Science of Pilates – by Tracy Ward

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We’ve reviewed other books in this series, “Science of Yoga” and “Science of HIIT” (they’re great too; check them out!). What does this one add to the mix?

Pilates is a top-tier “combination exercise” insofar as it checks a lot of boxes, e.g:

  • Strength—especially core strength, but also limbs
  • Mobility—range of motion and resultant reduction in injury risk
  • Stability—impossible without the above two things, but Pilates trains this too
  • Fitness—many dynamic Pilates exercises can be performed as cardio and/or HIIT.

The author, a physiotherapist, explains (as the title promises!) the science of Pilates, with:

  • the beautifully clear diagrams we’ve come to expect of this series,
  • equally clear explanations, with a great balance of simplicity of terms and depth where necessary, and
  • plenty of citations for the claims made, linking to lots of the best up-to-date science.

Bottom line: if you are in a position to make a little time for Pilates (if you don’t already), then there is nobody who would not benefit from reading this book.

Click here to check out Science of Pilates, and keep your body well!

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    Avoid costly mistakes with the Checklist Manifesto. Dr. Gawande explains how to optimize steps, improve compliance, and more. Click here to make fewer mistakes!

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  • ‘Free birthing’ and planned home births might sound similar but the risks are very different

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    The death of premature twins in Byron Bay in an apparent “wild birth”, or free birth, last week has prompted fresh concerns about giving birth without a midwife or medical assistance.

    This follows another case from Victoria this year, where a baby was born in a critical condition following a reported free birth.

    It’s unclear how common free birthing is, as data is not collected, but there is some evidence free births increased during the COVID pandemic.

    Planned home births also became more popular during the pandemic, as women preferred to stay away from hospitals and wanted their support people with them.

    But while free births and home births might sound similar, they are a very different practice, with free births much riskier. So what’s the difference, and why might people opt for a free birth?

    What are home births?

    Planned home births involve care from midwives, who are registered experts in childbirth, in a woman’s home.

    These registered midwives work privately, or are part of around 20 publicly funded home birth programs nationally that are attached to hospitals.

    They provide care during the pregnancy, labour and birth, and in the first six weeks following the birth.

    The research shows that for women with low risk pregnancies, planned home births attended by competent midwives (with links to a responsive mainstream maternity system) are safe.

    Home births result in less intervention than hospital births and women perceive their experience more positively.

    What are free births?

    A free birth is when a woman chooses to have a baby, usually at home, without a registered health professional such as a midwife or doctor in attendance.

    Different terms such as unassisted birth or wild pregnancy or birth are also used to refer to free birth.

    The parents may hire an unregulated birth worker or doula to be a support at the birth but they do not have the training or medical equipment needed to manage emergencies.

    Women may have limited or no health care antenatally, meaning risk factors such as twins and breech presentations (the baby coming bottom first) are not detected beforehand and given the right kind of specialist care.

    Why do some people choose to free birth?

    We have been studying the reasons women and their partners choose to free birth for more than a decade. We found a previous traumatic birth and/or feeling coerced into choices that are not what the woman wants were the main drivers for avoiding mainstream maternity care.

    Australia’s childbirth intervention rates – for induction or augmentation of labour, episiotomy (cutting the tissue between the vaginal opening and the anus) and caesarean section – are comparatively high.

    One in ten women report disrespectful or abusive care in childbirth and some decide to make different choices for future births.

    Lack of options for a natural birth and birth choices such as home birth or birth centre birth also played a major role in women’s decision to free birth.

    Publicly funded home birth programs have very strict criteria around who can be accepted into the program, excluding many women.

    In other countries such as the United Kingdom, Netherlands and New Zealand, publicly funded home births are easier to access.

    Newborn baby holds their parent's finger
    It can be difficult to access home birth services in Australia.
    Ink Drop/Shutterstock

    Only around 200 midwives provide private midwifery services for home births nationally. Private midwives are yet to obtain insurance for home births, which means they are risking their livelihoods if something goes wrong and they are sued.

