistic environment, I bring a unique expertise to the table. Whether you're currently struggling with health concerns or simply aiming to enhance your well-being, this podcast is here to equip you with practical tools for feeling your best. I am an expert, but you are an expert in you! Let's embark on a journey to not just feeling good, but to feeling great! In this episode, we explore the heart from both conventional and holistic perspectives. As an OB/GYN, I share my fascination with the heart's embryological development and delve into its anatomy and physiology. We'll discuss conventional evaluations and treatments, including EKGs, stress tests, and blood tests. I also touch on common heart conditions like hypertension, coronary artery disease, and heart failure, providing insights on their prevention and management. Additionally, we'll explore the mental and emotional aspects of heart health, emphasizing the importance of stress management, sleep patterns, and overall well-being. Join me as we blend medical science with holistic health to better understand and care for our hearts. Show notes: https://micenterhm.com/podcast/    Join our Facebook community: https://www.facebook.com/groups/146473462706996  Want more tools to feel GREAT? Online courses: https://drmcswain.com Supplements: Shop now with code FEELGREAT15 for 15% off your first order! https://shopvrx.com/ Follow me on social!  https://www.facebook.com/drmcswain  https://www.instagram.com/dr.mcswain/ https://www.linkedin.com/in/dr-andrea-mcswain/ Music: Mykola Sosin

Management approach for electrical storm!For a deep dive into EKGs in wide complex tachycardias, take a look at this awesome lecture by Amal Mattu.References to articles mentioned in the podcast:Cheskes et al. Defibrillation Strategies for Refractory Ventricular Fibrillation. N Engl J Med. 2022 Nov 24;387(21):1947-1956Ortiz et al. Randomized comparison of intravenous procainamide vs. intravenous amiodarone for the acute treatment of tolerated wide QRS tachycardia: the PROCAMIO study. Eur Heart J 2017;38(17):1329-1335Song et al. Association of Dexmedetomidine With New-Onset Atrial Fibrillation in Patients With Critical Illness. JAMA Netw Open 2023;6(4):e239955Wang etc. Effect of Dexmedetomidine on Tachyarrhythmias After Cardiac Surgery: A Systematic Review and Meta-Analysis. J Cardiovasc Pharmacol 2022;79(3):315-324Zhong et al. Dexmedetomidine Reduces Incidences of Ventricular Arrhythmias in Adult Patients: A Meta-Analysis. Cardiol Res Pract 2022;5158362Do et al. Thoracic Epidural Anesthesia Can Be Effective for the Short-Term Management of Ventricular Tachycardia Storm. J Am Heart Assoc. 2017 Oct 27;6(11):e007080Tian et al. Effective Use of Percutaneous Stellate Ganglion Blockade in Patients With Electrical Storm. Circ Arrhythm Electrophysiol. 2019;12(9):e007118Batnyam et al. Safety and Efficacy of Ultrasound-Guided Sympathetic Blockade by Proximal Intercostal Block in Electrical Storm Patients. JACC Clin Electrophysiol 2024;10(4):734-746

Introducing our new in-office lab services! This year, we're all about making life easier for our busy patients. Now, you can collect all your labs, including EKGs, right here in our office. It's a one-stop shop for wellness, whether it's tracking changes in your body throughout your wellness journey or preparing labs for surgery. During your weight loss journey, it's not just about seeing progress on the scale; we also want to monitor crucial health markers like cholesterol. Our goal is to help you live better and feel your best. We're dedicated to health and wellness and find it important to be with you every step of the way! Listen to this week's episode to learn more about how our comprehensive services can benefit you.

