Tag: Heart

  • Here’s What A ‘Widow-Maker’ Heart Attack Really Looks Like

    Here’s What A ‘Widow-Maker’ Heart Attack Really Looks Like

    Recognizing the signs of a heart attack and acting quickly can save a life, but how a person responds in an actual emergency is often unpredictable. Even for those who know the signs, the reality of witnessing it firsthand can be overwhelming.

    For those wondering how a heart attack might look, a couple in Arizona captured a chilling moment on their home security camera when the husband suffered a deadly “widow maker” heart attack. They shared the video to raise awareness, emphasizing how crucial it is to recognize the signs and act swiftly in life-threatening situations.

    Michelle Goss posted the chilling video on TikTok, capturing the exact moments her husband, 53-year-old Jeff Goss, began feeling unwell as they were leaving for an Arizona Cardinals game last September.

    “Does it feel like food stuck, or does it feel like…” Michelle asked her husband as she noticed him stumbling. She quickly instructed him to sit down on their living room couch.



    “He just kept saying, ‘I feel really nauseous. I feel really nauseous,’” Michelle recollected in a recent interview with Good Morning America before Jeff began complaining of chest pain.

    At first, Michelle did not think much of the symptoms and it never occurred to her as a serious medical emergency that could put Jeff’s life at risk. However, looking back, she now believes that her decision to call for emergency help and act quickly was what ultimately saved his life.

    “I didn’t think it was anything serious at all. I really didn’t. And then, even after the fire department got there, I really didn’t think it was that serious. I thought this was a mistake that we called you, until right when I got to the ambulance, that’s when it really, really got bad,” Michelle said.

    Then came an alarming sign Michelle had never witnessed in anyone—Jeff’s complexion turned gray. As she noticed her husband’s fear, she too began to feel a growing sense of fear.

    Jeff was rushed to the hospital, where doctors diagnosed him with a “widow maker” heart attack, a deadly condition that occurs when a major artery supplying blood to the heart becomes completely blocked. He underwent a procedure to open the blocked artery. The couple later learned from doctors that if they had waited just 10 more minutes, Jeff may not have survived.

    A “widow maker” heart attack occurs when the blood supply to the left anterior descending (LAD) artery, which provides 50% of the heart muscle’s blood, becomes completely blocked. Despite its name, this severe form of heart attack does not only affect men; women can experience it too.

    Risk factors include being over 45 and male, over 50 and female, having a family history of heart disease, poor nutrition, tobacco use, lack of exercise, and other health conditions like obesity, high blood pressure, and high cholesterol.

    Common symptoms to watch for are chest pain, shortness of breath, dizziness, upset stomach, tiredness, lightheadedness, and pain in the upper body (arms, shoulders, neck, jaw, or back).

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  • Common Artificial Sweetener In Diet Sodas May Raise Risk Of Heart Attacks, Strokes

    Common Artificial Sweetener In Diet Sodas May Raise Risk Of Heart Attacks, Strokes

    Are you considering sugar substitutes as a safer alternative to sugar? Think again. Recent research has found that a common artificial sweetener used in diet sodas and other zero-sugar food items may actually increase your risk of heart attacks and strokes.

    In a recent study published in the journal Cell Metabolism, researchers evaluated mice fed aspartame, a common sugar substitute, for 12 weeks and compared them with mice without a sweetener-infused diet. The amount of aspartame the mice consumed (daily doses of food containing 0.15%) was equivalent to about three cans of diet soda per day for humans.

    The results revealed that mice fed with aspartame had increased inflammation and “larger and more fatty plaques” in their arteries, two main factors that could raise the risk of cardiovascular diseases.

    The researchers also noted that the mice’s blood had an insulin surge after aspartame entered their system. They then determined that elevated insulin levels may be the key link between aspartame and cardiovascular health.

    “Aspartame triggers increased insulin levels in animals, which in turn contributes to atherosclerosis—buildup of fatty plaque in the arteries, which can lead to higher levels of inflammation and an increased risk of heart attacks and stroke over time,” the researchers noted in a news release.

