Wheat Belly, Revised & Expanded Edition – by Dr. William Davis
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This review pertains to the 2019 edition of the book, not the 2011 original, which will not have had all of the same research.
We are told, by scientific consensus, to enjoy plenty of whole grains as part of our diet. So, what does cardiologist Dr. William Davis have against wheat?
Firstly, not all grains are interchangeable, and wheat—in particular, modern strains of wheat—cannot be described as the same as the wheat of times past.
While this book does touch on the gluten aspect (and Celiac disease), and notes that modern wheat has a much higher gluten content than older strains, most of this book is about other harms that wheat can do to us.
Dr. Davis explores and explains the metabolic implications of wheat’s unique properties on organs such as our pancreas, liver, heart, and brain.
The book does also have recipes and meal plans, though in this reviewer’s opinion they were a little superfluous. Wheat is not hard to cut out unless you are living in a food desert or are experiencing food poverty, in which case, those recipes and meal plans would also not help.
Bottom line: this book, filled with plenty of actual science, makes a strong case against wheat, and again, mostly for reasons other than its gluten content. You might want to cut yours down!
Click here to check out Wheat Belly, and see if skipping the wheat could be good for you!
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The Liver Cure – by Dr. Russell Blaylock
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We’ve written before about How To Unfatty A Fatty Liver, but there’s a lot more that can be said in a book that we couldn’t fit into our article.
In this book, Dr. Blaylock looks at the causes and symptoms of liver disease, the mechanisms behind such, and how we can adjust our dietary habits (and other things) to do better for ourselves.
While the book’s primary focus is on diet, he does also look at medications (especially: those that hinder liver health, which are many, including simple/common stuff like Tylenol and similar), and the effects of different lifestyle choices, including ones that aren’t diet-related.
Because most people’s knowledge of liver disease starts and ends at “don’t drink yourself to death”, this book is an important tome of knowledge for actually keeping this critical organ in good order—especially since symptoms of liver disease can initially be subtle, and slow to show, often escaping notice until it’s already far, far worse than it could have been.
Many people find out by experiencing liver failure.
The writing style is… A little repetitive for this reviewer’s preference, but it does make sure that you won’t miss things. Also, when it comes to supplements, he repeatedly recommends a particular company, and it’s not clear whether he has a financial interest there. But the actual medical information is good and important and comprehensive.
Bottom line: if you’d like to keep your liver in good health, this is a book that will help you to do just that.
Click here to check out The Liver Cure, and keep yours working well!
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I’ve been sick. When can I start exercising again?
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You’ve had a cold or the flu and your symptoms have begun to subside. Your nose has stopped dripping, your cough is clearing and your head and muscles no longer ache.
You’re ready to get off the couch. But is it too early to go for a run? Here’s what to consider when getting back to exercising after illness.
Exercise can boost your immune system – but not always
Exercise reduces the chance of getting respiratory infections by increasing your immune function and the ability to fight off viruses.
However, an acute bout of endurance exercise may temporarily increase your susceptibility to upper respiratory infections, such as colds and the flu, via the short-term suppression of your immune system. This is known as the “open window” theory.
A study from 2010 examined changes in trained cyclists’ immune systems up to eight hours after two-hour high-intensity cycling. It found important immune functions were suppressed, resulting in an increased rate of upper respiratory infections after the intense endurance exercise.
So, we have to be more careful after performing harder exercises than normal.
Can you exercise when you’re sick?
This depends on the severity of your symptoms and the intensity of exercise.
Mild to moderate exercise (reducing the intensity and length of workout) may be OK if your symptoms are a runny nose, nasal congestion, sneezing and minor sore throat, without a fever.
Exercise may help you feel better by opening your nasal passages and temporarily relieving nasal congestion.
However, if you try to exercise at your normal intensity when you are sick, you risk injury or more serious illness. So it’s important to listen to your body.
If your symptoms include chest congestion, a cough, upset stomach, fever, fatigue or widespread muscle aches, avoid exercising. Exercising when you have these symptoms may worsen the symptoms and prolong the recovery time.
If you’ve had the flu or another respiratory illness that caused a high fever, make sure your temperature is back to normal before getting back to exercise. Exercising raises your body temperature, so if you already have a fever, your temperature will become high quicker, which makes you sicker.
If you have COVID or other contagious illnesses, stay at home, rest and isolate yourself from others.
When you’re sick and feel weak, don’t force yourself to exercise. Focus instead on getting plenty of rest. This may actually shorten the time it takes to recover and resume your normal workout routine.
