Hungry? How To Beat Cravings

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The Science of Hunger, And How To Sate It

This is Dr. David Ludwig. That’s not a typo; he’s a doctor both ways—MD and PhD.

Henceforth we’ll just say “Dr. Ludwig”, though! He’s a professor in the Department of Nutrition at Harvard T.H. Chan School of Public Health, and director of the New Balance Foundation Obesity Prevention Center.

His research focuses on the effects of diet on hormones, metabolism, and body weight, and he’s one of the foremost experts when it comes to carbohydrates, glycemic load, and obesity.

Why are we putting on weight? What are we getting wrong?

Contrary to popular belief, Dr. Ludwig says, weight gain is not caused by a lack of exercise. In fact, people tend to overestimate how many calories are burned by exercise.

A spoonful of sugar may make the medicine go down, but it also contains 60 calories, and that’d take about 1,500 steps for the average person to burn off. Let’s put this another way:

If you walk 10,000 steps per day, that will burn off 400 calories. Still think you can exercise away that ice cream sundae or plate of fries?

Wait, this is interesting and all, but what does this have to do with hunger?

Why we get hungry

Two important things:

  • All that exercise makes us hungry, because the more we exercise, the more the body speeds up our metabolism accordingly.
  • Empty calories don’t just add weight themselves, they also make us hungrier

What are empty calories, and why do they make us hungrier?

Empty calories are calories that are relatively devoid of other nutrition. This especially means simple sugars (especially refined sugar), white flour and white flour products (quick-release starches), and processed seed oils (e.g. canola, sunflower, and friends).

They zip straight into our bloodstream, and our body sends out an army of insulin to deal with the blood sugar spike. And… that backfires.

Imagine a person whose house is a terrible mess, and they have a date coming over in half an hour.

They’re going to zoom around tidying, but they’re going to stuff things out of sight as quickly and easily as possible, rather than, say, sit down and Marie Kondo the place.

But superficially, they got the job done really quickly!

Insulin does similarly when overwhelmed by a blood sugar spike like that.

So, it stores everything as fat as quickly as possible, and whew, the pancreas needs a break now after all that exertion, and the blood is nice and free from blood sugars.

Wait, the blood is what now?

The body notices the low blood sugar levels, and it also knows you just stored fat so you must be preparing for starvation, and now the low blood sugar levels indicate starvation is upon us. Quick, we must find food if we want to survive! So it sends a hunger signal to make sure you don’t let the body starve.

You make a quick snack, and the cycle repeats.

Dr. Ludwig’s solution:

First, we need to break out of that cycle, and that includes calming down our insulin response (and thus rebuilding our insulin sensitivity, as our bodies will have become desensitized, after the equivalent of an air-raid siren every 40 minutes or so).

How to do that?

First, cut out the really bad things that we mentioned above.

Next: cut healthy carbs too—we’re talking unprocessed grains here, legumes as well, and also starchy vegetables (root vegetables etc). Don’t worry, this will be just for a short while.

The trick here is that we are resensitizing our bodies to insulin.

Keep this up for even just a week, and then gradually reintroduce the healthier carbs. Unprocessed grains are better than root vegetables, as are legumes.

You’re not going to reintroduce the sugars, white flour, canola oil, etc. You don’t have to be a puritan, and if you go to a restaurant you won’t undo all your work if you have a small portion of fries. But it’s not going to be a part of your general diet.

Other tips from Dr. Ludwig:

  • Get plenty of high-quality protein—it’s good for you and suppresses your appetite
  • Shop for success—make sure you keep your kitchen stocked with healthy easy snack food
  • Nuts, cacao nibs, and healthy seeds will be your best friends and allies here
  • Make things easy—buy pre-chopped vegetables, for example, so when you’re hungry, you don’t have to wait longer (and work more) to eat something healthy
  • Do what you can to reduce stress, and also eat mindfully (that means paying attention to each mouthful, rather than wolfing something down while multitasking)

If you’d like to know more about Dr. Ludwig and his work, you can check out his website for coaching, recipes, meal plans, his blog, and other resources!

