The Sweet Truth About Glycine

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Make Your Collagen Work Better

This is Dr. James Nicolantonio. He’s a doctor of pharmacy, and a research scientist. He has a passion for evidence-based nutrition, and has written numerous books on the subject.

Controversy! Dr. DiNicolatonio’s work has included cardiovascular research, in which field he has made the case for increasing (rather than decreasing) the recommended amount of salt in our diet. This, of course, goes very much against the popular status quo.

We haven’t reviewed that research so we won’t comment on it here, but we thought it worth a mention as a point of interest. We’ll investigate his claims in that regard another time, though!

Today, however, we’ll be looking at his incisive, yet not controversial, work pertaining to collagen and glycine.

A quick recap on collagen

We’ve written about collagen before, and its importance for maintaining… Well, pretty much most of our body, really, buta deficiency in collagen can particularly weaken bones and joints.

On a more surface level, collagen’s also important for healthy elastic skin, and many people take it for that reason alone,

Since collagen is found only in animals, even collagen supplements are animal-based (often marine collagen or bovine collagen). However, if we don’t want to consume those, we can (like most animals) synthesize it ourselves from the relevant amino acids, which we can get from plants (and also laboratories, in some cases).

You can read our previous article about this, here:

We Are Such Stuff As Fish Are Made Of

What does he want us to know about collagen?

We’ll save time and space here: first, he’d like us to know the same as what we said in our article above

However, there is also more:

Let’s assume that your body has collagen to process. You either consumed it, or your body has synthesized it. We’ll skip describing the many steps of collagen synthesis, fascinating as that is, and get to the point:

When our body weaves together collagen fibrils out of the (triple-helical) collagen molecules…

  • the cross-linking of the collagen requires lysyl oxidase
  • the lysyl oxidase (which we make inside us) deanimates some other amino acids yielding aldehydes that allow the stable cross-links important for the high tensile strength of collagen, but to do that, it requires copper
  • in order to use the copper it needs to be in its reduced cuprous form and that requires vitamin C
  • but moving it around the body requires vitamin A

So in other words: if you are taking (or synthesizing) collagen, you also need copper and vitamins A and C.

However! Just to make things harder, if you take copper and vitamin C together, it’ll reduce the copper too soon in the wrong place.

Dr. DiNicolantonio therefore advises taking vitamin C after copper, with a 75 minutes gap between them.

What does he want us to know about glycine?

Glycine is one of the amino acids that makes up collagen. Specifically, it makes up every third amino acid in collagen, and even more specifically, it’s also the rate-limiting factor in the formation of glutathione, which is a potent endogenous (i.e., we make it inside us) antioxidant that works hard to fight inflammation inside the body.

What this means: if your joints are prone to inflammation, being glycine-deficient means a double-whammy of woe.

As well as being one of the amino acids most key to collagen production, glycine has another collagen-related role:

First, the problem: as we age, glycated collagen accumulates in the skin and cartilage (that’s bad; there is supposed to be collagen there, but not glycated).

More on glycation and what it is and why it is so bad:

Are You Eating Advanced Glycation End-Products? The Trouble Of The AGEs

Now, the solution: glycine suppresses advanced glycation end products, including the glycation of collagen.

See for example:

Glycine Suppresses AGE/RAGE Signaling Pathway and Subsequent Oxidative Stress by Restoring Glo1 Function

With these three important functions of glycine in mind…

Dr. DiNicolantonio therefore advises getting glycine at a dose of 100mg/kg/day. So, if you’re the same size as this rather medium-sized writer, that means 7.2g/day.

Where can I get it?

Glycine is found in many foods, including gelatin for those who eat that, eggs for the vegetarians, and spinach for vegans.

However, if you’d like to simply take it as a supplement, here’s an example product on Amazon

(the above product is not clear whether it’s animal-derived or not, so if that’s important to you, shop around. This writer got some locally that is certified vegan, but is in Europe rather than N. America, which won’t help most of our subscribers)

Note: pure glycine is a white crystalline powder that has the same sweetness as glucose. Indeed, that is how it got its name, from the Greek “γλυκύς”, pronounced /ɡly.kýs/, meaning “sweet”. Yes, same etymology as glucose.

So don’t worry that you’ve been conned if you order it and think “this is sugar!”; it just looks and tastes the same.

That does mean you should buy from a reputable source though, as a con would be very easy!

this does also mean that if you like a little sugar/sweetener in your tea or coffee, glycine can be used as a healthy substitute.

