Goji Berries vs Pomegranate – Which is Healthier?
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Our Verdict
When comparing goji berries to pomegranate, we picked the goji berries.
Why?
Both fruits with substantial phytochemical benefits, but…
In terms of macros, goji berries have a lot more protein, carbs, and fiber, the ratio of which latter two brings the glycemic index to the same place as pomegranate’s—specifically, that eating either of these will not raise a person’s blood glucose levels. We thus call this a win for goji berries, as the “more food per food” option.
In the category of vitamins, goji berries have a lot more of vitamins A, B3, B6, and C, while pomegranate is not higher in any vitamins.
When it comes to minerals, goji berries have more calcium, iron, magnesium, selenium, and zinc, while pomegranate has more copper. Another win for goji berries here.
With regard to those phytochemical benefits we talked about; it’s worth noting that they come in abundance in goji berries, while in pomegranates, most of the benefits are in the peel, not the flesh/seeds that people most often eat. So, again goji berries win.
Adding up the sections makes for an easy win for goji berries today.
Want to learn more?
You might like to read:
- Goji Berries: Which Benefits Do They Really Have?
- The Sugary Food That Lowers Blood Sugars ← this is about goji berries
- Pomegranate’s Health Gifts Are Mostly In Its Peel
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Walden Farms Caesar Dressing vs. Primal Kitchen Caesar Dressing – Which is Healthier?
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Our Verdict
When comparing Walden Farms Caesar Dressing to Primal Kitchen Caesar Dressing, we picked the Primal Kitchen.
Why?
As you can see from the front label, the Walden Farms product has 0 net carbs, 0 calories, and 0 fat. In fact, its ingredients list begins:
Water, white distilled vinegar, erythritol, corn fiber, salt, microcrystalline cellulose, xanthan gum, titanium dioxide (color)
…before it gets to something interesting (garlic purée), by which point the amount must be miniscule.
The Primal Kitchen product, meanwhile, has 140 calories per serving and 15g fat (of which, 1.5g is saturated). However! The ingredients list this time begins:
Avocado oil, water, organic coconut aminos (organic coconut sap, sea salt), organic apple cider vinegar, organic distilled vinegar, mushroom extract, organic gum acacia, organic guar gum
…before it too gets to garlic, which this time, by the way, is organic roasted garlic.
In case you’re wondering about the salt content in both, they add up to 190mg for the Walden Farms product, and 240mg for the Primal Kitchen product. We don’t think that the extra 50mg (out of a daily allowance of 2300–5000mg, depending on whom you ask) is worthy of note.
In short, the Walden Farms product is made of mostly additives of various kinds, whereas the Primal Kitchen product is made of mostly healthful ingredients.
So, the calories and fat are nothing to fear.
For this reason, we chose the product with more healthful ingredients—but we acknowledge that if you are specifically trying to keep your calories down, then the Walden Farms product may be a valid choice.
Read more:
• Can Saturated Fats Be Healthy?
• Caloric Restriction with Optimal NutritionShare This Post
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What Happens To Your Body When You Stop Drinking Alcohol
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Immediately after we stop drinking is rarely when we feel our best. But how long is it before we can expect to see benefits, instead of just suffering?
Timeline
After stopping drinking alcohol for…
- Seconds: the liver starts making progress filtering out toxins and sugars; ethanol starts to leave the system
- 1 hour: fatigue sets in as the body uses a lot of energy to metabolize and eliminate alcohol. However, sleep quality (if one goes to sleep now) is low because alcohol disrupts the brain patterns required for restful sleep
- 6–12 hours: the immune system starts recovering from the suppression caused by alcohol
- 24 hours: immune system is back to normal; withdrawal symptoms may occur in the case of heavy drinkers
- 3–5 days: resting blood pressure begins to drop, as stress levels decrease (alcohol may seem anxiolytic, but it is actually anxiogenic; it just masks its own effect in this regard). Also, because of insulin responses improving, appetite reduces. The liver, once it has finished dealing your last drinking session (if you used to drink all the time, it probably had a backlog to clear), can now begin to make repairs on itself.
- 1 week: skin will start looking better, as antidiuretic hormone levels neutralize, leading to a healthier maintenance of hydration
- 2 weeks: cognitive abilities improve as the brain begins to make progress in repairing itself. At the same time, kidneys start to heal.
