Lose Weight (Healthily!)
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What Do You Have To Lose?
For something that’s a very commonly sought-after thing, we’ve not yet done a main feature specifically about how to lose weight, so we’re going to do that today, and make it part of a three-part series about changing one’s weight:
- Losing weight (specifically, losing fat)
- Gaining weight (specifically, gaining muscle)
- Gaining weight (specifically, gaining fat)
And yes, that last one is something that some people want/need to do (healthily!), and want/need help with that.
There will be, however, no need for a “losing muscle” article, because (even though sometimes a person might have some reason to want to do this), it’s really just a case of “those things we said for gaining muscle? Don’t do those and the muscle will atrophy naturally”.
One reason we’ve not covered this before is because the association between weight loss and good health is not nearly so strong as the weight loss industry would have you believe:
And, while BMI is not a useful measure of health in general, it’s worth noting that over the age of 65, a BMI of 27 (which is in the high end of “overweight”, without being obese) is associated with the lowest all-cause mortality:
BMI and all-cause mortality in older adults: a meta-analysis
Important: the above does mean that for very many of our readers, weight loss would not actually be healthy.
Today’s article is intended as a guide only for those who are sure that weight loss is the correct path forward. If in doubt, please talk to your doctor.
With that in mind…
Start in the kitchen
You will not be able to exercise well if your body is malnourished.
Counterintuitively, malnourishment and obesity often go hand-in-hand, partly for this reason.
Important: it’s not the calories in your food; it’s the food in your calories
See also: Mythbusting Calories
The kind of diet that most readily produces unhealthy overweight, the diet that nutritional scientists often call the “Standard American Diet”, or “SAD” for short, is high on calories but low on nutrients.
So you will want to flip this, and focus on enjoying nutrient-dense whole foods.
The Mediterranean Diet is the current “gold standard” in this regard, so for your interest we offer:
Four Ways To Upgrade The Mediterranean Diet
And since you may be wondering:
Should You Go Light Or Heavy On Carbs?
The dining room is the next most important place
Many people do not appreciate food enough for good health. The trick here is, having prepared a nice meal, to actually take the time to enjoy it.
It can be tempting when hungry (or just plain busy) to want to wolf down dinner in 47 seconds, but that is the metabolic equivalent of “oh no, our campfire needs more fuel, let’s spray it with a gallon of gasoline”.
To counter this, here’s the very good advice of Dr. Rupy Aujla, “The Kitchen Doctor”:
Interoception & Mindful Eating
The bedroom is important too
You snooze, you lose… Visceral belly fat, anyway! We’ve talked before about how waist circumference is a better indicator of metabolic health than BMI, and in our article about trimming that down, we covered how good sleep is critical for one’s waistline:
Visceral Belly Fat & How To Lose It
Exercise, yes! But in one important way.
There are various types of exercise that are good for various kinds of health, but there’s only one type of exercise that is good for boosting one’s metabolism.
Whereas most kinds of exercise will raise one’s metabolism while exercising, and then lower it afterwards (to below its previous metabolic base rate!) to compensate, high-intensity interval training (HIIT) will raise your metabolism while training, and for two hours afterwards:
…which means that unlike most kinds of exercise, HIIT actually works for fat loss:
So if you’d like to take up HIIT, here’s how:
How (And Why) To Do HIIT (Without Wrecking Your Body)
Want more?
Check out our previous article about specifically how to…
Burn! How To Boost Your Metabolism
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Does intermittent fasting increase or decrease our risk of cancer?
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Research over the years has suggested intermittent fasting has the potential to improve our health and reduce the likelihood of developing cancer.
So what should we make of a new study in mice suggesting fasting increases the risk of cancer?
Stock-Asso/Shutterstock What is intermittent fasting?
Intermittent fasting means switching between times of eating and not eating. Unlike traditional diets that focus on what to eat, this approach focuses on when to eat.
There are lots of commonly used intermittent fasting schedules. The 16/8 plan means you only eat within an eight-hour window, then fast for the remaining 16 hours. Another popular option is the 5:2 diet, where you eat normally for five days then restrict calories for two days.