    The cost of a home birth with a private midwife is not covered by Medicare and only some health funds rebate some of the cost. This means women can be out of pocket A$6-8,000.

    Access to home birth is an even greater issue in rural and remote Australia.

    How to make mainstream care more inclusive

    Many women feel constrained by their birth choices in Australia. After years of research and listening to thousands of women, it’s clear more can be done to reduce the desire to free birth.

    As my co-authors and I outline in our book, Birthing Outside the System: The Canary in the Coal Mine, this can be achieved by:

    • making respectful care a reality so women aren’t traumatised and alienated by maternity care and want to engage with it
    • supporting midwifery care. Women are seeking more physiological and social ways of birthing, minimising birth interventions, and midwives are the experts in this space
    • supporting women’s access to their chosen place of birth and model of care and not limiting choice with high out-of-pocket expenses
    • providing more flexible, acceptable options for women experiencing risk factors during pregnancy and/or birth, such as having a previous caesarean birth, having twins or having a baby in breech position. Women experiencing these complications experience pressure to have a caesarean section
    • getting the framework right with policies, guidelines, education, research, regulation and professional leadership.

    Ensuring women’s rights and choices are informed and respected means they’re less likely to feel they’re left with no other option.The Conversation

    Hannah Dahlen, Professor of Midwifery, Associate Dean Research and HDR, Midwifery Discipline Leader, Western Sydney University

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

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  • Practical Optimism – by Dr. Sue Varma

    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.

    We’ve written before about how to get your brain onto a more positive track (without toxic positivity), but there’s a lot more to be said than we can fit into an article, so here’s a whole book packed full with usable advice.

    The subtitle claims “the art, science, and practice of…”, but mostly it’s the science of. If there’s art to be found here, then this reviewer missed it, and as for the practice of, well, that’s down to the reader, of course.

    However, it is easy to use the contents of this book to translate science into practice without difficulty.

    If you’re a fan of acronyms, initialisms, and other mnemonics (such as the rhyming “Name, Claim, Tame, and Reframe”), then you’ll love this book as they come thick and fast throughout, and they contribute to the overall ease of application of the ideas within.

    The writing style is conversational but with enough clinical content that one never forgets who is speaking—not in the egotistical way that some authors do, but rather, just, she has a lot of professional experience to share and it shows.

    Bottom line: if you’d like to be more optimistic without delving into the delusional, this book can really help a lot with that (in measurable ways, no less!).

    Click here to check out Practical Optimism, and brighten up your life!

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  • Anti-Inflammatory Pineapple Fried Rice

    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.

    Fried rice is not most people’s go-to when one thinks of health food, but this one is. It’s packed with plenty of nutrients, many of which are anti-inflammatory, but the real star is the pineapple (with its high bromelain content and thus particularly potent benefits).

    You will need

    • 2½ cups cooked wholegrain basmati rice (you can use our Tasty Versatile Rice recipe if you don’t already have leftovers to use)
    • 1 cup pineapple chunks
    • ½ red onion, diced
    • 1 red bell pepper, diced
    • ½ cup sweetcorn
    • ½ peas
    • 3 green onions, chopped
    • 2 serrano peppers, chopped (omit if you don’t care for heat)
    • 2 tbsp coconut oil
    • 1 tbsp grated fresh ginger
    • 1 tbsp black pepper, coarse ground

    Method

    (we suggest you read everything at least once before doing anything)

    1) Fry the red onion, serrano peppers, and ginger in the coconut oil over a medium heat, stirring frequently, for about 3 minutes.

    2) Add the pineapple, bell pepper, sweetcorn, peas, and black pepper, stirring frequently, for about another 3 minutes.

    3) Add the rice, stirring gently but thoroughly, until fully reheated and mixed in.

    4) Serve, garnishing with the green onions.

    Enjoy!

    Want to learn more?

    For those interested in some of the science of what we have going on today:

    Take care!

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  • How To Leverage Placebo Effect For Yourself

    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.

