The How Not to Die Cookbook – by Dr. Michael Greger
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We’ve previously reviewed Dr. Greger’s “How Not To Die”, which is excellent and/but very science-dense.
This book is different, in that the science is referenced and explained throughout, but the focus is the recipes, and how to prepare delicious healthy food in accordance with the principles laid out in How Not To Die.
It also follows “Dr Greger’s Daily Dozen“, that is to say, the 12 specific things he advises we make sure to have every day, and thus helps us to include them in an easy, no-fuss fashion.
The recipes themselves are by Robin Robertson, and/but with plenty of notes by Dr Greger; they clearly collaborated closely in creating them.
The ingredients are all things one can find in any well-stocked supermarket, so unless you live in a food desert, you can make these things easily.
And yes, the foods are delicious too.
Bottom line: if you’re interested in cooking according to perhaps the most science-based dietary system out there, then this book is a top-tier choice.
Click here to check out The How Not To Die Cookbook, and live well!
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Does intermittent fasting have benefits for our brain?
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Intermittent fasting has become a popular dietary approach to help people lose or manage their weight. It has also been promoted as a way to reset metabolism, control chronic disease, slow ageing and improve overall health.
Meanwhile, some research suggests intermittent fasting may offer a different way for the brain to access energy and provide protection against neurodegenerative diseases like Alzheimer’s disease.
This is not a new idea – the ancient Greeks believed fasting enhanced thinking. But what does the modern-day evidence say?
First, what is intermittent fasting?
Our diets – including calories consumed, macronutrient composition (the ratios of fats, protein and carbohydrates we eat) and when meals are consumed – are factors in our lifestyle we can change. People do this for cultural reasons, desired weight loss or potential health gains.
Intermittent fasting consists of short periods of calorie (energy) restriction where food intake is limited for 12 to 48 hours (usually 12 to 16 hours per day), followed by periods of normal food intake. The intermittent component means a re-occurrence of the pattern rather than a “one off” fast.
Food deprivation beyond 24 hours typically constitutes starvation. This is distinct from fasting due to its specific and potentially harmful biochemical alterations and nutrient deficiencies if continued for long periods.
4 ways fasting works and how it might affect the brain
The brain accounts for about 20% of the body’s energy consumption.
Here are four ways intermittent fasting can act on the body which could help explain its potential effects on the brain.
1. Ketosis
The goal of many intermittent fasting routines is to flip a “metabolic switch” to go from burning predominately carbohydrates to burning fat. This is called ketosis and typically occurs after 12–16 hours of fasting, when liver and glycogen stores are depleted. Ketones – chemicals produced by this metabolic process – become the preferred energy source for the brain.
Due to this being a slower metabolic process to produce energy and potential for lowering blood sugar levels, ketosis can cause symptoms of hunger, fatigue, nausea, low mood, irritability, constipation, headaches, and brain “fog”.
At the same time, as glucose metabolism in the brain declines with ageing, studies have shown ketones could provide an alternative energy source to preserve brain function and prevent age-related neurodegeneration disorders and cognitive decline.
Consistent with this, increasing ketones through supplementation or diet has been shown to improve cognition in adults with mild cognitive decline and those at risk of Alzheimer’s disease respectively.
2. Circadian syncing
Eating at times that don’t match our body’s natural daily rhythms can disrupt how our organs work. Studies in shift workers have suggested this might also make us more prone to chronic disease.
Time-restricted eating is when you eat your meals within a six to ten-hour window during the day when you’re most active. Time-restricted eating causes changes in expression of genes in tissue and helps the body during rest and activity.
A 2021 study of 883 adults in Italy indicated those who restricted their food intake to ten hours a day were less likely to have cognitive impairment compared to those eating without time restrictions.
Matching your eating to the active parts of your day may have brain benefits.
Shutterstock3. Mitochondria
Intermittent fasting may provide brain protection through improving mitochondrial function, metabolism and reducing oxidants.
Mitochondria’s main role is to produce energy and they are crucial to brain health. Many age-related diseases are closely related to an energy supply and demand imbalance, likely attributed to mitochondrial dysfunction during ageing.
Rodent studies suggest alternate day fasting or reducing calories by up to 40% might protect or improve brain mitochondrial function. But not all studies support this theory.
4. The gut-brain axis
The gut and the brain communicate with each other via the body’s nervous systems. The brain can influence how the gut feels (think about how you get “butterflies” in your tummy when nervous) and the gut can affect mood, cognition and mental health.