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  • Surprising New (Healthy!) Compounds Found In Cannabis Leaves
    …and other items from this week’s health science news: The other cannabis chemicals Researchers (Dr. Magriet Muller et al.) found the first evidence of rare flavoalkaloids in cannabis leaves, revealing previously overlooked medicinal compounds in plant material that’s often treated as waste. In particular, Dr. Muller and her team identified 79 phenolic compounds across three…

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  • Figs vs Strawberries – Which is Healthier?

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    Our Verdict

    When comparing figs to strawberries, we picked the figs.

    Why?

    Both are great! But…

    In terms of macros, figs have more fiber, carbs, and protein, winning this round.

    In the category of vitamins, figs have more of vitamins A, B1, B2, B3, B5, B6, B7, and K, while strawberries have more of vitamins B9, C, E, and choline. A 7:4 win for figs.

    Looking at minerals, figs have more calcium, copper, magnesium, potassium, and zinc, while strawberries have more iron, manganese, phosphorus, and selenium, making a marginal 5:4 win for figs this time.

    In other considerations, strawberries have a much higher polyphenol content, so that’s a point in their favor.

    Adding up the sections makes for a clear overall win for figs, but by all means enjoy either or both; diversity is good!

    Want to learn more?

    You might like:

    From Apples to Bees, and High-Fructose Cs: Which Sugars Are Healthier, And Which Are Just The Same?

    Enjoy!

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  • White Noise vs Pink Noise

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    It’s Q&A Day at 10almonds!

    Have a question or a request? You can always hit “reply” to any of our emails, or use the feedback widget at the bottom!

    In cases where we’ve already covered something, we might link to what we wrote before, but will always be happy to revisit any of our topics again in the future too—there’s always more to say!

    As ever: if the question/request can be answered briefly, we’ll do it here in our Q&A Thursday edition. If not, we’ll make a main feature of it shortly afterwards!

    So, no question/request too big or small

    ❝I live in a large city and even late at night there is always a bit of background noise. While I am pretty used to it by now, I find I don’t sleep nearly as well in the city as I do in the country. I have seen some stuff about “white noise” generators. I was wondering whether you have any thoughts about the science behind these, and whether it is something I should try out – or maybe I should be trying something completly different.❞

    The science says…

    ❝Our data show that white noise significantly improved sleep based on subjective and objective measurements in subjects complaining of difficulty sleeping due to high levels of environmental noise. This suggests that the application of white noise may be an effective tool in helping to improve sleep in those settings.❞

    Source: The effects of white noise on sleep and duration in individuals living in a high noise environment in New York City

    That said, you might also consider “pink noise”, which is very similar to white noise (having all frequencies normally audible to the human ear), but has greater intensity of lower frequencies, creating a more deep and even sound. While white noise and pink noise are both great at “muting” external sounds like those that have been disturbing your sleep, pink noise may have an advantage in helping to stimulate deep and restful sleep:

    ❝This study demonstrates that steady pink noise has significant effect on reducing brain wave complexity and inducing more stable sleep time to improve sleep quality of individuals.❞

    Source: Pink noise: effect on complexity synchronization of brain activity and sleep consolidation

    There may be extra benefits to pink noise, too:

    Acoustic Enhancement of Sleep Slow Oscillations and Concomitant Memory Improvement in Older Adults

    Rest well!

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  • 16 Signs & Symptoms Of Kidney Disease

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    Chronic kidney disease is often called a silent killer, because 90% of people don’t notice they have it until the disease has progressed to an extreme level.

