Radishes vs Carrots – Which is Healthier?
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Our Verdict
When comparing radishes to carrots, we picked the carrots.
Why?
In terms of macros, carrots have more fiber and carbs; the two root vegetables both have comparable (low) glycemic indices, so we’re saying that the one with more fiber wins, and that’s carrots.
In the category of vitamins, radishes have more of vitamins B9 and C, while carrots have more of vitamins A, B1, B2, B3, B5, B6, E, K, and choline. An easy win for carrots.
When it comes to minerals, radishes have more selenium, while carrots have more calcium, magnesium, manganese, phosphorus, and potassium. Another clear win for carrots.
In terms of polyphenols, radishes do have some, but carrots have more, and thus win this category too.
All in all, enjoy either or both, but carrots deliver the most nutrients by far!
Want to learn more?
You might like to read:
What Do The Different Kinds Of Fiber Do? 30 Foods That Rank Highest
Enjoy!
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7 Ways To Boost Mitochondrial Health To Fight Disease
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Fatigue and a general lack of energy can be symptoms of many things, and for most of them, looking after our mitochondrial health can at least help, if not outright fix the issue.
The Seven Ways
Dr. Jonas Kuene suggests that we…
- Enjoy a good diet: especially, limiting simple sugars, reducing overall carbohydrate intake, and swapping seed oils for healthier oils like avocado oil and olive oil.
- Take supplements: including coenzyme Q10, alpha-lipoic acid, and vitamins
- Decrease exposure to toxins: limit alcohol consumption (10almonds tip: limit it to zero if you can), avoid foods that are likely high in heavy metals or pesticides, and check you’re not being overmedicated (there can be a bit of a “meds creep” over time if left unchecked, so it’s good to periodically do a meds review in case something is no longer needed)
- Practice intermittent fasting: Dr. Kuene suggests a modest 16–18 hours fast per week; doing so daily is generally considered good advice, for those for whom this is a reasonable option
- Build muscle: exercise in general is good for mitochondria, but body composition itself counts for a lot too
- Sleep: aiming for 7–9 hours, and if that’s not possible at night, add a nap during the day to make up the lost time
- Get near-infrared radiation: from the sun, and/or made-for-purpose IR health devices.
For more info on these (including the referenced science), enjoy:
Click Here If The Embedded Video Doesn’t Load Automatically!
Want to learn more?
You might also like to read:
- Coenzyme Q10 From Foods & Supplements
- How To Reduce Or Quit Alcohol
- Intermittent Fasting: What’s the truth?
- Build Muscle (Healthily!)
- Red Light, Go!
Take care!
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Lacking Motivation? Science Has The Answer
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The Science Of Motivation (And How To Use It To Your Advantage)
When we do something rewarding, our brain gets a little (or big!) spike of dopamine. Dopamine is popularly associated with pleasure—which is fair— but there’s more to it than this.
Dopamine is also responsible for motivation itself, as a prime mover before we do the thing that we find rewarding. If we eat a banana, and enjoy it, perhaps because our body needed the nutrients from it, our brain gets a hit of dopamine.
(and not because bananas contain dopamine; that dopamine is useful for the body, but can’t pass the blood-brain barrier to have an effect on the brain)
So where does the dopamine in our brain come from? That dopamine is made in the brain itself.
Key Important Fact: the brain produces dopamine when it expects an activity to be rewarding.
If you take nothing else away from today’s newsletter, let it be this!
It makes no difference if the activity is then not rewarding. And, it will keep on motivating you to do something it anticipated being rewarding, no matter how many times the activity disappoints, because it’ll remember the very dopamine that it created, as having been the reward.
To put this into an example:
- How often have you spent time aimlessly scrolling social media, flitting between the same three apps, or sifting through TV channels when “there’s nothing good on to watch”?
- And how often did you think afterwards “that was a good and rewarding use of my time; I’m glad I did that”?