- 3–4 weeks: the liver begins to regenerate in earnest. You may wonder what took it so long given the liver’s famous regenerative abilities, but in this case, the liver was also the organ that took the most damage from drinking, so its regeneration gets off to a slow start (in contrast, if the liver had “merely” suffered physical trauma, such as being shot, stabbed,
or eaten by eagles,it’d start regenerating vigorously as soon as the immediate wound-response had been tended to). Once it is able to pick up the pace though, overall health improves, as the liver can focus on breaking down other toxins. - 1–2 months: the heart is able to repair itself, and start to become stronger again (dependent on other lifestyle factors, of course).
- 3 months and more: bodily repairs continue (for example, the damage to the liver is often so severe that it can take quite a bit longer to recover completely, and repairs in the brain are always slow, for reasons beyond the scope of this article). Looking at the big picture, at this point we also see other benefits, such as reduced cancer risks.
In short… It’s never too soon to stop, but it’s also never too late, unless you are going to die in the next few days. So long as you’ll be in the land of the living for a few days yet, there’s time to enjoy the benefits of stopping.
Most importantly: the timeline for the most important repairs is not as long as many people might think, and that itself can be very motivating.
For more detail on much of the above, enjoy:
Click Here If The Embedded Video Doesn’t Load Automatically!
Want to learn more?
You might also like to read:
- Can We Drink To Good Health?
- How To Reduce Or Quit Alcohol
- Addiction Myths That Are Hard To Quit
- How To Unfatty A Fatty Liver
Take care!
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Pneumonia: Prevention Is Better Than Cure
10almonds is reader-supported. We may, at no cost to you, receive a portion of sales if you purchase a product through a link in this article.
Pneumonia: What We Can & Can’t Do About It
Pneumonia is a significant killer of persons over the age of 65, with the risk increasing with age after that, rising very sharply around the age of 85:
While pneumonia is treatable, especially in young healthy adults, the risks get more severe in the older age brackets, and it’s often the case that someone goes into hospital with one thing, then develops pneumonia, which the person was already not in good physical shape to fight, because of whatever hospitalized them in the first place:
American Lung Association | Pneumonia Treatment and Recovery
Other risk factors besides age
There are a lot of things that can increase our risk factor for pneumonia; they mainly fall into the following categories:
- Autoimmune diseases
- Other diseases of the immune system (e.g. HIV)
- Medication-mediated immunosuppression (e.g. after an organ transplant)
- Chronic lung diseases (e.g. asthma, COPD, Long Covid, emphysema, etc)
- Other serious health conditions ← we know this one’s broad, but it encompasses such things as diabetes, heart disease, and cancer
See also:
Why Chronic Obstructive Pulmonary Disease (COPD) Is More Likely Than You Think
Things we can do about it
When it comes to risks, we can’t do much about our age and some of the other above factors, but there are other things we can do to reduce our risk, including:
- Get vaccinated against pneumonia if you are over 65 and/or have one of the aforementioned risk factors. This is not perfect (it only reduces the risk for certain kinds of infection) and may not be advisable for everyone (like most vaccines, it can put the body through its paces a bit after taking it), so speak with your own doctor about this, of course.
- See also: Vaccine Mythbusting
- Avoid contagion. While pneumonia itself is not spread person-to-person, it is caused by bacteria or viruses (there are numerous kinds) that are opportunistic and often become a secondary infection when the immune system is already busy with the first one. So, if possible avoid being in confined spaces with many people, and do wash your hands regularly (as a lot of germs are transferred that way and can get into the respiratory tract because you touched your face or such).
- See also: The Truth About Handwashing
- If you have a cold, or flu, or other respiratory infection, take it seriously, rest well, drink fluids, get good immune-boosting nutrients. There’s no such thing as “just a cold”; not anymore.
- Look after your general health too—health doesn’t exist in a vacuum, and nor does disease. Every part of us affects every other part of us, so anything that can be in good order, you want to be in good order.
This last one, by the way? It’s an important reminder that while some diseases (such as some of the respiratory infections that can precede pneumonia) are seasonal, good health isn’t.
We need to take care of our health as best we can every day along the way, because we never know when something could change.
Want to do more?
