
Lobster vs Crab – Which is Healthier?
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Our Verdict
When comparing lobster to crab, we picked the crab.
Why?
Generally speaking, most seafood is healthy in moderation (assuming it’s well-prepared, not poisonous, and you don’t have an allergy), and for most people, these two sea creatures are indeed considered a reasonable part of a healthy balanced diet.
In terms of macros, they’re comparable in protein, and technically crab has about 2x the fat, but in both cases it’s next to nothing, so 2x almost nothing is still almost nothing. And, if we break down the lipids profiles, crab has a sufficiently smaller percentage of saturated fat (compared to monounsaturated and polyunsaturated), that crab actually has less saturated fat than lobster. In balance, the category of macros is either a tie or a slight win for crab, depending on your personal priorities.
When it comes to vitamins, crab wins easily with more of vitamins A, B1, B2, B6, B9, B12, and C, in most cases by considerable margins (we’re talking multiples of what lobster has). Lobster, meanwhile, has more of vitamin B3 (tiny margin) and vitamin B5 (pantothenic acid, as in, the vitamin that’s in basically everything edible, and thus almost impossible to be deficient in unless literally starving).
The minerals scene is more balanced; lobster has more calcium, copper, manganese, and selenium, while crab has more iron, magnesium, phosphorus, potassium, and zinc. The margins are comparable from one creature to another, so all in all the 4:5 score means a modest win for crab.
Both of these creatures are good sources of omega-3 fatty acids, but crab is better.
Lobster and crab are both somewhat high in cholesterol, but crab is the relatively lower of the two.
In short: for most people most of the time, both are fine to enjoy in moderation, but if picking one, crab is the healthier by most metrics.
Want to learn more?
You might like to read:
Shrimp vs Caviar – Which is Healthier?
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Carrots vs Broccoli – Which is Healthier?
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Our Verdict
When comparing carrots to broccoli, we picked the broccoli.
Why?
These are both excellent candidates that should be in everyone’s diet, but there’s a clear winner:
In terms of macros, carrots have 50% more carbs for the same fiber (giving carrots the relatively higher glycemic index, though really, nobody is getting metabolic disease from eating carrots, which are a low-GI food already), while broccoli has more protein. By the numbers, it’s a nominal win for broccoli here, but really, both are great.
In the category of vitamins, carrots have more of vitamins A and B3, while broccoli has more of vitamins B1, B2, B5, B6, B7, B9, C, E, K, and choline. An easy win for broccoli. We’d like to emphasize, though, that this doesn’t mean carrots don’t have lots of vitamins—they do—it’s just that broccoli has even more!
When it comes to minerals, carrots are genuinely great, and/but not higher in any minerals than broccoli, while broccoli has more calcium, copper, iron, magnesium, manganese, phosphorus, selenium, and zinc. So again, a clear win for broccoli, despite carrots’ fortitude.
All in all, an overwhelming win for broccoli, though once again, enjoy either or both; diversity is good!
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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Beating Sleep Apnea
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Healthier, Natural Sleep Without Obstruction!
Obstructive Sleep Apnea, the sleep disorder in which one periodically stops breathing (and thus wakes up) repeatedly through the night, affects about 25% of men and 10% of women:
Prevalence of Obstructive Sleep Apnea Syndrome: A Single-Center Retrospective Study
Why the gender split?
There are clues that suggest it is at least partially hormonal: once women have passed menopause, the gender split becomes equal.
Are there other risk factors?
There are few risk other factors; some we can’t control, and some we can:
- Being older is riskier than being younger
- Being overweight is riskier than not being overweight
- Smoking is (what a shock) riskier than not smoking
- Chronic respiratory diseases increase risk, for example:
- Asthma
- COPD
- Long COVID*—probably. The science is young for this one so far, so we can’t say for sure until more research has been done.
- Some hormonal conditions increase risk, for example:
- Hypothyroidism
- PCOS
*However, patients already undergoing Continuous Positive Airway Pressure (CPAP) treatment for obstructive sleep apnea may have an advantage when fighting a COVID infection:
What can we do about it?
Avoiding the above risk factors, where possible, is great!
If you are already suffering from obstructive sleep apnea, then you probably already know about the possibility of a CPAP device; it’s a mask that one wears to sleep, and it does what its name says (i.e. it applies continuous positive airway pressure), which keeps the airway open.
We haven’t tested these, but other people have, so here are some that the Sleep Foundation found to be worthy of note:
Sleep Foundation | Best CPAP Machines of 2024
What can we do about it that’s not CPAP?
Wearing a mask to sleep is not everyone’s preferred way to do things. There are also a plethora of surgeries available, but we’ll not review those, as those are best discussed with your doctor if necessary.
However, some lifestyle changes can help, including:
- Lose weight, if overweight. In particular, having a collar size under 16” for women or under 17” for men, is sufficient to significantly reduce the risk of obstructive sleep apnea.
- Stop smoking, if you smoke. This one, we hope, is self-explanatory.