    While none of these signs or symptoms are guaranteed to appear, especially in the early phases, if they do show up then they are cause for getting a check-up done:

    Watch out for…

    These should serve as alarm bells:

    1. Foamy urine: persistent dense foam (like beer head) in urine suggests protein (albumin) leakage due to kidney filter damage
    2. Swelling (pitting edema): especially in the legs, feet, or around the eyes, caused by low blood albumin leading to fluid leakage into tissues
    3. Nocturia (peeing at night): frequent nighttime urination due to kidneys losing the ability to concentrate urine
    4. Half-and-half nails: nails with a distinct brownish band on the distal half, linked to chronic kidney disease
    5. Calcinosis cutis: hard white-yellow skin bumps from calcium phosphate deposits due to high blood phosphate
    6. Artery calcification: hardened arteries visible on X-ray caused by phosphate-induced bone-like deposits in blood vessel walls
    7. Muscle cramps: especially at night, due to low calcium, low magnesium, or high blood acidity from impaired kidney function
    8. Osteoporosis: weak, brittle bones from calcium being leached out due to disrupted calcium regulation—may cause height loss or fractures
    9. Itchy skin: intense, often nighttime itching caused by uremic toxins irritating nerves or accumulating in skin
    10. Restless legs syndrome: irresistible urge to move legs at night due to iron deficiency from chronic inflammation and hepcidin overproduction
    11. Metallic taste in mouth: due to urea breakdown in saliva causing ammonia and other metallic-tasting compounds
    12. Loss of appetite: also, potentially, nausea and vomiting triggered by toxins activating brain regions that sense food poisoning
    13. Easy bruising: from reduced platelet stickiness, leading to frequent unexplained bruises, gum bleeding, or nosebleeds
    14. Uremic frost: white crystalline powder on the skin in advanced kidney failure due to urea excreted through sweat
    15. Pericarditis: inflammation of the sac around the heart causing chest pain and a scratchy sound due to uremic toxins
    16. Fatigue (anemia): low red blood cell count from reduced erythropoietin production by kidneys, leading to extreme tiredness

    Attentive readers will have noticed two things here:

    • Many of these could indicate a lot of other things (e.g. fatigue can be almost anything, osteoporosis isn’t something one sees unless one checks for it, loss of appetite can be many things, etc), which helps mask kidney disease.
    • Dr. Deshauer says “17 signs” in her title, so where’s the 17th? The answer is that she listed in 17th place “no symptoms”, because many people have no noticeable symptoms until the disease reaches moderate or advanced stages.

    Both of those factors contribute to kidney disease’s “silent killer” status, but with good vigilance, we can stay as healthy as possible.

    For more on each of these, plus some visual illustrations where appropriate, enjoy:

    Click Here If The Embedded Video Doesn’t Load Automatically!

    Want to learn more?

    You might also like:

    Keeping Your Kidneys Healthy (Especially After 60) ← there’s a lot more to it than just hydration!

    Take care!

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Related Posts

  • 5 Ways Your Pets Can Make You Sick

    10almonds is reader-supported. We may, at no cost to you, receive a portion of sales if you purchase a product through a link in this article.

    Having a pet often improves one’s health, due to such things as the pleasant company and increased exercise (depending on the pet, of course).

    But it’s not always so:

    Watch out for…

    None of these are fun:

    1. Cat scratch disease: infection with Bartonella bacteria transmitted through a bite or scratch from a cat—especially kittens carrying infected fleas—causing a bump at the wound followed weeks later by fever and swollen lymph nodes.
    2. Salmonella from reptiles: infection with Salmonella bacteria carried on the skin or shell of turtles, frogs, and other reptiles or amphibians, which can spread through contaminated surfaces like sinks or bathtubs used to clean their habitats.
    3. Fish tank infection: skin infection with Mycobacterium marinum can be acquired while cleaning a fish tank, producing a slowly spreading rash along the arm.
    4. Bird fancier’s lung: a form of hypersensitivity pneumonitis caused by inhaling proteins from bird feathers or droppings, leading to chronic cough, lung inflammation, and shortness of breath in people exposed to birds.
    5. cutaneous larva migrans (hookworm infection): parasitic larvae from dog or cat hookworms burrow into your skin after contact with contaminated soil or sand, producing an intensely itchy (and migrating) rash.

    For more on each of these, plus illustrative case studies of how bad it gets with each, enjoy:

    Click Here If The Embedded Video Doesn’t Load Automatically!

    Want to learn more?

    You might also like:

    If you have a pet as a kid, does this lower your risk of asthma and eczema?

