Artichoke vs Edamame – Which is Healthier?
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Our Verdict
When comparing artichoke to edamame, we picked the edamame.
Why?
Artichoke is great, but edamame is better by most metrics:
In terms of macros, artichoke has slightly more carbs and fiber, while edamame has a lot more protein; the scale of difference makes this first round a win for edamame.
In the category of vitamins, artichoke has slightly more of vitamins B3 and C, while edamame has a lot more of vitamins B1, B2, B5, B6, B7, B9, E, and K, winning easily.
Looking at minerals, artichoke is not higher in any minerals, while edamame has more calcium, copper, iron, magnesium, manganese, phosphorus, potassium, and zinc, sweeping another round for edamame.
Adding up the sections makes for a very clear overall win for edamame, but by all means do enjoy either or both, as diversity is best!
Want to learn more?
You might like:
Why You Can’t Skimp On Amino Acids ← edamame is a good source of all essential amino acids
Enjoy!
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Chickpeas vs Pinto Beans – Which is Healthier?
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Our Verdict
When comparing chickpeas to pinto beans, we picked the pinto beans.
Why?
Both are great! And an argument could be made for either…
In terms of macros, pinto beans have slightly more fiber and slightly more protein, while chickpeas have slightly more carbs, and thus predictably higher net carbs. In the category of those proteins, they both have a comparable spread of amino acods, with pinto beans having very slightly more of each amino acid. All this adds up to a clear, but moderate, win for pinto beans.
When it comes to vitamins, technically chickpeas have more of vitamins A, B3, B5, C, K, and choline, but the margins are so small as to be almost meaningless. Meanwhile, pinto beans have more of vitamins B1, B6, and E, and/but the only one where the margin is enough to really care about is vitamin E (a little over 2x what chickpeas have). So, an argument could be made either way, but we’re going to call this category a tie.
The story with minerals is similar; chickpeas have more copper, iron, manganese, phosphorus, and zinc, all with small margins, while pinto beans have more potassium and selenium, and/but also less sodium. We’d call this either a tie, or a very slight win for chickpeas.
Adding up the sections gives for a very modest win for pinto beans, but as we say, an argument could be made for either.
Certainly, enjoy both!
Want to learn more?
You might like to read:
- Chickpeas vs Black Beans – Which is Healthier?
- Kidney Beans vs Fava Beans – Which is Healthier?
- What Matters Most For Your Heart? Eat More (Of This) For Lower Blood Pressure
Take care!
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How Too Much Salt May Lead To Organ Failure
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Salt’s Health Risks… More Than Just Heart Disease!
It’s been well-established for a long time that too much salt is bad for cardiovascular health. It can lead to high blood pressure, which in turn can lead to many problems, including heart attacks.
A team of researchers has found that in addition to this, it may be damaging your organs themselves.
This is because high salt levels peel away the surfaces of blood vessels. How does this harm your organs? Because it’s through those walls that nutrients are selectively passed to where they need to be—mostly your organs. So, too much salt can indirectly starve your organs of the nutrients they need to survive. And you absolutely do not want your organs to fail!
❝We’ve identified new biomarkers for diagnosing blood vessel damage, identifying patients at risk of heart attack and stroke, and developing new drug targets for therapy for a range of blood vessel diseases, including heart, kidney and lung diseases as well as dementia❞
~ Newman Sze, Canada Research Chair in Mechanisms of Health and Disease, and lead researcher on this study.
See the evidence for yourself: Endothelial Damage Arising From High Salt Hypertension Is Elucidated by Vascular Bed Systematic Profiling
Diets high in salt are a huge problem in Canada, North America as a whole, and around the world. According to a World Health Organization (WHO) report released March 9, Canadians consume 9.1 grams of salt per day.
Read: WHO global report on sodium intake reduction
You may be wondering: who is eating over 9g of salt per day?
And the answer is: mostly, people who don’t notice how much salt is already in processed foods… don’t see it, and don’t think about it.
Meanwhile, the WHO recommends the average person to consume no more than five grams, or one teaspoon, of salt per day.
Read more: Massive efforts needed to reduce salt intake and protect lives
The American Heart Association, tasked with improving public health with respect to the #1 killer of Americans (it’s also the #1 killer worldwide—but that’s not the AHA’s problem), goes further! It recommends no more than 2.3g per day, and ideally, no more than 1.5g per day.
Some handy rules-of-thumb
Here are sodium-related terms you may see on food packages:
- Salt/Sodium-Free = Less than 5mg of sodium per serving
- Very Low Sodium = 35mg or less per serving
- Low Sodium = 140mg or less per serving
- Reduced Sodium = At least 25% less sodium per serving than the usual sodium level
- Light in Sodium or Lightly Salted = At least 50% less sodium than the regular product
Confused by milligrams? Instead of remembering how many places to move the decimal point (and potentially getting an “out by an order of magnitude error—we’ve all been there!), think of the 1.5g total allowance as being 1500mg.
