Triphala Against Cognitive Decline, Obesity, & More
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Triphala is not just one thing, it is a combination of three plants being used together as one medicine:
- Alma (Emblica officinalis)
- Bibhitaki (Terminalia bellirica)
- Haritaki (Terminalia chebula)
…generally prepared in a 1:1:1 ratio.
This is a traditional preparation from ayurveda, and has enjoyed thousands of years of use in India. In and of itself, ayurveda is classified as a pseudoscience (literally: it doesn’t adhere to scientific method; instead, it merely makes suppositions that seem reasonable and acts on them), but that doesn’t mean it doesn’t still have a lot to offer—because, simply put, a lot of ayurvedic medicines work (and a lot don’t).
So, ayurveda’s unintended job has often been finding things for modern science to test.
For more on ayurveda: Ayurveda’s Contributions To Science (Without Being Itself Rooted in Scientific Method)
So, under the scrutiny of modern science, how does triphala stand up?
Against cognitive decline
It has most recently come to attention because one of its ingredients, the T. chebula, has been highlighted as effective against mild cognitive impairment (MCI) by several mechanisms of action, via its…
❝171 chemical constituents and 11 active constituents targeting MCI, such as flavonoids, which can alleviate MCI, primarily through its antioxidative, anti-inflammatory, and neuroprotective properties. T. Chebula shows potential as a natural medicine for the treatment and prevention of MCI.❞
Read in full: The potential of Terminalia chebula in alleviating mild cognitive impairment: a review
The review was quite groundbreaking, to the extent that it got a pop-science article written about it:
We’d like to talk about those 11 active constituents in particular, but we don’t have room for all of them, so we’ll mention that one of them is quercetin, which we’ve written about before:
Fight Inflammation & Protect Your Brain, With Quercetin
For gut health
It’s also been found to improve gut health by increasing transit time, that is to say, how slowly things move through your gut. Counterintuitively, this reduces constipation (without being a laxative), by giving your gut more time to absorb everything it needs to, and more time for your gut bacteria to break down the things we can’t otherwise digest:
For weight management
Triphala can also aid with weight reduction, particularly in the belly area, by modulating our insulin responses to improve insulin sensitivity:
Want to try some?
We don’t sell it, but here for your convenience is an example product on Amazon 😎
Enjoy!
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Better Than The Mediterranean?
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We’ve written before about the Mediterranean diet, here:
The Mediterranean Diet: What Is It Good For? ← What isn’t it good for?
👆 the above article also delineates what does and doesn’t go in a Mediterranean diet—hint, it’s not just any food from the Mediterranean region!
The Mediterranean diet’s strengths come from various factors including its good plant:animal ratio (leaning heavily on the plants), colorful fruit and veg minimally processed, and the fact that olive oil is the main source of fat:
All About Olive Oil ← pretty much one of the healthiest fats we can consume, if not healthiest all-rounder fat.
To expand on what we said about the plant:animal ratio: the Mediterranean diet is mostly plant-based with very little meat and some fermented dairy, but little is not “none”, so how much difference does getting rid of the last animal products make?
Groundbreaking research
A team of researchers led by Dr. Hana Kahleova, MD, PhD, director of clinical research at the Physicians Committee for Responsible Medicine, did a randomized controlled trial investigating the effects of vegan diet vs Mediterranean diet on weight loss and dietary acid load, the latter being measured in terms of both potential renal acid load (PRAL) and net endogenous acid production (NEAP), specifically because dietary acid load is a driver of inflammation that disrupts normal metabolic processes and thus increases body fat storage.
The format of this study was a randomized cross-over trial; the participants (n=62) were randomly assigned to either a Mediterranean or vegan diet for 16 weeks, then switched after a 4-week intermediary period of eating according to their normal habits (in sciencese: a “washout” period, so that we know the second study period is not still being affected by changes from the first study period), so that each participant then did the other diet that they didn’t do the first time.
What they found:
- About acid load: participants on the vegan diet had a significant drop in dietary acid load (measured by PRAL and NEAP), while there was no change on the Mediterranean diet. Specifically, on the vegan diet, PRAL dropped by about 26 points, and NEAP dropped by about 27 points—both highly statistically significant. And, as we say, zero change on the Med.
- About weight: the more someone’s acid load decreased, the more weight they lost—this pattern was seen in both the first and second 16-week phases. Participants lost an average of 6kg (a little over 13 lbs) on the vegan diet, with no weight change on the Mediterranean diet.
Why did this happen? Dr. Kahleova explains:
❝Eating acid-producing foods like meat, eggs, and dairy can increase the dietary acid load, or the amount of acids consumed, causing inflammation linked to weight gain.
