Dr. Dean Ornish’s Program For Reversing Heart Disease – by Dr. Dean Ornish

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We’ve previously reviewed Dr. Ornish’s “Undo It!” which is about reversing many kinds of chronic diseases (not all, alas, but quite a few) by undercutting their common etiologies, such as inflammation, insulin resistance, and so forth.

This book is entirely consistent with that one, but the focus here is (as the title says) specifically on reversing heart disease.

Of course, it does not require you to already have heart disease—if you do, well, getting onto this is better sooner than later. If you don’t, and are “merely” in a risk zone, or even just want to be proactive about your heart health, then this book will stand you in good stead.

The book covers all the lifestyle things you’d expect it to (especially diet, but also exercise, and not just “quit smoking” but also how, things like that), and possibly some things you might not expect (chapters on more psychological factors that have a big impact on heart health).

There are recipes (157 pages of them; they are plant-based and good) and there is a 21-day meal plan to get you going.

The style is a little dated (written in the 90s), but the content doesn’t suffer for it, having been updated over the years in any case.

Bottom line: if you want a holistic approach to taking care of your heart that’s not extreme and/but is very effective, then well, you’ve found it.

Click here to check out Dr. Dean Ornish’s Program For Reversing Heart Disease, and reverse heart disease!

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  • Inverse Vaccines for Autoimmune Diseases
    Inverse Vaccines for Autoimmune Diseases: Dr. Jeffrey Hubbell’s groundbreaking research offers a new approach. Instead of attacking the body, inverse vaccines teach the immune system to tolerate harmless substances. Exciting clinical trials are underway.

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  • “You Just Need to Lose Weight” And 19 Other Myths About Fat People – by Aubrey Gordon

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    We’ve previously reviewed another book by this author, “What We Don’t Talk About When We Talk About Fat”, and this time, she’s doing some important mythbusting.

    The titular “you just need to lose weight” is a commonly-taken easy-out for many doctors, to avoid having to dispense actual treatment for an actual condition. Whether or not weight loss would help in a given situation is often immaterial; “kicking the can down the road” is the goal.

    Most of the book is divided into 20 chapters, each of them devoted to debunking one myth. Think of it like 10almonds’ “Mythbusting Friday” edition (indeed, we did one about obesity), but with an entire book, and as much room as she needs to provide much more detail than we can ever get into in a single article.

    And far from being a mere polemic, she does indeed provide that detail—this is clearly a very well-researched book, above and beyond the author’s own personal experience. Further, all the key points are illustrated and articulated clearly, making the book’s ideas very comprehensible.

    The style is pop-science, but with frequent bibliographical references for relevant sources.

    Bottom line: for some readers, this book will come as a great validation; for others, it may be eye-opening. Either way, it’s a very worthwhile read.

    Click here to check out “You Just Need to Lose Weight” And 19 Other Myths About Fat People, and get those myths cleared out!

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  • Over 50% Of “Healthy” Adults Have Atherosclerosis

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    Heart disease kills more adults than any other illness (depending on how we classify things—it can skew the stats if some things are grouped together and others aren’t, but generally speaking, it’s considered #1).

    Unless people have received a warning from their doctor about their own heart disease risk, however, it’s usual to assume that it’s something that happens to other people.

    And, because of Fat’s Real Barriers To Health, it’s also easy to assume “well it won’t happen to me because my BMI is 21” or such, notwithstanding the flaws When BMI Doesn’t Quite Measure Up.

    However, the reality may be a little different:

    The numbers aren’t good

    Researchers (Dr. Henning Bundgaard et al.) found that 57.1% of 16,808 adults aged 18–70 with no known cardiovascular disease had silent atherosclerosis, meaning plaque was detected in at least one of three vascular territories using carotid and femoral ultrasound and coronary CT angiography, despite having had, as we say, no known cardiovascular disease before going in for those tests.

