I Know I Should Exercise, But… – by Dr. Diana Hill & Katy Bowman

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We all have plenty of reasons not to exercise, and most of them are not very original reasons, let alone unique to us. This book helps the reader put those aside, and actually get moving.

This is not, however, just a funny book of excuses and come-backs. Dr. Hill is a psychologist, and the main tool at hand here is Acceptance & Commitment Therapy (ACT). Bowman, meanwhile, is a biomechanics scientist (so, she knows all about moving one’s body).

In fact, this one’s pretty serious from the get-go, asking such questions as “how do you want to show up in the world with the limited time you have?” and “would you walk into the grocery store differently if you knew it was the very last time you’d be able to do so, and if so, what would change?”

The “44 reasons” mentioned in the subtitle are arranged into 7 chapters, by theme (lack of motivation, lack of time, embarrassment, discomfort, distraction, hostile environment, social issues), and are a lot more varied than you might expect, ranging from the mundane “I hate to sweat” to the very different situation of “I’m grieving, and feel like I’m carrying around a load of bricks”.

Bottom line: unless you really are already living your movement-full best life of your dreams, then there really is something for everyone here, which means it will improve your life.

Click here to check out I Know I Should Exercise, But…, and move with joy!

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  • How Healers Heal – by Dr. Shilpi Pradhan

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    First note: the listed author here is in fact the compiler, with the authors being a collection of no fewer than 33 board-certified lifestyle medicine physicians. So, we’re not getting just a single person’s opinions/bias here!

    But what is lifestyle medicine? This book holds the six pillars of lifestyle medicine to be:

    1. Nutrition
    2. Physical activity
    3. Stress management
    4. Restorative sleep
    5. Social connections
    6. Avoidance of risky substances

    …and those things are what we read about throughout the book, both in highly educational mini-lecture form, and sometimes highly personal storytelling.

    It’s not just a “do these things” book, though yes, there’s a large part of that. It also covers wide topics, from COVID to alopecia, burnout to grief, immune disorders to mysterious chest pains (and how such mysteries are unravelled, when taken seriously).

    One of the greatest strengths of this book is that it’s very much “medicine, as it should be”, so that the reader knows how to recognize the difference.

    Bottom line: this book doesn’t fit into a very neat category, but it’s a very worthwhile book to read, and one that could help inform a decision that changes the entire path of your life or that of a loved one.

    Click here to check out How Healers Heal, and learn to recognize the healthcare you deserve!

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  • Why it’s a bad idea to mix alcohol with some medications

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    Anyone who has drunk alcohol will be familiar with how easily it can lower your social inhibitions and let you do things you wouldn’t normally do.

    But you may not be aware that mixing certain medicines with alcohol can increase the effects and put you at risk.

    When you mix alcohol with medicines, whether prescription or over-the-counter, the medicines can increase the effects of the alcohol or the alcohol can increase the side-effects of the drug. Sometimes it can also result in all new side-effects.

    How alcohol and medicines interact

    The chemicals in your brain maintain a delicate balance between excitation and inhibition. Too much excitation can lead to convulsions. Too much inhibition and you will experience effects like sedation and depression.

    Alcohol works by increasing the amount of inhibition in the brain. You might recognise this as a sense of relaxation and a lowering of social inhibitions when you’ve had a couple of alcoholic drinks.

    With even more alcohol, you will notice you can’t coordinate your muscles as well, you might slur your speech, become dizzy, forget things that have happened, and even fall asleep.

    Woman collects beer bottles
    Alcohol can affect the way a medicine works.
    Jonathan Kemper/Unsplash

    Medications can interact with alcohol to produce different or increased effects. Alcohol can interfere with the way a medicine works in the body, or it can interfere with the way a medicine is absorbed from the stomach. If your medicine has similar side-effects as being drunk, those effects can be compounded.

    Not all the side-effects need to be alcohol-like. Mixing alcohol with the ADHD medicine ritalin, for example, can increase the drug’s effect on the heart, increasing your heart rate and the risk of a heart attack.

    Combining alcohol with ibuprofen can lead to a higher risk of stomach upsets and stomach bleeds.

    Alcohol can increase the break-down of certain medicines, such as opioids, cannabis, seizures, and even ritalin. This can make the medicine less effective. Alcohol can also alter the pathway of how a medicine is broken down, potentially creating toxic chemicals that can cause serious liver complications. This is a particular problem with paracetamol.

