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If someone has a heart attack or stroke-level high blood pressure, paramedics will inject saline, which is 9,000 milligrams of salt in water. For extremely high blood pressure, they might administer two bags, totaling 18,000 milligrams of salt, which lowers blood pressure. The kidneys use sodium potassium pumps to release water. Sodium is another word for salt. When people deprive themselves of salt, the kidneys don't get enough, causing water retention and increased pressure on blood vessels. Many Americans are prescribed diuretics like Lasix to help them urinate. Lasix is patented salt. The speaker claims it's one of the greatest lies in medicine that doctors want people to swallow prescription salt in tablet form instead of consuming it in their food.

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High blood pressure is often attributed to age, genetics, or luck, but lifestyle factors are frequently the cause. Current treatments address the symptom of high blood pressure without targeting the root cause. Addressing root causes like excess weight, electrolyte imbalance, and unstable blood sugar can naturally lower blood pressure. Clients have reduced or eliminated their blood pressure medication by losing weight, improving nutrition, increasing movement, and eating real food. Reducing physical stress on the cardiovascular system through these methods can alleviate the need to live in fear of high blood pressure. The body and heart can improve over time when root causes are addressed.

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The speaker traces hypertension thresholds over time: in 1970 the criteria were “one sixty over 90” for treatment consideration; an older rule allowed the systolic number to be “100 plus your age,” e.g., a 70-year-old could have “one seventy over something.” About thirty years ago the standard shifted to “one forty over 90” to refer people to their primary care doctor for medication. In 02/2017, a study proposed that blood pressure should be “lower than one twenty over 80,” a notably low target. The speaker notes factors in a clinic that raise readings, such as stress or prior coffee or meals, and says above “one thirty over 80” triggers medication. They pose questions about whether these changes reflect corporate greed or altruism, and ask what is “normal blood pressure” at different ages. They mention research suggesting higher targets for the elderly and wonder if lower BP equates to longer life, recalling 1920s practices.

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Cholesterol has nothing to do with heart disease, zero. Ansel Keyes was a researcher who committed scientific fraud, lying on the papers that determined them, saying cholesterol is highly implicated in cardiovascular disease. They know he lied; we’ve proven there was fraud. But yet all the cardiologists and all the PCPs, because the standard of care guideline is still if the cholesterol is this number “two zero one,” you better prescribe a statin, and if you don't, we will not defend you in the court of law if you get sued. That’s why they all do it, because of their malpractice. I’ve had physicians tell me this. They’re like, of course we know they’re bullshit. When my grandmother was alive, the normal cholesterol at my age was 350. So everybody used to walk around with three hundred three hundred fifty and it was very normal and they were all skinny and nobody worked out. Nobody was fat in 1950, 60, 70, they were thin. Three twenty, three fifty, that was normal. In the labs, two physicians, that’s normal. Nobody was treated. Three fifty is not high. I’m sorry they have not educated you on what really is causing it. What’s causing cardiovascular disease is damage to what’s called the glycocalyx. The glycocalyx is probably the largest organ in your body and none of you have even heard of it.

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The speaker apologizes on behalf of the medical community, stating that people were misled to believe salt caused health problems when sugar was the actual culprit. While reducing salt intake can lower blood pressure, its effect is weak. The speaker advises patients to cut carbohydrates and sugar while increasing fat and salt intake. This approach lowers insulin, which in turn lowers blood pressure more effectively than cutting salt. Lowering blood sugar reduces excess in circulation, aiding blood pressure reduction. Low-salt diets increase insulin resistance and trigger aldosterone, a hormone that retains sodium, raising the risk of heart disease and cancer, and keeping blood pressure high. The speaker emphasizes that salt is essential and should not be demonized.

