Even small diet tweaks can lead to sustainable weight loss
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It’s a well-known fact that to lose weight, you either need to eat less or move more. But how many calories do you really need to cut out of your diet each day to lose weight? It may be less than you think.
To determine how much energy (calories) your body requires, you need to calculate your total daily energy expenditure (TDEE). This is comprised of your basal metabolic rate (BMR) – the energy needed to sustain your body’s metabolic processes at rest – and your physical activity level. Many online calculators can help determine your daily calorie needs.
If you reduce your energy intake (or increase the amount you burn through exercise) by 500-1,000 calories per day, you’ll see a weekly weight loss of around one pound (0.45kg).
But studies show that even small calorie deficits (of 100-200 calories daily) can lead to long-term, sustainable weight-loss success. And although you might not lose as much weight in the short-term by only decreasing calories slightly each day, these gradual reductions are more effective than drastic cuts as they tend to be easier to stick with.
Hormonal changes
When you decrease your calorie intake, the body’s BMR often decreases. This phenomenon is known as adaptive thermogenesis. This adaptation slows down weight loss so the body can conserve energy in response to what it perceives as starvation. This can lead to a weight-loss plateau – even when calorie intake remains reduced.
Caloric restriction can also lead to hormonal changes that influence metabolism and appetite. For instance, thyroid hormones, which regulate metabolism, can decrease – leading to a slower metabolic rate. Additionally, leptin levels drop, reducing satiety, increasing hunger and decreasing metabolic rate.
Ghrelin, known as the “hunger hormone”, also increases when caloric intake is reduced, signalling the brain to stimulate appetite and increase food intake. Higher ghrelin levels make it challenging to maintain a reduced calorie diet, as the body constantly feels hungrier.
Insulin, which helps regulate blood sugar levels and fat storage, can improve in sensitivity when we reduce calorie intake. But sometimes, insulin levels decrease instead, affecting metabolism and leading to a reduction in daily energy expenditure. Cortisol, the stress hormone, can also spike – especially when we’re in a significant caloric deficit. This may break down muscles and lead to fat retention, particularly in the stomach.
Lastly, hormones such as peptide YY and cholecystokinin, which make us feel full when we’ve eaten, can decrease when we lower calorie intake. This may make us feel hungrier.
Fortunately, there are many things we can do to address these metabolic adaptations so we can continue losing weight.
Weight loss strategies
Maintaining muscle mass (either through resistance training or eating plenty of protein) is essential to counteract the physiological adaptations that slow weight loss down. This is because muscle burns more calories at rest compared to fat tissue – which may help mitigate decreased metabolic rate.
Gradual caloric restriction (reducing daily calories by only around 200-300 a day), focusing on nutrient-dense foods (particularly those high in protein and fibre), and eating regular meals can all also help to mitigate these hormonal challenges.
But if you aren’t someone who wants to track calories each day, here are some easy strategies that can help you decrease daily calorie intake without thinking too much about it:
1. Portion control: reducing portion sizes is a straightforward way of reducing calorie intake. Use smaller plates or measure serving sizes to help reduce daily calorie intake.
2. Healthy swaps: substituting high-calorie foods with lower-calorie alternatives can help reduce overall caloric intake without feeling deprived. For example, replacing sugary snacks with fruits or swapping soda with water can make a substantial difference to your calorie intake. Fibre-rich foods can also reduce the calorie density of your meal.
3. Mindful eating: practising mindful eating involves paying attention to hunger and fullness cues, eating slowly, and avoiding distractions during meals. This approach helps prevent overeating and promotes better control over food intake.
4. Have some water: having a drink with your meal can increase satiety and reduce total food intake at a given meal. In addition, replacing sugary beverages with water has been shown to reduce calorie intake from sugars.