If you don’t like sweet tastes, then, condolences. This writer pours two espresso coffees (love this decaffeinated coffee that actually tastes good), puts the glycine in the first, and then uses the second to get rid of the sweet taste of the first. So that’s one way to do it.

Enjoy (if you can!)

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    Evolution didn’t design us for exercise, but this book reveals how we can work with our bodies to reap the benefits without the usual gym clichés.

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  • The Truth About Chocolate & Skin Health

    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.

    It’s Q&A Day at 10almonds!

    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

    ❝What’s the science on chocolate and acne? Asking for a family member❞

    The science is: these two things are broadly unrelated to each other.

    There was a very illustrative study done specifically for this, though!

    ❝65 subjects with moderate acne ate either a bar containing ten times the amount of chocolate in a typical bar, or an identical-appearing bar which contained no chocolate. Counting of all the lesions on one side of the face before and after each ingestion period indicated no difference between the bars.

    Five normal subjects ingested two enriched chocolate bars daily for one month; this represented a daily addition of the diet of 1,200 calories, of which about half was vegetable fat. This excessive intake of chocolate and fat did not alter the composition or output of sebum.

    A review of studies purporting to show that diets high in carbohydrate or fat stimulate sebaceous secretion and adversely affect acne vulgaris indicates that these claims are unproved.

    ~ Dr. James Fulton et al.

    Source: Effect of Chocolate on Acne Vulgaris

    As for what might help against acne more than needlessly abstaining from chocolate:

    Why Do We Have Pores, And Could We Not?

    …as well as:

    Of Brains & Breakouts: The Neuroscience Of Your Skin

    And here are some other articles that might interest you about chocolate:

    Enjoy! And while we have your attention… Would you like this section to be bigger? If so, send us more questions!

    Share This Post

  • Tribulus Terrestris For Testosterone?

    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.

    (Clinical) Trials and Tribul-ations

    In the category of supplements that have enjoyed use as aphrodisiacs, Tribulus terrestris (also called caltrop, goat’s head, gokshura, or puncture vine) has a long history, having seen wide use in both Traditional Chinese Medicine and in Ayurveda.

    It’s been used for other purposes too, and has been considered a “general wellness” plant.

    So, what does the science say?

    Good news: very conclusive evidence!

    Bad news: the conclusion is not favorable…

    Scientists are known for their careful use of clinical language, and it’s very rare for a study/review to claim something as proven (scientists leave journalists to do that part), and in this case, when it comes to Tribulus’s usefulness as a testosterone-enhancing libido-boosting supplement…

    ❝analysis of empirical evidence from a comprehensive review of available literature proved this hypothesis wrong❞

    ~ Drs. Neychev & Mitev

    Strong words! You can read it in full here; they do make some concessions along the way (e.g. mentioning unclear or contradictory findings, suggesting that it may have some effect, but by an as-yet unknown mechanism if it does—although some potential effect on nitric oxide levels has been hypothesized, which is reasonable if so, as NO does feature in arousal-signalling), but the general conclusion is “no, this doesn’t have androgen-enhancing properties”:

    Pro-sexual and androgen enhancing effects of Tribulus terrestris L.: Fact or Fiction

    That’s a review though, what about taking a look at a representative RCT? Here we go:

    ❝Tribulus terrestris was not more effective than placebo on improving symptoms of erectile dysfunction or serum total testosterone❞

    ~ Dr. Santos et al.

    Read more: Tribulus terrestris versus placebo in the treatment of erectile dysfunction: A prospective, randomized, double-blind study

    As a performance-enhancer in sport

    We’ll be brief here: it doesn’t seem to work and it may not be safe:

    Insights into Supplements with Tribulus Terrestris used by Athletes

    From sport, into general wellness?

    Finally, a study that finds it may be useful for something!

    ❝Overall, participants supplemented with TT displayed significant improvements in lipid profile. Inflammatory and hematological biomarkers showed moderate beneficial effects with no significant changes on renal biomarkers. No positive effects were observed on the immune system response. Additionally, no TT-induced toxicity was reported.

    In conclusion, there was no clear evidence of the beneficial effects of TT supplementation on muscle damage markers and hormonal behavior.❞

    ~ Dr. Fernández-Lázaro et al.

