Apple vs Pineapple – Which is Healthier?
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Our Verdict
When comparing apple to pineapple, we picked the pineapple.
Why?
An apple a day may keep the doctor away, but pineapples are heavier and armored and spiky and generally much more intimidating.
More seriously, apples are great but we say pineapples have the better nutritional and phytochemical properties overall:
In terms of macros, actually apples win this first round, albeit marginally; the two fruits are equal on carbs, while apple has a little more fiber and pineapple has a (very) little more protein. This makes the fiber content the deciding factor, so apples do win this one, even if by just 1g/100g difference.
When it comes to vitamins, however, apples have more of vitamins E and K, while pineapple has more of vitamins A, B1, B2, B3, B5, B6, B7, B9, C, and choline. The margins of difference are equally generous on both sides, so this is a clear and overwhelming win for pineapple (including 10x more vitamin C than apples, which are themselves considered a good source of vitamin C)
In the category of minerals, apples have slightly more phosphorus, and pineapple has a lot more calcium, copper, iron, magnesium, manganese, potassium, selenium, and zinc. Another easy win for pineapple.
Pineapples are not only also higher in polyphenols, but also contain bromelain, a powerful anti-inflammatory group of enzymes that are unique to pineapple—you can read about it in the link below!
Meanwhile, pineapple wins the day in our head-to-head here, but as ever when it comes to a plurality of healthy things, do enjoy either or both! Diversity is good.
Want to learn more?
You might like to read:
Bromelain vs Inflammation & Much More
Enjoy!
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Apricots vs Peaches – Which is Healthier?
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Our Verdict
When comparing apricots to peaches, we picked the apricots.
Why?
Both are great! But there’s a clear winner:
In terms of macros, apricots have more fiber and, which is less important because the numbers are small, more protein. Apricots do also have more carbs, and/but carbs from whole fruit are not a problem for most people (especially because of the fiber), unless undertaking a very carb-controlled diet.
When it comes to vitamins, apricots sweep with more of vitamins A, B1, B2, B5, B6, B9, C, E, & K. Peaches meanwhile boast more vitamin B3, and that only marginally, as well as more choline.
In the category of minerals, apricots sweep again with more calcium, copper, iron, magnesium, manganese, phosphorus, potassium, and zinc. Peaches are not higher in any minerals.
Finally, if we consider polyphenols, apricots sweep yet again. The flavonols that peaches have, apricots have more of, and apricots have a long list of flavonols that peaches don’t.
Outside of flavonols, there is one (1) phenolic acid that peaches have more of (it’s 3-Caffeoylquinic acid), and it’s only slightly more, and it’s mostly in the skin which isn’t included if you buy your fruit ready-chopped. So in those cases, apricots would have the higher 3-Caffeoylquinic acid content anyway.
All in all, with their higher content of fiber, vitamins, minerals, and polyphenols, apricots easily win the day.
Enjoy both, though! Diversity is healthy!
Want to learn more?
You might like to read:
- Dried Apricots vs Dried Prunes – Which is Healthier?
- Which Sugars Are Healthier, And Which Are Just The Same? ← we know we link this one a lot, but we think it’s important for everyone to know how fruit is good and juice isn’t (and why, less that seem bizarrely arbitrary)
Take care!
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What are ‘collarium’ sunbeds? Here’s why you should stay away
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Reports have recently emerged that solariums, or sunbeds – largely banned in Australia because they increase the risk of skin cancer – are being rebranded as “collarium” sunbeds (“coll” being short for collagen).
Commercial tanning and beauty salons in Queensland, New South Wales and Victoria are marketing collariums, with manufacturers and operators claiming they provide a longer lasting tan and stimulate collagen production, among other purported benefits.
A collarium sunbed emits both UV radiation and a mix of visible wavelength colours to produce a pink or red light. Like an old-school sunbed, the user lies in it for ten to 20 minute sessions to quickly develop a tan.
But as several experts have argued, the providers’ claims about safety and effectiveness don’t stack up.
Why were sunbeds banned?
Commercial sunbeds have been illegal across Australia since 2016 (except for in the Northern Territory) under state-based radiation safety laws. It’s still legal to sell and own a sunbed for private use.
Their dangers were highlighted by young Australians including Clare Oliver who developed melanoma after using sunbeds. Oliver featured in the No Tan Is Worth Dying For campaign and died from her melanoma at age 26 in 2007.
