Beetroot or Brussels Sprouts – Which is Healthier?
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Our Verdict
When comparing beetroot to Brussels sprouts, we picked the sprouts.
Why?
Both have their strong benefits, but this was still quite one-sided:
In terms of macros, beetroot has more carbs while the sprouts have more fiber and protein, making this an easy win for sprouts in this category.
In the category of vitamins, beetroot has a little more vitamin B9, while the sprouts have a lot more of vitamins A, B1, B2, B3, B5, B6, B7, C, E, and K, once again winning by a country mile.
Looking at minerals next, beetroot is higher in copper, while the sprouts have more calcium, iron, magnesium, manganese, phosphorus, potassium, selenium, and zinc, for a third overwhelming win in a row.
In other considerations, both are abundant sources of polyphenols, and beetroot has betalains while sprouts have sulforaphane, both of which are great (see the “learn more” links below for details), so we’re calling this round a tie.
Adding up the sections makes for a very compelling overall win for Brussels sprouts, but do enjoy either or both, as diversity is great!
Want to learn more?
You might like:
- Beetroot For More Than Just Your Blood Pressure
- Sprouts & Sulforaphane ← this article talks mostly about broccoli sprouts rather than Brussels sprouts, but sprouts of any cultivar of Brassica oleracea (e.g. Brussels sprouts, broccoli, cauliflower, cabbage, kale, etc) are great for sulforaphane
Enjoy!
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Instead Of Chasing 10,000 Steps…
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There is a better way:
Make it count
Fun fact: the widely promoted goal originated from a 1964 Japanese pedometer called the “Manpo-kei” (“10,000 steps meter”) as a marketing decision rather than from clinical research, largely because the Japanese kanji for 10,000 looks a bit like a walking person: 万
Walking is indeed very beneficial for many aspects of health (really: most aspects of health), and health benefits rise sharply when increasing from about 2,000 to 4,000 daily steps and continue improving up to 7,000–8,000 steps, after which additional benefits increase more gradually with diminishing returns; for example, although walking 15,000 steps is indeed generally better than 8,000, the extra health gains beyond about 8,000 steps are relatively small compared with the gains achieved at lower step counts.
For this reason, if you’re regularly getting in step counts in the 6,000–8,000 range, chances are you’re already getting most of the benefits.
So, what’s the promised “instead”?
Walking intensity matters: for most of us, how briskly we walk has a greater effect on health than just increasing the number of steps. For example, a leisurely stroll (lovely as it may be) provides fewer cardiovascular, metabolic, and balance benefits than a brisk walk walked at a moderate intensity.
So: instead of simply walking farther, aim to increase your walking pace to make your exercise more effective. A good goal is to try to accumulate 30 minutes of brisk walking each day, be it as one 30-minute walk, two 15-minute walks, or three 10-minute walks.
And if you really want to get optimal, then the best time to do it is after eating, as this greatly improves blood sugar control and digestion.
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:
Take care!
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How Your Exercise Today Gives A Brain Boost Tomorrow
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Regular 10almonds readers may remember we not long back wrote about a study that showed how daily activity levels, in aggregate, make a difference to brain health over the course of 1–2 weeks (in fact, it was a 9-day study):
Daily Activity Levels & The Measurable Difference They Make To Brain Health
Today, we’re going to talk about a new (published today, at time of writing) study that shows the associations between daily exercise levels (amongst other things) and how well people performed in cognitive tests the next day.
By this we mean: they recorded exercise vs sedentary behavior vs sleep on a daily basis (using wearable tech to track it), and tested them daily with cognitive tests, and looked at how the previous day’s activities (or lack thereof) impacted the next day’s test results.
Notably, the sample was of older adults (aged 50–83). The sample size wasn’t huge but was statistically significant (n=76) and the researchers are of course calling for more studies to be done with more people.
What they found
To put their findings into few words:
- Consistent light exercise boosts general cognitive performance not just for hours (which was already known) but through the next day.