    The study identified a specific immune signal, CX3CL1 that gets activated under insulin stimulation as the key factor for inflammation and plaque buildup.

    “Because blood flow through the artery is strong and robust, most chemicals would be quickly washed away as the heart pumps. Surprisingly, not CX3CL1. It stays glued to the surface of the inner lining of blood vessels. There, it acts like a bait, catching immune cells as they pass by,” said senior author Yihai Cao.

    Cao believes that the same immune signal, CX3CL1, could be a potential target for treating other chronic conditions that involve blood vessel inflammation, like stroke, arthritis, and diabetes. Developing agents that block the functions of this immune signal could provide a new way to treat and prevent common and deadly diseases in humans.

    “Artificial sweeteners have penetrated almost all kinds of food, so we have to know the long-term health impact,” Cao cautioned.

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  • BMI, Waist Size Aren’t Only Risk Factors Of Heart Disease, This Hidden Fat May Matter More

    BMI, Waist Size Aren’t Only Risk Factors Of Heart Disease, This Hidden Fat May Matter More

    For years, health experts have debated if Body Mass Index (BMI) is the best measure of a person’s health. While waist size has been highlighted as a key factor in predicting heart disease, a recent study reveals that neither BMI nor waist measurement is the ultimate predictor.

    Instead, a hidden factor, intermuscular fat, the fat stored inside muscles might be a more accurate indicator of heart disease risk. Researchers noted that those having higher amounts of this particular type of fat face a greater risk of death and hospitalization from heart attacks or heart failure, regardless of BMI or waist size.

    “Obesity is now one of the biggest global threats to cardiovascular health, yet body mass index – our main metric for defining obesity and thresholds for intervention – remains a controversial and flawed marker of cardiovascular prognosis. This is especially true in women, where high body mass index may reflect more ‘benign’ types of fat,” Professor Viviany Taqueti, who led the study said in a news release.

    The study analyzed how different muscle and fat compositions affected the small blood vessels or “microcirculation” of the heart and influenced the risk of developing heart failure, heart attack, and death.

    The research involved 669 patients at Brigham and Women’s Hospital, with an average age of 63, who were assessed for chest pain or shortness of breath but had no evidence of obstructive coronary artery disease.

    The patients underwent cardiac PET/CT scans to evaluate heart function and CT scans to analyze body composition, including fat and muscle distribution in the torso. Researchers introduced a new measurement called the fatty muscle fraction, which quantifies the ratio of intermuscular fat to total muscle and fat.

    The participants were followed up for around six years to check for outcomes including hospitalization and deaths from a heart attack or heart failure.

    The analysis revealed that higher levels of fatty muscle fraction were linked to a 2% increased risk of coronary microvascular dysfunction (CMD) and a 7% higher risk of future serious heart disease, with every 1% increase in fatty muscle fraction, regardless of other risk factors and BMI.

    “Compared to subcutaneous fat, fat stored in muscles may be contributing to inflammation and altered glucose metabolism leading to insulin resistance and metabolic syndrome. In turn, these chronic insults can cause damage to blood vessels, including those that supply the heart, and the heart muscle itself,” Professor Taqueti explained.

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  • Obesity’s Impacts on Gallstones, Acid Reflux, and Heart Disease 

    Obesity’s Impacts on Gallstones, Acid Reflux, and Heart Disease 

    Sufficient, sustained weight loss may cut the risk of fatal heart attacks and strokes in half.

    In the ABCs of health consequences of obesity, G is for Gallstones.

    The top digestive reason people are hospitalized is a gallbladder attack. Every year, more than a million Americans are diagnosed with gallstones, and about 700,000 must have their gallbladders surgically removed. It is a relatively safe procedure, with complication rates tending to be under 5 percent and a mortality rate of only about 1 in 1,000. However one in ten may develop a post-cholecystectomy syndrome of persistent gastrointestinal symptoms long after their gallbladder is removed.