- Stop drinking alcohol, or at least reduce intake, if you drink. People who consume alcohol tend to have more frequent, and longer, incidents of obstructive sleep apnea. See also: How To Reduce Or Quit Drinking
- Avoid sedatives and muscle relaxants, if it is safe for you to do so. Obviously, if you need them to treat some other condition you have, talk this through with your doctor. But basically, they can contribute to the “airway collapses on itself” by reducing the muscular tension that keeps your airway the shape it’s supposed to be.
- Sleep on your side, not your back. This is just plain physics, and a matter of wear the obstruction falls.
- Breathe through your nose, not through your mouth. Initially tricky to do while sleeping, but the more you practice it while awake, the more it becomes possible while asleep.
- Consider a nasal decongestant before sleep, if congestion is a problem for you, as that can help too.
For more of the science of these, see:
Cultivating Lifestyle Transformations in Obstructive Sleep Apnea
There are more medical options available not discussed here, too:
American Sleep Apnea Association | Sleep Apnea Treatment Options
Take care!
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Cabbage vs Eggplant – Which is Healthier?
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Our Verdict
When comparing cabbage to eggplant, we picked the cabbage.
Why?
In terms of macros, cabbage has slightly more protein while eggplant has slightly more fiber and carbs, but the numbers are so close in all cases that it’s fairest to call this first round a tie.
In the category of vitamins, cabbage has more of vitamins A, B1, B2, B6, B7, B9, C, and K, while eggplant has more of vitamins B3, B5, and E, yielding an 8:3 win to cabbage.
Looking at minerals, cabbage has more calcium, phosphorus, iron, and zinc, while eggplant has more copper, magnesium, manganese, and potassium, for a 4:4 tie here.
In other considerations, cabbage has more polyphenols (yes, eggplants are purple and that purple color does come from anthocyanins, but that’s literally skin-deep and doesn’t affect the per 100g total much at all) so that’s another point for cabbage.
Adding up the sections makes for an overall win for cabbage, but by all means do enjoy either or both, as diversity is best!
Want to learn more?
You might like:
21 Most Beneficial Polyphenols & What Foods Have Them
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Tight Hips? Unlock Deep Squat In 7 Minutes
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Mobility coach Alisa Szyman explains how:
The building blocks of mobility
Ideally, spend about 1 minute on each part—you don’t have to go all the way down to start with; that’s what the blocks are for:
- Elevated hold: place your feet wide and turned out 45°; hold for 30 seconds and shift from side to side for a deeper stretch.
- Hip drill: from the squat, actively push your knees out and in as far as possible.
- Hand walk: walk your hands forward while staying in the squat, hold for 5 seconds, then return; alternate arms pressing against opposite knees.
- Forward fold: lean forwards and relax completely, clasp your hands, and press your elbows out against your knees for 5 seconds.
- Elbow hip prying: repeat pressing your elbows outwards and bringing your knees back in.
- Trunk rotation: raise your arms and rotate your torso from side to side to activate your hip flexors, trunk, and back muscles.
- Active deep squat: practise lowering yourself into the squat slowly, you can use a wall for support, and then you can use hands on the floor for stability if needed.
Once comfortable, reduce the elevation gradually (i.e. remove one block at a time, or use a lower stool or such if that’s what you were using) and repeat the same exercises at each level.
This routine will build strength in your legs, glutes, and hip flexors, as well improving your balance and extending the limits of your flexibility.
For more on all this plus visual demonstrations, enjoy:
Click Here If The Embedded Video Doesn’t Load Automatically!
Want to learn more?
You might also like:
The Most Anti-Aging Exercise ← for more on why being able to do this is so important
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How Many Meds Per Day Is Too Many To Be Healthy?
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We’ve talked before about the potential dangers of taking medications one does not need:
Are You Taking PIMs? Getting Off The Overmedication Train ← “PIMs” = “Potentially Inappropriate Medications”
Often, this does not come from misdiagnosis or hypochondria or just some odd desire to take medications, but rather, it happens when one medication (statins are a great example of this) causes a bunch of side effects, and these can then lead to a “side effect train” whereby the patient then has to take something else to treat the side effect, then something else to treat the side effect(s) of that medication, and so on, until they are taking an increasingly large stack of medications.
You can read on that in detail, here: Statins: His & Hers? ← because adverse side effects are much more common for women (and the benefits typically fewer/smaller for women) than for men.
But what about taking correctly-prescribed medications that all have a good reason and aren’t a case of treating a “side effect train”?
The rise of polypharmacy
“Polypharmacy” is defined as taking 5 or more medications concurrently.
Researchers (Dr. Caroline Sloan et al.) used data from a decades-long study to see how taking multiple medications affects strength, balance, and mobility in midlife.
Of 1,842 participants, approximately half being women and with an average age of 60 at the time of this research (the main study began 40 years ago), 29% were taking more than 5 medications concurrently, and 25% were taking at least one PIM.