I’ve been sick for a few weeks. What has happened to my strength and fitness?
You may think taking two weeks off from training is disastrous, and worry you’ll lose the gains you’ve made in your previous workouts. But it could be just what the body needs.
It’s true that almost all training benefits are reversible to some degree. This means the physical fitness that you have built up over time can be lost without regular exercise.
To study the effects of de-training on our body functions, researchers have undertaken “bed rest” studies, where healthy volunteers spend up to 70 days in bed. They found that V̇O₂max (the maximum amount of oxygen a person can use during maximal exercise, which is a measure of aerobic fitness) declines 0.3–0.4% a day. And the higher pre-bed-rest V̇O₂max levels, the larger the declines.
In terms of skeletal muscles, upper thigh muscles become smaller by 2% after five days of bed rest, 5% at 14 days, and 12% at 35 days of bed rest.
Muscle strength declines more than muscle mass: knee extensor muscle strength gets weaker by 8% at five days, 12% at 14 days and more than 20% after around 35 days of bed rest.
This is why it feels harder to do the same exercises after resting for even five days.
But in bed rest studies, physical activities are strictly limited, and even standing up from a bed is prohibited during the whole length of a study. When we’re sick in bed, we have some physical activities such as sitting on a bed, standing up and walking to the toilet. These activities could reduce the rate of decreases in our physical functions compared with study participants.
How to ease back into exercise
Start with a lower-intensity workout initially, such as going for a walk instead of a run. Your first workout back should be light so you don’t get out of breath. Go low (intensity) and go slow.
Gradually increase the volume and intensity to the previous level. It may take the same number of days or weeks you rested to get back to where you were. If you were absent from an exercise routine for two weeks, for example, it may require two weeks for your fitness to return to the same level.
If you feel exhausted after exercising, take an extra day off before working out again. A day or two off from exercising shouldn’t affect your performance very much.
Ken Nosaka, Professor of Exercise and Sports Science, Edith Cowan University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Terminal lucidity: why do loved ones with dementia sometimes ‘come back’ before death?
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Dementia is often described as “the long goodbye”. Although the person is still alive, dementia slowly and irreversibly chips away at their memories and the qualities that make someone “them”.
Dementia eventually takes away the person’s ability to communicate, eat and drink on their own, understand where they are, and recognise family members.
Since as early as the 19th century, stories from loved ones, caregivers and health-care workers have described some people with dementia suddenly becoming lucid. They have described the person engaging in meaningful conversation, sharing memories that were assumed to have been lost, making jokes, and even requesting meals.
It is estimated 43% of people who experience this brief lucidity die within 24 hours, and 84% within a week.
Why does this happen?
Terminal lucidity or paradoxical lucidity?
In 2009, researchers Michael Nahm and Bruce Greyson coined the term “terminal lucidity”, since these lucid episodes often occurred shortly before death.
But not all lucid episodes indicate death is imminent. One study found many people with advanced dementia will show brief glimmers of their old selves more than six months before death.
Lucidity has also been reported in other conditions that affect the brain or thinking skills, such as meningitis, schizophrenia, and in people with brain tumours or who have sustained a brain injury.
Moments of lucidity that do not necessarily indicate death are sometimes called paradoxical lucidity. It is considered paradoxical as it defies the expected course of neurodegenerative diseases such as dementia.
But it’s important to note these episodes of lucidity are temporary and sadly do not represent a reversal of neurodegenerative disease.
Why does terminal lucidity happen?
Scientists have struggled to explain why terminal lucidity happens. Some episodes of lucidity have been reported to occur in the presence of loved ones. Others have reported that music can sometimes improve lucidity. But many episodes of lucidity do not have a distinct trigger.
A research team from New York University speculated that changes in brain activity before death may cause terminal lucidity. But this doesn’t fully explain why people suddenly recover abilities that were assumed to be lost.
Paradoxical and terminal lucidity are also very difficult to study. Not everyone with advanced dementia will experience episodes of lucidity before death. Lucid episodes are also unpredictable and typically occur without a particular trigger.
And as terminal lucidity can be a joyous time for those who witness the episode, it would be unethical for scientists to use that time to conduct their research. At the time of death, it’s also difficult for scientists to interview caregivers about any lucid moments that may have occurred.
Explanations for terminal lucidity extend beyond science. These moments of mental clarity may be a way for the dying person to say final goodbyes, gain closure before death, and reconnect with family and friends. Some believe episodes of terminal lucidity are representative of the person connecting with an afterlife.