    What are gallstones made of? In 80 to 90 percent of cases, gallstones are mostly crystalized cholesterol, forming like rock candy in our gallbladder when cholesterol gets too concentrated. This was used to explain why some small, early studies found that non-vegetarians had a higher incidence of gallstones. However, results from more recent, larger studies are more equivocal; one study suggests that a “vegetarian diet may therefore protect” against gallbladder disease, for instance, while another shows higher rates among vegetarians, independent of weight.

    As I discuss in my video The Effects of Obesity on Gallstones, Acid Reflux, and Cardiovascular Disease, the biggest purported cause-and-effect risk factor may be obesity, increasing risk as much as sevenfold, as you can see below and at 1:32 in my video, with a doubling of risk even at the heavier side of “the normal BMI range.” 

    Ironically, rapid weight loss may also be a trigger. Half a pound (1.5 kg) a day has been deemed the upper limit for medically safe weight loss, based on gallstone formation. Ultrasound studies found that, above that, the chance of new gallstones can go from less than 1 in 200 a week to closer to 1 in 40, as shown below and at 1:59.

    To help prevent a gallstone attack, we can increase our fiber intake. Not only is dietary fiber intake associated with less gallbladder disease in the first place, but those placed on high-fiber foods during a weight-loss regimen suffered significantly less gallbladder sludging than those losing the same amount of weight without getting the extra fiber.

    G is also for gastroesophageal reflux disease, or GERD. Fiber-rich food consumption decreases the risk of acid reflux, too. I previously explored how chronically straining at stool may push part of the stomach up into the chest cavity. Well, excess abdominal pressure due to obesity may have the same effect, pushing acid up into the throat and causing heartburn and inflammation. The increased pressure on the abdominal organs associated with obesity may also explain why overweight women suffer from more vaginal prolapse, where organs such as the rectum push out and into the vaginal cavity. 

    The deadliest letter in the alphabet of obesity consequences is H, which is for Heart Disease. Of the four million deaths attributed to excess body weight every year around the world, nearly 70 percent are due to cardiovascular disease. Is it just because of eating poorly? Mendelian randomization studies suggest that people randomized from conception to be heavier—based only on genetics—do indeed have higher rates of heart disease and stroke regardless of what they eat. The question is: If you lose weight, does your risk drop?

    Enter the Swedish Obese Subjects (SOS) trial, the first long-term controlled trial to compare the outcomes of thousands of bariatric surgery patients to matched control subjects who started out at the same weight but went the nonsurgical route. Individuals in the control group maintained their weight, whereas those in the surgical group maintained about a 20 percent weight loss over the next 10 to 20 years. In that period, those in the weight-loss group not only developed 80 percent less diabetes, but they suffered significantly fewer heart attacks and strokes. So, unsurprisingly, they significantly reduced their total mortality overall. Ten years out, the weight-loss group appeared to cut their risk of fatal heart attacks and strokes in half, as shown below and at 4:23 in my video

    If you missed the previous videos in my series on the ABCs of obesity, see:

    I continue the topic of obesity and weight with videos in the related posts below.

    For more on the health conditions discussed in this video, see the gallstones, GERD, and heart disease topic pages.

    The GERD-related video I mentioned is Diet and Hiatal Hernia



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  • Cannabis, Strokes, and Heart Attacks? 

    Cannabis, Strokes, and Heart Attacks? 

    The temporary quintupling of heart attack risk associated with cannabis smoking may be due to increased heart rate, blood pressure, and carbon monoxide levels.

    Does “the dark side of cannabis”—both “synthetic and non-synthetic marijuana”—include stroke?

    There have been case reports of artery damage due to the “vasoconstrictor effect of cannabis,” which has been well documented. One study found cannabis users had a hundred times greater odds of suffering from multifocal intracranial stenosis, where the arteries inside our brain clamp down at multiple points, as you can see below and at 0:39 in my video Does Marijuana Cause Strokes and Heart Attacks?, but that’s a rare condition. What about strokes? 

    “The paucity [lack] of high-level evidence regarding the adverse effects of marijuana usage on cerebrovascular [brain artery] health has permitted the false notion that recreational marijuana is safe.” So, researchers decided to put it to the test in a study of millions of cannabis users and found that “recreational marijuana use is independently associated with 17% increased likelihood of AIS hospitalization,” that is, being hospitalized with an acute ischemic stroke, but that may only be among those who use cannabis regularly, “weekly or more often.”

