Can You Get Addicted To MSG, Like With Sugar?
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Have a question or a request? We love to hear from you!
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 😎
❝Hello, I love your newsletter 🙂 Can I have a question? While browsing through your recepies, I realised many contained MSG. As someone based in Europe, I am not used to using MSG while cooking (of course I know that processed food bought in supermarket containes MSG). There is a stigma, that MSG is not particulary healthy, but rather it should be really bad and cause negative effects like headaches. Is this true? Also, can you get addicted to MSG, just like you get addicted to sugar? Thank you :)❞
Thank you for the kind words, and the interesting questions!
Short answer: no and no 🙂
Longer answer: most of the negative reputation about MSG comes from a single piece of satire written in the US in the 1960s, which the popular press then misrepresented as a genuine concern, and the public then ran with, mostly due to racism/xenophobia/sinophobia specifically, given the US’s historically not fabulous relations with China, and the moniker of “Chinese restaurant syndrome”, notwithstanding that MSG was first isolated in Japan, not China, more than 100 years ago.
The silver lining that comes out of this is that because of the above, MSG has been one of the most-studied food additives in recent decades, with many teams of scientists in many countries trying to determine its risks and not finding any (except insofar as anything in extreme quantities can kill you, including water or oxygen).
You can read more about this and other* myths about MSG, here:
Monosodium Glutamate: Sinless Flavor-Enhancer Or Terrible Health Risk?
*such as pertaining to gluten sensitivity, which in reality MSG has no bearing on whatsoever as it does not contain gluten and is not even made of the same basic stuff; gluten being a protein made of (amongst other things) the amino acid glutamine, not a glutamate salt. Glutamate is as closely related to gluten as cyanocobalamin (vitamin B12) is to cyanide (the famous poison).
PS: if you didn’t click the above link to read that article, then 1) we really do recommend it 2) we did some LD50 calculations there and looked at available research, and found that for someone of this writer’s (very medium) size, eating 1kg of MSG at once is sufficient to cause toxicity, and injecting >250g of MSG may cause heart problems. So we don’t recommend doing that.
However, ½ tsp in a recipe that gives multiple portions is not going to get you anywhere close to the danger zone, unless you consume that entire meal by yourself hundreds of times per day. And if you do, the MSG is probably the least of your concerns.
(2 tsp of cassia cinnamon, however, is enough to cause coumarin toxicity; for this reason we recommend Ceylon (or “True” or “Sweet”) cinnamon in our recipes, as it has almost undetectable levels of coumarin)
With regard to your interesting question about addiction, first of all let’s speak briefly about sugar addiction:
Sugar addiction is, by broad scientific consensus, agreed-upon as an extant thing that does exist, and contemporary research is more looking into the “hows” and “whys” and “whats” rather than the “whether”. It is a somewhat complicated topic, because it’s halfway between what science would usually consider a chemical addiction, and what science would usually consider a behavioral addiction:
The Not-So-Sweet Science Of Sugar Addiction
The reasonable prevailing hypothesis, therefore, is that sugar simply has two moderate mechanisms of addiction, rather than one strong one.
The biochemical side of sugar addiction comes from the body’s metabolism of sugar, so this cannot be a thing for MSG, because there is nothing to metabolize in the same sense of the word (MSG being an inorganic compound with zero calories).
People can crave salt, especially when deficient in it, and MSG does contain sodium (it’s what the “S” stands for), but it contains a little under ⅓ of the sodium that table salt does (sodium chloride in whatever form, be it sea salt, rock salt, or such):
MSG vs. Salt: Sodium Comparison ← we do molecular calculations here!
Sea Salt vs MSG – Which is Healthier? ← this one for a head-to-head
However, even craving salt does not constitute an addiction; nobody is shamefully hiding their rock salt crystals under their bed and getting a fix when they feel low, and nor does withdrawal cause adverse side effects, except insofar as (once again) a person deficient in salt will crave salt.
Finally, the only other way we know of that one might wonder if MSG could be addictive, is about glutamate and glutamate receptors. The glutamate in MSG is the same glutamate (down to the atoms) as the glutamate formed if one consumes tomatoes in the presence of salt, and triggers the same glutamate receptors in the same way. We have the same number of receptors either way, and uptake is exactly the same (because again, it’s exactly the same chemical) so there is a maximum to how strong this effect can be, and that maximum is the same whatever the source of the glutamate was.