    Read more: Effects of Tribulus terrestris L. on Sport and Health Biomarkers in Physically Active Adult Males: A Systematic Review

    About those lipids…

    Animal studies have shown that it may not only improve lipid profiles, but also may partially repair the endothelial dysfunction resulting from hyperlipidemia:

    Influence of Tribulus terrestris extract on lipid profile and endothelial structure in developing atherosclerotic lesions in the aorta of rabbits on a high-cholesterol diet

    Want to try some?

    In the unlikely event that today’s research review has inspired you with an urge to try Tribulus terrestris, here’s an example product on Amazon

    If on the other hand you’d like to actually increase testosterone levels, then we suggest:

    Topping Up Testosterone? ← a previous main feature did earlier this year

    Take care!

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  • Early Bird Or Night Owl? Genes vs Environment

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    A Sliding Slope?

    In Tuesday’s newsletter, we asked you how much control you believe we have over our sleep schedule, and got the above-depicted, below-described, set of responses:

    • 45% said “most people can control it; some people with sleep disorders cannot
    • 35% said “our genes predispose us to early/late, but we can slide it a bit
    • 15% said: “going against our hardwired sleep schedules is a road to ruin”
    • 5% said “anyone can adjust their sleep schedule with enough willpower”

    You may be wondering: what’s with those single-digit numbers in the graph there? And the answer is: Tuesday’s email didn’t go out at the usual time due to a scheduling mistake (sorry!), which is probably what affected the number of responses (poll response levels vary, but are usually a lot higher than this).

    Note: yes, this does mean most people who read our newsletter don’t vote. So, not to sound like a politician on the campaign trail, but… Your vote counts! We always love reading your comments when you add those, too—often they provide context that allow us to tailor what we focus on in our articles

    However, those are the responses we got, so here we are!

    What does the science say?

    Anyone can adjust their sleep with enough willpower: True or False?

    False, simply. It’s difficult for most people, but for many people with sleep disorders, it is outright impossible.

    In a battle of narcolepsy vs willpower, for example, no amount of willpower will stop the brain from switching to sleep mode when it thinks it’s time to sleep:

    ❝Narcolepsy is the most common neurological cause of chronic sleepiness. The discovery about 20 years ago that narcolepsy is caused by selective loss of the neurons producing orexins sparked great advances in the field

    [There is also] developing evidence that narcolepsy is an autoimmune disorder that may be caused by a T cell-mediated attack on the orexin neurons and explain how these new perspectives can inform better therapeutic approaches.❞

    ~ Dr. Carrie Mahoney et al. (lightly edited for brevity)

    Source: The neurobiological basis of narcolepsy

    For further reading, especially if this applies to you or a loved one:

    Living with Narcolepsy: Current Management Strategies, Future Prospects, and Overlooked Real-Life Concerns

    Our genes predispose us to early/late, but we can slide it a bit: True or False?

    True! First, about our genes predisposing us:

    Genome-wide association analysis of 89,283 individuals identifies genetic variants associated with self-reporting of being a morning person

    …and also:

    Gene distinguishes early birds from night owls and helps predict time of death

    Now, as for the “can slide it a bit”, this is really just a function of the general categories of “early bird” and “night owl” spanning periods of time that allow for a few hours’ wiggle-room at either side.

    However, it is recommended to make any actual changes more gradually, with the Sleep Foundation going so far as to recommend 30 minutes, or even just 15 minutes, of change per day:

    Sleep Foundation | How to Fix Your Sleep Schedule

    Going against our hardwired sleep schedule is a road to ruin: True or False?

    False, contextually. By this we mean: our “hardwired” sleep schedule is (for most of us), genetically predisposed but not predetermined.

    Also, genetic predispositions are not necessarily always good for us; one would not argue, for example, for avoiding going against a genetic predisposition to addiction.

    Some genetic predispositions are just plain bad for us, and genes can be a bit of a lottery.

    That said, we do recommend getting some insider knowledge (literally), by getting personal genomics tests done, if that’s a viable option for you, so you know what’s really a genetic trait (and what to do with that information) and what’s probably caused by something else (and what to do with that information):

    Genetic Testing: Health Benefits & Methods

    Take care!

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Related Posts

  • The Surprising Link Between Type 2 Diabetes & Alzheimer’s
  • From straight to curly, thick to thin: here’s how hormones and chemotherapy can change your hair

    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.

    Head hair comes in many colours, shapes and sizes, and hairstyles are often an expression of personal style or cultural identity.