In reality, whatever you felt like you were in search of, you were really in search of dopamine. And you didn’t find it, but your brain did make some, just enough to keep you going.
Don’t try to “dopamine detox”, though.
While taking a break from social media / doomscrolling the news / mindless TV-watching can be a great and healthful idea, you can’t actually “detox” from a substance your body makes inside itself.
Which is fortunate, because if you could, you’d die, horribly and miserably.
If you could “detox” completely from dopamine, you’d lose all motivation, and also other things that dopamine is responsible for, including motor control, language faculties, and critical task analysis (i.e. planning).
This doesn’t just mean that you’d not be able to plan a wedding; it also means:
- you wouldn’t be able to plan how to get a drink of water
- you wouldn’t have any motivation to get water even if you were literally dying of thirst
- you wouldn’t have the motor control to be able to physically drink it anyway
Read: Dopamine and Reward: The Anhedonia Hypothesis 30 years on
(this article is deep and covers a lot of ground, but is a fascinating read if you have time)
Note: if you’re wondering why that article mentions schizophrenia so much, it’s because schizophrenia is in large part a disease of having too much dopamine.
Consequently, antipsychotic drugs (and similar) used in the treatment of schizophrenia are generally dopamine antagonists, and scientists have been working on how to treat schizophrenia without also crippling the patient’s ability to function.
Do be clever about how you get your dopamine fix
Since we are hardwired to crave dopamine, and the only way to outright quash that craving is by inducing anhedonic depression, we have to leverage what we can’t change.
The trick is: question how much your motivation aligns with your goals (or doesn’t).
So if you feel like checking Facebook for the eleventieth time today, ask yourself: “am I really looking for new exciting events that surely happened in the past 60 seconds since I last checked, or am I just looking for dopamine?”
You might then realize: “Hmm, I’m actually just looking for dopamine, and I’m not going to find it there”
Then, pick something else to do that will actually be more rewarding. It helps if you make a sort of dopa-menu in advance, of things to pick from. You can keep this as a list on your phone, or printed and pinned up near your computer.
Examples might be: Working on that passion project of yours, or engaging in your preferred hobby. Or spending quality time with a loved one. Or doing housework (surprisingly not something we’re commonly motivated-by-default to do, but actually is rewarding when done). Or exercising (same deal). Or learning that language on Duolingo (all those bells and whistles the app has are very much intentional dopamine-triggers to make it addictive, but it’s not a terrible outcome to be addicted to learning!).
Basically… Let your brain’s tendency to get led astray work in your favor, by putting things in front of it that will lead you in good directions.
Things for your health and/or education are almost always great things to allow yourself the “ooh, shiny” reaction and pick them up, try something new, etc.
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Is A Visible Six-Pack Obtainable Regardless Of Genetic Predisposition?
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Have a question or a request? We love to hear from you!
In cases where we’ve already covered something, we might link to what we wrote before, but will always be happy to revisit any of our topics again in the future too—there’s always more to say!
As ever: if the question/request can be answered briefly, we’ll do it here in our Q&A Thursday edition. If not, we’ll make a main feature of it shortly afterwards!
So, no question/request too big or small 😎
❝Is it possible for anyone to get 6-pack abs (even if genetics makes it easier or harder) and how much does it matter for health e.g. waist size etc?❞
Let’s break it down into two parts:
Is it possible for anyone to get 6-pack abs (even if genetics makes it easier or harder)?
Short answer: no
First, a quick anatomy lesson: while “abs” (abdominal muscles) are considered in the plural and indeed they are, what we see as a six-pack is actually only one muscle, the rectus abdominis, which is nestled in between other abdominal muscles that are beyond the scope of our answer here.
The reason that the rectus abdominis looks like six muscles is because there are bands of fascia (connective tissue) lying over it, so we see where it bulges between those bands.
The main difference genes make are as follows:
- Number of fascia bands (and thus the reason that some people get a four-, six-, eight-, or rarely, even ten-pack). Obviously, no amount of training can change this number, any more than doing extra bicep curls will grow you additional arms.