See also: How much sodium should I eat per day? ← from the American Heart Association
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Why Has Nobody Told Me This Before? – by Dr. Julie Smith
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Superficially, this can be called a “self-help” book, but that undersells it rather. It’s a professionally-written (as in, by a professional psychologist) handbook full of resources. Its goal? Optimizing your mental health to help you stay resilient no matter what life throws your way.
While the marketing of this book is heavily centered around Dr. Smith’s Internet Celebrity™ status, a lot of her motivation for writing it seems to be precisely so that she can delve deeper into the ideas that her social media “bites” don’t allow room for.
Many authors of this genre pad their chapters with examples; there are no lengthy story-telling asides here, and her style doesn’t need them. She knows her field well, and knows well how to communicate the ideas that may benefit the reader.
The main “meat” of the book? Tips, tricks, guides, resources, systems, flowcharts, mental frameworks, and “if all else fails, do this” guidance. The style of the book is clear and simple, with very readable content that she keeps free from jargon without “dumbing down” or patronizing the reader.
All in all, a fine set of tools for anyone’s “getting through life” toolbox.
Get Your Personal Copy Of “Why Has Nobody Told Me This Before?” on Amazon Now!
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Is It Dementia?
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Spot The Signs (Because None Of Us Are Immune)
Dementia affects increasingly many people, and unlike a lot of diseases, it disproportionately affects people in wealthy industrialized nations.
There are two main reasons for this:
- Longevity (in poorer countries, more people die of other things sooner; can’t get age-related cognitive decline if you don’t age)
- Lifestyle (in the age of convenience, it has never been easier to live an unhealthy lifestyle)
The former is obviously no bad thing for those of us lucky enough to be in wealthier countries (though even in such places, good healthcare access is of course sadly not a given for all).
The latter, however, is less systemic and more epidemic. But it does cut both ways:
- An unhealthy lifestyle is much easier here, yes
- A healthier lifestyle is much easier here, too!
This then comes down to two factors in turn:
- Information: knowing about dementia, what things lead to it, what to look out for, what to do
- Motivation: priorities, and how much attention we choose to give this matter
So, let’s get some information, and then give it our attention!
More than just memory
It’s easy to focus on memory loss, but the four key disabilities directly caused by dementia (each person may not get all four), can be remembered by the mnemonic: “AAAA!”
No, somebody didn’t just murder your writer. It’s:
- Amnesia: memory loss, in one or more of its many forms
- e.g. short term memory loss, and/or inability to make new memories
- Aphasia: loss of ability to express oneself, and/or understand what is expressed
- e.g. “More people have been to Berlin than I have”
- Or even less communication-friendly, Broca’s (Expressive) Aphasia and Wernicke’s (Receptive) Aphasia
- Apraxia: loss of ability to do things, through no obvious physical disability
- e.g. staring at the bathroom mirror wondering how to brush one’s teeth
- Agnosia: loss of ability to recognize things
- e.g. prosopagnosia, also called face-blindness.
If any of those seem worryingly familiar, be aware that while yes, it could be a red flag, what’s most important is patterns of these things.
Another difference between having a momentary brainlapse and having dementia might be, for example, the difference between forgetting your keys, and forgetting what keys do or how to use one.
That said, some are neurological deficits that may show up quite unrelated to dementia, including most of those given as examples above. So if you have just one, then that’s probably worthy of note, but probably not dementia.
Writer’s anecdote: I have had prosopagnosia all my life. To give an example of what that is like and how it’s rather more than just “bad with faces”…
Recently I saw my neighbor, and I could tell something was wrong with her face, but I couldn’t put my finger on what it was. Then some moments later, I realized I had mistaken her hat for her face. It was a large beanie with a panda design on it, and that was facelike enough for me to find myself looking at the wrong face.
Subjective memory matters as much as objective
Objective memory tests are great indicators of potential cognitive decline (or improvement!), but even a subjective idea of having memory problems, that one’s memory is “not as good as it used to be”, can be an important indicator too:
Subjective memory may be marker for cognitive decline
And more recently:
If your memory feels like it’s not what it once was, it could point to a future dementia risk
If you’d like an objective test of memory and other cognitive impairments, here’s the industry’s gold standard test (it’s free):
SAGE: A Test to Detect Signs of Alzheimer’s and Dementia
(The Self-Administered Gerocognitive Exam (SAGE) is designed to detect early signs of cognitive, memory or thinking impairments)
There are things that can look like dementia that aren’t
A person with dementia may be unable to recognize their partner, but hey, this writer knows that feeling very well too. So what sets things apart?