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The speaker notes that the American Heart Association has changed blood pressure guidelines, and millions are being told they are considered high even if their top number is only 125. They emphasize that blood pressure is not the disease itself but a sign of what’s happening upstream, with insulin resistance identified as a major driver. When the body stops responding well to insulin, the pancreas pumps out more insulin. It’s high insulin that activates the sympathetic nervous system, described as the body’s fight-or-flight accelerator. This activation causes arteries to tighten. It also causes the kidneys to hold on to more sodium and water, which increases blood volume and reduces nitric oxide—the key molecule that normally relaxes and opens blood vessels. Over time, this combination leads to stiffer arteries, higher pressure, and greater strain on the heart and brain. The speaker warns of danger in simply piling on medications to reach a lower number, especially in older adults, because such an approach risks dizziness, falls, and even less blood reaching the brain. The recommended stance is not to panic about a single reading of 125, but to focus on addressing the underlying cause. They advocate cutting back on processed carbohydrates and sugars to improve insulin sensitivity, and they recommend building insulin sensitivity through physical activity, including walking and strength training. Restorative sleep and stress management are also highlighted as important components. The overarching message is to shift attention from chasing a lower blood pressure number through medication alone to addressing the root physiological processes that drive high blood pressure. By improving insulin sensitivity and adopting healthier lifestyle habits—reducing processed carbs and sugars, increasing physical activity, obtaining quality sleep, and managing stress—the speaker suggests that blood pressure can be brought down naturally, thereby protecting long-term health. The speech concludes with an encouragement to take proactive steps for better health and to make it a great day.

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A nutritionist at Living Springs Retreat shared her frustration with the changing standards for cholesterol levels. She mentioned that 40 years ago, a cholesterol level of 300 and under was considered normal, but now the threshold has dropped to 190. She gave an example of a 30-year-old girl who was advised to take cholesterol-lowering medication despite having a level of 190. A pharmacist also expressed annoyance at the profit-driven nature of prescribing these medications for life.

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High blood pressure is dangerous because one in three people have it, often without symptoms until it's too late. High pressure injures blood vessel linings, leading to blockages and increased risk of heart attack and stroke. The heart faces increased workload, causing the muscle to thicken, resulting in left ventricular hypertrophy. This muscle growth can lead to heart failure, causing shortness of breath and fatigue. To address this, get blood pressure checked at the doctor at least once a year, or even better, monitor it at home. A consistent blood pressure of 140 over 90 is a red flag and warrants a doctor's visit.

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In 1970, high blood pressure was defined as 160 over 90, with the guideline that systolic pressure should be 100 plus your age. This changed over the years, and by 2017, the target became lower than 120 over 80. Many people struggle to meet this standard due to stress and other factors during doctor visits. Currently, if your blood pressure exceeds 130 over 80, medication may be recommended. There are debates about whether these changes are driven by pharmaceutical interests or genuine health concerns. Interestingly, some research suggests that higher blood pressure in the elderly may be linked to better health outcomes. High blood pressure remains a significant risk factor for heart issues, so it's important to understand what a normal range is for each individual. For those seeking to manage their blood pressure, a comprehensive guide is available.

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In 1970, high blood pressure was defined as 160/90, or 100 plus your age for the systolic number. Around 30 years ago, the standard changed to 140/90, and in 2017, a study suggested a target of 120/80. The speaker questions whether the current standard is due to corporate greed from pharmaceutical companies or genuine concern for public health. They point out that blood pressure readings can be affected by stress and other factors in a doctor's office. The speaker asks what normal blood pressure should be for different age groups. They mention research suggesting that higher blood pressure may be healthier for the elderly and question whether lower blood pressure targets are actually contributing to longer lifespans.

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Blood pressure is the force of blood pushing against artery walls; high blood pressure occurs when this force is too high. Normal blood pressure is 120/80. High blood pressure has stages starting at 130/80-89; the higher the stage, the greater the risk of stroke, aneurysm, or heart attack. Plaque buildup in arteries restricts blood flow, increasing pressure. Other causes of high blood pressure include excessive salt and processed food intake, medication, smoking, and lack of physical activity. Natural treatments involve reducing salt intake, eating healthier, quitting smoking, and exercising.

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High blood pressure, also known as the silent killer, is a serious condition that often presents without symptoms. Blood pressure is the force of blood against artery walls as the heart pumps. Consistently high force is defined as high blood pressure. Untreated high blood pressure can damage blood vessels and organs. It also elevates the risk of kidney disease, heart disease, and stroke.