Why this matters: those on 5 or more prescriptions:
- walked more slowly
- had weaker grip strength
- had worse balance
- scored lower on the CARDIA Physical Performance (CAPP) scale
…compared to those taking 4 or fewer medications concurrently.
Notably, it wasn’t the specific drugs (or their “appropriateness”) that mattered most, but the number of medications taken. PIM use was initially associated with a slightly lower lower CAPP score, but this association disappeared once adjusted for polypharmacy.
Caveat: the study doesn’t prove causation—underlying health conditions may be the shared reason for both polypharmacy and physical decline (i.e. someone who has poor health will take more medications, and it’s not the medications causing the ill health), but it shows a strong association in people as young as their 50s.
How this is useful: what this means is that polypharmacy could be an early red flag for mobility and strength decline, especially in cases where the medications are for something that medical science doesn’t yet understand well such as fibromyalgia, which is more a description than a useful diagnosis (see: Why Fibromyalgia Is Not An Acceptable Diagnosis).
In other words, polypharmacy should be regarded as an alarm bell for “maybe we need to look more into what’s going on here”, and even in cases where what’s going on is, in fact, well-understood, it can still serve as a “so we must be extra careful to maintain strength, speed, balance, etc”.
You can find the paper itself, here: Association Between Polypharmacy and Physical Function in Middle-aged Adults: Findings from the CARDIA Function Study
Want to learn more?
You may like this very good book that we reviewed a little while back:
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Does weightlifting improve bone density?
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You may have heard high-impact activity – exercise such as running, jumping, football and basketball – is good at building bone density and strength. But what about when you’re standing still, lifting weights at the gym?
The good news is weight training is great for bone health. But some exercises are more effective than others. Here’s what the science says.
Inti St Clair/Getty What is bone density?
Bone density, also known as bone mineral density, is essentially a measure of how many minerals (such as calcium and phosphorus) are packed into your bones.
It gives you an indication of how solid your bones are, which is important because denser bones are generally less likely to break.
However, bone density is not quite the same as bone strength.
Bones also rely on a range of other compounds (such as collagen) to provide support and structure. So, even dense bones can become brittle if they are lacking these key structural components.
However, bone mineral density (measured with a bone scan) is still considered one of the best indicators of bone health because it is strongly linked to fracture risk.
While there is likely a genetic component to bone health, your daily choices can have a big impact.
What affects your bone health?
Research shows a few factors can influence how strong and dense your bones are:
Getting older: As we age, our bone mineral density tends to decrease. This decline is generally greater in women after menopause, but it occurs in everyone.
Nutrition: Eating calcium-rich foods – dairy in particular, but also many vegetables, nuts, legumes, eggs and meat – has been shown to have a small impact on bone density (although the extent to which this reduces fracture risk is unclear).
Exposure to sun: Sunlight helps your body make vitamin D, which helps you absorb calcium, and has been linked to better bone density.
Exercise: It is well established that people who do high-impact and high-load exercise (such as sprinting and weight training) tend to have denser and stronger bones than those who don’t.
Smoking: Older people who smoke tend to have lower bone density than those who don’t smoke.
Why does movement improve bone density?
In the same way that your muscles get stronger when you expose them to stress, your bones get stronger when they’re asked to handle more load. This is why exercise is so important for bone health – because it tells your bones to adapt and become stronger.
Many of us know that people at risk for bone loss – post-menopausal women and older adults – should be focused on exercising for bone health.
However, everyone can benefit from targeted exercise, and it’s arguably just as important to prevent declines in bone health.
In fact, whether you are male or female, the younger you start, the more likely you are to have denser bones into your older life. This is crucial for long-term bone health.
Do weights improve bone density?
Yes. One of the most effective exercises for bone health is lifting weights.
When you lift weights, your muscles pull on your bones, sending signals that encourage new bone formation. There is a large body of evidence showing weight training can improve bone density in adults, including in post-menopausal women.
But not all exercises are created equal. For example, some evidence suggests large compound exercises that place more load on the skeleton – such as squats and deadlifts – are particularly effective at increasing density in the spine and hips, two areas prone to fractures.
What type of weight training is best?
Lifting heavier weights is thought to produce better results than lifting lighter ones. This means doing sets of three to eight repetitions using heavy weights is likely to have a greater impact on your bones than doing many repetitions with lighter ones.
Similarly, it takes a long time for your bones to adapt and become denser – usually six months or more. This means for healthy bones, it’s better to integrate weight training into your weekly routine rather than do it in bursts for a few weeks at a time.
Exercises that use body weight, such as yoga and pilates, have many health benefits. However they are unlikely to have a significant impact on bone density, as they tend to put only light stress on your bones.
If you are new to weight training, you might need to start a bit lighter and get used to the movements before adding weight. And if you need help, finding an exercise professional in your local area might be a great first step.
Exercising for bone health is not complex. Just a couple of (heavy) weight training sessions per week can make a big difference.
If you’re concerned you have low bone density, speak to your doctor. They can assess whether you need to go for a scan.
Hunter Bennett, Lecturer in Exercise Science, University of South Australia
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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