    One of the things that was learned is that the disease starts early: atherosclerosis was detected even in young adults. Among those ages 18 to 29, 8.7% of men and 6.7% of women had silent disease. Among ages 30 to 39, the rates rose to 34.6% for men and 21.3% for women.

    On which note, about half of men had developed silent atherosclerosis by age 50, compared with about 30% of women. Women generally developed it 5 to 10 years later, but the increase was steeper during midlife, and women eventually caught up with men at older ages.

    There were some other differences too, for example that in younger adults, plaque was usually found in the peripheral arteries, most often the carotid arteries, and was generally limited to one vascular territory. In older people, especially men, involvement of both the carotid and femoral arteries became more common.

    You can find the paper itself, here: Prevalence of Silent Atherosclerosis across Adult Life

    As to what can be done about this,

    ❝Detecting silent atherosclerosis is only valuable if you can do something about it. We need to know who this benefits. Does finding silent disease and acting on it improve health outcomes? Prevalence is different than prognosis.❞

    ~ Dr. Isabel Gonçalves, another researcher on the team

    In other words, much like how “genes predispose; they don’t predetermine”, the fact that a disease exists doesn’t necessarily mean it can’t be reversed (in fact, with heart disease, including atherosclerosis, it very rarely means it can’t be reversed).

    It’s just, better to start sooner rather than later!

    Want some ideas of what to do about it?

    You might like these articles we wrote:

    We also recommend this excellent book that we reviewed:

    Healthy Habits For Your Heart – by Monique Tello ← it has 100 easily-implementable things you can do 😎

    Take care!

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  • Rebounder vs Vibration Plate

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    Both have science for an array of often-overlapping benefits.

    But which is best, if you’re going to go for one or the other?

    Which is best?

    Firstly, let’s look and how each works:

    • Rebounding uses a mini trampoline for workouts, can reach around 70% of max heart rate, giving a cardio session as well as providing the rapid gravitational shifts to improve lymphatic drainage.
    • Vibration plate delivers up-and-down, side-to-side, and oscillating vibrations, stimulating blood (and lymph) flow, but providing a more relaxed, minimal-exercise experience.

    Now, system by system, according to not just her experience, but also various papers she cites in the video:

    • Cardiovascular fitness: rebounding improves VO₂ max, lowers blood pressure, and boosts cholesterol markers; vibration plates modestly lower blood pressure and arterial stiffness.
    • Musculoskeletal health: rebounding strengthens legs and core with low joint impact; vibration plates trigger reflex contractions, aiding strength especially in older adults, and those with mobility issues.
    • Bone density specifically: evidence is stronger for vibration plates than rebounding, though trampolines may still support balance and stability.
    • Athletic performance: rebounding sharpens balance and neuromuscular control; vibration plate effects for athletes are small and inconsistent.
    • Metabolic health: rebounding burns more calories, builds muscle, improves insulin sensitivity, and reduces fat mass; vibration plates help regulate blood sugar spikes and improve lipid profiles.
    • Lymphatic drainage: limited research, but both are often reported anecdotally to reduce fluid retention and support lymph movement.

    Want one? Here for your convenience are example products on Amazon: Rebounder | Vibration Plate ← currently half price at time of writing, for a top-of-the-range vibration plate with 98% five-star reviews!

    For more on all of this, plus more direct references to the science that’s been done, enjoy:

    Click Here If The Embedded Video Doesn’t Load Automatically!

    Want to learn more?

    You might also like:

    Take care!

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  • Blood-Brain Barrier Breach Blamed For Brain-Fog

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    Move Over, Leaky Gut. Now It’s A Leaky Brain.

    …which is not a headline that promises good news, and indeed, the only good news about this currently is “now we know another thing that’s happening, and thus can work towards a treatment for it”.