In Australia, poor diet contributes to 7% of all cases of disease, including coronary heart disease, stroke, type 2 diabetes, and cancers of the bowel and lung. Globally, poor diet is linked to 22% of deaths in adults over the age of 25.
Intermittent fasting has gained a lot of attention in recent years for its potential health benefits. Fasting influences metabolism, which is how your body processes food and energy. It can affect how the body absorbs nutrients from food and burns energy from sugar and fat.
What did the new study find?
The new study, published in Nature, found when mice ate again after fasting, their gut stem cells, which help repair the intestine, became more active. The stem cells were better at regenerating compared with those of mice who were either totally fasting or eating normally.
This suggests the body might be better at healing itself when eating after fasting.
However, this could also have a downside. If there are genetic mutations present, the burst of stem cell-driven regeneration after eating again might make it easier for cancer to develop.
Polyamines – small molecules important for cell growth – drive this regeneration after refeeding. These polyamines can be produced by the body, influenced by diet, or come from gut bacteria.
The findings suggest that while fasting and refeeding can improve stem cell function and regeneration, there might be a tradeoff with an increased risk of cancer, especially if fasting and refeeding cycles are repeated over time.
While this has been shown in mice, the link between intermittent fasting and cancer risk in humans is more complicated and not yet fully understood.
What has other research found?
Studies in animals have found intermittent fasting can help with weight loss, improve blood pressure and blood sugar levels, and subsequently reduce the risks of diabetes and heart disease.
Research in humans suggests intermittent fasting can reduce body weight, improve metabolic health, reduce inflammation, and enhance cellular repair processes, which remove damaged cells that could potentially turn cancerous.
However, other studies warn that the benefits of intermittent fasting are the same as what can be achieved through calorie restriction, and that there isn’t enough evidence to confirm it reduces cancer risk in humans.
What about in people with cancer?
In studies of people who have cancer, fasting has been reported to protect against the side effects of chemotherapy and improve the effectiveness of cancer treatments, while decreasing damage to healthy cells.
Prolonged fasting in some patients who have cancer has been shown to be safe and may potentially be able to decrease tumour growth.
On the other hand, some experts advise caution. Studies in mice show intermittent fasting could weaken the immune system and make the body less able to fight infection, potentially leading to worse health outcomes in people who are unwell. However, there is currently no evidence that fasting increases the risk of bacterial infections in humans.
So is it OK to try intermittent fasting?
The current view on intermittent fasting is that it can be beneficial, but experts agree more research is needed. Short-term benefits such as weight loss and better overall health are well supported. But we don’t fully understand the long-term effects, especially when it comes to cancer risk and other immune-related issues.
Since there are many different methods of intermittent fasting and people react to them differently, it’s hard to give advice that works for everyone. And because most people who participated in the studies were overweight, or had diabetes or other health problems, we don’t know how the results apply to the broader population.
For healthy people, intermittent fasting is generally considered safe. But it’s not suitable for everyone, particularly those with certain medical conditions, pregnant or breastfeeding women, and people with a history of eating disorders. So consult your health-care provider before starting any fasting program.
Amali Cooray, PhD Candidate in Genetic Engineering and Cancer, WEHI (Walter and Eliza Hall Institute of Medical Research)
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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The Coffee-Cortisol Connection, And Two Ways To Tweak It For Health
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Health opinions on coffee vary from “it’s an invigorating, healthful drink” to “it will leave you a shaking frazzled wreck”. So, what’s the truth and can we enjoy it healthily? Dr. Alan Mandell weighs in:
Enjoy it, but watch out!
Dr. Mandell is speaking only for caffeinated coffee in this video, and to this end, he’s conflating the health effects of coffee and caffeine. A statistically reasonable imprecision, since most people drink coffee with its natural caffeine in, but we’ll make some adjustment to his comments below, to disambiguate which statements are true for coffee generally, and which are true for caffeine:
- Drinking
coffeecaffeine first thing in the morning may not be ideal due to dehydration from overnight water loss. Coffeecaffeine is a diuretic, which means an increase in urination, thus further dehydrating the body.- Coffee contains great antioxidants, which are of course beneficial for the health in general.