    Take care!

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  • What’s behind rising heart attack rates in younger adults

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    Deaths from heart attacks have been in decline for decades, thanks to improved diagnosis and treatments. But, among younger adults under 50 and those from communities that have been marginalized, the trend has reversed. 

    More young people have suffered heart attacks each year since the 2000s—and the reasons why aren’t always clear. 

    Here’s what you need to know about heart attack trends in younger adults.

    Heart attack deaths began declining in the 1980s

    Heart disease has been a leading cause of death in the United States for more than a century, but rates have declined for decades as diagnosis and treatments improved. In the 1950s, half of all Americans who had heart attacks died, compared to one in eight today. 

    A 2023 study found that heart attack deaths declined 4 percent a year between 1999 and 2020. 

    The downward trend plateaued in the 2000s as heart attacks in young adults rose

    In 2012, the decline in heart disease deaths in the U.S. began to slow. A 2018 study revealed that a growing number of younger adults were suffering heart attacks, with women more affected than men. Additionally, younger adults made up one-third of heart attack hospitalizations, with one in five heart attack patients being under 40.

    The following year, data showed that heart attack rates among adults under 40 had increased steadily since 2006. Even more troubling, young patients were just as likely to die from heart attacks as patients more than a decade older. 

    Why are more younger adults having heart attacks?

    Heart attacks have historically been viewed as a condition that primarily affects older adults. So, what has changed in recent decades that puts younger adults at higher risk? 

    Higher rates of obesity, diabetes, and high blood pressure

    Several leading risk factors for heart attacks are rising among younger adults.
    Between 2009 and 2020, diabetes and obesity rates increased in Americans ages 20 to 44. 

    During the same period, hypertension, or high blood pressure, rates did not improve in younger adults overall and worsened in young Hispanic people. Notably, young Black adults had hypertension rates nearly twice as high as the general population. 

    Hypertension significantly increases the risk of heart attack and cardiovascular death in young adults.

    Increased substance use

    Substance use of all kinds increases the risk of cardiovascular issues, including heart attacks. A recent study found that cardiovascular deaths associated with substance use increased by 4 percent annually between 1999 and 2019. 

    The rise in substance use-related deaths has accelerated since 2012 and was particularly pronounced among women, younger adults (25-39), American Indians and Alaska Natives, and those in rural areas.

    Alcohol was linked to 65 percent of the deaths, but stimulants (like methamphetamine) and cannabis were the substances associated with the greatest increase in cardiovascular deaths during the study period. 

    Poor mental health

    Depression and poor mental health have been linked to cardiovascular issues in young adults. A 2023 study of nearly 600,000 adults under 50 found that depression and self-reported poor mental health are a risk factor for heart disease, regardless of socioeconomic or other cardiovascular risk factors. 

    Adults under 50 years consistently report mental health conditions at around twice the rate of older adults. Additionally, U.S. depression rates have trended up and reached an all-time high in 2023, when 17.8 percent of adults reported having depression. 

    Depression rates are rising fastest among women, adults under 44, and Black and Hispanic populations. 

    COVID-19

    COVID-19 can cause real, lasting damage to the heart, increasing the risk of certain cardiovascular diseases for up to a year after infection. Vaccination reduces the risk of heart attack and other cardiovascular events caused by COVID-19 infection.

    The first year of the pandemic marked the largest single-year spike in heart-related deaths in five years, including a 14 percent increase in heart attacks. In the second year of the pandemic, heart attacks in young adults increased by 30 percent. 

    Heart attack prevention 

    Not every heart attack is preventable, but everyone can take steps to reduce their risks. The American Heart Association recommends managing health conditions that increase heart disease risk, including diabetes, obesity, and high blood pressure. 

    Lifestyle changes like improving diet, reducing substance use, and increasing physical activity can also help reduce heart attack risk. 

    For more information, talk to your health care provider.

    This article first appeared on Public Good News and is republished here under a Creative Commons license.

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  • Does ASMR really help with anxiety? A psychology expert explains the evidence

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    Most of us have experienced tingling or “goosebumps” at some point, especially when we feel a strong positive emotion such as awe or excitement.

