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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50 Ways To Rewire Your Anxious Brain – by Dr. Catherine Pittman & Dr. Maha Zayed-Hoffman
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The book is divided into sections:
- Calming the amygdala
- Rewiring the amygdala
- Calming the cortex
- Resisting cortex traps
…each with a dozen or so ways to do exactly what it says in the title: rewire your anxious brain.
The authors take the stance that since our brain is changing all the time, we might as well choose the direction we prefer. They then set out to provide the tools for the lay reader to do that, and (in that fourth section we mentioned) how to avoid accidentally doing the opposite, no matter how tempting doing the opposite may be.
For a book written by two PhD scientists where a large portion of it is about neuroscience, the style is very light pop science (just a few in-line citations every few pages, where they couldn’t resist the urge), and the focus is on being useful to the reader throughout. This all makes for reassuringly science-based but accessibly readable book.
The fact that the main material comes in the form of 50 very short chapters also makes it a lot more readable for those for whom sitting down to read a lot at a time can be off-putting.
Bottom line: if you experience anxiety and would like to experience it less, this book will guide you through how to get there.
Click here to check out 50 Ways To Rewire Your Anxious Brain, and rewire your anxious brain!
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52 Weeks to Better Mental Health – by Dr. Tina Tessina
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We’ve written before about the health benefits of journaling, but how to get started, and how to make it a habit, and what even to write about?
Dr. Tessina presents a year’s worth of journaling prompts with explanations and exercises, and no, they’re not your standard CBT flowchart things, either. Rather, they not only prompt genuine introspection, but also are crafted to be consistently uplifting—yes, even if you are usually the most disinclined to such positivity, and approach such exercises with cynicism.
There’s an element of guidance beyond that, too, and as such, this book is as much a therapist-in-a-book as you might find. Of course, no book can ever replace a competent and compatible therapist, but then, competent and compatible therapists are often harder to find and can’t usually be ordered for a few dollars with next-day shipping.
Bottom line: if undertaken with seriousness, this book will be an excellent investment in your mental health and general wellbeing.
Click here to check out 52 Weeks to Better Mental Health, and get on the best path for you!
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The Dopa-Bean
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Mucuna pruriens, also called the “magic velvet bean”, is an established herbal drug used for the management of male infertility, nervous disorders, and also as an aphrodisiac:
The Magic Velvet Bean of Mucuna pruriens
How it works is more interesting than that, though.
It’s about the dopamine
M. pruriens contains levodopa (L-dopa). That’s right, the same as the dopaminergic medication most often prescribed for Parkinson’s disease. Furthermore, it might even be better than synthetic L-dopa, because:
❝M. pruriens seed extract demonstrated acetylcholinesterase inhibitory activity, while synthetic L-dopa enhanced the activity of the enzyme. It can be concluded that the administration of M. pruriens seed might be effective in protecting the brain against neurodegenerative disorders such as Parkinson’s and Alzheimer’s diseases.
M. pruriens seed extract containing L-dopa has shown less acetylcholinesterase activity stimulation compared with L-dopa, suggesting that the extract might have a superior benefit for use in the treatment of Parkinson’s disease.❞
~ Dr. Narisa Kamkaen et al.
Indeed, it has been tested specifically in (human!) Parkinson’s disease patients, which RCT found:
❝The rapid onset of action and longer on time without concomitant increase in dyskinesias on mucuna seed powder formulation suggest that this natural source of l-dopa might possess advantages over conventional l-dopa preparations in the long term management of Parkinson’s disease❞
~ Dr. Regina Katzenschlager et al.
Read more: Mucuna pruriens in Parkinson’s disease: a double-blind clinical and pharmacological study
Beyond Parkinson’s disease
M. pruriens has also been tested and found beneficial in cases of disease other than Parkinson’s, thus:
Mucuna pruriens in Parkinson’s and in some other diseases: recent advancement and future prospective
…but the science is less well-established for things not generally considered related to dopamine, such as cancer, diabetes, and cardiometabolic disorders.
Note, however, that the science for it being neuroprotective is rather stronger.
Against depression
Depression can have many causes, and (especially on a neurological level) diverse presentations. As such, sometimes what works for one person’s depression won’t touch another person’s, because the disease and treatment are about completely different neurotransmitter dysregulations. So, if a person’s depression is due to a shortage of serotonin, for example, then perking up the dopamine won’t help much, and vice versa. See also:
Antidepressants: Personalization Is Key!
When it comes to M. pruriens and antidepressant activity, then predictably it will be more likely to help if your depression is due to too little dopamine. Note that this means that even if your depression is dopamine-based, but the problem is with your dopamine receptors and not the actual levels of dopamine, then this may not help so much, depending on what else you have going on in there.
The science for M. pruriens and depression is young, and we only found non-human animal studies so far, for example:
In summary
It’s good against Parkinson’s in particular and is good against neurodegeneration in general.
It may be good against depression, depending on the kind of depression you have.
Is it safe?
That’s a great question! And the answer is: it depends. For most people, in moderation, it should be fine (but, see our usual legal/medical disclaimer). Definitely don’t take it if you have bipolar disorder or any kind of schizoid/psychotic disorder; it is likely to trigger a manic/psychotic episode if you do.
For more on this, we discussed it (pertaining to L-dopa in general, not M. pruriens specifically) at greater length here:
An Accessible New Development Against Alzheimer’s ← scroll down to the heading that reads “Is there a catch?”
Want to try some?
We don’t sell it, but here for your convenience is an example product on Amazon 😎
Enjoy!