- More moderate or vigorous activity than usual in particular led to better working memory and episodic memory the next day.
- More sleep (especially slow-wave deep sleep) improved episodic memory and psychomotor speed.
- Sedentary behavior was associated with poorer working memory.
Let’s define some terms:
- general cognitive performance = average of scores across the different tests
- working memory = very short term memory, such as remembering what you came into this room for, or (as an example of a test format) being able to take down a multi-digit number in one go without it being broken down (and then, testing with longer lengths of number until failure)
- episodic memory = memory of events in a narrative context, where and when they happened, etc
- psychomotor speed = the speed of connection between perception and reaction in quick-response tests
These are, of course, all useful things to have, which means the general advice here is to:
- move more, generally
- exercise more, specifically
- sit less, whenever reasonably possible
- sleep well
You can read the study itself here:
Want to know the best kind of exercise for brain health?
Check out our article about neuroscientist Dr. Suzuki, and what she has to say about it:
The Exercise That Protects Your Brain
Enjoy!
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Invigorating Sabzi Khordan
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Have you ever looked at the nutritional values and phytochemical properties of herbs, and thought “well that’s all well and good, but we only use a tiny amount”? Sabzi khordan is a herb-centric traditional Levantine sharing platter served most commonly as an appetizer, and it is indeed appetizing! Never again will “start your meal with a green salad to ensure a gentle blood sugar curve” seem like a chore:
You will need
- Large bunch of parsley
- Small bunch of tarragon leaves
- Small bunch of basil leaves
- Small bunch of mint
- Small bunch of sorrel leaves
- 7 oz block of feta cheese (if vegan, a plant-based substitution is fine in culinary terms, but won’t have the same gut-healthy benefits, as plant-based cheeses are not fermented)
- 9 oz labneh-stuffed vine leaves in olive oil (if vegan, same deal as the above, except it’s harder to find plant-based substitutes for labneh (strained yogurt cheese), so you might want to use our Plant-Based Healthy Cream Cheese recipe instead and make your own)
- 2 tbsp za’atar (you can make your own by blending dried hyssop, dried sumac berries, sesame seeds, dried thyme, and salt—but if you haven’t had za’atar before, we recommend first buying some like the one that we linked, so that next time you know what you’re aiming for)
- 3 tbsp extra virgin olive oil
- 10 radishes
- 6 scallions
- 9 oz walnuts, soaked in water overnight and drained
- 1 cucumber, cut into batons
- Warm flatbreads (you can use our Healthy Homemade Flatbreads recipe)
Method
(we suggest you read everything at least once before doing anything)
1) Arrange the feta, labneh, za’atar, and olive oil in separate little serving dishes.
2) Arrange everything else around them on a platter.
3) Serve! You may be thinking: did we really need a recipe to tell us “put the things on a plate”? The answer here is that this one today was shared mostly as a matter of inspiration, because when was the last time you thought to serve herbs as the star of the dish? Plus, it’s an excuse to try za’atar, not something so commonly seen outside of the Levant.
An alternative presentation
Enjoy!
Want to learn more?
For those interested in some of the science of what we have going on today:
- Herbs for Evidence-Based Health & Healing
- Making Friends With Your Gut (You Can Thank Us Later)
- 10 Ways To Balance Blood Sugars
Take care!
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Stevia vs Acesulfame Potassium – Which is Healthier?
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Our Verdict
When comparing stevia to acesulfame potassium, we picked the stevia.
Why?
You may be wondering: is acesulfame potassium a good source of potassium?
And the answer is: no, it is not. Obviously, it does contain potassium, but let’s do some math here:
- Acesulfame potassium is 200x sweeter than sugar
- Therefore replacing a 15g teaspoon of sugar = 75mg acesulfame potassium
- Acesulfame potassium’s full name is “potassium 6-methyl-2,2-dioxo-2H-1,2λ6,3-oxathiazin-4-olate”
- That’s just one potassium atom in there with a lot of other stuff
- Acesulfame potassium has a molar mass of 201.042 g/mol
- Potassium itself has a molar mass of 39.098 g/mol
- Therefore acesulfame potassium is 100(39.098/201.042) = 19.45% potassium by mass
- So that 75mg of acesulfame potassium contains just under 15mg of potassium, which is less than 0.5% of your recommended daily amount of potassium. Please consider eating a fruit instead.
