Body Language (In The Real World)
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Forget What You Think You Know About Body Language
…unless it’s about a specific person whose habits and mannerisms you know intimately, in which case, you probably have enough personal data stored up to actually recognize patterns à la “when my spouse does this, then…”, and probably do know what’s going on.
For everyone else… our body language can be as unique as our idiolect
What’s an idiolect? It’s any one given person’s way of speaking/writing, in their natural state (i.e. without having to adjust their style for some reason, for example in a public-facing role at work, where style often becomes much narrower and more consciously-chosen).
Extreme example first
To give an extreme example of how non-verbal communication can be very different than a person thinks, there’s an anecdote floating around the web of someone whose non-verbal autistic kid would, when he liked someone who was visiting the house, hide their shoes when they were about to leave, to cause them to stay longer. Then one day some relative visited and when she suggested that she “should be going sometime soon”, he hurried to bring her her shoes. She left, happy that the kid liked her (he did not).
The above misunderstanding happened because the visitor had the previous life experience of “a person who brings me things is being helpful, and if they do it of their own free will, it’s because they like me”.
In other words…
Generalizations are often sound… In general
…which does not help us when dealing with individuals, which as it turns out, everyone is.
Clenched fists = tense and angry… Except when it’s just what’s comfortable for someone, or they have circulation issues, or this, or that, or the other.
Pacing = agitated… Except when it’s just someone who finds the body in motion more comfortable
Relaxed arms and hands = at ease and unthreatening… Unless it’s a practitioner of various martial arts for whom that is their default ready-for-action state.
Folded arms = closed-off, cold, distant… Or it was just somewhere to put one’s hands.
Lack of eye contact = deceitful, hiding something… Unless it’s actually for any one of a wide number of reasons, which brings us to our next section:
A liar’s “tells”
Again, if you know someone intimately and know what signs are associated with deceit in them, then great, that’s a thing you know. But for people in general…
A lot of what is repeated about “how to know if someone is lying” has seeped into public consciousness from “what police use to justify their belief that someone is lying”.
This is why many of the traditional “this person is lying” signs are based around behaviors that show up when in fact “this person is afraid, under pressure, and talking to an authority figure who has the power to ruin their life”:
Research on Non-verbal Signs of Lies and Deceit: A Blind Alley
But what about eye-accessing cues? They have science to them, right?
For any unfamiliar: this is about the theory that when we are accessing different parts of our mind (such as memory or creativity, thus truthfulness or lying), our eyes move one way or another according to what faculty we’re accessing.
Does it work? No
But, if you carefully calibrate it for a specific person, such as by asking them questions along the lines of “describe your front door” or “describe your ideal holiday”, to see which ways they look for recall or creativity… Then also no:
The Eyes Don’t Have It: Lie Detection and Neuro-Linguistic Programming
How can we know what non-verbal communication means, then?
With strangers? We can’t, simply. It’s on us to be open-minded, with a healthy balance of optimism and wariness.
With people we know? We can build up a picture over time, learn the person’s patterns. Best of all, we can ask them. In the moment, and in general.
For more on optimizing interpersonal communication, check out:
Save Time With Better Communication
…and the flipside of that:
The Problem With Active Listening (And How To Do It Better)
Take care!
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Things Many People Forget When It Comes To Hydration
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Good hydration is about more than just “drink lots of water”, and in fact it’s quite possible for a person to drink too much water, and at the same time, be dehydrated. Here’s how and why and what to do about it:
Water, water, everywhere
Factors that people forget:
- Electrolyte balance: without it, we can technically have lots of water while either retaining it (in the case of too high salt levels) or peeing it out (in the case of too low salt levels), neither of which are as helpful as getting it right and actually being able to use the water.
- Gastrointestinal health: conditions like IBS, Crohn’s, or celiac disease can impair water and nutrient absorption, affecting hydration
- Genetic factors: some people simply have a predisposition to need more or less water for proper hydration
- Dietary factors: high salt, caffeine, and alcohol intake (amongst other diuretics) can increase water loss, while water-rich foods (assuming they aren’t also diuretics) increase hydration.
Strategies to do better:
- Drink small amounts of water consistently throughout the day rather than large quantities at once—healthy kidneys can process about 1 liter (about 1 quart) of water per hour, so drinking more than that will not help, no matter how dehydrated you are when you start. If your kidneys aren’t in peak health, the amount processable per hour will be lower for you.
- Increase fiber intake (e.g., fruit and vegetables) to retain water in the intestines and improve hydration
- Consume water-rich foods (e.g., watermelon, cucumbers, grapes) to enhance overall hydration and support cellular function (the body can use this a lot more efficiently than if you just drink water).
- Counteract the diuretic effects of caffeine and alcohol by drinking an additional 12 oz of water for every 8 oz of these beverages. Best yet, don’t drink alcohol and keep caffeine to a low level (or quit entirely, if you prefer, but for most people that’s not necessary).
- If you are sweating (be it because of weather, exercise, or any other reasons), include electrolyte fluids to improve cellular hydration, as they contain essential minerals like magnesium, potassium, and in moderation yes even sodium which you will have lost in your sweat too, supporting fluid regulation.