Why is it important to know about terminal lucidity?
People can have a variety of reactions to seeing terminal lucidity in a person with advanced dementia. While some will experience it as being peaceful and bittersweet, others may find it deeply confusing and upsetting. There may also be an urge to modify care plans and request lifesaving measures for the dying person.
Being aware of terminal lucidity can help loved ones understand it is part of the dying process, acknowledge the person with dementia will not recover, and allow them to make the most of the time they have with the lucid person.
For those who witness it, terminal lucidity can be a final, precious opportunity to reconnect with the person that existed before dementia took hold and the “long goodbye” began.
Yen Ying Lim, Associate Professor, Turner Institute for Brain and Mental Health, Monash University and Diny Thomson, PhD (Clinical Neuropsychology) Candidate and Provisional Psychologist, Monash University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Your Brain On (And Off) Estrogen
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This is Dr. Lisa Mosconi. She’s a professor of Neuroscience in Neurology and Radiology, and is one of the 1% most influential scientists of the 21st century. That’s not a random number or an exaggeration; it has to do with citation metrics collated over 20 years:
A standardized citation metrics author database annotated for scientific field
What does she want us to know?
Women’s brains age differently from men’s
This is largely, of course, due to menopause, and as such is a generalization, but it’s a statistically safe generalization, because:
- Most women go through menopause—and most women who don’t, avoid it by dying pre-menopause, so the aging also does not occur in those cases
- Menopause is very rarely treated immediately—not least of all because menopause is diagnosed officially when it has been one year since one’s last period, so there’s almost always a year of “probably” first, and often numerous years, in the case of periods slowing down before stopping
- Menopausal HRT is great, but doesn’t completely negate that menopause occurred—because of the delay in starting HRT, some damage can be done already and can take years to reverse.
Medicated and unmedicated menopause proceed very differently from each other, and this fact has historically caused obfuscation of a lot of research into age-related neurodegeneration.
For example, it is well-established that women get Alzheimer’s at nearly twice the rate than men do, and deteriorate more rapidly after onset, too.
Superficially, one might conclude “estrogen is to blame” or maybe “the xx-chromosomal karyotype is to blame”.
The opposite, however, is true with regard to estrogen—estrogen appears to be a protective factor in women’s neurological health, which is why increased neurodegeneration occurs when estrogen levels decline (for example, in menopause).
For a full rundown on this, see:
Alzheimer’s Sex Differences May Not Be What They Appear
It’s not about the extra X
Dr. Mosconi examines this in detail in her book “The XX Brain”. To summarize and oversimplify a little: the XX karyotype by itself makes no difference, or more accurately, the XY karyotype by itself makes no difference (because biologically speaking, female physiological attributes are more “default” than male ones; it is only 12,000ish* years of culture that has flipped the social script on this).
*Why 12,000ish years? It’s because patriarchalism largely began with settled agriculture, for reasons that are fascinating but beyond the scope of this article, which is about health science, not archeology.
The topic of “which is biologically default” is relevant, because the XY karyotype (usually) informs the body “ignore previous instructions about ovaries, and adjust slightly to make them into testes instead”, which in turn (usually) results in a testosterone-driven system instead of an estrogen-driven system. And that is what makes the difference to the brain.
One way we can see that it’s about the hormones not the chromosomes, is in cases of androgen insensitivity syndrome, in which the natal “congratulations, it’s a girl” pronouncement may later be in conflict with the fact it turns out she had XY chromosomes all along, but the androgenic instructions never got delivered successfully, so she popped out with fairly typical female organs. And, relevantly for Dr. Mosconi, a typically female brain that will age in a typically female fashion, because it’s driven by estrogen, regardless of the Y-chromosome.
The good news
The good news from all of this is that while we can’t (with current science, anyway) do much about our chromosomes, we can do plenty about our hormones, and also, the results of changes in same.
Remember, Dr. Mosconi is not an endocrinologist, nor a gynecologist, but a neurologist. As such, she makes the case for how a true interdisciplinary team for treating menopause should not confined to the narrow fields usually associated with “bikini medicine”, but should take into account that a lot of menopause-related changes are neurological in nature.
We recently reviewed another book by Dr. Mosconi:
The Menopause Brain – by Dr. Lisa Mosconi
…and as we noted there, many sources will mention “brain fog” as a symptom of menopause, Dr. Mosconi can (and will) point to a shadowy patch on a brain scan and say “that’s the brain fog, there”.