- Cortisol, the body’s stress hormone, is generally at its peak in the morning. This is, in and of itself, good and correct—it’s how we wake up.
Coffeecaffeine consumption raises cortisol levels even more, leading to increased alertness and physical readiness, but it is possible to have too much of a good thing, and in this case, problems can arise because…- Elevated cortisol from early
coffeecaffeine drinking can build tolerance, leading to the need for morecoffeecaffeine over time. - It’s better, therefore, to defer drinking
coffeecaffeine until later in the morning when cortisol levels naturally drop. - All of this means that drinking
coffeecaffeine first thing can disrupt the neuroendocrine system, leading to fatigue, depression, and general woe. - Hydrate first thing in the morning before consuming
coffeecaffeine to keep the body balanced and healthy.
What you can see from this is that coffee and caffeine are not, in fact, interchangeable words, but the basic message is clear and correct: while a little spike of cortisol in the morning is good, natural, and even necessary, a big spike is none of those things, and caffeine can cause a big spike, and since for most people caffeine is easy to build tolerance to, there will indeed consistently be a need for more, worsening the problem.
In terms of hydration, it’s good to have water (or better yet, herbal tea) on one’s nightstand to drink when one wakes up.
If coffee is an important morning ritual for you, consider finding a good decaffeinated version for at least your first cup (this writer is partial to Lavazza’s “Dek Intenso”—which is not the same as their main decaf line, by the way, so do hold out for the “Dek Intenso” if you want to try my recommendation).
Decaffeinated coffee is hydrating and will not cause a cortisol spike (unless for some reason you find coffee as a concept very stressful in which case, yes, the stressor will cause a stress response).
Anyway, for more on all of this, enjoy:
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Want to learn more?
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The Most Underrated Hip Mobility Exercise (Not Stretching)
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Cori Lefkowith, of “Redefining Strength” and “Strong At Every Age” fame, is back to help us keep our hips in good order:
These tips don’t lie
It’s less about stretching, and more about range of motion and “use it or lose it”:
- Full range of motion in lifting exercises enhances joint mobility and stability, whereas strengthening muscles through a limited range of motion (e.g., half squats) can cause tightness.
- Lifting through a larger range of motion may result in faster strength gains too, so that’s a bonus.
- Customize your range of motion based on your body type and capability, but do try for what you reasonably can—don’t give up!
- Lower weights and focus on deeper movements like split squats or single-leg squats, but work up slowly if you have any difficulties to start with.
- Using exercises like the Bulgarian split squat and deficit split squat can improve hip mobility and strength (you’ll really need to see the video for this one)
- Fully controlling the range of motion is key to progress, even if it means going lighter; prioritize mobility over brute strength. Strength is good, but mobility is even more critical.
- Adding instability, such as raising the front foot in lunges, challenges muscles and increases mobility. Obviously, please be safe while doing so, and slowly increase the range of motion while maintaining control, avoiding reliance on momentum.
- Final tip that most don’t consider: try starting exercises from the bottom position to ensure proper form and muscle engagement!
For more on each of these plus visual demonstrations, enjoy:
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Taking A Trip Through The Evidence On Psychedelics
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In Tuesday’s newsletter, we asked you for your opinions on the medicinal use of psychedelics, and got the above-depicted, below-described, set of responses:
- 32% said “This is a good, evidence-based way to treat many brain disorders”
- 32% said “There are some benefits, but they don’t outweigh the risks”
- 20% said “This can help a select few people only; useless for the majority”
- 16% said “This is hippie hogwash and hearsay; wishful thinking at best”
Quite a spread of answers, so what does the science say?
This is hippie hogwash and hearsay; wishful thinking at best! True or False?
False! We’re tackling this one first, because it’s easiest to answer:
There are some moderately-well established [usually moderate] clinical benefits from some psychedelics for some people.
If that sounds like a very guarded statement, it is. Part of this is because “psychedelics” is an umbrella term; perhaps we should have conducted separate polls for psilocybin, MDMA, ayahuasca, LSD, ibogaine, etc, etc.