In this respect, if MSG is addictive, then so is a tomato salad with a pinch of salt: it’s not—it’s just tasty.
We haven’t cited papers in today’s article, but it’s just because we cited them already in the articles we linked, and so we avoided doubling up. Most of them are in that first link we gave 🙂
One final note
Technically anyone can develop a sensitivity to anything, so in theory someone could develop a sensitivity to MSG, just like they could for any other ingredient. Our usual legal/medical disclaimer applies.
However, it’s certainly not a common trigger, putting it well below common allergens like nuts (or less common allergens like, say, bananas), not even in the same league as common intolerances such as gluten, and less worthy of health risk warnings than, say, spinach (high in oxalates; fine for most people but best avoided if you have kidney problems).
The reason we use it in the recipes we use it in, is simply because it’s a lower-sodium alternative to salt, and while it contains a (very) tiny bit less sodium than low-sodium salt (which itself has about ⅓ the sodium of regular salt), it has more of a flavor-enhancing effect, such that one can use half as much, for a more than sixfold total sodium reduction. Which for most of us in the industrialized world, is beneficial.
Want to try some?
If today’s article has inspired you to give MSG a try, here’s an example product on Amazon 😎
Enjoy!
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The End of Stress – by Don Joseph Goewey
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So, we probably know to remember to take a deep breath once in a while, and adopt a “focus on what you can control, rather than what you can’t” attitude. In this book, Goewey covers a lot more.
After an overview of how we have a brain wired for stress, what it does to us, and why we should rewire that, he dives straight into such topics as:
- Letting go of fear—safely!
- Number-crunching the real risks
- Leading with good decisions, and trusting the process
- Actively practicing a peaceful mindset (some very good tips here)
- Transcending shame (and thus sidestepping the stress that it may otherwise bring)
The book brings together a lot of ideas and factors, seamlessly. From scientific data to case studies, to “try this and see”, encouraging us to try certain exercises for ourselves and be surprised at the results.
All in all, this is a great book on not just managing stress, but—as the title suggests—ending it in all and any cases it’s not useful to us. In other words, this book? It is useful to us.
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What Happened to You? – by Dr. Bruce Perry and Oprah Winfrey
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The very title “What Happened To You?” starts with an assumption that the reader has suffered trauma. This is not just a sample bias of “a person who picks up a book about healing from trauma has probably suffered trauma”, but is also a statistically safe assumption. Around 60% of adults report having suffered some kind of serious trauma.
The authors examine, as the subtitle suggests, these matters in three parts:
- Trauma
- Resilience
- Healing
Trauma can take many forms; sometimes it is a very obvious dramatic traumatic event; sometimes less so. Sometimes it can be a mountain of small things that eroded our strength leaving us broken. But what then, of resilience?
Resilience (in psychology, anyway) is not imperviousness; it is the ability to suffer and recover from things.
Healing is the tail-end part of that. When we have undergone trauma, displayed whatever amount of resilience we could at the time, and now have outgrown our coping strategies and looking to genuinely heal.
The authors present many personal stories and case studies to illustrate different kinds of trauma and resilience, and then go on to outline what we can do to grow from there.
Bottom line: if you or a loved one has suffered trauma, this book may help a lot in understanding and processing that, and finding a way forwards from it.
Click here to check out “What Happened To You?” and give yourself what you deserve.
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Almonds vs Pecans – Which is Healthier?
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Our Verdict
When comparing almonds to pecans, we picked the almonds.
Why?
In terms of macros, almonds have more protein, carbs, and fiber, as well as the lower glycemic index. A strong start for almonds here, though pecans have more fat (and the healthy blend of fats is quite comparable from one nut to the other).
In the category of vitamins, almonds have more of vitamins B2, B3, B9, E, and choline, while pecans have more of vitamins A, B1, B5, B6, and K. Numerically that’s a tie, though the biggest margins of difference are for vitamins A and E, respectively, and we might want to prioritize almonds’ extra vitamin E, over pecans’ extra vitamin A, given that vitamin A is more easily found in large quantities in many foods, whereas vitamin E is not quite so abundant generally. So in short, either a tie or a slight win for almonds here.