    The reason we think it’s cause-and-effect is that the majority of recorded strokes were “during or shortly after marijuana exposure,” and there are even cases in which strokes recurred after re-exposure to marijuana. So, when you put all of that together, it makes a convincing case. Though, to be sure, you’d need to randomize people to use cannabis or a placebo. 

    It’s like the heart disease story. A similar “temporal” relationship has been found between marijuana use and the development of heart attacks and sudden cardiac death, meaning they seemed to occur while individuals were using cannabis or right after usage. “However, careful evaluation of the cardiovascular effects of marijuana inhalation is complicated by the fact that it is often used in combination with other drugs, such as alcohol or cocaine.” So, you can’t just ask heart attack victims if they were smoking pot at the time of a cardiac event and make the connection; you have to ask about other substance use, too. Within an hour of using cocaine, for example, the risk of having a heart attack goes up more than 20-fold.

    That’s about four times more than after smoking pot. The hour after you smoke marijuana, your heart attack risk appears to nearly quintuple, but only for that hour. Then, your risk drops down to normal. So what does this mean? Even though heart disease is our number one killer, the risk of having a heart attack every hour is only about one in a million for any particular hour. So, even if you light up a joint, which may quintuple your risk, that would only bump up the risk to about 1 in 150,000 and only for that one hour. Even if you smoked every day, your annual risk might just go up by a few percentage points. But why the increased risk at all?

    Well, we’ve known since the 1970s that within an hour of smoking a joint, our pulse rate goes up about 35 percent, as you can see below and at 3:20 in my video. Smoking a single joint also increases blood pressure, as well as carbon monoxide levels in the blood of angina patients, and it cuts their ability to exercise nearly in half. Now is that just because they’re breathing in smoke of any kind? No, smoking a placebo joint—that is, a marijuana joint from which the THC has been removed—only cuts down exercise capacity by about 9 percent. In contrast, after smoking an actual cannabis joint, the time the study participants could exercise before experiencing chest pain was cut by 48 percent. So, it does seem to be a specific drug effect. Is it as bad as tobacco? We found that out a year later. 

    “Smoking 1 marihuana [sic] cigarette decreased the exercise time until angina more than smoking 1 high-nicotine [tobacco] cigarette,” which only cut exercise capacity by 23 percent, compared to 50 percent after the joint. This may be because smoking marijuana seems to put more demand on the heart, so it’s no surprise that it was worse than tobacco.

    It may also be carbon monoxide. Smoking marijuana leads to nearly five times more carbon monoxide in the bloodstream than smoking tobacco. This is in part because, compared to cigarette smokers, cannabis smokers inhale more deeply and then hold in the smoke for longer, allowing more carbon monoxide into their system. So, the increased heart rate and pressure, the “cardio acceleration,” may account for the accelerated chest pain in heart disease patients.

    Does cannabis have any chronic effects on the arteries? Users do seem to have relatively stiffer arteries for their age, suggesting “an acceleration of the aging process.” We are only as old as our arteries.

    Even second-hand marijuana smoke may be harmful, according to a recent study in the Journal of the American Heart Association entitled, “One Minute of Marijuana Secondhand Smoke Impairs Vascular Endothelial Function,” meaning artery function. So, there was a call to protect “vulnerable populations, including elderly and disabled [multi-unit housing] MUH residents, pregnant women, and children.” But, that one minute of exposure to second-hand marijuana smoke was in rats, so it’s not clear how applicable this is to us beyond, perhaps, not smoking around your pets.

    I have a slew of other videos on cannabis if you’re interested. Check out the related videos below. 

    I first released these videos in a webinar, and you can find them all in a digital download here



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  • Why Are Heart Attacks More Common On Christmas Day? Doctor Explains Winter Surge And Warning Signs

    Why Are Heart Attacks More Common On Christmas Day? Doctor Explains Winter Surge And Warning Signs

    As the holiday season brings festive cheer and celebration, beware of a secret risk that quietly looms on Christmas Day. Well, it’s not the Grinch stealing decorations, but a life-threatening emergency.