In fact: maybe we will do separate main features for some of these, as there is a lot to say about each of them separately.
Nevertheless, looking at the spread of research as it stands for psychedelics as a category, the answers are often similar across the board, even when the benefits/risks may differ from drug to drug.
To speak in broad terms, if we were to make a research summary for each drug it would look approximately like this in each case:
- there has been research into this, but not nearly enough, as “the war on drugs” may well have manifestly been lost (the winner of the war being: drugs; still around and more plentiful than ever), but it did really cramp science for a few decades.
- the studies are often small, heterogenous (often using moderately wealthy white student-age population samples), and with a low standard of evidence (i.e. the methodology often has some holes that leave room for reasonable doubt).
- the benefits recorded are often small and transient.
- in their favor, though, the risks are also generally recorded as being quite low, assuming proper safe administration*.
*Illustrative example:
Person A takes MDMA in a club, dances their cares away, has had only alcohol to drink, sweats buckets but they don’t care because they love everyone and they see how we’re all one really and it all makes sense to them and then they pass out from heat exhaustion and dehydration and suffer kidney damage (not to mention a head injury when falling) and are hospitalized and could die;
Person B takes MDMA in a lab, is overwhelmed with a sense of joy and the clarity of how their participation in the study is helping humanity; they want to hug the researcher and express their gratitude; the researcher reminds them to drink some water.
Which is not to say that a lab is the only safe manner of administration; there are many possible setups for supervised usage sites. But it does mean that the risks are often as much environmental as they are risks inherent to the drug itself.
Others are more inherent to the drug itself, such as adverse cardiac events for some drugs (ibogaine is one that definitely needs medical supervision, for example).
For those who’d like to see numbers and clinical examples of the bullet points we gave above, here you go; this is a great (and very readable) overview:
NIH | Evidence Brief: Psychedelic Medications for Mental Health and Substance Use Disorders
Notwithstanding the word “brief” (intended in the sense of: briefing), this is not especially brief and is rather an entire book (available for free, right there!), but we do recommend reading it if you have time.
This can help a select few people only; useless for the majority: True or False?
True, technically, insofar as the evidence points to these drugs being useful for such things as depression, anxiety, PTSD, addiction, etc, and estimates of people who struggle with mental health issues in general is often cited as being 1 in 4, or 1 in 5. Of course, many people may just have moderate anxiety, or a transient period of depression, etc; many, meanwhile, have it worth.
In short: there is a very large minority of people who suffer from mental health issues that, for each issue, there may be one or more psychedelic that could help.
This is a good, evidence-based way to treat many brain disorders: True or False?
True if and only if we’re willing to accept the so far weak evidence that we discussed above. False otherwise, while the jury remains out.
One thing in its favor though is that while the evidence is weak, it’s not contradictory, insofar as the large preponderance of evidence says such therapies probably do work (there aren’t many studies that returned negative results); the evidence is just weak.
When a thousand scientists say “we’re not completely sure, but this looks like it helps; we need to do more research”, then it’s good to believe them on all counts—the positivity and the uncertainty.
This is a very different picture than we saw when looking at, say, ear candling or homeopathy (things that the evidence says simply do not work).
We haven’t been linking individual studies so far, because that book we linked above has many, and the number of studies we’d have to list would be:
n = number of kinds of psychedelic drugs x number of conditions to be treated
e.g. how does psilocybin fare for depression, eating disorders, anxiety, addiction, PTSD, this, that, the other; now how does ayahuasca fare for each of those, and so on for each drug and condition; at least 25 or 30 as a baseline number, and we don’t have that room.
But here are a few samples to finish up:
- Psilocybin as a New Approach to Treat Depression and Anxiety in the Context of Life-Threatening Diseases—A Systematic Review and Meta-Analysis of Clinical Trials
- Therapeutic Use of LSD in Psychiatry: A Systematic Review of Randomized-Controlled Clinical Trials
- Efficacy of Psychoactive Drugs for the Treatment of Posttraumatic Stress Disorder: A Systematic Review of MDMA, Ketamine, LSD and Psilocybin
- Changes in self-rumination and self-compassion mediate the effect of psychedelic experiences on decreases in depression, anxiety, and stress.