More than we have room for today, but here’s a good overview:
What are the early signs of dementia, and how does it differ from normal aging?
Want to read more?
You might like our previous article more specifically about reducing Alzheimer’s risk:
Reducing Alzheimer’s Risk Early!
Take care!
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Eat to Your Heart’s Content – by Dr. Sat Bains
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Making food heart-healthy and tasty is a challenge that vexes many, but it doesn’t have to be so difficult.
Dr. Sat Bains, a professional chef with multiple Michelin stars to his name, is an expert on “tasty”, and after surviving a heart attack himself, he’s become an expert on “heart-healthy” since then.
The book contains not only the recipes (of which there are 68, by the way), but also large sections of explanation of what makes various ingredients or methods heart-healthy or heart-unhealthy.
There’s science in there too, and these sections were written under the guidance of Dr. Neil Williams, a lecturer in physiology and nutrition.
You may be wondering as to why the author himself has a doctorate too; in fact he has three, none of which are relevant:
- Doctor of Arts
- Doctor of Laws
- Doctor of Hospitality (Honorary)
…but we prefix “Dr.” when people are that and he is that. The expertise we’re getting here though is really his culinary skill and extracurricular heart-healthy learning, plus Dr. Williams’ actual professional health guidance.
Bottom line: if you’d like heart-healthy recipes with restaurant-level glamour, this book is a fine choice.
Click here to check out Eat To Your Heart’s Content, and look after yours!
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Surprising New (Healthy!) Compounds Found In Cannabis Leaves
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…and other items from this week’s health science news:
The other cannabis chemicals
Researchers (Dr. Magriet Muller et al.) found the first evidence of rare flavoalkaloids in cannabis leaves, revealing previously overlooked medicinal compounds in plant material that’s often treated as waste.
In particular, Dr. Muller and her team identified 79 phenolic compounds across three cannabis strains, including 25 never before reported in cannabis and 16 rare flavoalkaloids that are seldom found in nature.
As regular 10almonds readers will know, flavonoids and related polyphenols are important for antioxidant, anti-inflammatory, and anticancer reasons, so these newly-detected compounds look set to expand cannabis’s biomedical relevance beyond cannabinoids.
But it goes further than that in this case because of the rare flavoalkaloids, although those were concentrated mainly in the leaves of one strain, showing that chemical composition can differ dramatically even among a small number of cannabis varieties.
Read in full: Don’t toss cannabis leaves: Scientists found rare compounds with medical potential
Related: Cannabis Myths vs Reality
Back up your brain
Ok, so it’s not quite like in science fiction yet! These digital “brain twins” aren’t conscious or sentient replicas, but rather are used as predictive tools designed to model disease progression, test treatments virtually, and improve scientific understanding without direct risk to the person.
More specifically, they’re personalized computational models built from an individual’s brain data (including such things as MRI-scanned anatomy, functional activity, and connectivity maps) to simulate how that specific brain functions and changes over time. This means that instead of relying on broad population averages, clinicians can test interventions on a patient’s digital twin first, improving safety, precision, and treatment outcomes (and, once the tech is rolled out, saving costs, too).
A current example is how epilepsy research is already using patient-specific digital brain models to identify seizure origins and help guide surgery.
That said, the brain’s complexity across multiple spatial and temporal scales demands enormous computing power, making whole-brain high-resolution simulation extremely difficult for now.
Read in full: A virtual copy of your brain? Scientists say it’s closer than you think
Related: Are Brain Chips Safe?
What climate change will do to your brain health
A lot of older people consider that climate change is a younger people’s problem, if indeed a problem at all. However, researchers (Dr. Anna Ranta et al.) have found that climate change is becoming a major global brain health threat because environmental changes (especially increases in heat) raise both stroke risk and stroke mortality.
This is because increased heat can not only dehydrate your body, but also thicken your blood and increase clot formation, all of which raise the risk of ischemic stroke.
It’s not just the heat itself, though; many things that are becoming increasingly common as climate change progresses, such as rapid temperature swings, humidity shifts, barometric pressure changes, wildfires, and dust or sandstorms can elevate blood pressure, strain your cardiovascular system, and damage blood vessels, again raising stroke risk and increasing the severity when stroke does occur.
Notably, more than 20% of global strokes are attributed to air pollution, with wildfire smoke and particulate matter contributing by damaging blood vessel walls after entering your lungs and, from there, your bloodstream.
In other words, as the researchers show, climate change is increasingly a neurological and cardiovascular public health emergency, making stroke prevention partly dependent on climate change mitigation.
Read in full: Climate change a global threat to brain health, stroke experts say
Related: Stay Safe From Heat Exhaustion & Heatstroke!
Take care!
Don’t Forget…
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