    According to the American Heart Association, heart attacks and strokes spike during the last two weeks of December, and December 25 marks the year’s peak for cardiac events. Dr. Patricia Vassallo, a cardiologist with Northwestern Medicine, explains that the increased risk during the winter months results from a combination of cold weather, holiday stress, and disrupted routines.

    “Cold temperatures cause blood vessels to constrict, which raises blood pressure and makes the heart work harder to pump blood. At the same time, stress around the holidays and disrupted routines — like less sleep, more alcohol and skipped medications — add to the strain. Overexertion from winter chores like shoveling heavy snow can further increase the risk, especially in people with existing heart conditions,” said Dr. Vassallo.

    Holidays may not be the season filled with joy for everyone, it can bring feelings of stress or sadness due to grief of lost loved ones, managing large gatherings, or dealing with complex family dynamics. Emotional and physical stress have a significant effect on heart health, which is why there is a spike in heart attacks and strokes on Monday mornings when stress levels are at the highest, Dr. Vassallo said.

    How to reduce risk:

    Since cold weather, increased stress, and changes in routine are key factors driving the winter surge of cardiac events, Dr. Vassallo recommends following specific tips to reduce the risk.

    1. Dress for the weather: To stay warm in cold conditions, wear layers, and use essential accessories like hats, gloves, and heavy socks.

    2. Come inside often: Spending extended time outdoors in the cold can increase the risk of hypothermia and heart attacks. If you have to spend time outdoors, make sure to take breaks inside to warm up.

    3. Avoid excess alcohol: Although alcohol seems to give a temporary feeling of warmth, it can lower your body’s core temperature and make you more vulnerable to the cold.

    4. Do not shovel for long periods: Shoveling is an activity that puts extra strain on your heart, especially if you have a pre-existing heart condition. It’s important to check with your doctor whether it’s safe for you to shovel or if you should limit the activity.

    5. Wash your hands frequently: Respiratory infections are common in the winter months, and they can increase the risk of heart attacks. Frequent handwashing helps reduce the spread of germs and infections.

    6. Get help: If you experience any new symptoms of a heart condition or your existing symptoms worsen, do not hesitate to seek medical help, even if it’s a holiday.

    Signs To Look out for:

    Knowing the signs of heart attacks and strokes can save lives. It is important to seek immediate medical attention if you notice symptoms like severe chest pain, nausea, dizziness, shortness of breath, pain or numbness in the jaw, back, neck, or shoulders, cold sweat, heartburn, or sudden fatigue.

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  • A 12 Minute Meditation to Come Home to Your Heart

    A 12 Minute Meditation to Come Home to Your Heart

    Jenée Johnson welcomes us home to our hearts with a guided meditation to rest, replenish, and renew.

    This is a practice to usher us home for the holidays—“home” meaning to our inner selves, with love and care. In her book, Real Love: The Art of Mindful Connection, Sharon Salzberg says, “awareness and love are qualities we can rely on moment to moment…They protect us during whatever storms or blow outs we undergo.” 

    Awareness and love are qualities we can rely on moment to moment

    Jenée Johnson, mindfulness, health, and racial healing innovator, and the founder of the Right Within Experience, guides us in this seven-minute meditation. We will explore a HeartMath practice called Quick Coherence that helps to synchronize the heart, mind, emotions, and body. This practice can help us work on being present with ourselves in an aware, kind, and loving way to take respite from the storms and renew strength and resilience. 

    A 12-Minute Guided Meditation to Come Home to Your Heart

    1. Please be seated in a relaxed, upright position. Drop your gaze or close your eyes and sit with ease. Take a deep breath in and an audible sigh out.

    2. I invite you to come home to yourself, come home to your own heart. I invite you to acknowledge any sadness, loss, or uncertainty you may be experiencing. Hold it gently, and hold it tenderly. I invite you to acknowledge your discoveries, your hopes and passions. Hold them lightly and with kindness as well. 