    Placebo Effect: Making Things Work Since… Well, A Very Long Time Ago

    The placebo effect is a well-known, well-evidenced factor that is very relevant when it comes to the testing and implementation of medical treatments:

    NIH | National Center for Biotechnology Information | Placebo Effect

    Some things that make placebo effect stronger include:

    • Larger pills instead of small ones: because there’s got to be more going on in there, right?
    • Thematically-colored pills: e.g. red for stimulant effects, blue for relaxing effects
    • Things that seem expensive: e.g. a well-made large heavy machine, over a cheap-looking flimsy plastic device. Similarly, medication from a small glass jar with a childproof lock, rather than popped out from a cheap blister-pack.
    • Things that seem rational: if there’s an explanation for how it works that you understand and find rational, or at least you believe you understand and find rational ← this works in advertising, too; if there’s a “because”, it lands better almost regardless of what follows the word “because”
    • Things delivered confidently by a professional: this is similar to the “argument from authority” fallacy (whereby a proposed authority will be more likely trusted, even if this is not their area of expertise at all, e.g. celebrity endorsements), but in the case of placebo trials, this often looks like a well-dressed middle-aged or older man with an expensive haircut calling for a young confident-looking aide in a lab coat to administer the medicine, and is received better than a slightly frazzled academic saying “and, uh, this one’s yours” while handing you a pill.
    • Things with ritual attached: this can be related to the above (the more pomp and circumstance is given to the administration of the treatment, the better), but it can also be as simple as an instruction on an at-home-trial medication saying “take 20 minutes before bed”. Because, if it weren’t important, they wouldn’t bother to specify that, right? So it must be important!

    And now for a quick personality test

    Did you see the above as a list of dastardly tricks to watch out for, or did you see the above as a list of things that can make your actual medication more effective?

    It’s arguably both, of course, but the latter more optimistic view is a lot more useful than the former more pessimistic one.

    Since placebo effect works at least somewhat even when you know about it, there is nothing to stop you from leveraging it for your own benefit when taking medication or doing health-related things.

    Next time you take your meds or supplements or similar, pause for a moment for each one to remember what it is and what it will be doing for you. This is a lot like the principles (which are physiological as well as psychological) of mindful eating, by the way:

    How To Get More Nutrition From The Same Food

    Placebo makes some surprising things evidence-based

    We’ve addressed placebo effect sometimes as part of an assessment of a given alternative therapy, often in our “Mythbusting Friday” edition of 10almonds.

    • In some cases, placebo is adjuvant to the therapy, i.e. it is one of multiple mechanisms of action (example: chiropractic or acupuncture)
    • In some cases, placebo is the only known mechanism of action (example: homeopathy)
    • In some cases, even placebo can’t help (example: ear candling)

    One other fascinating and far-reaching (in a potentially good way) thing that placebo makes evidence-based is: prayer

    …which is particularly interesting for something that is fundamentally faith-based, i.e. the opposite of evidence-based.

    Now, we’re a health science publication, not a theological publication, so we’ll consider actual divine intervention to be beyond the scope of mechanisms of action we can examine, but there’s been a lot of research done into the extent to which prayer is beneficial as a therapy, what things it may be beneficial for, and what factors affect whether it helps:

    Prayer and healing: A medical and scientific perspective on randomized controlled trials

    👆 full paper here, and it is very worthwhile reading if you have time, whether or not you are religious personally

    Placebo works best when there’s a clear possibility for psychosomatic effect

    We’ve mentioned before, and we’ll mention again:

    • psychosomatic effect does not mean: “imagining it”
    • psychosomatic effect means: “your brain regulates almost everything else in your body, directly or indirectly, including your autonomic functions, and especially notably when it comes to illness, your immune responses”

    So, a placebo might well heal your rash or even shrink a tumor, but it probably won’t regrow a missing limb, for instance.

    And, this is important: it’s not about how credible/miraculous the outcome will be!