Check out: Seven Things To Do For Good Lung Health!
Take care!
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The Top Micronutrient Deficiency In High Blood Pressure
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High blood pressure is often considered a matter of too much sodium, but there’s another micronutrient that’s critical, and a lot of people have too little of it:
The Other Special K
Potassium helps regulate blood pressure by doing the opposite of what sodium does: high sodium intake increases blood volume and pressure by retaining fluid, while potassium promotes sodium excretion through urine, reducing fluid retention and lowering blood pressure.
Clinical studies (which you can find beneath the video, if you click through to YouTube) have shown that increasing potassium intake can reduce systolic blood pressure by an average of 3.49 units, with even greater reductions (up to 7 units) at higher potassium intakes of 3,500–4,700 mg/day.
Potassium-rich foods include most fruit*, leafy greens, broccoli, lentils, and beans.
*because of some popular mentions in TV shows, people get hung up on bananas being a good source of potassium. Which they are, but they’re not even in the top 10 of fruits for potassium. Here’s a non-exhaustive list of fruits that have more potassium than bananas, portion for portion:
- Honeydew melon
- Papaya
- Mango
- Prunes
- Figs
- Dates
- Nectarine
- Cantaloupe melon
- Kiwi
- Orange
These foods also provide fiber, which aids in weight management and further lowers risks for cardiovascular disease. Increasing fiber intake by just 14g a day has been shown not only to reduce calorie consumption and promote weight loss, but also (more importantly) lower blood pressure, cholesterol, and overall health risks.
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 to read:
What Matters Most For Your Heart? Eat More (Of This) For Lower Blood Pressure ← this is about fiber; while potassium is the most common micronutrient deficiency in people with high blood pressure, fiber is the most common macronutrient deficiency, and arguably the most critical in this regard.
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Why is pain so exhausting?
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One of the most common feelings associated with persisting pain is fatigue and this fatigue can become overwhelming. People with chronic pain can report being drained of energy and motivation to engage with others or the world around them.
In fact, a study from the United Kingdom on people with long-term health conditions found pain and fatigue are the two biggest barriers to an active and meaningful life.
But why is long-term pain so exhausting? One clue is the nature of pain and its powerful effect on our thoughts and behaviours.
Short-term pain can protect you
Modern ways of thinking about pain emphasise its protective effect – the way it grabs your attention and compels you to change your behaviour to keep a body part safe.
Try this. Slowly pinch your skin. As you increase the pressure, you’ll notice the feeling changes until, at some point, it becomes painful. It is the pain that stops you squeezing harder, right? In this way, pain protects us.
When we are injured, tissue damage or inflammation makes our pain system become more sensitive. This pain stops us from mechanically loading the damaged tissue while it heals. For instance, the pain of a broken leg or a cut under our foot means we avoid walking on it.
The concept that “pain protects us and promotes healing” is one of the most important things people who were in chronic pain tell us they learned that helped them recover.
But long-term pain can overprotect you
In the short term, pain does a terrific job of protecting us and the longer our pain system is active, the more protective it becomes.
But persistent pain can overprotect us and prevent recovery. People in pain have called this “pain system hypersensitivity”. Think of this as your pain system being on red alert. And this is where exhaustion comes in.
When pain becomes a daily experience, triggered or amplified by a widening range of activities, contexts and cues, it becomes a constant drain on one’s resources. Going about life with pain requires substantial and constant effort, and this makes us fatigued.
About 80% of us are lucky enough to not know what it is like to have pain, day in day out, for months or years. But take a moment to imagine what it would be like.
Imagine having to concentrate hard, to muster energy and use distraction techniques, just to go about your everyday tasks, let alone to complete work, caring or other duties.
Whenever you are in pain, you are faced with a choice of whether, and how, to act on it. Constantly making this choice requires thought, effort and strategy.
Mentioning your pain, or explaining its impact on each moment, task or activity, is also tiring and difficult to get across when no-one else can see or feel your pain. For those who do listen, it can become tedious, draining or worrying.
No wonder pain is exhausting
In chronic pain, it’s not just the pain system on red alert. Increased inflammation throughout the body (the immune system on red alert), disrupted output of the hormone cortisol (the endocrine system on red alert), and stiff and guarded movements (the motor system on red alert) also go hand in hand with chronic pain.