When it comes to minerals, both contain a lot of goodness, but almonds have more calcium, iron, magnesium, phosphorus, potassium, and selenium, while pecans have more copper, manganese, and zinc. A clear win for almonds, though as we say, pecans are also great for this, just not as great as almonds.
As a side-note, both of these nuts have been found to have anticancer properties against breast cancer cell lines. In all likelihood this means they help against other cancers too, but breast cancer is what the extant research has been for.
So, naturally, enjoy either or both (in fact, both is ideal). But if you want to choose one for nutritional density, it’s almonds.
Want to learn more?
You might like to read:
Why You Should Diversify Your Nuts
Take care!
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What’s the difference between physical and chemical sunscreens? And which one should you choose?
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Sun exposure can accelerate ageing, cause skin burns, erythema (a skin reaction), skin cancer, melasmas (or sun spots) and other forms of hyperpigmentation – all triggered by solar ultraviolet radiation.
Approximately 80% of skin cancer cases in people engaged in outdoor activities are preventable by decreasing sun exposure. This can be done in lots of ways including wearing protective clothing or sunscreens.
But not all sunscreens work in the same way. You might have heard of “physical” and “chemical” sunscreens. What’s the difference and which one is right for you?
How sunscreens are classified
Sunscreens are grouped by their use of active inorganic and organic ultraviolet (UV) filters. Chemical sunscreens use organic filters such as cinnamates (chemically related to cinnamon oil) and benzophenones. Physical sunscreens (sometimes called mineral sunscreens) use inorganic filters such as titanium and zinc oxide.
These filters prevent the effects of UV radiation on the skin.
Organic UV filters are known as chemical filters because the molecules in them change to stop UV radiation reaching the skin. Inorganic UV filters are known as physical filters, because they work through physical means, such as blocking, scattering and reflection of UV radiation to prevent skin damage.
Nano versus micro
The effectiveness of the filters in physical sunscreen depends on factors including the size of the particle, how it’s mixed into the cream or lotion, the amount used and the refraction index (the speed light travels through a substance) of each filter.
When the particle size in physical sunscreens is large, it causes the light to be scattered and reflected more. That means physical sunscreens can be more obvious on the skin, which can reduce their cosmetic appeal.
Nanoparticulate forms of physical sunscreens (with tiny particles smaller than 100 nanometers) can improve the cosmetic appearance of creams on the skin and UV protection, because the particles in this size range absorb more radiation than they reflect. These are sometimes labelled as “invisible” zinc or mineral formulations and are considered safe.
So how do chemical sunscreens work?
Chemical UV filters work by absorbing high-energy UV rays. This leads to the filter molecules interacting with sunlight and changing chemically.
When molecules return to their ground (or lower energy) state, they release energy as heat, distributed all over the skin. This may lead to uncomfortable reactions for people with skin sensitivity.
Generally, UV filters are meant to stay on the epidermis (the first skin layer) surface to protect it from UV radiation. When they enter into the dermis (the connective tissue layer) and bloodstream, this can lead to skin sensitivity and increase the risk of toxicity. The safety profile of chemical UV filters may depend on whether their small molecular size allows them to penetrate the skin.
Chemical sunscreens, compared to physical ones, cause more adverse reactions in the skin because of chemical changes in their molecules. In addition, some chemical filters, such as dibenzoylmethane tend to break down after UV exposure. These degraded products can no longer protect the skin against UV and, if they penetrate the skin, can cause cell damage.
Due to their stability – that is, how well they retain product integrity and effectiveness when exposed to sunlight – physical sunscreens may be more suitable for children and people with skin allergies.
Although sunscreen filter ingredients can rarely cause true allergic dermatitis, patients with photodermatoses (where the skin reacts to light) and eczema have higher risk and should take care and seek advice.
What to look for
The best way to check if you’ll have a reaction to a physical or chemical sunscreen is to patch test it on a small area of skin.
And the best sunscreen to choose is one that provides broad-spectrum protection, is water and sweat-resistant, has a high sun protection factor (SPF), is easy to apply and has a low allergy risk.