- Density of muscle fibers. Some people have what has been called “superathlete muscle type”, which, while prized by Olympians and other athletes, is on bodybuilding forums less glamorously called being a “hard gainer”. What this means is that muscle fibers are denser, so while training will make muscles stronger, you won’t see as much difference in size. This means that size for size, the person with this muscle type will always be stronger than someone the same size without it, but that may be annoying if you’re trying to build visible definition.
- Twitch type of muscle fibers. Some people have more fast-twitch fibers, some have more slow-twitch fibers. Fast-twitch fibers are better suited for visible abs (and, as the name suggests, quick changes between contracting and relaxing). Slow-twitch fibers are better for endurance, but yield less bulky muscles.
- Inclination to subcutaneous fat storage. This is by no means purely genetic; hormones make the biggest difference, followed by diet. But, genes are an influencing factor, and if your body fat percentage is inclined to be higher than someone else’s, then it’ll take more work to see muscle definition under that fat.
The first of those items is why our simple answer is “no”; because some people are destined to, if muscle is visible, have a four-, eight, or (rarely) ten-pack, making a six-pack unobtainable.
It’s worth noting here that while a bigger number is more highly prized aesthetically, there is literally zero difference healthwise or in terms of performance, because it’s nothing to do with the muscle, and is only about the fascia layout.
The density of muscle fibers is again purely genetic, but it only makes things easier or harder; this part’s not impossible for anyone.
The inclination to subcutaneous fat storage is by far the most modifiable factor, and the thus most readily overcome, if you feel so inclined. That doesn’t mean it will necessarily be easy! But it does mean that it’s relatively less difficult than the others.
How much does it matter for health, e.g. waist size etc?
As you may have gathered from the above, having a six-pack (or indeed a differently-numbered “pack”, if that be your genetic lot) makes no important difference to health:
- The fascia layout is completely irrelevant to health
- The muscle fiber types do make a difference to athletic performance, but not general health when at rest
- The subcutaneous fat storage is a health factor, but probably not how most people think
Healthy body fat percentages are (assuming normal hormones) in the range of 20–25% for women and 15–20% for men.
For most people, having clearly visible abs requires going below those healthy levels. For most people, that’s not optimally healthy. And those you see on magazine covers or in bodybuilding competitions are usually acutely dehydrated for the photo, which is of course not good. They will rehydrate after the shoot.
However, waist size (especially as a ratio, compared to hip size) is very important to health. This has less to do with subcutaneous fat, though, and is more to do with visceral belly fat, which goes under the muscles and thus does not obscure them:
Visceral Belly Fat & How To Lose It
One final note: fat notwithstanding, and aesthetics notwithstanding, having a strong core is very good for general health; it helps keeps one’s internal organs in place and well-protected, and improves stability, making falls less likely as we get older. Additionally, having muscle improves our metabolic base rate, which is good for our heart. Abs are just one part of core strength (the back being important too, for example), but should not be neglected.
Top-tier exercises to do include planks, and hanging leg raises (i.e. hang from some support, such as a chin-up bar, and raise your legs, which counterintuitively works your abs a lot more than your legs).
Take care!
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The Seven Sins Of Memory – by Dr. Daniel Schacter
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As we get older, we often become more forgetful—despite remembering many things clearly from decades past. Why?
Dr. Daniel Shacter takes us on a tour of the brain, and also through evolution, to show how memory is not just one thing, but many. And furthermore, it’s not just our vast memory that’s an evolutionary adaptation, but also, our capacity to forget.
He does also discusses disease that affect memory, including Alzheimer’s, and explores the biological aspects of memory too.
The “seven sins” of the title are seven ways our (undiseased, regular) memory “lets us down”, and why, and how that actually benefits us as individuals and as a species, and/but also how we can modify that if we so choose.