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One in three people in the country have high blood pressure, often without symptoms until it's too late. High blood pressure is dangerous for three reasons. First, high pressure injures blood vessel linings, leading to blockages and increasing the risk of heart attack and stroke. Second, the heart works harder, causing the heart muscle to thicken, resulting in left ventricular hypertrophy. Third, the heart muscle can be exercised to failure, resulting in heart failure, causing shortness of breath and fatigue. To address this, get your blood pressure checked at the doctor's office at least once a year, or even better, monitor it at home. A consistent blood pressure of 140 over 90 is a red flag and warrants a visit to the doctor.

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High blood pressure is often attributed to salt intake, but the real issue may be insulin resistance. Healthy kidneys can process and excrete excess salt, but over 90% of people have some level of insulin resistance. When cells become resistant to insulin, more insulin is required to move blood sugar into cells. This excess insulin causes the kidneys to retain sodium, triggers the fight-or-flight response constricting blood vessels, and blocks nitric oxide, which relaxes blood vessels. These factors increase blood pressure. Therefore, insulin resistance, not salt, is the primary cause of high blood pressure. To improve blood pressure, focus on metabolic health by prioritizing protein, strength training, walking after meals, and eliminating ultra-processed foods.

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High blood pressure affects about one in three people, often with no early symptoms. It damages the inner lining of blood vessels under high pressure, causing injuries and increasing the risk of heart attack and stroke. It also raises the heart’s workload as it pumps against resistance, leading to left ventricular hypertrophy. Over time this can progress to heart failure, causing shortness of breath, easy fatigue, and a reduced quality of life. To address it, get your blood pressure checked at least once a year during doctor visits, and ideally monitor it at home at different times of day. A consistent 140/90 or higher is a red flag warranting medical evaluation. For more, a free newsletter is available via the link in the bio.

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The speaker states that some major causes of high blood pressure are never addressed. He then highlights what he sees as the two biggest factors in treating patients: "We know some of the major causes of high blood pressure are never addressed." "Right." He identifies "And the two biggest ones that I see treating patients is insulin resistance And sleep apnea." The fragment ends with "And sleep," suggesting the discussion continues beyond the excerpt. The overall point is that insulin resistance and sleep apnea are emphasized as key, unaddressed contributors to hypertension in his clinical experience. The transcript focuses on unaddressed causes and patient treatment observations.

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The speaker spoke with a Senator who said he was okay, despite the speaker's concerns. The Senator stated he has a blood pressure condition and has seen a doctor about it. The speaker conducted a cursory examination and concluded the Senator was okay.

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High blood pressure is dangerous because one in three people have it, often without symptoms until it's too late. High pressure injures blood vessel linings, leading to blockages and increased risk of heart attack and stroke. The heart faces increased workload, causing the muscle to thicken, resulting in left ventricular hypertrophy. Eventually, the heart muscle can fail, leading to heart failure, shortness of breath, and fatigue. To address this, get your blood pressure checked at least once a year at the doctor's. Ideally, monitor it at home at different times to confirm a diagnosis of high blood pressure.

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Blood pressure is the force your blood creates when it's pushing through arteries up against the artery wall. Regular blood pressure is one twenty over 80. High blood pressure has different stages. It starts at one thirty over 80 to 89. The higher stage you get up to, you become more susceptible to something bad happening to you, like having a stroke, having an aneurysm, having a heart attack. The more plaque that builds up, the less space there is for blood, which increases the pressure. A few other causes of high blood pressure are having too much salt in your diet, eating too much processed foods, medication, smoking can do it, not enough physical activity. So what we can do to treat this naturally is try to decrease the salt amount of your diet. Eat healthier. Try to quit smoking if you can, and start exercising.