    At its worst, the consequences of mixing alcohol and medicines can be fatal. Combining a medicine that acts on the brain with alcohol may make driving a car or operating heavy machinery difficult and lead to a serious accident.

    Who is at most risk?

    The effects of mixing alcohol and medicine are not the same for everyone. Those most at risk of an interaction are older people, women and people with a smaller body size.

    Older people do not break down medicines as quickly as younger people, and are often on more than one medication.

    Older people also are more sensitive to the effects of medications acting on the brain and will experience more side-effects, such as dizziness and falls.

    Woman sips red wine
    Smaller and older people are often more affected.
    Alfonso Scarpa/Unsplash

    Women and people with smaller body size tend to have a higher blood alcohol concentration when they consume the same amount of alcohol as someone larger. This is because there is less water in their bodies that can mix with the alcohol.

    What drugs can’t you mix with alcohol?

    You’ll know if you can’t take alcohol because there will be a prominent warning on the box. Your pharmacist should also counsel you on your medicine when you pick up your script.

    The most common alcohol-interacting prescription medicines are benzodiazepines (for anxiety, insomnia, or seizures), opioids for pain, antidepressants, antipsychotics, and some antibiotics, like metronidazole and tinidazole.

    Medicines will carry a warning if you shouldn’t take them with alcohol.
    Nial Wheate

    It’s not just prescription medicines that shouldn’t be mixed with alcohol. Some over-the-counter medicines that you shouldn’t combine with alcohol include medicines for sleeping, travel sickness, cold and flu, allergy, and pain.

    Next time you pick up a medicine from your pharmacist or buy one from the local supermarket, check the packaging and ask for advice about whether you can consume alcohol while taking it.

    If you do want to drink alcohol while being on medication, discuss it with your doctor or pharmacist first.The Conversation

    Nial Wheate, Associate Professor of the School of Pharmacy, University of Sydney; Jasmine Lee, Pharmacist and PhD Candidate, University of Sydney; Kellie Charles, Associate Professor in Pharmacology, University of Sydney, and Tina Hinton, Associate Professor of Pharmacology, University of Sydney

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

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  • Yoga Safety: Simple Guidelines

    10almonds is reader-supported. We may, at no cost to you, receive a portion of sales if you purchase a product through a link in this article.

    It’s Q&A Day at 10almonds!

    Have a question or a request? You can always hit “reply” to any of our emails, or use the feedback widget at the bottom!

    In cases where we’ve already covered something, we might link to what we wrote before, but will always be happy to revisit any of our topics again in the future too—there’s always more to say!

    As ever: if the question/request can be answered briefly, we’ll do it here in our Q&A Thursday edition. If not, we’ll make a main feature of it shortly afterwards!

    So, no question/request too big or small

    ❝I was wondering whether there were very simple, clear bullet points or instructions on things to be wary of in Yoga.❞

    That’s quite a large topic, and not one that lends itself well to being conveyed in bullet points, but first we’ll share the article you sent us when sending this question:

    Tips for Avoiding Yoga Injuries

    …and next we’ll recommend the YouTube channel @livinleggings, whose videos we feature here from time to time. She (Liv) has a lot of good videos on problems/mistakes/injuries to avoid.

    Here’s a great one to get you started:

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  • Here’s why you might want to clean your headphones

    10almonds is reader-supported. We may, at no cost to you, receive a portion of sales if you purchase a product through a link in this article.

    Whether it’s enjoying a podcast, listening to music or chatting on the phone, many of us spend hours a day using our headphones. One 2017 study of 4,185 Australians showed they used headphones on average 47–88 hours a month.

    Health advice about headphones tends to focus on how loud sounds might affect our hearing. For example, to avoid hearing loss, the World Health Organization advises people to keep the volume at below 60% their device’s maximum and to use devices that monitor sound exposure and limit volume.

    But apart from sound, what else is going in our ears? Using headphones – particularly in-ear versions such as earbuds – blocks the ear canal and puts the skin in contact with any dirt or bacteria they may be carrying.

    Here’s what you need to know about keeping your ears clean and safe.

    Pieyu Art/Shutterstock

    First, let’s take a look at your ear

    Over-ear headphones cover the entire external ear – the elastic cartilage covered by skin that’s shaped to trap soundwaves. In-ear headphones (as well as hearing aids) are shaped to fit and cover the entrance to the external ear canal, which is called the concha.

    Sound vibrations travel through the ear canal – which is S-shaped and a few centimetres long – to reach your ear drum.