Health authorities recommend sunscreen to prevent sun damage and cancer. Chemical sunscreens have the potential to penetrate the skin and may cause irritation for some people. Physical sunscreens are considered safe and effective and nanoparticulate formulations can increase their appeal and ease of use.
Yousuf Mohammed, Dermatology researcher, The University of Queensland and Khanh Phan, Postdoctoral research associate, Frazer Institute, The University of Queensland
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Keep Inflammation At Bay
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How to Prevent (or Reduce) Inflammation
You asked us to do a main feature on inflammation, so here we go!
Before we start, it’s worth noting an important difference between acute and chronic inflammation:
- Acute inflammation is generally when the body detects some invader, and goes to war against it. This (except in cases such as allergic responses) is usually helpful.
- Chronic inflammation is generally when the body does a civil war. This is almost never helpful.
We’ll be tackling the latter, which frees up your body’s resources to do better at the former.
First, the obvious…
These five things are as important for this as they are for most things:
- Get a good diet—the Mediterranean diet is once again a top-scorer
- Exercise—move and stretch your body; don’t overdo it, but do what you reasonably can, or the inflammation will get worse.
- Reduce (or ideally eliminate) alcohol consumption. When in pain, it’s easy to turn to the bottle, and say “isn’t this one of red wine’s benefits?” (it isn’t, functionally*). Alcohol will cause your inflammation to flare up like little else.
- Don’t smoke—it’s bad for everything, and that goes for inflammation too.
- Get good sleep. Obviously this can be difficult with chronic pain, but do take your sleep seriously. For example, invest in a good mattress, nice bedding, a good bedtime routine, etc.
*Resveratrol (which is a polyphenol, by the way), famously found in red wine, does have anti-inflammatory properties. However, to get enough resveratrol to be of benefit would require drinking far more wine than will be good for your inflammation or, indeed, the rest of you. So if you’d like resveratrol benefits, consider taking it as a supplement. Superficially it doesn’t seem as much fun as drinking red wine, but we assure you that the results will be much more fun than the inflammation flare-up after drinking.
About the Mediterranean Diet for this…
There are many causes of chronic inflammation, but here are some studies done with some of the most common ones:
- Beneficial effect of Mediterranean diet in systemic lupus erythematosus patients
- How the Mediterranean diet and some of its components modulate inflammatory pathways in arthritis
- The effects of the Mediterranean diet on biomarkers of vascular wall inflammation and plaque vulnerability in subjects with high risk for cardiovascular disease
- Adherence to Mediterranean diet and 10-year incidence of diabetes: correlations with inflammatory and oxidative stress biomarkers*
*Type 1 diabetes is a congenital autoimmune disorder, as the pancreas goes to war with itself. Type 2 diabetes is different, being a) acquired and b) primarily about insulin resistance, and/but this is related to chronic inflammation regardless. It is also possible to have T1D and go on to develop insulin resistance, and that’s very bad, and/but beyond the scope of today’s newsletter, in which we are focusing on the inflammation aspects.
Some specific foods to eat or avoid…
Eat these:
- Leafy greens
- Cruciferous vegetables
- Tomatoes
- Fruits in general (berries in particular)
- Healthy fats, e.g. olives and olive oil
- Almonds and other nuts
- Dark chocolate (choose high cocoa, low sugar)
Avoid these:
- Processed meats (absolute worst offenders are hot dogs, followed by sausages in general)
- Red meats
- Sugar (includes most fruit juices, but not most actual fruits—the difference with actual fruits is they still contain plenty of fiber, and in many cases, antioxidants/polyphenols that reduce inflammation)
- Dairy products (unless fermented, in which case it seems to be at worst neutral, sometimes even a benefit, in moderation)
- White flour (and white flour products, e.g. white bread, white pasta, etc)
- Processed vegetable oils
See also: 9 Best Drinks To Reduce Inflammation, Says Science
Supplements?
Some supplements that have been found to reduce inflammation include:
(links are to studies showing their efficacy)
Consider Intermittent Fasting
Remember when we talked about the difference between acute and chronic inflammation? It’s fair to wonder “if I reduce my inflammatory response, will I be weakening my immune system?”, and the answer is: generally, no.