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Blood pressure is the force of blood pushing against artery walls; high blood pressure occurs when this force is too high. Normal blood pressure is 120/80. High blood pressure has stages, and the higher the stage, the greater the risk of stroke, aneurysm, or heart attack. Plaque buildup in arteries, too much salt, processed foods, medication, smoking, and lack of physical activity can cause high blood pressure. Natural treatments include decreasing salt intake, eating healthier, quitting smoking, and exercising.

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Blood pressure is the force of blood pushing against artery walls; high blood pressure occurs when this force is too high. Normal blood pressure is 120/80. High blood pressure starts at 130/80-89, and higher stages increase the risk of stroke, aneurysm, and heart attack. Plaque buildup in arteries is a cause of high blood pressure because it reduces space for blood flow, increasing pressure. Other causes include high salt intake, processed foods, medication, smoking, and lack of physical activity. Natural treatments involve decreasing salt intake, eating healthier, quitting smoking, and exercising.

The BigDeal

Everything I Learned In Med School Was WRONG | Paul Saladino

Guests: Paul Saladino

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Today's conversation centers on how ultra-processed foods and certain food policies appear to be linked to rising obesity, diabetes, cancer, and autoimmune disease, despite public health messaging to eat healthier and exercise more. The guest argues that simply counting calories overlooks satiety problems created by ultra-processed foods, which can drive overeating. In controlled feeding ward studies, when meals are matched for calories and macros, people eat more when ultra-processed foods are offered. Taste alone is not the whole explanation; satiety is sabotaged, the guest contends. A core focus is seed oils and how they entered the food supply. Canola oil, the guest explains, comes from rapeseed and contains erucic acid; rapeseed oil has historically been used industrially, and only later was low-erucic acid canola developed. The processing chain - pressing, refining, bleaching, deodorizing, exposures to hexane, packaging in plastics - creates polyunsaturated oils prone to rancidity and misinformation about LDL. The guest cautions that LDL lowering is not the sole health metric and notes how funding shapes which studies get done, often leaving modern randomized trials scarce. Health care critiques run through the discussion. The guest explains that most hypertension is primary—rooted in diet and lifestyle—while secondary hypertension is rare. He argues that vascular dysfunction and systemic inflammation linked to insulin resistance largely drive high blood pressure, and that dietary changes plus moderate exercise can fix it, whereas doctors frequently prescribe pills that manage symptoms without addressing root causes or downstream side effects. The conversation also touches how insurance models reward time over outcomes, shaping medical practice and recommendations. Another thread tracks endocrine disruption in daily life. The guests discuss cosmetics, fragrances, and skincare absorbing through the skin, birth control altering pheromonal signaling and partner choice, and the rise of raw milk as a debated option with some studies suggesting immune benefits for children. They also describe organ-based nutrition and the Heart and Soil supplement line, arguing that desiccated organs can influence organ health, with small doses such as three grams daily. The conversation closes with practical advice: simplify meals, read labels, and consider what touches your body.

The Peter Attia Drive Podcast

247 ‒ Preventing cardiovascular disease: the latest in imaging, blood pressure & metabolic health

Guests: Ethan Weiss

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Peter Attia hosts Ethan Weiss for a discussion on various cardiovascular health topics, focusing on calcium scoring, CT angiograms, and the implications of metabolic health on heart disease. Ethan shares his recent career shift from academia to biotech, where he is involved in developing new companies. They begin by explaining calcium scores, which indicate the amount of calcium in coronary arteries and correlate with cardiovascular risk. A higher calcium score suggests a greater likelihood of heart disease, while a score of zero can provide reassurance, though its interpretation varies with age and risk factors. Ethan recounts his personal experience with calcium scoring, noting how his scores changed over time and the importance of CT angiograms for a more detailed assessment of coronary health. They discuss the limitations of calcium scans, particularly in younger patients, and the potential for false negatives. The conversation shifts to the differences between calcium scans and CT angiograms, emphasizing the latter's ability to provide more detailed information about plaque characteristics and overall cardiovascular risk. They explore the challenges of healthcare costs and insurance coverage for these tests, highlighting the disparities in pricing across facilities. Peter and Ethan agree on the necessity of aggressive treatment for patients with significant plaque burden, regardless of symptoms, and the importance of managing risk factors like LDL cholesterol and blood pressure. The discussion then turns to blood pressure management, with Peter emphasizing the need for awareness and treatment of hypertension as a critical public health issue. They reflect on the SPRINT trial, which demonstrated the benefits of lowering blood pressure to 120/80 mmHg, and the implications of this for clinical practice. They also touch on the complexities of individual responses to blood pressure medications and the importance of tailoring treatment to patient needs. Ethan highlights the significance of metabolic health, particularly the distribution of body fat, in assessing cardiovascular risk. They discuss the concept of lipodystrophy and its association with increased risk of heart disease, emphasizing the need for further research into the genetic factors that contribute to these conditions. Overall, the conversation underscores the importance of proactive cardiovascular health management, the need for better tools to assess risk, and the potential for new therapies to address metabolic issues related to heart disease.