- Psychedelic Treatments for Psychiatric Disorders: A Systematic Review and Thematic Synthesis of Patient Experiences in Qualitative Studies
- Repeated lysergic acid diethylamide (LSD) reverses stress-induced anxiety-like behavior, cortical synaptogenesis deficits and serotonergic neurotransmission decline
In closing…
The general scientific consensus is presently “many of those drugs may ameliorate many of those conditions, but we need a lot more research before we can say for sure”.
On a practical level, an important take-away from this is twofold:
- drugs, even those popularly considered recreational, aren’t ontologically evil, generally do have putative merits, and have been subject to a lot of dramatization/sensationalization, especially by the US government in its famous war on drugs.
- drugs, even those popularly considered beneficial and potentially lifechangingly good, are still capable of doing great harm if mismanaged, so if putting aside “don’t do drugs” as a propaganda of the past, then please do still hold onto “don’t do drugs alone”; trained professional supervision is a must for safety.
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Dates vs Prunes – Which is Healthier?
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Our Verdict
When comparing dates to prunes, we picked the prunes.
Why?
First let’s note: we’re listing the second fruit here as “prunes” rather than “plums”, since prunes are dehydrated plums, and it makes more sense to compare the dried fruit to dates which are invariably dried too. Otherwise, the water weight of plums would unfairly throw out the nutrient proportions per 100g (indeed, upon looking up numbers, dates would overwhelmingly beat plums easily in the category of pretty much every nutrient).
So let’s look at the fairer comparison:
In terms of macros, dates have a little more protein, carbohydrate, and fiber. This is because while both are dried, prunes are usually sold with more water remaining than dates; indeed, per 100g prunes still have 30g water weight to dates’ 20g water weight. This makes everything close, but we are going to call this category a nominal win for dates. Mind you, hydration is still good, but please do not rely on dried fruit for your hydration!
When it comes to vitamins, dates have more of vitamins B5 and B9, while prunes have more of vitamins A, B2, B3, B6, C, E, K, and choline. A clear win for prunes here.
In the category of minerals, it’s a similar story: dates have more iron, magnesium, and selenium, while prunes have more calcium, copper, manganese, phosphorus, potassium, and zinc. Another win for prunes.
In short, enjoy either or both, but prunes win on overall nutritional density!
Want to learn more?
You might like to read:
From Apples to Bees, and High-Fructose Cs: Which Sugars Are Healthier, And Which Are Just The Same?
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Children can be more vulnerable in the heat. Here’s how to protect them this summer
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Extreme heat is increasingly common in Australia and around the world and besides making us uncomfortable, it can harm our health. For example, exposure to extreme heat can exacerbate existing medical conditions, or cause problems such as heat stroke.
Due to a combination of physiology and behaviour, children are potentially more vulnerable to severe heat-related illness such as heat stroke or heat exhaustion.
But these are not the only heat-related health issues children might experience on a very hot day. In a new study, we looked at emergency department (ED) visits and unplanned hospital admissions among children in New South Wales on heatwave days.
We found a significant increase in children attending hospital compared to milder days – with a range of health issues.
maxim ibragimov/Shutterstock Why are children more vulnerable in the heat?
Sweating is the main way we lose heat from our bodies and cool down.
Children have a greater skin surface area to body mass ratio, which can be an advantage for sweating – they can lose more heat through evaporation for a given body mass. But this also means children can lose fluids and electrolytes faster through sweating, theoretically making them more susceptible to dehydration.
Meanwhile, younger children, particularly babies, can’t sweat as much as older children and adults. This means they can’t cool down as effectively.
Children in general also tend to engage in more outdoor physical activity, which might see them more exposed to very hot temperatures.
Further, children may be less in-tune to the signals their body is giving them that they’re overheating, such as excessive sweating or red skin. So they might not stop and cool down when they need to. Young children especially may not recognise the early signs of heat stress or be able to express discomfort.