4. Intermittent fasting: restricting eating to specific windows can reduce your caloric intake and have positive effects on your metabolism. There are different types of intermittent fasting you can do, but one of the easiest types is restricting your mealtimes to a specific window of time (such as only eating between 12 noon and 8pm). This reduces night-time snacking, so is particularly helpful if you tend to get the snacks out late in the evening.
Long-term behavioural changes are crucial for maintaining weight loss. Successful strategies include regular physical activity, continued mindful eating, and periodically being diligent about your weight and food intake. Having a support system to help you stay on track can also play a big role in helping you maintain weight loss.
Modest weight loss of 5-10% body weight in people who are overweight or obese offers significant health benefits, including improved metabolic health and reduced risk of chronic diseases. But it can be hard to lose weight – especially given all the adaptations our body has to prevent it from happening.
Thankfully, small, sustainable changes that lead to gradual weight loss appear to be more effective in the long run, compared with more drastic lifestyle changes.
Alexandra Cremona, Lecturer, Human Nutrition and Dietetics, University of Limerick
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Can You Shrink A Waist In Seven Days?
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We don’t usually do this sort of video, but it seems timely before the new year. The exercises shown here are very good, and the small dietary tweak is what makes it work:
The method
Firstly, the small dietary tweak is: abstaining from foods that cause bloating, such as flour and dairy. She does say “брожение” (fermentation), but we don’t really use the word that way in English. On which note: she is Ukrainian and speaking Russian (context: many Ukrainians grew up speaking both languages), so you will need the subtitles on if you don’t understand Russian, but a) it’s worth it b) the subtitles have been put in manually so they’re a respectable translation.
Secondly, spoiler, she loses about 2 inches.
The exercises are:
- Pelvic swing-thrusts: sit, supporting yourself on your hands with your butt off the floor; raise your pelvis up to a table position, do 30 repetitions.
- Leg raises in high plank: perform 20 lifts per leg, each to its side.
- Leg raises (lying on back): do 20 repetitions.
- V-crunches: perform 30 repetitions.
- V-twists: lean on hands and do 25 repetitions.
These exercises (all five done daily for the 7 days) are great for core strength, and core muscletone is what keeps your innards in place, rather than letting them drop down (and out).
Thus, there’s only a small amount of actual fat loss going on here (if any), but it slims the waistline by improving muscletone and simultaneously decreasing bloating, which are both good changes.
For more on all of these plus visual demonstrations, enjoy:
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Want to learn more?
You might also like to read:
Visceral Belly Fat & How To Lose It
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Heal & Reenergize Your Brain With Optimized Sleep Cycles
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Sometimes 8 hours sleep can result in grogginess while 6 hours can result in waking up fresh as a daisy, so what gives? Dr. Tracey Marks explains, in this short video.
Getting more than Zs in
Sleep involves 90-minute cycles, usually in 4 stages:
- Stage 1: (drowsy state): brief muscle jerks; lasts a few minutes.
- Stage 2: (light sleep): sleep spindles for memory consolidation; 50% of total sleep.
- Stage 3 (deep sleep): tissue repair, immune support, brain toxin removal via the glymphatic system.
- Stage 4 (REM sleep): emotional processing, creativity, problem-solving, and dreaming.
Some things can disrupt some or all of those. To give a few common examples:
- Alcohol: impairs REM sleep.
- Caffeine: hinders deep sleep even if consumed hours before bed.
- Screentime: delays sleep onset due to blue light (but not by much); the greater problem is that it can also disrupt REM sleep due to mental stimulation.
To optimize things, Dr. Marks recommends:
- 90-minute rule: plan sleep to align with full cycles (e.g: 22:30 to 06:00 = 7½ hours, which is 5x 90-minute cycles).
- Smart alarms: use sleep-tracking apps with built-in alarm, to wake you up during light sleep phases.
- Strategic naps: keep naps to 20 minutes or a full 90-minute cycle.
- Pink noise: improves deep sleep.
- Meal timing: avoid eating within 3 hours of bedtime.
- Natural light: get morning light exposure in the morning to strengthen circadian rhythm.