In mice, intermittent fasting has shown promise for improving brain health by increasing survival and formation of neurons (nerve cells) in the hippocampus brain region, which is involved in memory, learning and emotion.
What we eat can affect our brain, and vice versa.
ShutterstockThere’s no clear evidence on the effects of intermittent fasting on cognition in healthy adults. However one 2022 study interviewed 411 older adults and found lower meal frequency (less than three meals a day) was associated with reduced evidence of Alzheimer’s disease on brain imaging.
Some research has suggested calorie restriction may have a protective effect against Alzheimer’s disease by reducing oxidative stress and inflammation and promoting vascular health.
When we look at the effects of overall energy restriction (rather than intermittent fasting specifically) the evidence is mixed. Among people with mild cognitive impairment, one study showed cognitive improvement when participants followed a calorie restricted diet for 12 months.
Another study found a 25% calorie restriction was associated with slightly improved working memory in healthy adults. But a recent study, which looked at the impact of calorie restriction on spatial working memory, found no significant effect.
Bottom line
Studies in mice support a role for intermittent fasting in improving brain health and ageing, but few studies in humans exist, and the evidence we have is mixed.
Rapid weight loss associated with calorie restriction and intermittent fasting can lead to nutrient deficiencies, muscle loss, and decreased immune function, particularly in older adults whose nutritional needs may be higher.
Further, prolonged fasting or severe calorie restriction may pose risks such as fatigue, dizziness, and electrolyte imbalances, which could exacerbate existing health conditions.
If you’re considering intermittent fasting, it’s best to seek advice from a health professional such as a dietitian who can provide guidance on structuring fasting periods, meal timing, and nutrient intake. This ensures intermittent fasting is approached in a safe, sustainable way, tailored to individual needs and goals.
Hayley O’Neill, Assistant Professor, Faculty of Health Sciences and Medicine, Bond University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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The Intelligence Trap – by David Robson
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We’re including this one under the umbrella of “general wellness”, because it happens that a lot of very intelligent people make stunningly unfortunate choices sometimes, for reasons that may baffle others.
The author outlines for us the various reasons that this happens, and how. From the famous trope of “specialized intelligence in one area”, to the tendency of people who are better at acquiring knowledge and understanding to also be better at acquiring biases along the way, to the hubris of “I am intelligent and therefore right as a matter of principle” thinking, and many other reasons.
Perhaps the greatest value of the book is the focus on how we can avoid these traps, narrow our bias blind spots, and play to our strengths while paying full attention to our weaknesses.
The style is very readable, despite having a lot of complex ideas discussed along the way. This is entirely to be expected of this author, an award-winning science writer.
Bottom line: if you’d like to better understand the array of traps that disproportionately catch out the most intelligent people (and how to spot such), then this is a great book for you.
Click here to check out The Intelligence Trap, and be more wary!
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6 Daily Habits To Keep Your Brain Young & Sharp
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Without brain health, we do not have health. So here are six ways to keep it in order:
Food for thought
The six areas to focus on are as follows:
- Physical exercise: as we at 10almonds sometimes say, what’s good for the heart is good for the brain (because the brain is only as healthy as the circulation feeding it). For this reason, the recommendation here is for physical exercise that improves heart health—so, walking, running, swimming, dancing, etc.
- Healthy diet: shocking nobody, this is important too. Specifically, a diet rich in fruits, vegetables, and healthy proteins and fats is important—partly for the heart benefits that give indirect benefits to the brain, and partly because the brain is built of stuff and so we have to consume that stuff in order to rebuild it (omega-3s features strongly here, for instance). Remember to hydrate, too! The body can’t do anything without water.
- Good sleep: yes, the famous 7–9 hours sleep per night, and yes, even at your age, whatever that might be. This is important for memory consolidation, cell repair, toxin removal, and more. Sleep deprivation, on the other hand, leads to cognitive decline and brain shrinkage.
- Mental stimulation: ideally, engaging those parts of the brain you most wish to protect (e.g. language, memory, or whatever is most important to you).
- Social interaction: this one gets underestimated a lot, but it’s important to have meaningful conversations (not just polite smalltalk from a small menu of stock phrases), and that these should be two-way, i.e. involving both listening/reading and speaking/writing. Ideally, all four of those, which for most people means online and offline social interactions.
- Stress management: because chronic stress damages brain cells and accelerates cognitive decline, it’s important to manage that; practices like mindfulness meditation go a very long way and make a big difference.
For more on all of these, enjoy:
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You might also like to read:
The Physical Exercises That Build Your Brain ← this is different from just exercising for one’s heart and thus the brain by extension, and rather, is specific exercises that strengthen specific parts of the brain.