    Back in February (most popular media outlets did not rush to publish this, as it rather goes against the narrative of “remember when COVID was a thing?” as though the numbers haven’t risen since the state of emergency was declared over), a team of Irish researchers made a discovery:

    ❝For the first time, we have been able to show that leaky blood vessels in the human brain, in tandem with a hyperactive immune system may be the key drivers of brain fog associated with long covid❞

    ~ Dr. Matthew Campbell (one of the researchers)

    Let’s break that down a little, borrowing some context from the paper itself:

    • the leaky blood vessels are breaching the blood-brain-barrier
      • that’s a big deal, because that barrier is our only filter between our brain and Things That Definitely Should Not Go In The Brain™
    • a hyperactive immune system can also be described as chronic inflammation
      • in this case, that includes chronic neuroinflammation which, yes, is also a major driver of dementia

    You may be wondering what COVID has to do with this, and well:

    • these blood-brain-barrier breaches were very significantly associated (in lay terms: correlated, but correlated is only really used as an absolute in write-ups) with either acute COVID infection, or Long Covid.
    • checking this in vitro, exposure of brain endothelial cells to serum from patients with Long Covid induced the same expression of inflammatory markers.

    How important is this?

    As another researcher (not to mention: professor of neurology and head of the school of medicine at Trinity) put it:

    ❝The findings will now likely change the landscape of how we understand and treat post-viral neurological conditions.

    It also confirms that the neurological symptoms of long covid are measurable with real and demonstrable metabolic and vascular changes in the brain.❞

    ~ Dr. Colin Doherty (see mini-bio above)

    You can read a pop-science article about this here:

    Irish researchers discover underlying cause of “brain fog” linked with long covid

    …and you can read the paper in full here:

    Blood–brain barrier disruption and sustained systemic inflammation in individuals with long COVID-associated cognitive impairment

    Want to stay safe?

    Beyond the obvious “get protected when offered boosters/updates” (see also: The Truth About Vaccines), other good practices include the same things most people were doing when the pandemic was big news, especially avoiding enclosed densely-populated places, washing hands frequently, and looking after your immune system. For that latter, see also:

    Beyond Supplements: The Real Immune-Boosters!

    Take care!

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  • Why does my hip hurt? Hip pain can have many causes and mostly doesn’t require surgery

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    You can feel hip pain at any stage of life, including childhood, young adulthood and the middle years.

    This can come as a surprise; many people associate hip pain with old age. It can strike fear into the hearts of those in their 40s or 50s, who may suddenly wonder if old age – or even a hip replacement – may be on the horizon much sooner than expected.

    The good news is only a minority of people with hip pain will have something medically concerning or actually need surgery. Surgery should only be considered after doing a comprehensive rehabilitation exercise program.

    There are lots of complex underlying reasons for hip pain, and there may be plenty you can do before you start jumping to conclusions about needing surgery.

    Photo by Yan Krukau/Pexels

    The stiff hip vs. the overly mobile hip

    In young boys and men, a condition known as femoroacetabular impingement syndrome is a common cause of hip pain. This is particularly true for those who play sports (such as football) where you need to change direction quickly and often.

    This condition is caused by a bigger hip ball (also known as the femoral head) or the hip socket (the acetabulum).

    This may cause pain at the front or side of the hip. The pain may get worse during movements that involve the knee coming towards the chest (such as a squat) or trending across the middle of the body (such as sitting cross-legged).

    In young girls and women, hip dysplasia is particularly common.

    This happens when the hip socket does not fully cover the ball of the joint. The hip can move too much, and may cause pain at the front, side or back of the hip.

    However, excessive hip movement can also be caused when the connective tissue (such as the ligaments and hip capsule) get too elastic or stretchy.

    Some people – such as performing artists, yogis and swimmers – may thrive on having more mobility for their artistry and sporting pursuits, but they need to be strong enough to control their excessive motion.

    Because people with increased mobility are at risk of injury, it is important to maintain hip muscle strength to support the hip joint.