    Deeper parts of the ear canal produce earwax and oils. These help keep your skin healthy, hydrated and less vulnerable to infection.

    Tiny hairs in the ear canal also help regulate temperature and keep foreign debris out. These hairs and earwax help trap and move small particles, shed skin and bacteria out of the ear canal.

    Earwax is the ear’s self-cleaning method and we only tend to notice it when there’s too much.

    Excessive buildup can block your hearing or even clog the mesh of your earpods. But don’t try to dig earwax out of your ears yourself. If you’re concerned, speak to a pharmacist or GP for advice.

    Diagram showing earwax in the ear canal.
    We generally only notice earwax when there’s too much. Alexander_P/Shutterstock

    How headphones can affect the ear’s bacteria

    Healthy ear canals host a range of non-harmful microbes – mainly bacteria, but fungi and viruses too. They compete for space and nutrients, and this diversity makes it trickier for any potential pathogens (disease-causing microorganisms) to take hold.

    But wearing headphones (and other in-ear devices such as hearing aids or ear plugs) may upset the balance between “good” and “bad” bacteria.

    One 2024 study compared bacteria in the external ear canals of 50 people who used hearing aids and 80 who didn’t. The researchers found hearing-aid users – whose external ear canals are blocked for extended periods – had fewer types of bacteria than those who didn’t.

    Another 2025 study looked at how using headphones (including over-ear, in-ear and on-ear) affected fungi and bacteria in the ear canal. It found using headphones was linked to a greater risk of ear infections, especially if people shared them.

    This may because wearing headphones – especially in-ear devices – makes the external ear canal hotter and more humid. Trapped moisture is especially likely if you exercise and sweat while wearing headphones.

    Higher humidity increases your risk of ear infection and discharge, including pus.

    Wearing in-ear devices such as hearing aids or headphones for extended periods can also interfere with the ear’s natural “self-cleaning” function, aided by earwax.

    So, what should I do?

    Most of us need – or like – to wear headphones in our day-to-day routines. But for good ear health, it’s important to give your ears a break.

    Allow your ear canals to “breathe” at different points throughout the day so they’re not constantly blocked and growing humid and hot.

    You could also try bone conduction headphones. These don’t block the ear canal, because they transmit sound through your skull directly into the inner ear, without needing to block the ear canal. These can be expensive though. And while they allow our ears to breathe, high-intensity vibrations (high volume) can still damage hearing, so as with all headphones caution is required.

    Other tips

    Clean your devices regularly

    Recommendations range from once a week to daily to after a physical workout.

    For example, you can wipe them with a cloth or use a soft-bristled children’s toothbrush dampened with mildly soapy water. Blot dry with a paper towel and allow a few hours of drying before recharging or reuse.

    But it’s best to follow your manufacturer’s guidelines. And don’t forget to clean the case and the body of your earbuds too.

    Don’t use headphones when sick

    If you have an ear infection, avoid using earphones as they may increase the temperature and humidity in your ear and slow recovery.

    Watch for symptoms

    If your ears become itchy, red or have discharge, stop using in-ear devices and seek medical advice.

    Rina Wong (Fu), Research Fellow, Health Sciences, Curtin University

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

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  • Early Dementia Screening From Your Blood & More

    10almonds is reader-supported. We may, at no cost to you, receive a portion of sales if you purchase a product through a link in this article.

    Dementia is, statistically speaking, the most feared disease in the US. Notwithstanding…

    • heart disease killing more
    • COVID being more of a lottery
    • cancer being the “yes you can modify risk factors but it can come for anyone” life-changing (and often life-ending) disease,

    …it’s still dementia that Americans report fearing the most.

    And yet… Early dementia screening is seriously underused

    It may be a case of a head-in-sand approach to avoid unwanted news, or it could be a case of not knowing what’s available.

    So, with that in mind…

    How to watch out: first line warning signs

    You walk into a room of your house, and suddenly stop: “what did I come in here for?”, you wonder.

    A moment later, you’re worrying whether this is a sign of age-related cognitive decline.

    The good news: it usually isn’t. In fact, you did that when you were younger, too, you just didn’t pay enough attention at the time to remember it now.

    Dementia-related memory loss is less “where did I put my car keys?”, and more “what is this thing for?” (it’s your car keys). Or at a less advanced stage: “whose are these car keys?” (they are yours).