The book’s main strength is in how it separates—or bids us separate for ourselves—what is important to us and our lives and what is not. How and why memory and information processing are often at odds with each other (and what that means for us). And, on a practical note, how we can tip the scales for or against certain kinds of memory.
Bottom line: if you’d like to better understand human memory in all its glorious paradoxes, and put into place practical measures to make it work for you the way you want, this is a fine book for you.
Click here to check out The Seven Sins of Memory, and get managing yours!
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What’s Keeping the US From Allowing Better Sunscreens?
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When dermatologist Adewole “Ade” Adamson sees people spritzing sunscreen as if it’s cologne at the pool where he lives in Austin, Texas, he wants to intervene. “My wife says I shouldn’t,” he said, “even though most people rarely use enough sunscreen.”
At issue is not just whether people are using enough sunscreen, but what ingredients are in it.
The Food and Drug Administration’s ability to approve the chemical filters in sunscreens that are sold in countries such as Japan, South Korea, and France is hamstrung by a 1938 U.S. law that has required sunscreens to be tested on animals and classified as drugs, rather than as cosmetics as they are in much of the world. So Americans are not likely to get those better sunscreens — which block the ultraviolet rays that can cause skin cancer and lead to wrinkles — in time for this summer, or even the next.
Sunscreen makers say that requirement is unfair because companies including BASF Corp. and L’Oréal, which make the newer sunscreen chemicals, submitted safety data on sunscreen chemicals to the European Union authorities some 20 years ago.
Steven Goldberg, a retired vice president of BASF, said companies are wary of the FDA process because of the cost and their fear that additional animal testing could ignite a consumer backlash in the European Union, which bans animal testing of cosmetics, including sunscreen. The companies are asking Congress to change the testing requirements before they take steps to enter the U.S. marketplace.
In a rare example of bipartisanship last summer, Sen. Mike Lee (R-Utah) thanked Rep. Alexandria Ocasio-Cortez (D-N.Y.) for urging the FDA to speed up approvals of new, more effective sunscreen ingredients. Now a bipartisan bill is pending in the House that would require the FDA to allow non-animal testing.
“It goes back to sunscreens being classified as over-the-counter drugs,” said Carl D’Ruiz, a senior manager at DSM-Firmenich, a Switzerland-based maker of sunscreen chemicals. “It’s really about giving the U.S. consumer something that the rest of the world has. People aren’t dying from using sunscreen. They’re dying from melanoma.”
Every hour, at least two people die of skin cancer in the United States. Skin cancer is the most common cancer in America, and 6.1 million adults are treated each year for basal cell and squamous cell carcinomas, according to the Centers for Disease Control and Prevention. The nation’s second-most-common cancer, breast cancer, is diagnosed about 300,000 times annually, though it is far more deadly.
Dermatologists Offer Tips on Keeping Skin Safe and Healthy
– Stay in the shade during peak sunlight hours, 10 a.m. to 4 p.m. daylight time.– Wear hats and sunglasses.– Use UV-blocking sun umbrellas and clothing.– Reapply sunscreen every two hours.You can order overseas versions of sunscreens from online pharmacies such as Cocooncenter in France. Keep in mind that the same brands may have different ingredients if sold in U.S. stores. But importing your sunscreen may not be affordable or practical. “The best sunscreen is the one that you will use over and over again,” said Jane Yoo, a New York City dermatologist.
Though skin cancer treatment success rates are excellent, 1 in 5 Americans will develop skin cancer by age 70. The disease costs the health care system $8.9 billion a year, according to CDC researchers. One study found that the annual cost of treating skin cancer in the United States more than doubled from 2002 to 2011, while the average annual cost for all other cancers increased by just 25%. And unlike many other cancers, most forms of skin cancer can largely be prevented — by using sunscreens and taking other precautions.
But a heavy dose of misinformation has permeated the sunscreen debate, and some people question the safety of sunscreens sold in the United States, which they deride as “chemical” sunscreens. These sunscreen opponents prefer “physical” or “mineral” sunscreens, such as zinc oxide, even though all sunscreen ingredients are chemicals.