Sunbeds lead to tanning by emitting UV radiation – as much as six times the amount of UV we’re exposed to from the summer sun. When the skin detects enough DNA damage, it boosts the production of melanin, the brown pigment that gives you the tanned look, to try to filter some UV out before it hits the DNA. This is only partially successful, providing the equivalent of two to four SPF.
Essentially, if your body is producing a tan, it has detected a significant amount of DNA damage in your skin.
Research shows people who have used sunbeds at least once have a 41% increased risk of developing melanoma, while ten or more sunbed sessions led to a 100% increased risk.
In 2008, Australian researchers estimated that each year, sunbeds caused 281 cases of melanoma, 2,572 cases of squamous cell carcinoma (another common type of skin cancer), and $3 million in heath-care costs, mostly to Medicare.
How are collarium sunbeds supposed to be different?
Australian sellers of collarium sunbeds imply they are safe, but their machine descriptions note the use of UV radiation, particularly UVA.
UVA is one part of the spectrum of UV radiation. It penetrates deeper into the skin than UVB. While UVB promotes cancer-causing mutations by discharging energy straight into the DNA strand, UVA sets off damage by creating reactive oxygen species, which are unstable compounds that react easily with many types of cell structures and molecules. These damage cell membranes, protein structures and DNA.
Evidence shows all types of sunbeds increase the risk of melanoma, including those that use only UVA.
Some manufacturers and clinics suggest the machine’s light spectrum increases UV compatibility, but it’s not clear what this means. Adding red or pink light to the mix won’t negate the harm from the UV. If you’re getting a tan, you have a significant amount of DNA damage.
Collagen claims
One particularly odd claim about collarium sunbeds is that they stimulate collagen.
Collagen is the main supportive tissue in our skin. It provides elasticity and strength, and a youthful appearance. Collagen is constantly synthesised and broken down, and when the balance between production and recycling is lost, the skin loses strength and develops wrinkles. The collagen bundles become thin and fragmented. This is a natural part of ageing, but is accelerated by UV exposure.
The reactive oxygen species generated by UVA light damage existing collagen structures and kick off a molecular chain of events that downgrades collagen-producing enzymes and increases collagen-destroying enzymes. Over time, a build-up of degraded collagen fragments in the skin promotes even more destruction.
While there is growing evidence red light therapy alone could be useful in wound healing and skin rejuvenation, the UV radiation in collarium sunbeds is likely to undo any benefit from the red light.
What about phototherapy?
There are medical treatments that use controlled UV radiation doses to treat chronic inflammatory skin diseases like psoriasis.
The anti-collagen effects of UVA can also be used to treat thickened scars and keloids. Side-effects of UV phototherapy include tanning, itchiness, dryness, cold sore virus reactivation and, notably, premature skin ageing.
These treatments use the minimum exposure necessary to treat the condition, and are usually restricted to the affected body part to minimise risks of future cancer. They are administered under medical supervision and are not recommended for people already at high risk of skin cancer, such as people with atypical moles.
So what happens now?
It looks like many collariums are just sunbeds rebranded with red light. Queensland Health is currently investigating whether these salons are breaching the state’s Radiation Safety Act, and operators could face large fines.
As the 2024 Australians of the Year – melanoma treatment pioneers Georgina Long and Richard Scolyer – highlighted in their acceptance speech, “there is nothing healthy about a tan”, and we need to stop glamorising tanning.
However, if you’re desperate for the tanned look, there is a safer and easy way to get one – out of a bottle or by visiting a salon for a spray tan.
Katie Lee, PhD Candidate, Dermatology Research Centre, The University of Queensland and Anne Cust, Professor of Cancer Epidemiology, University of Sydney
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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The Body: A Guide for Occupants – by Bill Bryson
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Better known for his writings on geography and history, here Bryson puts his mind to anatomy and physiology. How well does he do?
Very well, actually—thanks no doubt to the oversight of the veritable flock of consulting scientists mentioned in the acknowledgements. To this reviewer’s knowledge, no mistakes made it through into publication.
That said, Bryson’s love of history does shine through, and in this case, the book is as much a telling of medical history, as it is of the human body. That’s a feature not a bug, though, as not only is it fascinating in and of itself, but also, it’d be difficult to fully understand where we’re at in science, without understanding how we got here.