    Welcome home. Welcome to our hearts to heal, replenish, rest, and renew.

    3. Focus your attention on the area of the heart. Imagine your breath is flowing in and out of your heart and chest area a little slower and deeper than usual. Inhale to the count of five and exhale to the count of five, or find a rhythm that is comfortable.  If you would like, you can place a hand gently over your heart. This can help you center and invite inner ease and coherence.

    4. Meet yourself in a compassionate and easy way with language like, “I’m so glad you’re here,” “It’s good to be with you.” Stay with slow, deep breaths through the heart or chest area. Rest here.

    5. Now, let’s create an experience of renewal. On the next breath, make a sincere attempt to experience a renewing feeling such as appreciation or care for something or someone in your life. Re-experience the feeling you have for someone you love, a pet, a special place, or an accomplishment.

    6. Simply focus on a feeling of calm or ease. Stay with calm easy breaths through the heart and chest area.

    Welcome home for the holidays. May you have calm in the storms, ease, and grace.

    A Guide to Practicing Self-Care with Mindfulness 

    Making sure our own needs are met is as important as taking care of those we love most. When turning your attention toward yourself feels challenging, there are simple ways to move through the discomfort. Explore our new guide for tips, practices, and reminders on how to engage in self-care.
    Read More 

    • Mindful Staff
    • December 18, 2020



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  • Is Paracetamol Safe? Regular Use In Older Adults May Lead To Ulcers, Heart, And Kidney Complications

    Is Paracetamol Safe? Regular Use In Older Adults May Lead To Ulcers, Heart, And Kidney Complications

    Is paracetamol your go-to for everything from headaches to fever? You might want to think twice. New research reveals that regular use of this common painkiller in older adults could increase the risk of gastrointestinal, heart, and kidney complications.

    Paracetamol, also known as acetaminophen, is commonly used on its own to treat moderate to severe pain or combined with other ingredients in medicines for allergies, colds, and flu. While it is often taken without much thought due to its easy availability, it is not safe to use more than 4 grams (4,000 milligrams) of acetaminophen in a single day. If you are taking multiple products that contain acetaminophen, it can be difficult to track the total amount you are consuming. Previous studies have shown that long-term use of paracetamol may lead to serious kidney damage.

    A recent study published in Arthritis Care and Research explored the long-term health effects of using paracetamol to manage chronic pain associated with osteoarthritis. The findings suggest that frequent use of this common pain reliever may be linked to several serious complications, such as peptic ulcers, heart failure, hypertension, and chronic kidney disease.

    “Due to its perceived safety, paracetamol has long been recommended as the first line drug treatment for osteoarthritis by many treatment guidelines, especially in older people who are at higher risk of drug-related complications,” said Professor Weiya Zhang, the researcher who led the study in a news release.

    The researchers analyzed the health records of over 180,000 adults aged 65 and older who had been repeatedly prescribed paracetamol—defined as two or more prescriptions within a six-month period. This group’s health outcomes were then compared to those of approximately 400,000 adults of the same age who had never received repeated paracetamol prescriptions.

    The study found that repeated use of paracetamol increased the risk of peptic ulcer bleeding by 24%, uncomplicated peptic ulcers by 20%, lower gastrointestinal bleeding by 36%, heart failure by 9%, hypertension by 7%, and chronic kidney disease by 19%.

    “Whilst further research is now needed to confirm our findings, given its minimal pain-relief effect, the use of paracetamol as a first line pain killer for long-term conditions such as osteoarthritis in older people needs to be carefully considered,” Professor Zhang added.

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  • Eating to Reverse Heart Failure 

    Eating to Reverse Heart Failure 

    An entire issue of a cardiology journal dedicated to plant-based nutrition explores the role an evidence-based diet can play in the reversal of congestive heart failure.