“It’s an artificial categorization,” said E. Dennis Bashaw, a retired FDA official who ran the agency’s clinical pharmacology division that studies sunscreens.
Still, such concerns were partly fed by the FDA itself after it published a study that said some sunscreen ingredients had been found in trace amounts in human bloodstreams. When the FDA said in 2019, and then again two years later, that older sunscreen ingredients needed to be studied more to see if they were safe, sunscreen opponents saw an opening, said Nadim Shaath, president of Alpha Research & Development, which imports chemicals used in cosmetics.
“That’s why we have extreme groups and people who aren’t well informed thinking that something penetrating the skin is the end of the world,” Shaath said. “Anything you put on your skin or eat is absorbed.”
Adamson, the Austin dermatologist, said some sunscreen ingredients have been used for 30 years without any population-level evidence that they have harmed anyone. “The issue for me isn’t the safety of the sunscreens we have,” he said. “It’s that some of the chemical sunscreens aren’t as broad spectrum as they could be, meaning they do not block UVA as well. This could be alleviated by the FDA allowing new ingredients.”
Ultraviolet radiation falls between X-rays and visible light on the electromagnetic spectrum. Most of the UV rays that people come in contact with are UVA rays that can penetrate the middle layer of the skin and that cause up to 90% of skin aging, along with a smaller amount of UVB rays that are responsible for sunburns.
The sun protection factor, or SPF, rating on American sunscreen bottles denotes only a sunscreen’s ability to block UVB rays. Although American sunscreens labeled “broad spectrum” should, in theory, block UVA light, some studies have shown they fail to meet the European Union’s higher UVA-blocking standards.
“It looks like a number of these newer chemicals have a better safety profile in addition to better UVA protection,” said David Andrews, deputy director of Environmental Working Group, a nonprofit that researches the ingredients in consumer products. “We have asked the FDA to consider allowing market access.”
The FDA defends its review process and its call for tests of the sunscreens sold in American stores as a way to ensure the safety of products that many people use daily, rather than just a few times a year at the beach.
“Many Americans today rely on sunscreens as a key part of their skin cancer prevention strategy, which makes satisfactory evidence of both safety and effectiveness of these products critical for public health,” Cherie Duvall-Jones, an FDA spokesperson, wrote in an email.
D’Ruiz’s company, DSM-Firmenich, is the only one currently seeking to have a new over-the-counter sunscreen ingredient approved in the United States. The company has spent the past 20 years trying to gain approval for bemotrizinol, a process D’Ruiz said has cost $18 million and has advanced fitfully, despite attempts by Congress in 2014 and 2020 to speed along applications for new UV filters.
Bemotrizinol is the bedrock ingredient in nearly all European and Asian sunscreens, including those by the South Korean brand Beauty of Joseon and Bioré, a Japanese brand.
D’Ruiz said bemotrizinol could secure FDA approval by the end of 2025. If it does, he said, bemotrizinol would be the most vetted and safest sunscreen ingredient on the market, outperforming even the safety profiles of zinc oxide and titanium dioxide.
As Congress and the FDA debate, many Americans have taken to importing their own sunscreens from Asia or Europe, despite the risk of fake products.
“The sunscreen issue has gotten people to see that you can be unsafe if you’re too slow,” said Alex Tabarrok, a professor of economics at George Mason University. “The FDA is just incredibly slow. They’ve been looking at this now literally for 40 years. Congress has ordered them to do it, and they still haven’t done it.”
KFF Health News is a national newsroom that produces in-depth journalism about health issues and is one of the core operating programs at KFF—an independent source of health policy research, polling, and journalism. Learn more about KFF.
Subscribe to KFF Health News’ free Morning Briefing.
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A Deeper Dive Into Seaweed
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We wrote briefly about nori yesterday, when we compared it with well-known superfood spirulina. In nutritional terms, it blew spirulina out of the water:
Spirulina vs Nori – Which Is Healthier?