But replacing animal products with plant-based foods like leafy greens, berries, and legumes can help promote weight loss and create a healthy gut microbiome.❞
You can read the paper in full, here: Dietary acid load on the Mediterranean and a vegan diet: a secondary analysis of a randomized, cross-over trial
Want to learn more?
If you’re curious about reducing the amount of meat you consume, check out:
The Whys and Hows of Cutting Meats Out Of Your Diet
Enjoy!
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How to Fall Asleep Faster: CBT-Insomnia Treatment
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Insomnia affects a lot of people, and is even more common as we get older. Happily, therapist Emma McAdam is here with a drug-free solution that will work for most people most of the time.
Cognitive Behavioral Therapy for Insomnia (CBTI)
While people think of causes of insomnia as being things such as stress, anxiety, overthinking, disturbances, and so forth, these things affect sleep in the short term, but don’t directly cause chronic insomnia.
We say “directly”, because chronic insomnia is usually the result of the brain becoming accustomed to the above, and thus accidentally training itself to not sleep.
The remedy: cut the bad habit of staying in bed while awake. Lying in bed awake trains the brain to associate lying in bed with wakefulness (and any associated worrying, etc). In essence, we lie down, and the brain thinks “Aha, we know this one; this is the time and place for worrying, ok, let’s get to work”.
So instead: if you’re in bed and not asleep within 15 minutes, get up and do something non-stimulating until you feel sleepy, then return to bed. This may cause some short term tiredness, but it will usually correct the chronic insomnia within a week.
For more details, tips, and troubleshooting with regard to the above, enjoy:
Click Here If The Embedded Video Doesn’t Load Automatically!
Want to learn more?
You might also like to read:
How to Fall Back Asleep After Waking Up in the Middle of the Night
Take care!
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How To Unchoke Yourself If You Are Dying Alone
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The first things that most people think of, won’t work. This firefighter advises on how to actually do it:
Steps to take
Zero’th step: he doesn’t mention this, but try coughing first. You might think coughing will be a natural reaction anyway, but that tends only to happen automatically with small partial obstructions, not a complete blockage. Either way, try to cough forcefully to see if it dislodges whatever you’re choking on. If that doesn’t work…
Firstly: don’t rely on calling for help if you’re alone and cannot speak; you’re unlikely to be able to communicate and you will just waste time (when you don’t have time to waste). Even if you call emergency services and they trace your location, chances are that, at most, a cop car will show up some hours later to see what it was about. They will not dispatch an ambulance on the strength of “someone called and said nothing”.
Secondly, it is probable that will not be able to perform an abdominal thrust (also called Heimlich maneuvre in the US) on yourself the way you could on another person, and hitting your chest with your hand will produce insufficient force even if you’re quite strong. Nor are you likely to be able to slap yourself on the back to way you might another person.
Instead, he advises:
- Find a sturdy object: use a chair, table, countertop, or another firm surface that has an edge.
- Use gravity to perform self-Heimlich: position yourself with the edge of the object just below your sternum (he says ribcage, but the visuals show he clearly means the bottom of the sternum, where the diaphragm is, not the lower ribs). Fall onto the object forcefully to create pressure and dislodge the obstruction. This will not be fun.
- If it doesn’t work indoors: move to a visible outdoor location like your yard or a neighbor’s lawn. Falling visibly on the ground will likely alert someone to call for help.
While doing the above, remain as calm as possible, as this will not only increase the length of time you have before passing out, but will also help avoid your throat muscles tightening even more, worsening the choking.
After doing the above, seek medical attention now that you can communicate; you’ve probably broken some ribs and you might have organ damage.
For more on all this plus visual demonstrations, enjoy:
Click Here If The Embedded Video Doesn’t Load Automatically!
Want to learn more?
You might also like to read:
How To Survive A Heart Attack When You’re Alone ← very different advice for this scenario!
Take care!
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Why are my muscles sore after exercise? Hint: it’s nothing to do with lactic acid
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.
As many of us hit the gym or go for a run to recover from the silly season, you might notice a bit of extra muscle soreness.
This is especially true if it has been a while between workouts.
A common misunderstanding is that such soreness is due to lactic acid build-up in the muscles.
Research, however, shows lactic acid has nothing to do with it. The truth is far more interesting, but also a bit more complex.
It’s not lactic acid
We’ve known for decades that lactic acid has nothing to do with muscle soreness after exercise.
In fact, as one of us (Robert Andrew Robergs) has long argued, cells produce lactate, not lactic acid. This process actually opposes not causes the build-up of acid in the muscles and bloodstream.
Unfortunately, historical inertia means people still use the term “lactic acid” in relation to exercise.
Lactate doesn’t cause major problems for the muscles you use when you exercise. You’d probably be worse off without it due to other benefits to your working muscles.
Lactate isn’t the reason you’re sore a few days after upping your weights or exercising after a long break.
So, if it’s not lactic acid and it’s not lactate, what is causing all that muscle soreness?