So, that’s that, and the rest of the nutritional values of both sweeteners are just a lot of zeros.
What puts stevia ahead? Simply, based on studies available so far, moderate consumption of stevia improves gut microdiversity, whereas acesulfame potassium harms gut microdiversity:
- The Effects of Stevia Consumption on Gut Bacteria: Friend or Foe?
- The Artificial Sweetener Acesulfame Potassium Affects the Gut Microbiome
Want to give stevia a try?
Here’s an example product on Amazon
Enjoy!
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Coffee, From A Blood Sugar Management Perspective
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Our favorite French biochemist (Jessie Inchauspé) is back, and this time, she’s tackling a topic near and dear to this writer’s heart: coffee ☕💕
What to consider
Depending on how you like your coffee, some or all of these may apply to you:
- Is coffee healthy? Coffee is generally healthy, reducing the risk of type 2 diabetes by improving fat burning in the liver and protecting beta cells in the pancreas.
- Does it spike blood sugars? Usually not so long as it’s black and unsweetened. Black coffee can cause small glucose spikes in some people due to stress-induced glucose release, but only if it contains caffeine.
- When is it best to drink it? Drinking coffee after breakfast, especially after a poor night’s sleep, can actually reduce glucose and insulin spikes.
- What about milk? All milks cause some glucose and insulin spikes. While oat milk is generally healthy, for blood sugar purposes unsweetened nut milks or even whole cow’s milk (but not skimmed; it needs the fat) are better options as they cause smaller spikes.
- What about sweetening? Adding sugar to coffee, especially on an empty stomach, obviously leads to large glucose spikes. Alternative sweeteners like stevia or sweet cinnamon are fine substitutes.
For more details on all of those things, plus why Kenyan coffee specifically may be the best for blood sugars, enjoy:
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Want to learn more?
You might also like to read:
- The Bitter Truth About Coffee (or is it?)
- Caffeine: Cognitive Enhancer Or Brain-Wrecker?
- 10 Ways To Balance Blood Sugars
Take care!
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The FIRST Program: Fighting Insulin Resistance with Strength Training – by Dr. William Shang
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A lot of advice about fighting insulin resistance focuses on diet. And, that’s worthwhile! How we eat does make a huge difference to our insulin responses (as does fasting). But, we expect our regular 10almonds readers either know these things now, or can read one of several very good books we’ve already reviewed about such.
This one’s different: it focuses, as the title promises, on fighting insulin resistance with strength training. And why?
It’s because of the difference that our body composition makes to our metabolism. Now, our body fat percentage is often talked about (or, less usefully but more prevalently, even if woefully misleadingly, our BMI), but Dr. Shang makes the case for it being our musculature that has the biggest impact; because of how it hastens our metabolism, and because of how it is much healthier for the body to store glycogen in muscle tissue, than just cramming whatever it can into the liver and visceral fat. It becomes relevant, then, that there’s a limit to how much glycogen can be stored in muscle tissue, and that limit is how much muscle you have.
This is not, however, 243 pages to say “lift some weights, lazybones”. Rather, he explains the relevant pathophysiology (we will be more likely to adhere to things we understand, than things we do not), and gives practical advice on exercising the different kinds of muscle fibers, arguing that the whole is greater than the sum of its parts, as well as outlining an exercise program for the gym, plus a chapter on no-gym exercises too.
The style is quite dense, which may be offputting for some, but it suffices to take one’s time and read thoughtfully; the end result is worth it.
Bottom line: if you’d like to keep insulin resistance at bay, this book is an excellent extra tool for that.
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