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Hemp Seeds vs Flax Seeds – Which is Healthier?
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Our Verdict
When comparing hemp seeds to flax seeds, we picked the flax.
Why?
Both are great, but quite differently so! In other words, they both have their advantages, but on balance, we prefer the flax’s advantages.
Part of this come from the way in which they are sold/consumed—hemp seeds must be hulled first, which means two things as a result:
- Flax seeds have much more fiber (about 8x more)
- Hemp seeds have more protein (about 2x more), proportionally, at least ← this is partly because they lost a bunch of weight by losing their fiber to the hulling, so the “per 100g” values of everything else go up, even though the amount per seed didn’t change
Since people’s diets are more commonly deficient in fiber than protein, and also since 8x is better than 2x, we consider this a win for flax.
Of course, many people enjoy hemp or flax specifically for the healthy fatty acids, so how do they stack up in that regard?
- Flax seeds have more omega-3s
- Hemp seeds have more omega-6s
This, for us, is a win for flax too, as the omega-3s are generally what we need more likely to be deficient in. Hemp enthusiasts, however, may argue that the internal balance of omega-3s to omega-6s is closer to an ideal ratio in hemp—but nutrition doesn’t exist in a vacuum, so we have to consider things “as part of a balanced diet” (because if one were trying to just live on hemp seeds, one would die), and most people’s diets are skewed far too far in favor or omega-6 compared to omega-3. So for most people, the higher levels of omega-3s are the more useful.
Want to learn more?
Take care!
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Why are my muscles sore after exercise? Hint: it’s nothing to do with lactic acid
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As many of us hit the gym or go for a run to recover from the silly season, you might notice a bit of extra muscle soreness.
This is especially true if it has been a while between workouts.
A common misunderstanding is that such soreness is due to lactic acid build-up in the muscles.
Research, however, shows lactic acid has nothing to do with it. The truth is far more interesting, but also a bit more complex.
It’s not lactic acid
We’ve known for decades that lactic acid has nothing to do with muscle soreness after exercise.
In fact, as one of us (Robert Andrew Robergs) has long argued, cells produce lactate, not lactic acid. This process actually opposes not causes the build-up of acid in the muscles and bloodstream.
Unfortunately, historical inertia means people still use the term “lactic acid” in relation to exercise.
Lactate doesn’t cause major problems for the muscles you use when you exercise. You’d probably be worse off without it due to other benefits to your working muscles.
Lactate isn’t the reason you’re sore a few days after upping your weights or exercising after a long break.
So, if it’s not lactic acid and it’s not lactate, what is causing all that muscle soreness?
Muscle pain during and after exercise
When you exercise, a lot of chemical reactions occur in your muscle cells. All these chemical reactions accumulate products and by-products which cause water to enter into the cells.
That causes the pressure inside and between muscle cells to increase.
This pressure, combined with the movement of molecules from the muscle cells can stimulate nerve endings and cause discomfort during exercise.
The pain and discomfort you sometimes feel hours to days after an unfamiliar type or amount of exercise has a different list of causes.
If you exercise beyond your usual level or routine, you can cause microscopic damage to your muscles and their connections to tendons.
Such damage causes the release of ions and other molecules from the muscles, causing localised swelling and stimulation of nerve endings.
This is sometimes known as “delayed onset muscle soreness” or DOMS.
While the damage occurs during the exercise, the resulting response to the injury builds over the next one to two days (longer if the damage is severe). This can sometimes cause pain and difficulty with normal movement.
The upshot
Research is clear; the discomfort from delayed onset muscle soreness has nothing to do with lactate or lactic acid.
The good news, though, is that your muscles adapt rapidly to the activity that would initially cause delayed onset muscle soreness.
So, assuming you don’t wait too long (more than roughly two weeks) before being active again, the next time you do the same activity there will be much less damage and discomfort.
If you have an exercise goal (such as doing a particular hike or completing a half-marathon), ensure it is realistic and that you can work up to it by training over several months.
Such training will gradually build the muscle adaptations necessary to prevent delayed onset muscle soreness. And being less wrecked by exercise makes it more enjoyable and more easy to stick to a routine or habit.
Finally, remove “lactic acid” from your exercise vocabulary. Its supposed role in muscle soreness is a myth that’s hung around far too long already.
Robert Andrew Robergs, Associate Professor – Exercise Physiology, Queensland University of Technology and Samuel L. Torrens, PhD Candidate, Queensland University of Technology
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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This Book May Save Your Life – by Dr. Karan Rajan
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The title is a bold sell, but the book does include a lot of information about what can go wrong in your body, and how those things can be avoided.
What it’s not: a reiteration of Dr. Michael Greger’s “How Not To Die“. It’s not dense medical information, and it doesn’t cite papers at a rate of ten per page.
What it is: an easy-reading tour guide of the human body and its many quirks and foibles, and how we can leverage those to our benefit. On which note…
Hopefully, your insides will never see the light of day, but this author is a general surgeon and as such, is an experienced and well-qualified tour guide. Here, we learn about everything from the long and interesting journey through our gut, to the unique anatomical features and liabilities of the brain. From the bizarre oddities of the genitals, to things most people don’t know about the process of death.
The style of the book is very casual, with lots of short sections (almost mini chapters-within-chapters, really) making for very light reading—and certainly enjoyable reading too, unless you are inclined to squeamishness.
Bottom line: in honesty, the book is more informative than it is instructional, though it does contain the promised health tips too. With that in mind, it’s a very enjoyable and educational read, and we do recommend it.
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