Muscle pain during and after exercise
When you exercise, a lot of chemical reactions occur in your muscle cells. All these chemical reactions accumulate products and by-products which cause water to enter into the cells.
That causes the pressure inside and between muscle cells to increase.
This pressure, combined with the movement of molecules from the muscle cells can stimulate nerve endings and cause discomfort during exercise.
The pain and discomfort you sometimes feel hours to days after an unfamiliar type or amount of exercise has a different list of causes.
If you exercise beyond your usual level or routine, you can cause microscopic damage to your muscles and their connections to tendons.
Such damage causes the release of ions and other molecules from the muscles, causing localised swelling and stimulation of nerve endings.
This is sometimes known as “delayed onset muscle soreness” or DOMS.
While the damage occurs during the exercise, the resulting response to the injury builds over the next one to two days (longer if the damage is severe). This can sometimes cause pain and difficulty with normal movement.
The upshot
Research is clear; the discomfort from delayed onset muscle soreness has nothing to do with lactate or lactic acid.
The good news, though, is that your muscles adapt rapidly to the activity that would initially cause delayed onset muscle soreness.
So, assuming you don’t wait too long (more than roughly two weeks) before being active again, the next time you do the same activity there will be much less damage and discomfort.
If you have an exercise goal (such as doing a particular hike or completing a half-marathon), ensure it is realistic and that you can work up to it by training over several months.
Such training will gradually build the muscle adaptations necessary to prevent delayed onset muscle soreness. And being less wrecked by exercise makes it more enjoyable and more easy to stick to a routine or habit.
Finally, remove “lactic acid” from your exercise vocabulary. Its supposed role in muscle soreness is a myth that’s hung around far too long already.
Robert Andrew Robergs, Associate Professor – Exercise Physiology, Queensland University of Technology and Samuel L. Torrens, PhD Candidate, Queensland University of Technology
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Hurts To Bend Or Crouch Down? Try These 3 Easy Fixes
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Dr. Alyssa Kuhn, arthritis expert, shows us how:
Three ways
It has to do with mobility, body mechanics, and habituation:
- Wall tilt with arm raise: stand with your back against a wall, feet slightly forward, and tilt your hips back so your lower back presses into the wall. Maintain that contact as you raise one arm, then the other, resisting your back’s tendency to arch. Keep your arms lower if your back lifts off the wall, and progress to raising both arms together once stable. This strengthens your core and corrects anterior pelvic tilt.
- Pillow press sit-back: sit on a chair holding a pillow at chest height. As you sit back, press the pillow straight out in front of you; bring it back as you stand up. This teaches you to bend at your hips first, not your knees, reducing knee strain and building hip and glute strength. Once it feels natural, remove the chair but imagine it’s still behind you, keeping the same hip-first motion while pressing the pillow.
- Heel-toe balance shifts: with light upper-body support, lift your heels, then your toes, alternating to train forwards-backwards balance control. Once steady, reduce the support and when you’re ready, try it without holding on, keeping a wall behind you for safety. This improves balance and confidence when bending down.
Once you feel stable and stronger, rehearse the real action—picking up an object from a low step or the floor, or tying a shoelace—using proper hip movement and controlled weight shifts to build comfort and confidence.
For more on all of this plus visual demonstrations, enjoy:
Click Here If The Embedded Video Doesn’t Load Automatically!
Want to learn more?
You might also like:
What Most People Are Missing When Trying To Touch Their Toes
Take care!
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The Longevity Project – by Dr. Howard Friedman & Dr. Leslie Martin
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.
Most books on the topic of longevity focus on such things as diet and exercise, and indeed, those are of course important things. But what of psychological and sociological factors?
Dr. Friedman and Dr. Martin look at a landmark longitudinal study, following a large group of subjects from childhood into old age. Looking at many lifestyle factors and life events, they crunched the numbers to see what things really made the biggest impact on healthy longevity.
A strength of the book is that this study had a huge amount of data—a limitation of the book is that it often avoids giving that concrete data, preferring to say “many”, “a majority”, “a large minority”, “some”, and so forth.
However, the conclusions from the data seem clear, and include many observations such as:
- conscientiousness is a characteristic that not only promotes healthy long life, but also can be acquired as time goes by (some “carefree” children became “conscientious” adults)
- resilience is a characteristic that promotes healthy long life—but tends to only be “unlocked” by adversity
- men tend to live longer if married—women, not so much
- religion and spirituality are not big factors in healthy longevity—but social connections (that may or may not come with such) do make a big difference
Bottom line: if you’d like to know which of your decisions are affecting your healthy longevity (beyond the obvious diet, exercise, etc), this is a great book for collating that information and presenting, in essence, a guideline for a long healthy life.
Click here to check out The Longevity Project and see how it applies to your life!
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