And so on, for other symptoms that are often dismissed as “all in your head”, as though that’s a perfectly acceptable place for problems to be.
This is critical, because it’s treating real neurological things as the real things they are.
Dr. Mosconi’s advice, beyond HRT
Dr. Mosconi notes that brain health tends to dip during perimenopause but often recovers, showing the brain’s resilience to hormonal shifts. As such, all is not lost if for whatever reason, hormone replacement therapy isn’t a viable option for you.
Estrogen plays a crucial role in brain energy, and women’s declining estrogen levels during menopause increase the need for antioxidants to protect brain health—something not often talked about.
Specifically, Dr. Mosconi tells us, women need more antioxidants and have different metabolic responses to diets compared to men.*
*Yes, even though men usually have negligible estrogen, because their body (and thus brain, being also part of their body) is running on testosterone instead, which is something that will only happen if either you are producing normal male amounts of testosterone (requires normal male testes) or you are taking normal male amounts of testosterone (requires big bottles of testosterone; this isn’t the kind of thing you can get from a low dose of testogel as sometimes prescribed as part of menopausal HRT to perk your metabolism up).
Note: despite women being a slight majority on Earth, and despite an aging population in wealthy nations, meaning “a perimenopausal woman” is thus the statistically average person in, for example, the US, and despite the biological primacy of femaleness… Medicine still mostly looks to men as the “default person”, which in this case can result in seriously low-balled estimates of what antioxidants are needed.
In terms of supplements, therefore, she recommends:
- Antioxidants: key for brain health, especially in women. Rich sources include fruits (especially berries) and vegetables. Then there’s the world’s most-consumed antioxidant, which is…
- Coffee: Italian-style espresso has the highest antioxidant power. Adding a bit of fat (e.g. oat milk) helps release caffeine more slowly, reducing jitters. Taking it alongside l-theanine also “flattens the curve” and thus improves its overall benefits.
- Flavonoids: important for both men and women but particularly essential for women. Found in many fruits and vegetables.
- Chocolate: dark chocolate is an excellent source of antioxidants and flavonoids!
- Turmeric: a natural neuroprotectant with anti-inflammatory properties, best boosted by taking with black pepper, which improves absorption as well as having many great qualities of its own.
- B Vitamins: B6, B9, and B12 are essential for anti-aging and brain health; deficiency in B6 is rare, while deficiency in B9 (folate) and especially B12 is very common later in life.
- Vitamins C & E: important antioxidants, but caution is needed with fat-soluble vitamins to avoid toxicity.
- Omega-3s: important for brain health; can be consumed in the diet, but supplements may be necessary.
- Caution with zinc: zinc can support immunity and endocrine health (and thus, indirectly, brain health) but may be harmful in excess, particularly for brain health.
- Probiotics & Prebiotics: beneficial for gut health, and in Dr. Mosconi’s opinion, hard to get sufficient amounts from diet alone.
For more pointers, you might want to check out the MIND diet, that is to say, the “Mediterranean-DASH Intervention for Neurodegenerative Delay” upgrade to make the Mediterranean diet even brain-healthier than it is by default:
Four Ways To Upgrade The Mediterranean Diet
Want to know more from Dr. Mosconi?
Here’s her TED talk:
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Enjoy!
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How To Really Look After Your Joints
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The Other Ways To Look After Your Joints
When it comes to joint health, most people have two quick go-to items:
- Stretching
- Supplements like omega-3 and glucosamine sulfate
Stretching, and specifically, mobility exercises, are important! We’ll have to do a main feature on these sometime soon. But for today, we’ll just say: yes, gentle daily stretches go a long way, as does just generally moving more.
And, those supplements are not without their merits. For example:
- Effect of omega-3 on painful symptoms of patients with osteoarthritis of the synovial joints: systematic review and meta-analysis
- Glucosamine sulfate in the treatment of knee osteoarthritis symptoms: a randomized, double-blind, placebo-controlled study using acetaminophen as a side comparator
Of those, glucosamine sulfate may have an extra benefit in now just alleviating the symptoms, but also slowing the progression of degenerative joint conditions (like arthritis of various kinds). This is something it shares with chondroitin sulfate:
Effect of glucosamine or chondroitin sulfate on the osteoarthritis progression: a meta-analysis
An unlikely extra use for the humble cucumber…
As it turns out, cucumber extract beats glucosamine and chondroitin by 200%, at 1/135th of the dose.
