Blueberries vs Banana – Which is Healthier?
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Our Verdict
When comparing blueberries to banana, we picked the banana.
Why?
Surprise, that which is more expensive is not always commensurately more healthy! A lot of the price difference between bananas and blueberries comes down to:
- ease of transport (unripe bananas can be transported quite easily without too much risk of bruising; unripe blueberries can’t even be usefully picked)
- shelf-life (unripe bananas will take their time to ripen; the already-ripe blueberries will often go bad very quickly)
For this reason, frozen blueberries are a great option for budget-friendly berries. But, onto the comparisons:
In terms of macros, bananas have slightly more protein, carbs, and fiber, and the slightly lower glycemic index. Really, both are good, but by the numbers, bananas win.
When it comes to vitamins, blueberries have more of vitamins B1, C, E, and K, while bananas have more of vitamins A, B2, B3, B5, B6, B9, and choline. Another win for bananas, though of course we could quibble which vitamins are most likely to be not found in sufficient abundance in the rest of one’s diet, but as it is, we just compared the nutrients head-to-head without trying to guess the rest of someone’s diet.
In the category of minerals, blueberries have more calcium and manganese, while bananas have more copper, magnesium, phosphorus, potassium, and selenium. Another win for bananas.
As for polyphenols, this is where blueberries shine, with a lot more than bananas (difficult to calculate exactly due to variations, but, in the order of hundreds of times more). A win for blueberries this time.
Adding up the section gives us an overall win for bananas, but by all means enjoy either or both; perhaps even together!
Want to learn more?
You might like to read:
Blueberry & Banana Collagen Baked Oats ← You will love this recipe! And… Good news for vegans/vegetarians: while we include an optional tablespoon of collagen powder in this recipe, the whole recipe is already geared around collagen synthesis, so it’s very collagen-boosting even with just the plants, providing collagen’s building blocks of protein, zinc, and vitamins C and D (your miraculous body will use these to assemble the collagen inside you).
Enjoy!
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How to Eat 30 Plants a Week – by Hugh Fearnley-Whittingstall
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If you’re used to eating the same two fruits and three vegetables in rotation, the “gold standard” evidence-based advice to “eat 30 different plants per week” can seem a little daunting.
Where this book excels is in reminding the reader to use a lot of diverse plants that are readily available in any well-stocked supermarket, but often get forgotten just because “we don’t buy that”, so it becomes invisible on the shelf.
It’s not just a recipe book (though yes, there are plenty of recipes here); it’s also advice about stocking up and maintaining that stock, advice on reframing certain choices to inject a little diversity into every meal without it become onerous, meal-planning rotation advice, and a lot of recipes that are easy but plant-rich, for example “this soup that has these six plants in it”, etc.
He also gives, for those eager to get started, “10 x 3 recipes per week to guarantee your 30”, in other words, 10 sets of 3 recipes, wherein each set of 3 recipes uses >30 different plants between them, such that if we have each of these set-of-three meals over the course of the week, then what we do in the other 4–18 meals (depending on how many meals per day you like to have) is all just a bonus.
The latter is what makes this book an incredibly stress-free approach to more plant-diverse eating for life.
Bottom line: if you want to be able to answer “do you get your five-a-day?” with “you mean breakfast?” because you’ve already hit five by breakfast each day, then this is the book for you.
Click here to check out How To Eat 30 Plants A Week, and indeed eat 30+ different plants per week!
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Stop Pain Spreading
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Put Your Back Into It (Or Don’t)!
We’ve written before about Managing Chronic Pain (Realistically!), and today we’re going to tackle a particular aspect of chronic pain management.
- It’s a thing where the advice is going to be “don’t do this”
- And if you have chronic pain, you will probably respond “yep, I do that”
However, it’s definitely a case of “when knowing isn’t the problem”, or at the very least, it’s not the whole problem.
Stop overcompensating and address the thing directly
We all do it, whether in chronic pain, or just a transient injury. But we all need to do less of it, because it causes a lot of harm.
Example: you have pain in your right knee, so you sit, stand, walk slightly differently to try to ease that pain. It works, albeit marginally, at least for a while, but now you also have pain in your left hip and your lumbar vertebrae, because of how you leaned a certain way. You adjust how you sit, stand, walk, to try to ease both sets of pain, and before you know it, now your neck also hurts, you have a headache, and you’re sure your digestion isn’t doing what it should and you feel dizzy when you stand. The process continues, and before long, what started off as a pain in one knee has now turned your whole body into a twisted aching wreck.