Dr. Ron Razmi discusses his book, AI Doctor: The Rise of Artificial Intelligence in Healthcare, which focuses on the applications of AI in various areas of healthcare. Ron talks about AI as a foundational technology that uses statistical methods to analyze data and understand its meaning. It can be applied to various areas, such as coding and documentation, and can create algorithms to analyze heartbeats and detect abnormal rhythms.   AI Use in Diagnostics In diagnostics, AI can be helpful in analyzing clean structured data, such as radiology files from CAT scans or MRIs. AI can be trained to identify bleeding or abnormalities on these scans, but it must be trained on specific abnormalities. Currently, AI excels in radiology due to the digitized and structured data, but it's not as effective in narrative formats. Ron states that AI's applications in healthcare are vast and deep, and while it's still in its early stages, it has the potential to revolutionize various sectors, including healthcare. AI Tools in Radiology and Triage AI is increasingly being used in various fields, including radiology, dermatology, and sound AI. In radiology, AI tools are helping radiologists identify potential issues that might have been missed in traditional workflows. There are applications that read CAT scans for bleeding and stroke in acute settings, allowing radiologists to quickly identify and treat stroke patients. This helps in regaining function and ensuring patient recovery. AI can also aid in triage, prioritizing tasks based on urgency.    AI in Dermatology In dermatology, AI applications can help diagnose skin lesions. Additionally, sonar technology can be used to monitor people's activity and detect falls. This passive data collection method allows AI to analyze the signals and take action, reducing the need for manual data entry and manual data input. This technology is particularly effective for elderly individuals who may not want to be monitored with cameras, as 50% of falls occur in the bathroom. This technology is particularly useful for those who prefer to stay home but still need constant monitoring, such as those in assisted or independent living facilities.    AI in Cardiology In cardiology, AI tools can help read EKGs, which are crucial for diagnosing heart conditions. Historically, algorithms have been used to read EKGs, but they were often basic and inaccurate. AI has shown great promise in finding abnormalities on single lead data collection, as it can discern the rhythm of an EKG from a live core or smartphone application. This field-based data collection could significantly reduce the simple analytic and downstream work needed by clinicians in the medical staff.    AI in Therapeutics AI takes action in therapeutics, such as providing assistance to patients with mental health issues. AI chatbots can interact with patients who need help and provide frontline assistance until they see a mental health professional. Generative AI has improved natural language processing capabilities, which has been a problem area for AI in healthcare due to the heavy use of medical jargon in doctor's notes. This will allow for more efficient interactions with healthcare consumers and better guidance in their care. However, there is still much work to be done in this promising area.   Technology and Medication Adherence in Healthcare The conversation turns to medication adherence, which is a significant problem in healthcare. Long-term studies show that people who have had a heart attack are more likely to stay compliant with their medications, with the refill rate for statins being the highest documented rate. However, most people do not follow their prescription advice. Technology is part of the solution to this problem. AI technology can potentially analyze data and interact with patients at the appropriate moment to ensure they are aware of the needs, issues, and dates of medication use or the lack of, which is crucial in healthcare.    How AI Helps Doctors AI applications in healthcare can help alleviate the burden of documentation work for physicians and nurses. One example is the use of AI in critical care settings, where doctors often spend time typing notes into the electronic health record, which can lead to missed information and negatively impact the quality of care. AI can also analyze conversations using natural language processing, which can identify the meaning of words and improve communication. For example, AI can listen to conversations and extract key elements that need to be documented, allowing doctors to focus on the patient and generate notes in their preferred format. AI can also perform downstream tasks, such as prescribing medication, making referrals, and creating prior authorization letters. This could save time for medical staff, preventing them from seeing more patients and making them less productive. Another use case could be for AI to assist nurses in creating notes for patients based on interaction with them, reducing the time spent documenting. This could make a significant difference in the quality of care and well-being since it allows medical professionals to focus on the patient instead of taking notes.    Evaluating AI Healthcare Applications Ron's book goes beyond cheerleading and emphasizes the business and clinical barriers to adoption. He talks about the importance of evaluating the business model of AI products or applications, considering the incentives of buyers and the potential for job loss or revenue reduction. As an investor, he suggests considering the pain points that AI could address, such as staff shortages and burnout, and how AI could help medical centers and pharmaceutical companies improve their clinical trials. Ron also discusses the importance of understanding the value proposition of AI products in medical settings. He shares his experience as an investor in the healthcare AI space, advising companies and funds on identifying great use cases and evaluating barriers. Ron recommends reading sources like healthcare AI digests, health tech news, and interviews with experts to stay informed about trends and the latest AI applications.    Timestamps: 04:00 AI applications in radiology and dermatology, including AI-assisted diagnosis and triage 10:54 Using AI to analyze passive data collection from sonar/radar in indoor environments for health monitoring, including fall detection and heart rate measurement  15:12 AI in healthcare, particularly in diagnostics and therapeutics 21:22 Using AI technology to improve medication adherence 26:40 AI applications in healthcare, including documentation assistance and quality of care 34:41 AI in healthcare, investment considerations, and product evaluation 39:44 AI in healthcare with a former doctor turned investor   Links: LinkedIn: https://www.linkedin.com/in/ronald-m-razmi-md-2b55b8/ The Book: AI Doctor: The Rise of Artificial Intelligence in Healthcare   Unleashed is produced by Umbrex, which has a mission of connecting independent management consultants with one another, creating opportunities for members to meet, build relationships, and share lessons learned. Learn more at www.umbrex.com.