The style of the book is easy-reading narrative prose, but packed with lots of quirky facts, captivating anecdotes, and thought-provoking statistics. For example:
- The least effective way to spread germs is kissing. It proved ineffective among volunteers (in what sounds like a fun study) who had been successfully infected with the cold virus. Sneezes and coughs weren’t much better. The only really reliable way to transfer cold germs was physically by touch.
- The United States has 4% of the world’s population but consumes 80% of its opiates.
- Allowing a fever to run its course (within limits) could be the wisest thing. An increase of only a degree or so in body temperature slows the replication rate of viruses by a factor of 200.
Still, these kinds of things are woven together so well, that it doesn’t feel at all like reading a trivia list!
Bottom line: if you’d like to know a lot more about anatomy and physiology, but prefer a very casual style rather than sitting down with a stack of textbooks, this book is a great option.
Click here to check out The Body, and learn more about yours!
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What Menopause Does To The Heart
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World Menopause Day: Menopause & Cardiovascular Disease Risk
Today, the 18th of October, is World Menopause Day.
The theme for this year is cardiovascular disease (CVD), and if your first reaction is to wonder what that has to do with the menopause, then this is the reason why it’s being featured. Much of the menopause and its effects are shrouded in mystery; not because of a lack of science (though sometimes a bit of that too), but rather, because it is popularly considered an unimportant, semi-taboo topic.
So, let’s be the change we want to see, and try to fix that!
What does CVD have to do with the menopause?
To quote Dr. Anjana Nair:
❝The metabolic and clinical factors secondary to menopause, such as dyslipidemia, insulin resistance, fat redistribution and systemic hypertension, contribute to the accelerated risk for cardiovascular aging and disease.
Atherosclerosis appears to be the end result of the interaction between cardiovascular risk factors and their accentuation during the perimenopausal period.
The increased cardiovascular risk in menopause stems from the exaggerated effects of changing physiology on the cardiovascular system.❞
Source: Cardiovascular Changes in Menopause
See also: Menopause-associated risk of cardiovascular disease
Can we do anything about it?
Yes, we can! Here be science:
- Menopause Transition and Cardiovascular Disease Risk: Implications for Timing of Early Prevention: A Scientific Statement From the American Heart Association
- Cardiovascular risk in menopausal women and our evolving understanding of menopausal hormone therapy: risks, benefits, and current guidelines for use
This (in few words: get your hormone levels checked, and consider HRT if appropriate) is consistent with the advice from gynecologist Dr. Jen Gunter, whom we featured back in August:
What You Should Have Been Told About The Menopause Beforehand
What about lifestyle changes?
We definitely can do some good things; here’s what the science has to say:
- Mediterranean diet: yes, evidence-based
- High soy consumption: mixed evidence, unclear. So, eat it if you want, don’t if you don’t.
- Supplements e.g. vitamins and minerals: yes, evidence-based.
- Supplements e.g. herbal preparations: many may help, but watch out for adverse interactions with meds. Check with your pharmacist or doctor.
- Supplements; specifically CBD: not enough evidence yet
- Exercise: yes, evidence-based—especially low-impact high-resistance training, for bone strength, as well as regular moderate-intensity exercise and/or High-Intensity Interval Training, to guard against CVD.
For a full low-down on all of these:
Revealing the evidence-based lifestyle solutions to managing your menopause symptoms
Want to know more?
You can get the International Menopause Society’s free downloadable booklet here:
Menopause & Cardiovascular Disease: What Women Need To Know
You may also like our previous main feature:
What Does “Balance Your Hormones” Even Mean?
Take care!
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What Omega-3 Fatty Acids Really Do For Us
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What Omega-3 Fatty Acids Really Do For Us
Shockingly, we’ve not previously covered this in a main feature here at 10almonds… Mostly we tend to focus on less well-known supplements. However, in this case, the supplement may be well known, while some of its benefits, we suspect, may come as a surprise.
So…
What is it?