What has happened: the overcompensation due to the original pain has unduly stressed a connected part of the body, which we then overcompensate for somewhere else, bringing down the whole body like a set of dominoes.
For more on this: Understanding How Pain Can Spread
“Ok, but how? I can’t walk normally on that knee!”
We’re keeping the knee as an example here, but please bear in mind it could be any chronic pain and resultant disability.
Note: if you found the word “disability” offputting, please remember: if it adversely affects your abilities, it is a disability. Disabilities are not something that only happen to other people! They will happen to most of us at some point!
Ask yourself: what can you do, and what can’t you do?
For example:
- maybe you can walk, but not normally
- maybe you can walk normally, but not without great pain
- maybe you can walk normally, but not at your usual walking pace
First challenge: accept your limitations. If you can’t walk at your usual walking pace without great pain and/or throwing your posture to the dogs, then walk more slowly. To Hell with societal expectations that it shouldn’t take so long to walk from A to B. Take the time you need.
Second challenge: accept help. It doesn’t have to be help from another person (although it could be). It might be accepting the help of a cane, or maybe even a wheelchair for “flare-up” days. Society, especially American society which is built on ideas of self-sufficiency, has framed a lot of such options as “giving up”, but if they help you get about your day while minimizing doing further harm to your body, then they can be good and even health-preserving things. Same goes for painkillers if they help you from doing more harm to your body by balling up tension in a part of your body in a way that ends up spreading out and laying ruin to your whole body.
Speaking of which:
How Much Does It Hurt? Get The Right Help For Your Pain
After which, you might want to check out:
The 7 Approaches To Pain Management
and
Science-Based Alternative Pain Relief
Third challenge: deserves its own section, so…
Do what you can
If you have chronic pain (or any chronic illness, really), you are probably fed up of hearing how this latest diet will fix you, or yoga will fix you, and so on. But, while these things may not be miracle cures…
- A generally better diet really will lessen symptoms and avoid flare-ups (a low-inflammation diet is a great start for lessening the symptoms of a lot of chronic illnesses)
- Doing what exercise you can, being mindful of your limitations yes but still keeping moving as much as possible, will also prevent (or at least slow) deterioration. Consider consulting a physiotherapist for guidance (a doctor will more likely just say “rest, take it easy”, whereas a physiotherapist will be able to give more practical advice).
- Getting good sleep may be a nightmare in the case of chronic pain (or other chronic illnesses! Here’s to those late night hyperglycemia incidents for Type 1 Diabetics that then need monitoring for the next few hours while taking insulin and hoping it goes back down) but whatever you can do to prioritize it, do it.
Want to read more?
We reviewed a little while ago a great book about this; the title sounds like a lot of woo, but we promise the content is extremely well-referenced science:
…and if your issue is back pain specifically, we highly recommend:
Healing Back Pain: The Mind-Body Connection – by Dr. John Sarno
Take care!
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It’s OK That You’re Not OK – by Megan Devine
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Firstly, be aware: this is not a cheerful book. If you’re looking for something to life your mood after a loss, it will not be this.
What, then, will you find? A reminder that grief is also the final translation of love, and not necessarily something to be put aside as quickly as possible—or even ever, if we don’t want to.
Too often, society (and even therapists) will correctly note that no two instances of grief are the same (after all, no two people are, so definitely no two relationships are, so how could two instances of grief be?), but will still expect that if most people can move on quickly from most losses, that you should too, and that if you don’t then there is something pathological at hand that needs fixing.
Part one of the book covers this (and more) in a lot of detail; critics have called it a diatribe against the current status quo in the field of grief.
Part two of the book is about “what to do with your grief”, and addresses the reality of grief, how (and why) to stay alive when not doing so feels like a compelling option, dealing with grief’s physical side effects, and calming your mind in ways that actually work (without trying to sweep your grief under a rug).
Parts three and four are more about community—how to navigate the likely unhelpful efforts a lot of people may make in the early days, and when it comes to those people who can and will actually be a support, how to help them to help you.
In the category of criticism, she also plugs her own (paid, subscription-based) online community, which feels a little mercenary, especially as while community definitely can indeed help, the prospect of being promptly exiled from it if you stop paying, doesn’t.
Bottom line: if you have experienced grief and felt like moving on was the right thing to do, then this book isn’t the one for you. If, on the other hand, your grief feels more like something you will carry just as you carry the love you feel for them, then you’ll find a lot about that here.
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The “Love Drug”
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Get PEA-Brained!
Today we’ll be looking at phenylethylamine, or PEA, to its friends.