    Many different genes determine our hair texture, thickness and colour. But some people’s hair changes around the time of puberty, pregnancy or after chemotherapy.

    So, what can cause hair to become curlier, thicker, thinner or grey?

    Curly or straight? How hair follicle shape plays a role

    Hair is made of keratin, a strong and insoluble protein. Each hair strand grows from its own hair follicle that extends deep into the skin.

    Curly hair forms due to asymmetry of both the hair follicle and the keratin in the hair.

    Follicles that produce curly hair are asymmetrical and curved and lie at an angle to the surface of the skin. This kinks the hair as it first grows.

    The asymmetry of the hair follicle also causes the keratin to bunch up on one side of the hair strand. This pulls parts of the hair strand closer together into a curl, which maintains the curl as the hair continues to grow.

    Follicles that are symmetrical, round and perpendicular to the skin surface produce straight hair.

    A diagram shows the hair follicle shape of straight, curly and coiled hair.
    Each hair strand grows from its own hair follicle.
    Mosterpiece/Shutterstock

    Life changes, hair changes

    Our hair undergoes repeated cycles throughout life, with different stages of growth and loss.

    Each hair follicle contains stem cells, which multiply and grow into a hair strand.

    Head hairs spend most of their time in the growth phase, which can last for several years. This is why head hair can grow so long.

    Let’s look at the life of a single hair strand. After the growth phase is a transitional phase of about two weeks, where the hair strand stops growing. This is followed by a resting phase where the hair remains in the follicle for a few months before it naturally falls out.

    The hair follicle remains in the skin and the stems cells grow a new hair to repeat the cycle.

    Each hair on the scalp is replaced every three to five years.

    A woman with curly hair works on her computer.
    Each hair on the scalp is replaced every three to five years.
    Just Life/Shutterstock

    Hormone changes during and after pregnancy alter the usual hair cycle

    Many women notice their hair is thicker during pregnancy.

    During pregnancy, high levels of oestrogen, progesterone and prolactin prolong the resting phase of the hair cycle. This means the hair stays in the hair follicle for longer, with less hair loss.

    A drop in hormones a few months after delivery causes increased hair loss. This is due to all the hairs that remained in the resting phase during pregnancy falling out in a fairly synchronised way.

    Hair can change around puberty, pregnancy or after chemotherapy

    This is related to the genetics of hair shape, which is an example of incomplete dominance.

    Incomplete dominance is when there is a middle version of a trait. For hair, we have curly hair and straight hair genes. But when someone has one curly hair gene and one straight hair gene, they can have wavy hair.

    Hormonal changes that occur around puberty and pregnancy can affect the function of genes. This can cause the curly hair gene of someone with wavy hair to become more active. This can change their hair from wavy to curly.

    Researchers have identified that activating specific genes can change hair in pigs from straight to curly.

    Chemotherapy has very visible effects on hair. Chemotherapy kills rapidly dividing cells, including hair follicles, which causes hair loss. Chemotherapy can also have genetic effects that influence hair follicle shape. This can cause hair to regrow with a different shape for the first few cycles of hair regrowth.

    A woman with wavy hair looks in a mirror
    Your hair can change at different stages of your life.
    Igor Ivakhno/Shutterstock

    Hormonal changes as we age also affect our hair

    Throughout life, thyroid hormones are essential for production of keratin. Low levels of thyroid hormones can cause dry and brittle hair.

    Oestrogen and androgens also regulate hair growth and loss, particularly as we age.

    Balding in males is due to higher levels of androgens. In particular, high dihydrotestosterone (sometimes shortened to DHT), which is produced in the body from testosterone, has a role in male pattern baldness.

    Some women experience female pattern hair loss. This is caused by a combination of genetic factors plus lower levels of oestrogen and higher androgens after menopause. The hair follicles become smaller and smaller until they no longer produce hairs.

    Reduced function of the cells that produce melanin (the pigment that gives our hair colour) is what causes greying.The Conversation

    Theresa Larkin, Associate professor of Medical Sciences, University of Wollongong

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

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  • Qigong: A Breath Of Fresh Air?

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    Qigong: Breathing Is Good (Magic Remains Unverified)

    In Tuesday’s newsletter, we asked you for your opinions of qigong, and got the above-depicted, below-described, set of responses:

    • About 55% said “Qigong is just breathing, but breathing exercises are good for the health”
    • About 41% said “Qigong helps regulate our qi and thus imbue us with healthy vitality”
    • One (1) person said “Qigong is a mystical waste of time and any benefits are just placebo”

    The sample size was a little low for this one, but the results were quite clearly favorable, one way or another.