    In middle-aged adults and older people, the most common causes of hip pain are osteoarthritis and gluteal tendinopathy.

    People with osteoarthritis often experience hip pain and stiffness, and may find it hard to reach down and put on shoes and socks.

    People with gluteal tendinopathy might experience pain on the outside of their hip and have problems with lying on their side, climbing stairs or standing on one leg.

    A woman does a deep squat.
    Some people are very flexible in the hip area. GMB Fitness/Unsplash

    My hip hurts. How worried should I be?

    Well, it’s fundamentally about quality of life.

    Does your hip pain make it hard to do social or community activities, perform daily tasks, or stay active? If so, then yes – you’re right to be concerned about your hip pain.

    However, most hip conditions can be well managed with non-surgical treatments, such as exercises or stretches prescribed by a physiotherapist, doctor or other health-care professional. You may find you’re soon back to taking those long strolls in the park.

    Whether your hip is too stiff or too mobile, start by seeking a thorough clinical examination from a trained and registered doctor or healthcare professional (such as a physiotherapist).

    They may ask you to get some scans to help diagnose the cause of your hip pain. In most cases, an X-ray is used to understand the shape of the bones that form the hip joint and check for osteoarthritis. In some people, an MRI is ordered to get a more detailed understanding of the different components of the hip joint. However, it is important to remember something might show up on an MRI even in people without pain.

    A man stands with his hands on hips while hiking in snow.
    Is your hip pain making it hard to do activities you love? Photo by Elias Strale/Pexels

    Treatment for hip pain

    Hip pain can often be managed with or without surgery.

    If you do end up needing surgery, it’s worth knowing there are lots of different types of surgical treatments. The most common are hip arthroscopy (keyhole surgery) and hip replacement. For many people, though, non-surgical treatments are effective.

    These might include:

    • adjusting how you exercise or do sport
    • learning about how to manage symptoms
    • muscle strengthening exercises.

    In most cases, it’s recommended to try non-surgical treatments for at least three months to see if they help reduce pain and improve hip function before considering surgery.

    Whatever you do, stay active. And remember strong bum muscles are important to maintaining healthy hips, so try to find ways to keep your glutes strong.

    Charlotte Ganderton, Senior Lecturer (Physiotherapy), RMIT University and Joshua Heerey, Physiotherapist and Research Fellow (hip and knee osteoarthritis), La Trobe University

    This article is republished from The Conversation under a Creative Commons license. Read the original article.

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  • First it was ‘protein goals’, now TikTok is on about ‘fibre goals’. How can you meet yours?

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    “Protein goals” have long been a thing on TikTok and Instagram. But now social media users are also talking about “fibre goals”. This reflects a positive broader shift toward overall health and wellbeing rather than a narrow focus on weight loss or muscle gain.

    Foods high in fibre are among the healthiest we can eat. Not getting enough can lead to constipation, haemorrhoids and boost the risk of chronic diseases such as heart disease, type 2 diabetes, and bowel cancer.

    So what’s the expert evidence say about “fibre goals” and how to hit them?

    Westend61/Getty Images

    Different types of fibre

    Dietary fibres are indigestible parts of plant foods. Unlike other carbohydrates that break down into sugar, these complex carbs pass through our digestive tract mostly unchanged.

    There are two main types of dietary fibre:

    Soluble fibres dissolve in water to form gel-like substances. You can find these in fruits such as apples and berries, vegetables such as sweet potatoes and carrots, as well a legumes and oats.

    Soluble fibres can slow down digestion and help us feel fuller for longer. They support heart health, lower blood cholesterol and help regulate blood sugar levels.

    Insoluble fibres don’t dissolve in water, but add bulk to food. You can get this type of fibre from wheat bran, fruits and vegetable skins, nuts and seeds, beans and whole grain foods.

    Insoluble fibres add bulk to the stool and help regulate bowel movements and reduce constipation.