Not to be mistaken for the related amino acid phenylalanine! Both ultimately have effects on the dopaminergic system, but the process and benefits are mostly quite different.
We thought we’d do this one in the week of Valentine’s Day, because of its popular association with love:
❝Phenylethylamine (PEA), an amphetamine-like substance that has been alluringly labeled the “chemical of love,” makes the best case for the love-chocolate connection since it has been shown that people in love may actually have higher levels of PEA in their brain, as surmised from the fact that their urine is richer in a metabolite of this compound. In other words, people thrashing around in the throes of love pee differently from others.❞
Source: Office for Science and Society | The Chemical of Love
What is it?
It’s an amino acid. Because we are mammals, we can synthesize it inside our bodies, so it’s not considered an “essential amino acid”, i.e. one that we need to get from our diet. It is found in some foods, though, including:
- Other animals, especially other mammals
- Various beans, legumes, nuts, seeds. In particular almonds, soybeans, lentils, and chickpeas score highly
- Fermented foods
- Chocolate (popular lore holds this to be a good source of PEA; science finds it to be a fair option, but not in the same ballpark as the other items)
Fun fact: the reason Marvel’s Venom has a penchant for eating humans and chocolate is (according to the comics) because phenylethylamine is an essential amino acid for it.
What does it do for us?
It’s a Central Nervous System (CNS) stimulant, and also helps us synthesize critical neurotransmitters such as dopamine, norepinephrine (adrenaline) and serotonin:
It works similarly, but not identically, to amphetamines:
Is it safe?
We normally do this after the benefits, but “it works similarly to amphetamines” may raise an eyebrow or two, so let’s do it here:
- It is recommended to take no more than 500mg/day, with 100mg–500mg being typical doses
- It is not recommended to take it at all if you have, or have a predisposition to, any kind of psychotic disorder (especially schizophrenia, or bipolar disorder wherein you sometimes experience mania)
- This isn’t a risk for most people, but if you fall into the above category, the elevated dopamine levels could nudge you into a psychotic/manic episode that you probably don’t want.
See for example: Does phenylethylamine cause schizophrenia?
There are other contraindications too, so speak with your doctor/pharmacist before trying it.
On the other hand, if you are considering ADHD medication, then phenylethylamine could be a safer thing to try first, to see if it helps, before going to the heavy guns of actual amphetamines (as are commonly prescribed for ADHD). Same goes for depression and antidepressants.
What can I expect from PEA?
More dopamine, norepinephrine, and serotonin. Mostly the former two. Which means, you can expect stimulation.
For focus and attention, it’s so effective that it has been suggested (as we mentioned above) as a safer alternative to ADHD meds:
β-phenylethylamine, a small molecule with a large impact
…and may give similar benefits to people without ADHD, namely improved focus, attention, and mental stamina:
It also improves mood:
❝Phenylethylamine (PEA), an endogenous neuroamine, increases attention and activity in animals and has been shown to relieve depression in 60% of depressed patients. It has been proposed that PEA deficit may be the cause of a common form of depressive illness.
Effective dosage did not change with time. There were no apparent side effects. PEA produces sustained relief of depression in a significant number of patients, including some unresponsive to the standard treatments. PEA improves mood as rapidly as amphetamine but does not produce tolerance.❞
Source: Sustained antidepressant effect of PEA replacement
Where can I get it?
We don’t sell it, but here is an example product on Amazon for your convenience 😎
Enjoy!
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Quinoa vs Couscous – Which is Healthier?
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Our Verdict
When comparing quinoa to couscous, we picked the quinoa.
Why?
Firstly, quinoa is the least processed by far. Couscous, even if wholewheat, has by necessity been processed to make what is more or less the same general “stuff” as pasta. Now, the degree to which something has or has not been processed is a common indicator of healthiness, but not necessarily declarative. There are some processed foods that are healthy (e.g. many fermented products) and there are some unprocessed plant or animal products that can kill you (e.g. red meat’s health risks, or the wrong mushrooms). But in this case—quinoa vs couscous—it’s all borne out pretty much as expected.
For the purposes of the following comparisons, we’ll be looking at uncooked/dry weights.
In terms of macros, quinoa has a little more protein, slightly lower carbs, and several times the fiber. The amino acids making up quinoa’s protein are also much more varied.
In the category of vitamins, quinoa has more of vitamins A, B1, B2, B6, and B9, while couscous boasts a little more of vitamins B3 and B5. Given the respective margins of difference, as well as the total vitamins contained, this category is an easy win for quinoa.