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What’s the difference between heat exhaustion and heat stroke? One’s a medical emergency
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When British TV doctor Michael Mosley died last year in Greece after walking in extreme heat, local police said “heat exhaustion” was a contributing factor.
Since than a coroner could not find a definitive cause of death but said this was most likely due to an un-identified medical reason or heat stroke.
Heat exhaustion and heat stroke are two illnesses that relate to heat.
So what’s the difference?
Studio Nut/Shutterstock A spectrum of conditions
Heat-related illnesses range from mild to severe. They’re caused by exposure to excessive heat, whether from hot conditions, physical exertion, or both. The most common ones include:
- heat oedema: swelling of the hands, feet and ankles
- heat cramps: painful, involuntary muscle spasms usually after exercise
- heat syncope: fainting due to overheating
- heat exhaustion: when the body loses water due to excessive sweating, leading to a rise in core body temperature (but still under 40°C). Symptoms include lethargy, weakness and dizziness, but there’s no change to consciousness or mental clarity
- heat stroke: a medical emergency when the core body temperature is over 40°C. This can lead to serious problems related to the nervous system, such as confusion, seizures and unconsciousness including coma, leading to death.
As you can see from the diagram below, some symptoms of heat stroke and heat exhaustion overlap. This makes it hard to recognise the difference, even for medical professionals.
CC BY-SA How does this happen?
The human body is an incredibly efficient and adaptable machine, equipped with several in-built mechanisms to keep our core temperature at an optimal 37°C.
But in healthy people, regulation of body temperature begins to break down when it’s hotter than about 31°C with 100% humidity (think Darwin or Cairns) or about 38°C with 60% humidity (typical of other parts of Australia in summer).
This is because humid air makes it harder for sweat to evaporate and take heat with it. Without that cooling effect, the body starts to overheat.
Once the core temperature rises above 37°C, heat exhaustion can set in, which can cause intense thirst, weakness, nausea and dizziness.
If the body heat continues to build and the core body temperature rises above 40°C, a much more severe heat stroke could begin. At this point, it’s a life-threatening emergency requiring immediate medical attention.
At this temperature, our proteins start to denature (like an egg on a hotplate) and blood flow to the intestines stops. This makes the gut very leaky, allowing harmful substances such as endotoxins (toxic substances in some bacteria) and pathogens (disease causing microbes) to leak into the bloodstream.
The liver can’t detoxify these fast enough, leading to the whole body becoming inflamed, organs failing, and in the worst-case scenario, death.
Who’s most at risk?
People doing strenuous exercise, especially if they’re not in great shape, are among those at risk of heat exhaustion or heat stroke. Others at risk include those exposed to high temperatures and humidity, particularly when wearing heavy clothing or protective gear.
Outdoor workers such as farmers, firefighters and construction workers are at higher risk too. Certain health conditions, such as diabetes, heart disease, or lung conditions (such as COPD or chronic obstructive pulmonary disease), and people taking blood pressure medications, can also be more vulnerable.
Adults over 65, infants and young children are especially sensitive to heat as they are less able to physically cope with fluctuations in heat and humidity.
Firefighters are among those at risk of heat-related illness. structuresxx/Shutterstock How are these conditions managed?
The risk of serious illness or death from heat-related conditions is very low if treatment starts early.
For heat exhaustion, have the individual lie down in a cool, shady area, loosen or remove excess clothing, and cool them by fanning, moistening their skin, or immersing their hands and feet in cold water.
As people with heat exhaustion almost always are dehydrated and have low electrolytes (certain minerals in the blood), they will usually need to drink fluids.
However, emergency hospital care is essential for heat stroke. In hospital, health professionals will focus on stabilising the patient’s:
- airway (ensure no obstructions, for instance, vomit)
- breathing (look for signs of respiratory distress or oxygen deprivation)
- circulation (check pulse, blood pressure and signs of shock).
Meanwhile, they will use rapid-cooling techniques including immersing the whole body in cold water, or applying wet ice packs covering the whole body.
Take home points
Heat-related illnesses, such as heat stroke and heat exhaustion, are serious health conditions that can lead to severe illness, or even death.
With climate change, heat-related illness will become more common and more severe. So recognising the early signs and responding promptly are crucial to prevent serious complications.
Matthew Barton, Senior lecturer, School of Nursing and Midwifery, Griffith University and Michael Todorovic, Associate Professor of Medicine, Bond University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Vibration Plate, Review After 6 Months: Is It Worth It?