    Resistant starch is also a type of complex carb that isn’t technically a fibre, but behaves like one; it resists digestion and feeds gut bacteria. These are found in legumes, cooked potato, and undercooked pasta.

    Unlike many fibre supplements (which often only offer one type of fibre) most sources of fibre we eat contain both soluble and insoluble forms. For example, oats, apples and avocado have both.

    Both soluble and insoluble fibre benefit our gut and overall health.

    Both can be fermented by good gut bacteria, although soluble dietary fibres (and resistant starches) tend to ferment more readily.

    Our gut bacteria rely on fermenting these fibres as a fuel to help digest foods, fight against pathogenic microbes such as germs and viruses, and improve physical and mental health.

    Person spreads avocado on toast.
    Avocados are high in fibre. Rouzes/Getty Images

    What should my fibre goal should be?

    Sadly, there’s no quick lab test to measure it.

    A simple indicator is how well your digestion works. If you’re rarely constipated, you’re likely getting enough fibre.

    The National Health and Medical Research Council recommends daily fibre intakes vary by age and gender.

    But in general, adult men should have about 30 grams of fibre per day. Women should have about 25 grams.

    There are many apps and websites to help you calculate your current fibre intake.

    It’s hard to have too much dietary fibre; even eating 50g per day is not considered harmful.

    How do I meet that goal without overthinking it?

    Foods rich in fibre include:

    • fruits
    • vegetables
    • nuts
    • seeds
    • legumes
    • beans
    • wholegrain or wholemeal breads and cereals.

    Aim for variety in your diet, so you don’t get bored of the same foods.

    The federal government’s Australian Dietary Guidelines suggest a daily intake of:

    • two serves of medium-sized fruits
    • five serves of vegetables (one serve is half a cup of cooked veggies or one cup of salad greens)
    • two to three serves of nuts and seeds (where one serve is about 30g or a handful) or two to three serves of legumes/beans (where one serve is a cup of cooked beans, lentils, chickpeas, split peas).

    What not to do

    Here are some important things to remember:

    1. avoid drastic changes such as cutting out entire food groups or nutrients (such as carbohydrates) unless advised by your health practitioner. Even low-fibre food groups (such as dairy or lean meats) provide important nutrients. Avoiding them can potentially cause other health problems
    2. avoid focusing on just one type of fibre (soluble or insoluble). Each has different benefits, so incorporating both is best
    3. avoid a sudden increase in fibre. It can cause abdominal pain and increased flatulence. Start by adding just one or two high-fibre foods each day and slowly increase this over a few weeks
    4. fibre needs water to work effectively, so drink plenty of fluids. Aim for at least eight to ten glasses of water per day.

    How do I hit my goal without being a weirdo about it?

    Eating well doesn’t need to be a competition.

    It’s great people are sharing ideas on social media about increasing fibre intake and setting fibre goals, but we can do it without constantly obsessing over food.

    Focus on gradual changes and incorporating fibre-rich foods naturally into your diet. Start by eating more fresh fruit and vegetables, and adding legumes and pulses (such as kidney beans and chickpeas) to meals.

    Simple switches can go a long way. For example, swap refined grain products (such as white rice or white bread) for wholemeal or wholegrain varieties. If you like breakfast cereals, choose one with at least 5g of fibre per serve (read the nutrition panel on the packet).

    Finally, listen to your body. If you experience any digestive discomfort or have certain conditions, such as irritable bowel syndrome that requires managing your fibre intake, consult with a health-care professional.

    Saman Khalesi, Senior Lecturer and Head of Course Nutrition, HealthWise Research Group Lead, Appleton Institute,, CQUniversity Australia; Chris Irwin, Senior Lecturer in Nutrition and Dietetics, School of Health Sciences & Social Work, Griffith University, and Seyed Farhang Jafari, PhD candidate of Public Health (Nutrition), CQUniversity Australia

    This article is republished from The Conversation under a Creative Commons license. Read the original article.

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