    You can read about some of the nuances here:

    Is It Dementia? Spot The Signs (Because None Of Us Are Immune) ← If you’d like an objective test of memory and other cognitive impairments, this article also has a link to the industry’s gold standard test (it’s free)

    (The Self-Administered Gerocognitive Exam (SAGE) is designed to detect early signs of cognitive, memory or thinking impairments)

    Tests you can’t do at home

    We wrote a little while back about how one kind of blood testing for Alzheimer’s disease works:

    The Brain Alarm Signs That Warn Of Dementia

    Why “Brain Alarm Signs” if it’s a blood test? Because the blood gets (in very lay terms) bits of broken brain in it. Or more specifically, they tested the blood for density of cerebrovascular endothelial extracellular vesicles (CEEVs), which are bits of the cells from the lining of blood vessels in the brain. These cerebrovascular endothelial extracellular vesicles should not, ideally, be falling off and riding around your bloodstream, and the greater the density of them, the greater likelihood of mild cognitive impairment now, and by extension, dementia later.

    It’s not the only blood test available though, see:

    Highly accurate blood test for Alzheimer’s disease is similar or superior to clinical cerebrospinal fluid (CSF) tests ← this one checks the ratio of phosporylated-tau217 to non-phosphorylated tau (which is a protein antibody), which equalled or outperformed FDA-approved CSF tests in classifying amyloid-β positron emission topography (PET, as in a PET scan) status, with a confidence interval as high as, or better than, industry standards.

    If you don’t like having your blood taken, trust us that you’d find having your cerebrospinal fluid taken even less enjoyable, so this is a very welcome improvement!

    In case you’re curious about how the CSF test works, here you go: NPTX2 in Cerebrospinal Fluid Predicts the Progression From Normal Cognition to Mild Cognitive Impairment ← NPTX2 is a protein biomarker of Alzheimer’s risk

    …but again, we really think the blood test is preferable.

    Tests beyond the physiological

    There are, of course, psychological tests that can be done, including a linguistic analysis of your conversation, compared with a vast database of other people’s conversations, with and without various degrees of cognitive impairment

    As Dr. Ioannis Paschalidis explains:

    ❝We wanted to predict what would happen in the next six years—and we found we can reasonably make that prediction with relatively good confidence and accuracy.

    Rather than using acoustic features of speech, like enunciation or speed, the model is just pulling from the content of the interview—the words spoken, how they’re structured.

    You can think of the score as the likelihood, the probability, that someone will remain stable or transition to dementia. It had significant predictive ability.

    Digital is the new blood. You can collect it, analyze it for what is known today, store it, and reanalyze it for whatever new emerges tomorrow.❞

    You can read the full paper here: Prediction of Alzheimer’s disease progression within 6 years using speech: A novel approach leveraging language models

    See also: AI: The Doctor That Never Tires?

    What if the news isn’t good?

    While bad news is never welcome per se, it is preferable to not knowing, insofar as we can then take steps to manage the situation.

    You may be wondering: what can be done that I wouldn’t already be doing to minimize my dementia risk in the first place?

    And the answer is: yes, do continue those things of course, but there is more to do:

    See: Beyond Guarding Against Dementia: When Age’s Brain-Changes Come Knocking

    Take care!

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  • Is Air-Fried Food Really Healthier?

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    Air-frying has a reputation for being healthy—and it generally is, provided it’s used carefully:

    Just one thing to watch out for

    An air-fryer is basically a small convection oven that uses circulating air rather than immersion in oil to cook food. The smallness of an air-fryer is a feature not a bug—if you get an air-fryer over a certain size, then congratulations, you just have a convection oven. The small size it what helps it to cook so efficiently. This is one reason that they’re not really used in industrial settings.

    The documentary-makers from this video had their food (chicken, fish, and fries) lab-tested (for fat, cholesterol, and acrylamide), and found:

    • Air-frying significantly reduced saturated fat (38–53%) and trans fats (up to 55%) in some foods.
    • Cholesterol reduction varied depending on the food type.
    • Acrylamide levels in air-fried potatoes were much higher due to cooking time and temperature.

    About that acrylamide: acrylamide forms in starchy foods at high temperatures and may pose cancer risks (the research is as yet unclear, with conflicting evidence). Air-frying can cause higher acrylamide levels if cooking is prolonged or temperatures are too high.

    Recommendations to reduce acrylamide:

    • Soak potatoes before cooking.
    • Use lower temperatures (e.g. 180℃/350℉) and shorter cooking times.
    • Avoid over-browning food.

    For more on all of this, enjoy:

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

    Want to learn more?

    You might also like to read:

    Unlock Your Air-Fryer’s Potential!

    Take care!

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