    Rather, it is because we have existing pre-programmed internal bodily processes for healing rashes and shrinking tumors, that just need to be activated—whereas we don’t have existing pre-programmed internal bodily processes for regrowing a missing limb, so that’s not something our brain can just tell our body to do.

    So for this reason, in terms of what placebo can and can’t do:

    • Get rid of cancer? Yes, sometimes—because the body has a process for doing that; enjoy your remission
    • Fix a broken nail? No—because the body has no process for doing that; you’ll just have to cut it and wait for it to grow again

    With that in mind, what will you use the not-so-mystical powers of placebo for? What ever you go for… Enjoy, and take care!

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  • Red Cabbage vs Brussels Sprouts – Which is Healthier?

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    Our Verdict

    When comparing red cabbage to Brussels sprouts, we picked the sprouts.

    Why?

    First let’s note that we have an interesting comparison today, because these two plants are the exact same species (and indeed, also the exact same species as broccoli, cauliflower. and kale)—just a different cultivar. All of these plants and more are simply cultivars of Brassica oleracea.

    Them being the same species notwithstanding, there are nutritional differences:

    In terms of macros, the sprouts have more than 2x the protein, slightly more carbs, and nearly 2x the fiber. An easy win for sprouts here.

    Looking at vitamins next, red cabbage has more vitamin A (whence the color), while Brussels sprouts have more of vitamins B1, B2, B3, B5, B6, B7, B9, C, E, K, and choline. Another easy win for sprouts.

    In the category of minerals, red cabbage has a tiny bit more calcium, while Brussels sprouts have more copper, iron, magnesium, manganese, phosphorus, potassium, selenium, and zinc—while being literally just a few mg/100g behind red cabbage on calcium anyway. So, once again, sprouts are sweeping the victory.

    Both vegetables are a rich source of assorted polyphenols; for most polyphenols, Brussels sprouts scores higher—an exception being that red cabbage is very slightly higher in quercetin. So, we’ll call this category a win for Brussels sprouts, too.

    In short: enjoy both; diversity is great and so is pretty much any iteration of Brassica oleracea. Standing next to Brussels sprouts made red cabbage look bad, but we assure you that cabbage in general is a nutritional powerhouse, and in this case it was hot the heels of sprouts in most of those micronutrients. If you’re going to pick one though, the Brussels sprouts are indeed the more nutritionally dense.

    Want to learn more?

    You might like to read:

    Sprout Your Seeds, Grains, Beans, Etc ← sprout your Brassica oleracea, too!

    Take care!

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  • Quinoa vs Couscous – Which is Healthier?

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    Our Verdict

    When comparing quinoa to couscous, we picked the quinoa.

    Why?

    Firstly, quinoa is the least processed by far. Couscous, even if wholewheat, has by necessity been processed to make what is more or less the same general “stuff” as pasta. Now, the degree to which something has or has not been processed is a common indicator of healthiness, but not necessarily declarative. There are some processed foods that are healthy (e.g. many fermented products) and there are some unprocessed plant or animal products that can kill you (e.g. red meat’s health risks, or the wrong mushrooms). But in this case—quinoa vs couscous—it’s all borne out pretty much as expected.

    For the purposes of the following comparisons, we’ll be looking at uncooked/dry weights.

    In terms of macros, quinoa has a little more protein, slightly lower carbs, and several times the fiber. The amino acids making up quinoa’s protein are also much more varied.

    In the category of vitamins, quinoa has more of vitamins A, B1, B2, B6, and B9, while couscous boasts a little more of vitamins B3 and B5. Given the respective margins of difference, as well as the total vitamins contained, this category is an easy win for quinoa.

    When it comes to minerals, this one’s not even more clear. Quinoa has a lot more calcium, copper, iron, magnesium, manganese, phosphorus, potassium, selenium, and zinc. Couscous, meanwhile has more of just one mineral: sodium. So, maybe not one you want more of.

    All in all, today’s is an easy pick: quinoa!

    Want to learn more?

    You might like to read:

    Take care!

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