    So what does the science say?

    Qigong is just breathing: True or False?

    True or False, depending on how we want to define it—because qigong ranges in its presentation from indeed “just breathing exercises”, to “breathing exercises with visualization” to “special breathing exercises with visualization that have to be exactly this way, with these hand and sometimes body movements also, which also must be just right”, to far more complex definitions that involve qi by various mystical definitions, and/or an appeal to a scientific analog of qi; often some kind of bioelectrical field or such.

    There is, it must be said, no good quality evidence for the existence of qi.

    Writer’s note, lest 41% of you want my head now: I’ve been practicing qigong and related arts for about 30 years and find such to be of great merit. This personal experience and understanding does not, however, change the state of affairs when it comes to the availability (or rather, the lack) of high quality clinical evidence to point to.

    Which is not to say there is no clinical evidence, for example:

    Acute Physiological and Psychological Effects of Qigong Exercise in Older Practitioners

    …found that qigong indeed increased meridian electrical conductance!

    Except… Electrical conductance is measured with galvanic skin responses, which increase with sweat. But don’t worry, to control for that, they asked participants to dry themselves with a towel. Unfortunately, this overlooks the fact that a) more sweat can come where that came from, because the body will continue until it is satisfied of adequate homeostasis, and b) drying oneself with a towel will remove the moisture better than it’ll remove the salts from the skin—bearing in mind that it’s mostly the salts, rather than the moisture itself, that improve the conductivity (pure distilled water does conduct electricity, but not very well).

    In other words, this was shoddy methodology. How did it pass peer review? Well, here’s an insight into that journal’s peer review process…

    ❝The peer-review system of EBCAM is farcical: potential authors who send their submissions to EBCAM are invited to suggest their preferred reviewers who subsequently are almost invariably appointed to do the job. It goes without saying that such a system is prone to all sorts of serious failures; in fact, this is not peer-review at all, in my opinion, it is an unethical sham.❞

    ~ Dr. Edzard Ernst, a founding editor of EBCAM (he since left, and decries what has happened to it since)

    One of the other key problems is: how does one test qigong against placebo?

    Scientists have looked into this question, and their answers have thus far been unsatisfying, and generally to the tune of the true-but-unhelpful statement that “future research needs to be better”:

    Problems of scientific methodology related to placebo control in Qigong studies: A systematic review

    Most studies into qigong are interventional studies, that is to say, they measure people’s metrics (for example, blood pressure, heart rate, maybe immune function biomarkers, sleep quality metrics of various kinds, subjective reports of stress levels, physical biomarkers of stress levels, things like that), then do a course of qigong (perhaps 6 weeks, for example), then measure them again, and see if the course of qigong improved things.

    This almost always results in an improvement when looking at the before-and-after, but it says nothing for whether the benefits were purely placebo.

    We did find one study that claimed to be placebo-controlled:

    A placebo-controlled trial of ‘one-minute qigong exercise’ on the reduction of blood pressure among patients with essential hypertension

    …but upon reading the paper itself carefully, it turned out that while the experimental group did qigong, the control group did a reading exercise. Which is… Saying how well qigong performs vs reading (qigong did outperform reading, for the record), but nothing for how well it performs vs placebo, because reading isn’t a remotely credible placebo.

    See also: Placebo Effect: Making Things Work Since… Well, A Very Long Time Ago ← this one explains a lot about how placebo effect does work

    Qigong is a mystical waste of time: True or False?

    False! This one we can answer easily. Interventional studies invariably find it does help, and the fact remains that even if placebo is its primary mechanism of action, it is of benefit and therefore not a waste of time.

    Which is not to say that placebo is its only, or even necessarily primary, mechanism of action.

    Even from a purely empirical evidence-based medicine point of view, qigong is at the very least breathing exercises plus (usually) some low-impact body movement. Those are already two things that can be looked at, mechanistic processes pointed to, and declarations confidently made of “this is an activity that’s beneficial for health”.

    See for example:

    …and those are all from respectable journals with meaningful peer review processes.

    None of them are placebo-controlled, because there is no real option of “and group B will only be tricked into believing they are doing deep breathing exercises with low-impact movements”; that’s impossible.