For more details on all of these, enjoy:
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Want to learn more?
You might also like to read:
- Water’s Counterintuitive Properties
- Hydration Mythbusting
- When To Take Electrolytes (And When We Shouldn’t!)
- Keeping Your Kidneys Healthy (Especially After 60)
Take care!
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How to Eat to Change How You Drink – by Dr. Brooke Scheller
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Whether you want to stop drinking or just cut down, this book can help. But what makes it different from the other reduce/stop drinking books we’ve reviewed?
Mostly, it’s about nutrition. This book focuses on the way that alcohol changes our relationship to food, our gut, our blood sugars, and more. The author also explains how reducing/stopping drinking, without bearing these things in mind, can be unnecessarily extra hard.
The remedy? To bear them in mind, of course, but that requires knowing them. So what she does is explain the physiology of what’s going on in terms of each of the above things (and more), and how to adjust your diet to make up for what alcohol has been doing to you, so that you can reduce/quit without feeling constantly terrible.
The style is very pop-science, light in tone, readable. She makes reference to a lot of hard science, but doesn’t discuss it in more depth than is necessary to convey the useful information. So, this is a practical book, aimed at all people who want to reduce/quit drinking.
Bottom line: if you feel like it’s hard to drink less because it feels like something is missing, it’s probably because indeed something is missing, and this book can help you bridge that gap!
Click here to check out How To Eat To Change How You Drink, and do just that!
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The Best Kind Of Fiber For Overall Health?
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The Fiber Of Good Health
We’ve written before about how most people in industrialized nations in general, and N. America in particular, do not get nearly enough fiber:
Why You’re Probably Not Getting Enough Fiber (And How To Fix It)
Fiber’s important for many aspects of health, not least of all the heart:
What Matters Most For Your Heart? Eat More (Of This) For Lower Blood Pressure
As well, of course, as being critical for gut health:
Gut Health 101: Making Friends With Your Gut (You Can Thank Us Later)
But is all fiber “prebiotic fiber”, and/or are some better than others?
Beta-glucan
A recent study (it’s a mouse study, but promising in its applicability for humans) examined the health impacts of 5 different fiber types:
- pectin
- β-glucan
- wheat dextrin
- resistant starch
- cellulose (control)
As for health metrics, they measured:
- body weight
- adiposity
- indirect calorimetry
- glucose tolerance
- gut microbiota
- metabolites thereof
What they found was…
❝Only β-glucan supplementation during HFD-feeding decreased adiposity and body weight gain and improved glucose tolerance compared with HFD-cellulose, whereas all other fibers had no effect. This was associated with increased energy expenditure and locomotor activity in mice compared with HFD-cellulose.
All fibers supplemented into an HFD uniquely shifted the intestinal microbiota and cecal short-chain fatty acids; however, only β-glucan supplementation increased cecal butyrate concentrations. Lastly, all fibers altered the small-intestinal microbiota and portal bile acid composition. ❞
If you’d like to read more, the study itself is here:
If you’d like to read less, the short version is that they are all good but β-glucan scored best in several metrics.
It also acts indirectly as a GLP-1 agonist, by the way:
The right fiber may help you lose weight
You may be wondering: what is β-glucan found in?
It’s found in many (non-animal product) foods, but oats, barley, mushrooms, and yeasts are all good sources.
Is it available as a supplement?
More or less; there are supplements that contain it generously, here’s an example product on Amazon, a cordyceps extract, of which >30% is β-glucan.
As an aside, cordyceps itself has many other healthful properties too:
Cordyceps: Friend Or Foe? ← the answer is, it depends! If you’re human, it’s a friend.
Enjoy!
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Planning Ahead For Better Sleep
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Sleep: 6 Dimensions And 24 Hours!
This is Dr. Lisa Matricciani, a sleep specialist from the University of South Australia, where she teaches in the School of Health Sciences.
What does she want us to know?
Healthy sleep begins before breakfast
The perfect bedtime routine is all well and good, but we need to begin much earlier in the day, Dr. Matricciani advises.
Specifically, moderate to vigorous activity early in the day plays a big part.
Before breakfast is best, but even midday/afternoon exercise is associated with better sleep at night.
Read more: Daytime Physical Activity is Key to Unlocking Better Sleep
Plan your time well to sleep—but watch out!
Dr. Matricciani’s research has also found that while it’s important to plan around getting a good night’s sleep (including planning when this will happen), allocating too much time for sleep results in more restless sleep:
❝Allocating more time to sleep was associated with earlier sleep onsets, later sleep offsets, less efficient and more consistent sleep patterns for both children and adults.❞
Read more: Time use and dimensions of healthy sleep: A cross-sectional study of Australian children and adults
(this was very large study involving 1,168 children and 1.360 adults, mostly women)
What counts as good sleep quality? Is it just efficiency?