The Dhru Purohit Show

The WARNING SIGNS Of Heart Disease & How To Help PREVENT IT | Dr. Michael Twyman

Guests: Michael Twyman, Sunjya Schweig

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In the realm of cardiology, several myths persist regarding cardiovascular disease. One major misconception is that normal EKG and stress test results indicate low heart disease risk. However, these tests do not assess atherosclerosis, which can develop silently, often without symptoms until a heart attack occurs. Another myth is the oversimplification of cholesterol's role in heart disease. While cholesterol is essential for bodily functions, its transport in lipoproteins is more critical than the cholesterol levels themselves. Traditional cholesterol panels provide a crude estimate of cardiovascular health, missing nuances like particle size and number. Commonly recognized risk factors for cardiovascular disease include hypertension, dyslipidemia, diabetes, and obesity. However, there are nearly 400 other risk factors that can contribute to atherosclerosis, emphasizing the need for advanced testing beyond the basic five. For instance, blood pressure measurements often lack accuracy due to rushed assessments in clinical settings. More precise methods, such as central blood pressure assessments, can provide better insights. The conversation also highlights the importance of endothelial health, particularly nitric oxide production, which is crucial for maintaining vascular function. Factors such as high blood sugar, stress, and inflammation can damage the endothelium, leading to plaque formation. Lifestyle factors, including diet, stress management, and sleep quality, significantly influence cardiovascular health. Stress management techniques, such as meditation and deep breathing, can enhance heart rate variability, indicating better stress resilience. Emerging technologies like the Cleerly scan utilize AI to analyze plaque characteristics in arteries, offering insights beyond traditional imaging methods. This test can identify soft plaque, which poses a higher risk for cardiovascular events. The Cleerly scan is particularly valuable for assessing individuals with elevated lipoprotein levels, guiding treatment decisions. Overall, the discussion emphasizes the need for personalized medicine in cardiovascular health, advocating for comprehensive testing and lifestyle modifications to optimize heart health. The importance of understanding individual risk factors and the interplay of lifestyle choices in managing cardiovascular disease is underscored, promoting a holistic approach to prevention and treatment.

No Lab Coat Required

Salt & Blood Pressure: How Shady Science Sold America a Lie

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Johnny Cole Dickson discusses the complex relationship between sodium, salt, and blood pressure. He highlights a recent medical study indicating that sodium is the leading risk factor for diet-related deaths. Sodium and salt are often confused; sodium is only 40% of salt, with chloride making up the rest. The World Health Organization states that higher sodium intake correlates with increased blood pressure, and reducing sodium is a cost-effective health improvement strategy. The historical context reveals a debate starting in the early 1900s, with Lewis Kitchener Dahl's studies in the 1960s establishing a link between salt intake and hypertension. Dahl's work led to significant public health initiatives promoting lower sodium diets, but the science remains contentious. The concept of salt sensitivity suggests genetic predispositions to blood pressure responses, but measuring this sensitivity is challenging. Dickson emphasizes that while reducing sodium can lower blood pressure, it is not a universal solution. High sodium intake is often linked to processed foods, which also contribute to other health issues. He concludes that lifestyle factors, rather than salt alone, play a crucial role in hypertension and cardiovascular disease risk.