    It is a hopeful sign of the times when an entire issue of a cardiology journal is not just dedicated to nutrition, but to a plant-based diet in particular. Dr. Kim Williams, past president of the American College of Cardiology, starts his editorial with a quote attributed to the philosopher Arthur Schopenhauer: “All truth passes through three stages. First, it is ridiculed. Second, it is violently opposed. Third, it is accepted as being self-evident.” He goes on to write that “the truth (i.e., evidence) for the benefits of plant-based nutrition continues to mount.” We’ve got the evidence. The problem is the “inertia, culture, habit, and widespread marketing of unhealthy foods. Our goal must be to get the data out to the medical community and the public where it can actually change lives—creating healthier and longer ones.” That’s essentially my life’s mission in four words: Get the data out. Based on what we already know in the existing medical literature, “plant-based nutrition…clearly represents the single most important yet underutilized opportunity to reverse the pending obesity and diabetes-induced epidemic of morbidity and mortality,” meaning disease and death.

    As I discuss in my video How to Reverse Heart Failure with Diet, the issue featured your typical heart disease reversal cases, including a 77-year-old woman with such bad heart disease that she couldn’t walk more than half a block or go up a single flight of stairs. She had severe blockages in all three of her main arteries and was referred to open-heart surgery for a bypass. However, instead of surgery, “she chose to adopt a whole-food plant-based diet, which included all vegetables, fruits, whole grains, potatoes, beans, legumes and nuts.” Even though “she described her previous diet as a ‘healthy’ Western one,” within a single month of going plant-based, “her symptoms had nearly resolved”—and forgot about walking a block. “She was able to walk on a treadmill for up to 50 min without chest discomfort or dyspnea,” becoming out of breath. Her cholesterol dropped about a hundred points from around 220 mg/dL (5.7 mmol/L) down to 120 mg/dL (3.2 mmol/L), with an LDL under 60 mg/dL (1.5 mmol/L). Then, four to five months later, she must have started missing her “chicken, fish, low-fat dairy and other animal products” and “returned to her prior eating habits.” Within a few weeks, with no change in her medications or anything else, her chest pain returned and she went on to have her chest sawed in half after all. After the surgery, she continued to eat the same diet that had contributed to causing her disease in the first place, then went on to have further disease progression.

    Another case featured in the journal has a happier ending. It started out similarly: A 60-year-old man with severe chest pain after walking just half a block decided to take control of his health destiny and switched to a whole food, plant-based diet. “He described his prior diet as a ‘healthy’ diet of skinless chicken, fish, and low-fat dairy with some vegetables, fruits, and nuts”—a diet that had been choking off his heart. Within a few weeks, he experienced the same amazing transformation—from not being able to exercise at all to walking a mile, then being able to jog more than four miles (6.4 km), completely asymptomatic, off all drugs, without any surgery, and off to live happily ever after.

    Now, of course, case reports are just glorified anecdotes. What we need is a randomized controlled trial to prove that heart disease can be reversed with lifestyle changes alone. Guess what? There was one published three decades ago, proving angiographic reversal of heart disease in 82 percent of the patients. Their arteries opened up without drugs and without surgery. So, these case reports are just to remind us that hundreds of thousands of individuals continue to needlessly die every year from what was proven to be a reversible condition decades ago.

    The conventional use of case reports, though, is to present novel results in the hopes of inspiring trials to put them to the test. For example, consider this case report on a plant-based diet for congestive heart failure—not simply coronary artery disease. In this case, the heart muscle itself was so weakened that it couldn’t efficiently pump blood. It was only able to eject about 35 percent of the blood in the main heart chamber with every beat, whereas, normally, the heart can pump out at least 50 percent. And that’s exactly what the patient’s heart was able to do just six weeks after switching to a whole food, plant-based diet, which he chose to do instead of getting his chest cracked open. The researchers wrote: “To our knowledge, this is the first report of an improvement in heart failure symptoms and left ventricular ejection fraction following adoption of a plant-based diet.” It may be the first, but it isn’t the last.