    But! They each show how doing qigong reliably outperforms not doing qigong for various measurable metrics of health.

    And, we chose examples with physical symptoms and where possible empirically measurable outcomes (such as COVID-19 infection levels, or inflammatory responses); there are reams of studies showings qigong improves purely subjective wellbeing—but the latter could probably be claimed for any enjoyable activity, whereas changes in inflammatory biomarkers, not such much.

    In short: for most people, it indeed reliably helps with many things. And importantly, it has no particular risks associated with it, and it’s almost universally framed as a complementary therapy rather than an alternative therapy.

    This is critical, because it means that whereas someone may hold off on taking evidence-based medicines while trying out (for example) homeopathy, few people are likely to hold off on other treatments while trying out qigong—since it’s being viewed as a helper rather than a Hail-Mary.

    Want to read more about qigong?

    Here’s the NIH’s National Center for Complementary and Integrative Health has to say. It cites a lot of poor quality science, but it does mention when the science it’s citing is of poor quality, and over all gives quite a rounded view:

    Qigong: What You Need To Know

    Enjoy!

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  • Mimosa For Healing Your Body & Mind

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    Today we’re looking at mimosa (no relation to the cocktail!), which is a name given to several related plant species that belong to the same genus or general clade, look similar, and have similar properties and behavior.

    As a point of interest that’s not useful: mimosa is one of those plants whereby if you touch it, it’ll retract its leaves and shrink away from you. The leaves also droop at nighttime (perfectly healthily; they’re not wilting or anything; this too is just plant movement), and spring back up in the daytime.

    So that’s what we mean when we say “and behavior” 😉

    Antidepressant & anxiolytic

    Mimosa bark and leaves have long been used in Traditional Chinese Medicine, as well as (albeit different species) in the North-East of Brazil, and (again, sometimes different species) in Mexico.

    Animal studies, in vivo studies, and clinical practice in humans, have found this to be effective, for example:

    ❝[Mimosa pudica extract] has anti-anxiety, anti-depressant and memory enhancing activities that are mediated through multiple mechanisms❞

    Source: Effects of Mimosa pudica L. leaves extract on anxiety, depression and memory

    Research is ongoing with regard to how, exactly, mimosa does what it does. Here’s a paper about another species mimosa:

    Molecular basis and mechanism of action of Albizia julibrissin in depression treatment and clinical application of its formulae

    (notwithstanding the genus name, it’s still part of the mimosa clade)

    Anti-inflammatory & analgesic

    In this case, mimosa has traditionally been used as a topical tincture (for skin damage of many kinds, ranging from cuts and abrasions to burns to autoimmune conditions and more), so what does the science say about that?

    ❝In summary, the present study provided evidence that the [mimosa extract], its fractions and the isolated compound sakuranetin showed significant anti-inflammatory and antinociceptive activities❞

    Read in full: Antinoceptive and Anti-inflammatory Activities of the Ethanolic Extract, Fractions and Flavones Isolated from Mimosa tenuiflora (Willd.) Poir (Leguminosae)

    Wound healing

    About those various skin damages, here’s another application, and a study showing that it doesn’t just make it feel better, it actually helps it to heal, too:

    ❝Therapeutic effectiveness occurred in all patients of the extract group; after the 8th treatment week, ulcer size was reduced by 92% as mean value in this group, whereas therapeutic effectiveness was observed only in one patient of the control group (chi(2), p=0.0001). No side effects were observed in any patient in either group.❞

    Very compelling stats!

    Read more: Therapeutic effectiveness of a Mimosa tenuiflora cortex extract in venous leg ulceration treatment

    Is it safe?

    Yes, for most people, with some caveats:

    1. this one comes with a clear “don’t take if pregnant or breastfeeding” warning, as for unknown reasons it has caused a high incidence of fetal abnormalities or fetal death in animal studies.
    2. while the stem bark (the kind used in most mimosa supplements and most readily found online) has negligible psychoactivity, as do many species of mimosa in general, the root of M. tenuiflora has psychedelic effects similar to ayahuasca if taken orally, for example as a decoction, if in the presence of a monoamine oxidase inhibitor (MAOI), as otherwise MAO would metabolize the psychoactive component in the gut before it can enter the bloodstream.

    That’s several “ifs”, meaning that the chances of unwanted psychedelic effects are slim if you’re paying attention, but as ever, do check with your doctor/pharmacist to be sure.

    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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