In this case, it’s more of a “what are they?”, because omega-3 fatty acids come in multiple forms, most notably:
- Alpha-linoleic acid (ALA)
- Eicosapentaenoic acid (EPA)
- Docosahexanoic acid (DHA)
ALA is most readily found in certain seeds and nuts (chia seeds and walnuts are top contenders), while EPA and DHA are most readily found in certain fish (hence “cod liver oil” being a commonly available supplement, though actually cod aren’t even the best source—salmon and mackerel are better; cod is just cheaper to overfish, making it the cheaper supplement to manufacture).
Which of the three is best, or do we need them all?
There are two ways of looking at this:
- ALA is sufficient alone, because it is a precursor to EPA and DHA, meaning that the body will take ALA and convert it into EPA and DHA as required
- EPA and DHA are superior because they’re already in the forms the body will use, which makes them more efficient
As with most things in health, diversity is good, so you really can’t go wrong by getting some from each source.
Unless you have an allergy to fish or nuts, in which case, definitely avoid those!
What do omega-3 fatty acids do for us, according to actual research?
Against inflammation
Most people know it’s good for joints, as this is perhaps what it’s most marketed for. Indeed, it’s good against inflammation of the joints (and elsewhere), and autoimmune diseases in general. So this means it is indeed good against common forms of arthritis, amongst others:
Read: Omega-3 fatty acids in inflammation and autoimmune disease
Against menstrual pain
Linked to the above-referenced anti-inflammatory effects, omega-3s were also found to be better than ibuprofen for the treatment of severe menstrual pain:
Don’t take our word for it: Comparison of the effect of fish oil and ibuprofen on treatment of severe pain in primary dysmenorrhea
Against cognitive decline
This one’s a heavy-hitter. It’s perhaps to be expected of something so good against inflammation (bearing in mind that, for example, a large part of Alzheimer’s is effectively a form of inflammation of the brain); as this one’s so important and such a clear benefit, here are three particularly illustrative studies:
- Inadequate supply of vitamins and DHA in the elderly: implications for brain aging and Alzheimer-type dementia
- Fish consumption and cognitive decline with age in a large community study
- Fish consumption, long-chain omega-3 fatty acids and risk of cognitive decline or Alzheimer disease
Against heart disease
The title says it all in this one:
But what about in patients who do have heart disease?
Mozaffarian and Wu did a huge meta-review of available evidence, and found that in fact, of all the studied heart-related effects, reducing mortality rate in cases of cardiovascular disease was the single most well-evidenced benefit:
How much should we take?
There’s quite a bit of science on this, and—which is unusual for something so well-studied—not a lot of consensus.
However, to summarize the position of the academy of nutrition and dietetics on dietary fatty acids for healthy adults, they recommend a minimum of 250–500 mg combined EPA and DHA each day for healthy adults. This can be obtained from about 8 ounces (230g) of fatty fish per week, for example.
If going for ALA, on the other hand, the recommendation becomes 1.1g/day for women or 1.6g/day for men.
Want to know how to get more from your diet?
Here’s a well-sourced article about different high-density dietary sources:
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Blood and Water
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Q&A with the 10almonds Team
Q: I really loved the information about macular degeneration! I was wondering if you have any other advice about looking after eye health?
A: We may well do a full feature on it sometime! Meanwhile, some top tips include:
- Eat your greens (as you know from this last Tuesday’s edition of 10almonds)!
- Exercise! Generally. We’re not talking about eye exercises here, we’re talking about exercises that will support:
- Healthy heart rate
- Healthy blood pressure
- Healthy blood oxygenation
- Healthy blood sugar levels
- Healthy blood flow in general (so keep hydrated too! There’s a reason phlebotomists ask you to be well-hydrated before they take blood)
Eye health is a good indicator for a lot of other things, and that’s because whether or not the eyes are the window to your soul, they’re definitely the window to what your blood’s like, and that affects (and is affected by) so many other things.
- On that note, don’t smoke!
- Protect your eyes physically, too. This means:
- UV-blocking sunglasses when appropriate
- Protective eye-wear when appropriate
You think safety glasses are for laboratories and construction sites, then you go and do comparable tasks in your home? Your eyes are just as damageable in your kitchen or garden as they would be in a lab or workshop.
Some bits and bobs that can help:
- Safety sunglasses! Because a thing can do two jobs (useful in the garden now the days are brightening up!)
- Pulse oximeter! Check your own heart rate, pulse strength, and blood oxygenation at home!
- Blood pressure monitor! Because it’s so important for a lot of things and you really should have one.
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