    Another case: A 54-year-old woman, obese and diagnosed with type 2 diabetes, presented with swelling ankles due to her heart failure. She switched from her regular diet of chicken and fish to whole plant foods. She started eating more healthfully, lost 50 pounds, and reversed her diabetes—meaning she had normal blood sugars on a normal diet without the use of diabetes medications. Her heart function normalized, too, going from an abysmal ejection fraction of just 25 percent up to normal, as you can see below and at 5:00 in my video. Since it wasn’t a randomized controlled trial, all we can say is that her improvements coincided with her adoption of a whole food, plant-based diet. But, “given the burden of heart failure [as a leading cause of death], its adverse prognosis,” meaning it usually worsens progressively, “and the overall evidence to date, a plant-based diet should be considered as part of a multifaceted approach to heart failure care.” We already know it can reverse coronary artery disease, so any heart failure benefits would just be a bonus.

    Now, we just need good strategies for healthcare “practitioners to support patients in plant-based eating.” Shown below and at 5:42 in my video are some excellent suggestions to pause and reflect on. 

    Doctors, for example, can “use the Plant Rx pads produced by the Plantrician Project” and prescribe a good website or two, like NutritionFacts.org, as seen below and at 5:50 in my video

    “While it is certainly true that many people would be resistant to fundamental dietary changes, it is equally true that millions of intelligent people motivated to preserve their health are now taking half-way measures that may provide only modest benefit—choosing leaner cuts of meat, using reduced-fat dairy products….Most of these people have neither the time nor the training to evaluate the biomedical literature themselves. Don’t they deserve honest, forthright advice when their lives are at stake? Those who wish to ignore this advice, or implement it only partially, are at liberty to do so.”

    Do you want to go smoke cigarettes? Bungee jump? It’s your body, your choice. It’s up to each of us to make our own decisions as to what to eat and how to live, but we should make these choices consciously, educating ourselves about the predictable consequences of our actions.

    Did I say reverse coronary heart disease? As in reverse the number one killer of men and women? I’ve got a lot of videos on the topic, and How Not to Die from Heart Disease is a good place to start.

    Check out the Plantrician Project at plantricianproject.org. I am a proud supporter. 



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  • Your Menopause Treatment Tablets Could Affect Heart Health: Here’s What Study Says

    Your Menopause Treatment Tablets Could Affect Heart Health: Here’s What Study Says

    Hormone tablets taken during menopause provide relief from symptoms, but do they have long-term health risks? Researchers have found that hormone replacement therapy (HRT) tablets containing both estrogen and progestogen may increase the risk of heart disease and blood clots in menopausal women.

    During menopause, women’s body goes through a series of changes due to a decrease in female hormones, progesterone, and estrogen resulting in symptoms such as hot flashes, mood swings, night sweats, insomnia, and vaginal dryness. These symptoms are often frustrating, interfering with their daily lives and mental well-being.

    HRT was once commonly prescribed for menopausal symptoms and to reduce the risk of bone loss during this stage. However, recent studies pointing to long-term risks have led to a more cautious approach. It is now recommended only for those where the benefits outweigh the risks. The estimate shows that only 5% of women in the U.S. use it now, a significant drop from about 27% two decades ago.

    The latest study published in The BMJ examined the effects of HRT tablets on heart health based on the route of administration and the combination of hormones used. The study suggests that tablets containing both estrogen and progesterone, such as oral combined continuous, oral combined sequential, oral unopposed estrogen, and transdermal combined therapy, increased the risk of ischemic heart disease and venous thromboembolism (blood clots) in women.

    The researchers also found that the tablet tibolone in particular was linked to a higher risk of heart disease, heart attack, and stroke, but not blood clots. Tibolone is a synthetic hormone that contains estrogen, progesterone, and testosterone.

    “Compared with not starting menopausal hormone therapy, starting oral combined continuous therapy or tibolone was associated with an increased risk of ischemic heart disease,” the news release stated.

    “If 1,000 women started each of these treatments and were observed for a year, we would expect to see seven new cases of venous thromboembolism across all groups,” the researchers wrote.

    However, there was no increased risk associated with transdermal treatments such as skin patches, gels, and creams.

    The researchers caution that the study does not prove that HRT causes heart health risks, as the findings are based on observational data. Also, the lack of information on menopausal status and other unmeasured factors, such as smoking and body mass index, may have influenced the results.

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