Children may not easily be able to communicate that they’re hot and bothered. christinarosepix/Shutterstock Our study
We wanted to examine children’s exposure to extreme heat stress and the associated risks to their health.
We measured extreme heat as “heatwave days”, at least two consecutive days with a daily maximum temperature above the 95th percentile for the relevant area on a universal thermal climate index. This ranged from 27°C to 45°C depending on the area.
We assessed health outcomes by looking at ED visits and unplanned hospital admissions among children aged 0–18 years from NSW between 2000 and 2020. This totalled around 8.2 million ED visits and 1.4 million hospital admissions.
We found hospital admissions for heat-related illness were 104% more likely on heatwave days compared to non-heatwave days, and ED visits were 78% more likely. Heat-related illness includes a spectrum of disorders from minor conditions such as dehydration to life-threatening conditions such as heat stroke.
But heat-related illness wasn’t the only condition that increased on heatwave days. There was also an increase in childhood infections, particularly infectious enteritis possibly related to food poisoning (up 6% for ED visits and 17% for hospital admissions), ear infections (up 30% for ED visits and 3% for hospital admissions), and skin and soft tissue infections (up 6% for ED visits and 4% for hospital admissions).
Kids can be more vulnerable in the heat because of their behaviour and physiology. K-FK/Shutterstock We know many infectious diseases are highly seasonal. Some, like the flu, peak in winter. But heat and humidity increase the risk of certain infections caused by bacterial, viral and fungal pathogens.
For example, warmer weather and higher humidity can increase the survival of bacteria, such as Salmonella, on foods, which increases the risk of food poisoning.
Hot weather can also increase the risk of ear infections. Children may be at greater risk during hot weather because they often swim or play at the beach or pool. Water can stay in the ear after swimming and a moist environment in the ear canal can cause growth of pathogens leading to ear infections.
Which children are most vulnerable?
During heatwaves, we found infants aged under one were at increased risk of ED visits and hospital admission for any reason compared to older children. This is not surprising, because babies can’t regulate their body temperature effectively and are reliant on their caregivers to keep them cool.
Our study also found children from the most disadvantaged areas were more vulnerable to heat-related illness on heatwave days. Although we don’t know exactly why, we hypothesised families from poorer areas might have limited access to air-conditioning and could be more likely to live in hotter neighbourhoods.
Keeping kids cool: tips for parents
The highest levels of heat exposure on hot days for young children is usually when they’re taken outside in prams and strollers. To protect their children from direct sunlight, parents often instinctively cover their stroller with a cloth such as a muslin.
However, a recent study from our group showed this actually increases temperatures inside a stroller to as much as 3–4˚C higher than outside.
But if the cloth is wet with water, and a small fan is used to circulate the air close to the child, stroller temperatures can be 4–5˚C lower than outside. Wetting the cloth every 15–20 minutes (for example, with a spray bottle) maintains the cooling effect.
When young children are not in a stroller, and for older children, there are a few things to consider to keep them cool and safe.
Remember temperatures reported on weather forecasts are measured in the shade, and temperatures in the sun can be up to 15˚C higher. So sticking to the shade as much as possible is important.
Exercise generates heat inside the body, so activities should be shortened, or rescheduled to cooler times of the day.
Sunscreen and hats are important when outdoors, but neither are especially effective for keeping cool. Spraying water on the child’s skin – not just the face but arms, legs and even the torso if possible – can help. Wetting their hats is another idea.
Proper hydration on hot days is also essential. Regular water breaks, including offering water before, during and after activity, is important. Offering foods with high water content such as watermelon and orange can help with hydration too.
Wen-Qiang He, Research Fellow in Biostatistics and Epidemiology, Faculty of Medicine and Health, University of Sydney; James Smallcombe, Post-doctoral Research Associate, Faculty of Medicine and Health, University of Sydney; Natasha Nassar, Professor of Paediatric and Perinatal Epidemiology and Chair in Translational Childhood Medicine, University of Sydney, and Ollie Jay, Professor of Heat & Health; Director of Heat & Health Research Incubator; Director of Thermal Ergonomics Laboratory, University of Sydney
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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