You read that right, and it’s not a typo. See for yourself:
Reduce inflammation, have happier joints
Joint pain and joint degeneration in general is certainly not just about inflammation; there is physical wear-and-tear too. But combatting inflammation is important, and turmeric, which we’ve done a main feature on before, is a potent helper in this regard:
See also: Keep Inflammation At Bay
(a whole list of tips for, well, keeping inflammation at bay)
About that wear-and-tear…
Your bones and joints are made of stuff, and that stuff needs to be replaced. As we get older, the body typically gets worse at replacing it in a timely and efficient fashion. We can help it do its job, by giving it more of the stuff it needs.
And what stuff is that?
Well, minerals like calcium and phosphorus are important, but a lot is also protein! Specifically, collagen. We did a main feature on this before, which is good, as it’d take us a lot of space to cover all the benefits here:
We Are Such Stuff As Fish Are Made Of
Short version? People take collagen for their skin, but really, its biggest benefit is for our bones and joints!
Wrap up warmly and… No wait, skip that.
If you have arthritis, you may indeed “feel it in your bones” when the weather changes. But the remedy for that is not to try to fight it, but rather, to strengthen your body’s ability to respond to it.
The answer? Cryotherapy, with ice baths ranking top:
- Effects of an Exercise Program and Cold-Water Immersion Recovery in Patients with Rheumatoid Arthritis (RA): Feasibility Study
- Effectiveness of home-based conventional exercise and cryotherapy on daily living activities in patients with knee osteoarthritis: A randomized controlled clinical trial
- Local Cryotherapy, Comparison of Cold Air and Ice Massage on Pain and Handgrip Strength in Patients with Rheumatoid Arthritis
Note that this can be just localized, so for example if the problem joints are your wrists, a washing-up bowl with water and ice will do just nicely.
Note also that, per that last study, a single session will only alleviate the pain, not the disease itself. For that (per the other studies) more sessions are required.
We did a main feature about cryotherapy a while back, and it explains how and why it works:
A Cold Shower A Day Keeps The Doctor Away?
Take care!
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Staying Strong: Tips To Prevent Muscle Loss With Age
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Dr. Andrea Furlan, specialist in physical medicine and rehabilitation with 30 years of experience, has advice:
Fighting sarcopenia
Sarcopenia is so common as to be considered “natural”, but “natural” does not mean “obligatory” and it certainly doesn’t mean “healthy”. As for how to fight it?
You may be thinking “let us guess, is it eat protein and do resistance exercises? And yes it is, but that’s only part of it…
Firstly, she recommends remembering why you are doing this, or because understanding is key to compliance (i.e. your perfect diet and exercise program will mean nothing if you don’t actually do it, and you won’t do it enough to make it a habit, let alone keep it up, if the reasons aren’t clear in your mind).
Sarcopenia comes with an increased risk of falls, reduced physical capacity in general, resultant disability, social isolation, and depression. Of course, this is not a one-to-one equation; you will not necessarily become depressed the moment your muscle mass is below a certain percentage, but statistically speaking, the road to ruin is laid out clearly.
Secondly, she recommends being on the lookout for it. If you check your body composition regularly with a gadget, that’s great and laudable; if you don’t, then a) consider getting one (here’s an example product on Amazon), and b) watch out for decreased muscle strength, fatigue, reduced stamina, noticeable body shape changes with muscle loss and (likely) fat gain.
Thirdly, she recommends more than just regular resistance training and good protein intake. Yes, she recommends those things too, but also getting enough water (can’t rebuild the body without it), avoiding a sedentary lifestyle (sitting leads to atrophy of many supporting and stabilizing muscles, you know, the kind of muscles that don’t look flashy but stop you falling down), and getting good sleep—vital for all kinds of body maintenance, and muscle maintenance is no exception (there’s a reason bodybuilders sleep 9–12 hours daily when in a gaining phase; you don’t need to do that, but don’t skimp on your 7–9 hours, yes, really, even you, yes, at any age).
Lastly, she recommends continuing to learn about the topic, as otherwise it’s easy to go off-track.
For more information on all of the above and more, enjoy:
Click Here If The Embedded Video Doesn’t Load Automatically!
Want to learn more?
You might also like to read:
- Protein: How Much Do We Need, Really?
- Resistance Is Useful! (Especially As We Get Older)
- Resistance Beyond Weights
- HIIT, But Make It HIRT ← this is about high-intensity resistance training (HIRT); confusing the muscles like one confuses the heart in HIIT, which thus yields improved results
- Sleep: Yes, You Really Do Still Need It
Take care!
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