For more on all of this, enjoy:
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You might also like to read:
Calculate (And Enjoy) The Perfect Night’s Sleep
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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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Almond Butter vs Cashew Butter – Which is Healthier?
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Our Verdict
When comparing almond butter to cashew butter, we picked the almond.
Why?
It’s not just our pro-almonds bias! And of course exact nutritional values may vary depending on the recipe, but we’re using the USDA’s standardized figures which should represent a reasonable average. Specifically, we’re looking at the USDA entries for “[Nut] butter, plain, without salt added”.
In terms of macros, almond butter takes the lead immediately with nearly 2x the protein and over 3x the fiber. In contrast, cashew butter has 1.5x the carbs, and the two nut butters are approximately equal on fat. An easy win for almond butter so far.
When it comes to vitamins, almond butter has more of vitamins A, B2, B3, B5, E, and choline, while cashew butter has more of vitamins B1, B6, and K. Thus, a 6:3 win for almond butter.
In the category of minerals, things are closer, but almond butter has more calcium, magnesium, manganese, phosphorus, and potassium, while cashew butter has more copper, iron, zinc, and selenium. So, a 5:4 win for almond butter.
In short, these three wins for almond butter add up to one total win for almond butter, unless you have a pressing reason to have different priorities in what you’re looking for in terms of nutrition.
Enjoy both, of course! Unless you are allergic, in which case, please don’t.
Want to learn more?
You might like to read:
Why You Should Diversify Your Nuts
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Pajama Pilates – by Maria Mankin
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If The Science Of Pilates was a bit more information than you wanted to get up and running with Pilates at home, then this book offers a much easier way in.
As the name suggests, it’s all about convenience, and making things as easy as possible while enjoying the gradual cumulative gains that come when one practises even just a little every day instead of thinking “well I would, but I have to read all this technical stuff and get changed and clear a space and…”, and thus results in meaningful improvements to mobility and strength over time.
The 40 exercises promised by the subtitle are demonstrate via cute illustrations, of which the cover art is a good representative example. There’s nothing unduly technical here, and yet everything is quite clear. There are also simple practical explanations for each, as well as an initial overview of Pilates as a whole, its principles and necessary knowledge and so forth.
Bottom line: if you’d like to get into Pilates but it has seemed sufficiently taxing that you’ve never quite got started, or if you did then it didn’t stick, then this book can make things easier.
Click here to check out Pajama Pilates, and get ready to pajama Pilates party!
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Moore’s Clinically Oriented Anatomy – by Dr. Anne Argur & Dr. Arthur Dalley
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Imagine, if you will, Grey’s Anatomy but beautifully illustrated in color and formatted in a way that’s easy to read—both in terms of layout and searchability, and also in terms of how this book presents anatomy described in a practical, functional context, with summary boxes for each area, so that the primary concepts don’t get lost in the very many details.
(In contrast, if you have a copy of the famous Grey’s Anatomy, you’ll know it’s full of many pages of nothing but tiny dense text, a large amount of which is Latin, with occasional etchings by way of illustration)
Another way in which this does a lot better than the aforementioned seminal work is that it also describes and discusses very many common variations and abnormalities, both congenital and acquired, so that it’s not just a text of “what a theoretical person looks like inside”, but rather also reflects the diverse reality of the human form (we weren’t made identically in a production line, and so we can vary quite a bit).
The book is, of course, intended for students and practitioners of medicine and related fields, so what good is it to the lay person? Well, if you ask the average person where the gallbladder is and why we have one, they will gesture in the general direction of the abdomen, and sort of shrug sheepishly. You don’t have to be that person 🙂
Bottom line: if you’d like to know your acetabulum from your zygomatic arch, this is the best anatomy book this reviewer has yet seen.
Click here to check out Moore’s Clinically Oriented Anatomy, and prepare to be amazed!
PS: this one is expensive, but consider it a fair investment in your personal education, if you’re serious about it!
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