How many EKGs does an emergency doctor interpret per shift? How many seconds of undivided attention can be devoted to those readings? Let's go over 7 key findings you can't miss for occlusive myocardial infarctions, with EMRA*Cast host Will Smith, MD, and emergency physician Domenico Mastandrea, DO, of Nuvance Health.

Welcome to Episode 34 of “The 2 View,” the podcast for EM and urgent care nurse practitioners and physician assistants! Show Notes for Episode 34 of “The 2 View” – pertussis, computer interpretation of EKGs, TB, FQ side effects, and incidental findings Pertussis Best Practices for Healthcare Professionals on the Use of Polymerase Chain Reaction (PCR) for Diagnosing Pertussis. Pertussis: Use of PCR for diagnosis. Cdc.gov. Published January 12, 2023 https://www.cdc.gov/pertussis/clinical/diagnostic-testing/diagnosis-pcr-bestpractices.html Specimen Collection and Diagnostic Testing. Cdc.gov. Published October 11, 2023 https://www.cdc.gov/pertussis/clinical/diagnostic-testing/specimen-collection-diagnosis.html Treatment. Cdc.gov. Published September 16, 2022 https://www.cdc.gov/pertussis/clinical/treatment.html Computer Interpretation of EKGs Bracey A, Meyers HP, Smith SW. Emergency physicians should interpret every triage ECG, including those with a computer interpretation of “normal.” Am J Emerg Med. PubMed. National Library of Medicine: National Center for Biotechnology Information. Published May 2022 https://pubmed.ncbi.nlm.nih.gov/35361516/ Deutsch A, Poronsky K, Westafer L, Visintainer P, Mader T. Validity of Computer-interpreted “Normal” and “Otherwise Normal” ECG in Emergency Department Triage Patients. West J Emerg Med. PubMed. National Library of Medicine: National Center for Biotechnology Information. Published January 2024 https://pubmed.ncbi.nlm.nih.gov/38205978/ Tuberculosis CDCTB. TB Testing & Diagnosis. cdc.gov Published July 26, 2022 https://www.cdc.gov/tb/topic/testing/default.htm Global Tuberculosis Institute. Treating Latent TB Infection (LTBI). YouTube. Published November 29, 2022 https://www.youtube.com/watch?v=Udq-65YuLlo Niknejad M, Gaillard F. Tuberculosis (pulmonary manifestations). In: Radiopaedia.org. Radiopaedia.org; 2010. Revised January 5, 2024 https://radiopaedia.org/articles/tuberculosis-pulmonary-manifestations-1?lang=us Fluoroquinolone Antibiotic Side Effects Farkas J. PulmCrit - Six reasons to avoid fluoroquinolones in the critically ill. PulmCrit (EMCrit). Published August 1, 2016 https://emcrit.org/pulmcrit/fluoroquinolone-critical-illness/ FDA Drug Safety Podcast: FDA updates warnings for oral and injectable fluoroquinolone antibiotics due to disabling side effects. U.S. fda.gov Published January 19, 2022 https://www.fda.gov/drugs/fda-drug-safety-podcasts/fda-drug-safety-podcast-fda-updates-warnings-oral-and-injectable-fluoroquinolone-antibiotics-due Highlights of Prescribing Information: CIPRO. fda.gov https://www.accessdata.fda.gov/drugsatfda_docs/label/2016/019537s086lbl.pdf Stanley I. Mother is left unable to walk after taking just three ANTIBIOTIC pills to treat a UTI: Disabled vet husband she previously cared for is also in a wheelchair. DailyMail.com. Published February 22, 2024 https://www.dailymail.co.uk/health/article-13111327/young-mother-unable-walk-antibiotic-pills-uti.html Tilley C. “Killer” antibiotic that's STILL being prescribed to 15m Americans a year: Widow of singer Bobby. DailyMail.com. Published March 2, 2024 https://www.dailymail.co.uk/health/article-13115607/Bobby-Caldwell-wife-fluoroquinolone-antibiotics.html Incidental Findings Incidental Findings. acr.org. American College of Radiology https://www.acr.org/Clinical-Resources/Incidental-Findings Schleicher S. DermDx: Suspicious Mole on Sole of Foot. Clinical Advisor. Published February 16, 2024 https://www.clinicaladvisor.com/slideshow/derm-dx/dermdx-suspicious-mole-foot/?elqtrack=True&hmemail=1f%2FJfEV7hN5vJr6vg%2FQRqK0NA6IXtyO3&hmsubid&nid=1639413404&sha256email=092493d8223fdfa40d9e995176d13e5fc5b5211674db9deb440c025fd462c80c Viennet M, Tapia S, Cottenet J, Bernard A, Ortega-Deballon P, Quantin C. Increased risk of colon cancer after acute appendicitis: a nationwide, population-based study. EClinicalMedicine. Published August 30, 2023 https://www.thelancet.com/journals/eclinm/article/PIIS2589-5370(23)00373-5/fulltext Recurring Sources Center for Medical Education. Ccme.org. http://ccme.org The Proceduralist. Theproceduralist.org. http://www.theproceduralist.org The Procedural Pause. Emergency Medicine News. Lww.com. https://journals.lww.com/em-news/blog/theproceduralpause/pages/default.aspx The Skeptics Guide to Emergency Medicine. Thesgem.com. http://www.thesgem.com Trivia Question: Send answers to 2viewcast@gmail.com Be sure to keep tuning in for more great prizes and fun trivia questions! Once you hear the question, please email us your guesses at 2viewcast@gmail.com and tell us who you want to give a shout-out to. Be sure to listen in and see what we have to share!