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Is it push-button exercise, or an expensive fad, or something else entirely? Robin, from “The Science of Self-Care”, has insights:
Science & Experience
According to the science (studies cited in the video and linked-to in the video description, underneath it on YouTube), vibration therapy does have some clear benefits, namely:
- Bone health (helps with bone density, particularly beneficial for postmenopausal women)
- Muscle recovery (reduces lactate levels, aiding faster recovery)
- Joint health (reduces pain and improves function in osteoarthritis patients)
- Muscle stimulation (helps older adults maintain muscle mass)
- Cognitive function (due to increased blood flow to the brain)
And from her personal experience, the benefits included:
- Improved recovery after exercise, reducing muscle soreness and stiffness
- Reduced back pain and improved posture (not surprising, given the need for stabilizing muscles when using one of these)
- Better circulation and (likely resulting from same) skin clarity
She did not, however, notice:
- Any reduction in cellulite
- Any change in body composition (fat loss or muscle gain)
For a deeper look into these things and more, plus a demonstration of how the machine actually operates, enjoy:
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You might also like to read:
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The 5 Love Languages Gone Wrong
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Levelling up the 5 love languages
The saying “happy wife; happy life” certainly goes regardless of gender, and if we’re partnered, it’s difficult to thrive in our individual lives if we’re not thriving as a couple. So, with the usual note that mental health is also just health, let’s take a look at getting beyond the basics of a well-known, often clumsily-applied model:
The 5 love languages
You’re probably familiar with “the 5 love languages”, as developed by Dr. Gary Chapman. If not, they are:
- Acts of Service
- Gift-Giving
- Physical Touch
- Quality Time
- Words of Affirmation
The idea is that we each weight these differently, and problems can arise when a couple are “speaking a different language”.
So, is this a basic compatibility test?
It doesn’t have to be!
We can, if we’re aware of each other’s primary love languages, make an effort to do a thing we wouldn’t necessarily do automatically, to ensure they’re loved the way they need to be.
But…
What a lot of people overlook is that we can also have different primary love languages for giving and for receiving. And, missing that can mean that even taking each other’s primarily love languages into account, efforts to make a partner feel loved, or to feel loved oneself, can miss 50% of the time.
For example, I (your writer here today, hi) could be asked my primary love language and respond without hesitation “Acts of Service!” because that’s my go-to for expressing love.
I’m the person who’ll run around bringing drinks, do all the housework, and without being indelicate, will tend towards giving in the bedroom. But…
A partner trying to act on that information to make me feel loved by giving Acts of Service would be doomed to catastrophic failure, because my knee-jerk reaction would be “No, here, let me do that for you!”
So it’s important for partners to ask each other…
- Not: “what’s your primary love language?” ❌
- But: “what’s your primary way of expressing love?” ✅
- And: “which love language makes you feel most loved?” ✅
For what it’s worth, I thrive on Words of Affirmation, so thanks again to everyone who leaves kind feedback on our articles! It lets me know I provided a good Act of Service
So far, so simple, right? You and your partner (or: other person! Because as we’ve just seen, these go for all kinds of dynamics, not just romantic partnerships) need to be aware of each other’s preferred love languages for giving and receiving.
But…
There’s another pitfall that many fall into, and that’s assuming that the other person has the same idea about what a given love language means, when there’s more to clarify.
For example:
- Acts of Service: is it more important that the service be useful, or that it took effort?
- Gift-Giving: is it better that a gift be more expensive, or more thoughtful and personal?
- Physical Touch: what counts here? If we’re shoulder-to-shoulder on the couch, is that physical touch or is something more active needed?
- Quality Time: does it count if we’re both doing our own thing but together in the same room, comfortable in silence together? Or does it need to be a more active and involved activity together? And is it quality time if we’re at a social event together, or does it need to be just us?
- Words of Affirmation: what, exactly, do we need to hear? For romantic partners, “I love you” can often be important, but is there something else we need to hear? Perhaps a “because…”, or perhaps a “so much that…”, or perhaps something else entirely? Does it no longer count if we have to put the words in our partner’s mouth, or is that just good two-way communication?
Bottom line:
There’s a lot more to this than a “What’s your love language?” click-through quiz, but with a little application and good communication, this model can really resolve a lot of would-be problems that can grow from feeling unappreciated or such. And, the same principles go just the same for friends and others as they do for romantic partners.
In short, it’s one of the keys to good interpersonal relationships in general—something critical for our overall well-being!
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