We also previously touched on it here:
21% Stronger Bones in a Year at 62? Yes, It’s Possible (No Calcium Supplements Needed!) ← nori was an important part of the diet enjoyed here
What is nori?
Nori is a seaweed, but that can mean lots of different things. In nori’s case, it’s an aggregate of several kinds of red algae that clump together in the sea.
When dried and/or toasted (which processes improve* the nutritional value rather than diminishing it, by the way), it looks dark green or dark purple to black in color.
*Effects of pan- and air fryer-roasting on volatile and umami compounds and antioxidant activity of dried laver (Porphyra dentata) ← this is nori, by another name
If you enjoy sushi, nori is the dark flat sheety stuff that other things are often wrapped in.
The plant that has animal nutrients
As established in the head-to-head we linked above, nori is a nutritional powerhouse. But not only is it very full of the perhaps-expected vitamins and minerals, it also contains:
Omega-3 fatty acids, including EPA, which plants do not normally have (plants usually have just ALA, which the body can convert into other forms including EPA). While ALA is versatile, having EPA in food saves the body the job of converting it, and thus makes it more readily bioavailable. For more on the benefits of this, see:
What Omega-3 Fatty Acids Really Do For Us
Iodine, which land plants don’t generally have, but seaweed usually does. However, nori contains less iodine than other kinds of seaweed, which is (counterintuitively) good, since other kinds of seaweed often contain megadoses that go too far the other way and can cause different health problems.
- Recommended daily amount of iodine: 150µg ← note that’s micrograms, not milligrams
- One 10g serving of dried nori contains: 232µg ← this is good
- Tolerable daily upper limit of iodine: 1,100µg (i.e: 1.1mg)
- One 10g serving of dried kombu (kelp) contains: 13,270µg (i.e: 13.3mg) ← this is far too much; not good!
So: a portion of nori puts us into the healthiest spot of the range, whereas a portion of another example seaweed would put us nearly 13x over the tolerable upper limit.
For why this matters, see:
- 8 Signs Of Iodine Deficiency You Might Not Expect
- Foods For Managing Hypothyroidism (incl. Hashimoto’s)
- Eat To Beat Hyperthyroidism!
As you might note from the mentions of both hypo- and hyperthyroidism, (which are exacerbated by too little and too much iodine, respectively) hitting the iodine sweet spot is important, and nori is a great way to do that.
Vitamin B12, again not usually found in plants (most vegans supplement, often with nutritional yeast, which is technically neither an animal nor a plant). However, nori scores even higher:
Vitamin B12-Containing Plant Food Sources for Vegetarians
Beyond nutrients
Nori is also one of the few foods that actually live up the principle of a “detox diet”, as it can help remove toxins such as dioxins:
Detox diets for toxin elimination and weight management: a critical review of the evidence
It’s also been…
❝revealed to have anti-aging, anti-cancer, anti-coagulant, anti-inflammatory, anti-microbial, anti-oxidant, anti-diabetic, anti-Alzheimer and anti-tuberculose activities.❞
~ Dr. Şükran Çakir Arica et al.
Read: A study on the rich compounds and potential benefits of algae: A review
(for this to make sense you will need to remember that nori is, as we mentioned, an aggregate of diverse red algae species; in that paper, you can scroll down to Table 1, and see which species has which qualities. Anything whose name starts with “Porphyra” or “Porphridum” is found in nori)
Is it safe?
Usually! There are two potential safety issues:
- Seaweed can, while it’s busy absorbing valuable minerals from the sea, also absorb heavy metals if there are such pollutants in the region. For this reason, it is good to buy a product with trusted certifications, such that it will have been tested for such along the way.
- Seaweed can, while it’s busy absorbing things plants don’t usually have from the sea, also absorb allergens from almost-equally-small crustaceans. So if you have a seafood allergy, seaweed could potentially trigger that.
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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