On this episode of GMM, we are joined by cardiologist and assistant professor Dr. Kramer Wahlberg. We discuss patient success stories, the overlap between law and medicine, and mental health impacts on heart health. Tune in for even more here.   Co-Hosts: Caity Decara: caitlin.decara@med.uvm.edu Haley Bayne: haley.bayne@med.uvm.edu

Join us aboard the waves as we delve into the intricate world of EKGs and Valve Dynamics with John Bielinski, a seasoned expert in emergency medicine. Despite the backdrop of gentle ocean waves, John brings a wealth of knowledge and experience to the table, guiding us through the complexities of cardiac diagnostics and physiology. Get ready to embark on a journey of learning and discovery with TALK EM Podcast!   Thanks for listening!

In the dynamic world of entrepreneurship, stories often unfold in unexpected ways. Dr. David Albert's journey from the son of a prominent politician during the Watergate era to a trailblazing entrepreneur in the medical technology sector is a captivating tale of resilience, innovation, and the pursuit of a passion that transcends traditional boundaries. His company, according to PitchBook, has already raised $50M+.

Tune in to the TALKEM podcast and embark on a thrilling journey through the captivating realm of EKG interpretation!

Welcome to another enlightening episode of 'TALK EM,' where we dive into the intricate world of electrocardiograms (EKGs) with our esteemed host, John Bielinski. This episode is a must-listen for medical professionals, students, and anyone interested in understanding the vital art of EKG interpretation. John Bielinski brings his expertise and unique teaching style to the table, simplifying the often daunting task of EKG analysis. Known for his ability to make complex medical concepts accessible, John introduces powerful mnemonics and practical strategies to decode the mysteries of the EKG. This episode isn't just about learning; it's about mastering EKGs in a way that sticks. Whether you're a seasoned practitioner looking to sharpen your skills or a medical student grappling with EKGs for the first time, this episode offers invaluable insights. John's approachable methods and mnemonic techniques will transform how you view EKGs, turning complex readings into clear, understandable patterns. Join us on 'TALK EM' for an episode that's not just educational but transformative. Equip yourself with the knowledge and confidence to interpret EKGs accurately and efficiently, as John Bielinski guides you through the process with ease and expertise. Tune in now to 'EKG Mastery with John Bielinski: Unlocking the Code with Mnemonics' and take the first step towards EKG proficiency