When it comes to minerals, this one’s not even more clear. Quinoa has a lot more calcium, copper, iron, magnesium, manganese, phosphorus, potassium, selenium, and zinc. Couscous, meanwhile has more of just one mineral: sodium. So, maybe not one you want more of.
All in all, today’s is an easy pick: quinoa!
Want to learn more?
You might like to read:
- Carbohydrate Mythbusting: Should You Go Light Or Heavy On Carbs?
- What’s The Real Deal With The Paleo Diet?
- Gluten Mythbusting: What’s The Truth? ← we didn’t mention it above, but couscous is by default gluten-free, and couscous, being made of wheat, is by default not gluten-free, which may be another reason for some to choose quinoa
Take care!
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Why it’s a bad idea to mix alcohol with some medications
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Anyone who has drunk alcohol will be familiar with how easily it can lower your social inhibitions and let you do things you wouldn’t normally do.
But you may not be aware that mixing certain medicines with alcohol can increase the effects and put you at risk.
When you mix alcohol with medicines, whether prescription or over-the-counter, the medicines can increase the effects of the alcohol or the alcohol can increase the side-effects of the drug. Sometimes it can also result in all new side-effects.
How alcohol and medicines interact
The chemicals in your brain maintain a delicate balance between excitation and inhibition. Too much excitation can lead to convulsions. Too much inhibition and you will experience effects like sedation and depression.
Alcohol works by increasing the amount of inhibition in the brain. You might recognise this as a sense of relaxation and a lowering of social inhibitions when you’ve had a couple of alcoholic drinks.
With even more alcohol, you will notice you can’t coordinate your muscles as well, you might slur your speech, become dizzy, forget things that have happened, and even fall asleep.
Alcohol can affect the way a medicine works.
Jonathan Kemper/UnsplashMedications can interact with alcohol to produce different or increased effects. Alcohol can interfere with the way a medicine works in the body, or it can interfere with the way a medicine is absorbed from the stomach. If your medicine has similar side-effects as being drunk, those effects can be compounded.
Not all the side-effects need to be alcohol-like. Mixing alcohol with the ADHD medicine ritalin, for example, can increase the drug’s effect on the heart, increasing your heart rate and the risk of a heart attack.
Combining alcohol with ibuprofen can lead to a higher risk of stomach upsets and stomach bleeds.
Alcohol can increase the break-down of certain medicines, such as opioids, cannabis, seizures, and even ritalin. This can make the medicine less effective. Alcohol can also alter the pathway of how a medicine is broken down, potentially creating toxic chemicals that can cause serious liver complications. This is a particular problem with paracetamol.
At its worst, the consequences of mixing alcohol and medicines can be fatal. Combining a medicine that acts on the brain with alcohol may make driving a car or operating heavy machinery difficult and lead to a serious accident.
Who is at most risk?
The effects of mixing alcohol and medicine are not the same for everyone. Those most at risk of an interaction are older people, women and people with a smaller body size.
Older people do not break down medicines as quickly as younger people, and are often on more than one medication.
Older people also are more sensitive to the effects of medications acting on the brain and will experience more side-effects, such as dizziness and falls.
Smaller and older people are often more affected.
Alfonso Scarpa/UnsplashWomen and people with smaller body size tend to have a higher blood alcohol concentration when they consume the same amount of alcohol as someone larger. This is because there is less water in their bodies that can mix with the alcohol.
What drugs can’t you mix with alcohol?
You’ll know if you can’t take alcohol because there will be a prominent warning on the box. Your pharmacist should also counsel you on your medicine when you pick up your script.
The most common alcohol-interacting prescription medicines are benzodiazepines (for anxiety, insomnia, or seizures), opioids for pain, antidepressants, antipsychotics, and some antibiotics, like metronidazole and tinidazole.
Medicines will carry a warning if you shouldn’t take them with alcohol.
Nial WheateIt’s not just prescription medicines that shouldn’t be mixed with alcohol. Some over-the-counter medicines that you shouldn’t combine with alcohol include medicines for sleeping, travel sickness, cold and flu, allergy, and pain.
Next time you pick up a medicine from your pharmacist or buy one from the local supermarket, check the packaging and ask for advice about whether you can consume alcohol while taking it.
If you do want to drink alcohol while being on medication, discuss it with your doctor or pharmacist first.
Nial Wheate, Associate Professor of the School of Pharmacy, University of Sydney; Jasmine Lee, Pharmacist and PhD Candidate, University of Sydney; Kellie Charles, Associate Professor in Pharmacology, University of Sydney, and Tina Hinton, Associate Professor of Pharmacology, University of Sydney
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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