Each of these adds to fatigue and exhaustion. So learning how to manage and resolve chronic pain often includes learning how to best manage the over-activation of these systems.
Loss of sleep is also a factor in both fatigue and pain. Pain causes disruptions to sleep, and loss of sleep contributes to pain.
In other words, chronic pain is seldom “just” pain. No wonder being in long-term pain can become all-consuming and exhausting.
What actually works?
People with chronic pain are stigmatised, dismissed and misunderstood, which can lead to them not getting the care they need. Ongoing pain may prevent people working, limit their socialising and impact their relationships. This can lead to a descending spiral of social, personal and economic disadvantage.
So we need better access to evidence-based care, with high-quality education for people with chronic pain.
There is good news here though. Modern care for chronic pain, which is grounded in first gaining a modern understanding of the underlying biology of chronic pain, helps.
The key seems to be recognising, and accepting, that a hypersensitive pain system is a key player in chronic pain. This makes a quick fix highly unlikely but a program of gradual change – perhaps over months or even years – promising.
Understanding how pain works, how persisting pain becomes overprotective, how our brains and bodies adapt to training, and then learning new skills and strategies to gradually retrain both brain and body, offers scientifically based hope; there’s strong supportive evidence from clinical trials.
Every bit of support helps
The best treatments we have for chronic pain take effort, patience, persistence, courage and often a good coach. All that is a pretty overwhelming proposition for someone already exhausted.
So, if you are in the 80% of the population without chronic pain, spare a thought for what’s required and support your colleague, friend, partner, child or parent as they take on the journey.
More information about chronic pain is available from Pain Revolution.
Michael Henry, Physiotherapist and PhD candidate, Body in Mind Research Group, University of South Australia and Lorimer Moseley, Professor of Clinical Neurosciences and Foundation Chair in Physiotherapy, University of South Australia
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Grapefruit vs Orange – Which is Healthier?
10almonds is reader-supported. We may, at no cost to you, receive a portion of sales if you purchase a product through a link in this article.
Our Verdict
When comparing grapefruit to orange, we picked the orange.
Why?
It’s easy, when guessing which is the healthier out of two things, to guess that the more expensive or perhaps less universally available one is the healthier. But it’s not always so, and today is one of those cases!
In terms of macros, they are very similar fruits, with almost identical levels of carbohydrates, proteins, and fats, as well as water. Looking more carefully, we find that grapefruit’s sugars contain a slightly high proportion of fructose; not enough to make it unhealthy by any means (indeed, no whole unprocessed fruit is unhealthy unless it’s literally poisonous), but it is a thing to note if we’re micro-analysing the macronutrients. Also, oranges have slightly more fiber, which is always a plus.
When it comes to vitamins, oranges stand out with more of vitamins B1, B2, B3, B6, B9, C, and E, while grapefruit boasts more vitamin A (hence its color). Still, we’re calling this category another win for oranges.
In the category of minerals, oranges again sweep with more calcium, copper, iron, magnesium, manganese, potassium, and selenium, while grapefruit has just a little more phosphorus. So, another easy win for oranges.
One final consideration that’s not shown in the nutritional values, is that grapefruit contains furanocoumarin, which can inhibit cytochrome P-450 3A4 isoenzyme and P-glycoptrotein transporters in the intestine and liver—slowing down their drug metabolism capabilities, thus effectively increasing the bioavailability of many drugs manifold. It can also be found in lower quantities in Seville (sour) oranges, and it’s not present (or at least, if it is, it’s in truly tiny quantities) in most oranges.
This may sound superficially like a good thing (improving bioavailability of things we want), but in practice it means that in the case of many drugs, if you take them with (or near in time to) grapefruit or grapefruit juice, then congratulations, you just took an overdose. This happens with a lot of meds for blood pressure, cholesterol (including statins), calcium channel-blockers, anti-depressants, benzo-family drugs, beta-blockers, and more. Oh, and Viagra, too. Which latter might sound funny, but remember, Viagra’s mechanism of action is blood pressure modulation, and that is not something you want to mess around with unduly. So, do check with your pharmacist to know if you’re on any meds that would be affected by grapefruit or grapefruit juice!
All in all, today’s sections add up to an overwhelming win for oranges!
Want to learn more?
You might like to read:
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