Often, as with the above supplements and dietary considerations, reducing inflammation actually results in a better immune response when it’s actually needed! This is because your immune system works better when it hasn’t been working in overdrive constantly.
Here’s another good example: intermittent fasting reduces the number of circulating monocytes (a way of measuring inflammation) in healthy humans—but doesn‘t compromise antimicrobial (e.g. against bacteria and viruses) immune response.
See for yourself: Dietary Intake Regulates the Circulating Inflammatory Monocyte Pool ← the study is about the anti-inflammatory effects of fasting
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Building Psychological Resilience (Without Undue Hardship)
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What’s The Worst That Could Happen?
When we talk about the five lifestyle factors that make the biggest difference to health, stress management would be a worthy addition as number six. We haven’t focused explicitly on that for a while, so let’s get ready to start the New Year on a good footing…
You’re not going to have a stress-free 2024
What a tender world that would be! Hopefully your stressors will be small and manageable, but rest assured, things will stress you.
And that’s key: “rest assured”. Know it now, prepare for it, and build resilience.
Sounds grim, doesn’t it? It doesn’t have to be, though.
When the forecast weather is cold and wet, you’re not afraid of it when you have a warm dry house. When the heating bill comes for that warm dry house, you’re not afraid of it when you have money to pay it. If you didn’t have the money and the warm dry house, the cold wet weather could be devastating to you.
The lesson here is: we can generally handle what we’re prepared for.
Negative visualization and the PNS
This is the opposite of what a lot of “think and grow rich”-style gurus would advise. And indeed, it’s not helpful to slide into anxious worrying.
If you do find yourself spiralling, here’s a tool for getting out of that spiral:
RAIN: an intervention for dealing with difficult emotions
For now, however, we’re going to practice Radical Acceptance.
First, some biology: you may be aware that your Central Nervous System (CNS) branches into the Sympathetic Nervous System (SNS) and the Parasympathetic Nervous System (PNS).
The PNS is the part that cues our body to relax, and suppresses our fight/flight response. We’re going to activate it.
Activating the PNS is easy for most people in comfortable circumstances (e.g., you are not currently exposed to stressful stimuli). It may well be activated already, and if it’s not, a few deep breaths is usually all it takes.
If you’d like a quick and easy Mindfulness-Based Stress Reduction (MBSR) technique, here you go:
No-Frills, Evidence-Based Mindfulness
Activating the PNS is hard for most people in difficult circumstances (e.g., you either are currently exposed to stressful stimuli, or you are in one of the emotional spirals we discussed earlier).
However, we can trick our bodies and brains by—when we are safe and unstressed—practicing imagining those stressful stimuli. Taking a moment to not just imagine it experientially, but immersively. This, in CBT and DBT, is the modern equivalent to the old samurai who simply accepted, before battle, that they were already dead—and thus went into battle with zero fear of death.
A less drastic example is the zen master who had a favorite teacup, and feared it would get broken. So he would tell himself “the cup is already broken”. One day, it actually broke, and he simply smiled ruefully and said “Of course”.
How this ties together: practice the mindfulness-based stress reduction we linked above, while imagining the things that do/would stress you the most.
Since it’s just imagination, this is a little easier than when the thing is actually happening. Practicing this way means that when and if the thing actually happens (an unfortunate diagnosis, a financial reversal, whatever it may be), our CNS is already well-trained to respond to stress with a dose of PNS-induced calm.
You can also leverage hormesis, a beneficial aspect of (in this case, optional and chosen by you) acute stress:
Dr. Elissa Epel | The Stress Prescription
Psychological resilience training
This (learned!) ability to respond to stress in an adaptive fashion (without maladaptive coping strategies such as unhelpful behavioral reactivity and/or substance use) is a key part of what in psychology is called resilience:
And yes, the CBT/DBT/MBSR methods we’ve been giving you are the evidence-based gold standard.
Only the best for 10almonds subscribers! 😎
❝That was helpful, but not cheery; can we finish the year on a cheerier note?❞
We can indeed:
How To Get Your Brain On A More Positive Track (Without Toxic Positivity)
Take care!
Don’t Forget…
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