It is not! Although that’s one part of it. You may remember our previous main feature:
The 6 Dimensions Of Sleep (And Why They Matter)
Dr. Matricciani agrees:
❝Everyone knows that sleep is important. But when we think about sleep, we mainly focus on how many hours of sleep we get, when we should also be looking at our sleep experience as a whole❞
Read more: Trouble sleeping? You could be at risk of type 2 diabetes
That’s not a cheery headline, but here’s her paper about it:
And no, we don’t get a free pass on getting less sleep / less good quality sleep as we get older (alas):
Why You Probably Need More Sleep
So, time to get planning for the best sleep!
Enjoy videos?
Here’s how 7News Australia broke the news of Dr. Matricciani’s more recent work:
Rest well!
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6 Lifestyle Factors To Measurably Reduce Biological Age
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Julie Gibson Clark competes on a global leaderboard of people actively fighting aging (including billionaire Bryan Johnson, who is famously very focused on such). She’s currently ahead of him on that leaderboard, so what’s she doing?
Top tips
We’ll not keep the six factors a mystery; they are:
- Exercise: her weekly exercise includes VO2 Max training, strength training, balance work, and low-intensity cardio. She exercises outdoors on Saturdays and takes rest days on Fridays and Sundays.
- Diet: she follows a 16-hour intermittent fasting schedule (eating between 09:00–17:00), consumes a clean omnivore diet with an emphasis on vegetables and adequate protein, and avoids junk food.
- Brain: she meditates for 20 minutes daily, prioritizes mental health, and ensures sufficient quality sleep, helped by morning sunlight exposure and time in nature.
- Hormesis: she engages in 20-minute sauna sessions followed by cold showers four times per week to support recovery and longevity.
- Supplements: she takes longevity supplements and bioidentical hormones to optimize her health and aging process.
- Testing: she regularly monitors her biological age and health markers through various tests, including DEXA scans, VO2 Max tests, lipid panels, and epigenetic aging clocks, allowing her to adjust her routine accordingly.
For more on all of these, enjoy:
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Want to learn more?
You might also like to read:
Age & Aging: What Can (And Can’t) We Do About It?
Take care!
Don’t Forget…
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Sleep Tracking, For Five Million Nights
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5 Sleep Phenotypes, By Actual Science
You probably know people can be broadly divided into “early birds” and “night owls”:
Early Bird Or Night Owl? Genes vs Environment
…and then the term “hummingbird” gets used for a person who flits between the two.
That’s three animals so far. If you read a book we reviewed recently, specifically this one:
The Power of When – by Dr. Michael Breus
…then you may have used the guide within to self-diagnose your circadian rhythm type (chronotype) according to Dr. Breus’s system, which divides people into bears, lions, wolves, and dolphins.
That’s another four animals. If you have a FitBit, it can “diagnose” you with being those and/or a menagerie of others, such as giraffe, hedgehog, parrot, and tortoise:
How Fitbit Developed the Sleep Profile Experience (Part 2 – Sleep Animals)
Five million nights
A team of researchers recently took a step away from this veritable zoo of 11 different animals and counting, and used a sophisticated modelling system to create a spatial-temporal map of people’s sleep habits, and this map created five main “islands” that people’s sleep habits could settle on, or sometimes move from island to island.
Those “five million nights” by the way? It was actually 5,095,798 nights! You might notice that would take from the 2020s to the 15970s to complete, so this was rather a matter of monitoring 33,152 individuals between January and October of the same year. Between them, they got those 5,095,798 nights of sleep (or in some cases, nights of little or no sleep, but still, they were there for the nights).
The five main phenotypes that the researchers found were:
- What we think of as “normal” sleep. In this phenotype, people get about eight hours of uninterrupted sleep for at least six days in a row.
- As above for half the nights, but they only sleep for short periods of time in bouts of less than three hours the other half.
- As per normal sleep, but with one interrupted night per week, consisting of a 5 hour sleep period and then broken sleep for a few more hours.
- As per normal sleep generally, but with occasional nights in which long bouts of sleep are separated by a mid-sleep waking.
- Sleeping for very short periods of time every night. This phenotype was the rarest the researchers found, and represents extremely disrupted sleep.
As you might suspect, phenotype 1 is healthier than phenotype 5. But that’s not hugely informational, as the correlation between getting good sleep and having good health is well-established. So, what did the study teach us?
❝We found that little changes in sleep quality helped us identify health risks. Those little changes wouldn’t show up on an average night, or on a questionnaire, so it really shows how wearables help us detect risks that would otherwise be missed.❞
More specifically,
❝We found that the little differences in how sleep disruptions occur can tell us a lot. Even if these instances are rare, their frequency is also telling. So it’s not just whether you sleep well or not – it’s the patterns of sleep over time where the key info hides❞
…and, which gets to the absolute point,
❝If you imagine there’s a landscape of sleep types, then it’s less about where you tend to live on that landscape, and more about how often you leave that area❞
In other words: if your sleep pattern is not ideal, that’s one thing and it’d probably be good to address it, by improving your sleep. However, if your sleep pattern changes phenotype without an obvious known reason why, this may be considered an alarm bell warning of something else that needs addressing, which may be an underlying illness or condition—meaning it can be worthwhile being a little extra vigilant when it comes to regular health screenings, in case something new has appeared.
Want to read more?
You can read the paper in full here:
Five million nights: temporal dynamics in human sleep phenotypes
Take care!
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