    But some people have this response when they listen to certain sounds. Online videos which feature sounds of people whispering, crackling packets, and brushing or combing a microphone are all geared towards making you feel this positive tingle – the autonomous sensory meridian response, or ASMR.

    Not everyone responds to ASMR content. But many who do say it makes them less anxious and helps them sleep. What does the science say?

    PeopleImages.com – Yuri A/Shutterstock

    What is ASMR?

    ASMR is an involuntary emotional and physical response, typically to a sound, which causes a reflexive tingling sensation on the scalp and back of the neck.

    This multi-sensory experience can make us feel euphoria and “psychological stability”, meaning we experience less inner turmoil and feel more calm.

    However, we still don’t have much evidence about what happens in the brain and the body when this occurs.

    Some argue that ASMR is simply an example of frisson (French for “shiver”). This is when an intense emotional stimulus – such as a tender moment in a movie – triggers tingling or gives us “the chills”.

    Research suggests these so-called “skin orgasms” are due to a sudden rush of the chemical dopamine in the brain’s reward centres.

    However, the sense of awe or inspiration felt during a frisson experience is brief, (typically 4–5 seconds). In contrast, ASMR is usually described as inducing an enduring state of calm.

    What triggers ASMR?

    Almost everyone will jump out of their skins if they experience a sudden and loud sound. This is because we’ve evolved to fear what is unpleasant or unexpected, to keep us safe from danger.

    When it comes to sounds that can make us feel good, it’s not as easy to confirm whether there are universal triggers – that is, sounds that would make most people have the same positive reaction.

    Research in ASMR has identified some common triggers, including whispering, tapping and crackling sounds. But we can’t say if these sounds would have the same effect on everyone.

    ASMR videos often combine these sounds with video and role play known as “personal attention”. This means treating the camera like it is the viewer, speaking and interacting directly with it, and even simulating activities such as brushing hair or applying makeup to the viewer. https://www.youtube.com/embed/eR6H8VoPZ4M?wmode=transparent&start=0 Personal attention ASMR involves role play where the camera is treated as the viewer.

    Why doesn’t it affect everyone?

    Not everyone responds to ASMR triggers, with some estimates suggesting only one in five people can experience ASMR.

    Whether or not you do is likely due to personality type and your predisposition to susceptibility, meaning how easily others can influence you.

    Studies have found those who respond are typically younger, experience more negative emotions, and are more introverted and critical. But they also tend to be more open to trying new things.

    Some research has suggested “expectancy effects” could play a role. This is like a placebo – people who are invested in ASMR’s potential as a therapeutic tool may be more likely to feel its effects.

    However, we still don’t know precisely how ASMR works to induce positive emotions.

    More than a dozen studies have reported on how the brain behaves during ASMR. But the findings across them are inconsistent and many have a very small number of participants or no comparison group, so we can’t draw conclusions.

    Studies looking at the body’s response during ASMR experiences have had similarly mixed results. Some have found people may experience both increased sweating (linked to the stress response) and decreased heart rate (linked to relaxation).

    To describe this apparently contradictory state, some researchers have coined the term “arousing relaxation”.

    Another theory is that the social or erotic aspects of ASMR videos are a more important trigger than sounds or other stimuli – basically, that it is a kind of sexual arousal. But we would need more evidence on this.

    The bottom line

    Without being able to identify universal triggers, it’s also difficult to apply ASMR as an evidence-based tool in therapy. To date, there are no clinical trials that link ASMR with short- or long-term therapeutic effects.

    Nevertheless, many people in the “whisper community” – those who produce and consume ASMR content online – claim ASMR helps them to relax, sleep better and reduce stress.

    So, there’s no harm in ASMR if it helps you relax. But we would need more research to establish whether it’s effective as a clinical intervention for anxiety, insomnia or other conditions.

    Daniel Shepherd, Associate Professor of Psychology, Auckland University of Technology

    This article is republished from The Conversation under a Creative Commons license. Read the original article.

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