Antidepressants: Personalization Is Key!

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Antidepressants: Personalization Is Key!

Yesterday, we asked you for your opinions on antidepressants, and got the above-depicted, below-described, set of responses:

  • Just over half of respondents said “They clearly help people, but should not be undertaken lightly”
  • Just over a fifth of respondents said “They may help some people, but the side effects are alarming”
  • Just under a sixth of respondents said “They’re a great way to correct an imbalance of neurochemicals”
  • Four respondents said “They are no better than placebo, and are more likely to harm”
  • Two respondents said “They merely mask the problem, and thus don’t really help”

So what does the science say?

❝They are no better than placebo, and are more likely to harm? True or False?❞

True or False depending on who you are and what you’re taking. Different antidepressants can work on many different systems with different mechanisms of action. This means if and only if you’re not taking the “right” antidepressant for you, then yes, you will get only placebo benefits:

Rather than dismissing antidepressants as worthless, therefore, it is a good idea to find out (by examination or trial and error) what kind of antidepressant you need, if you indeed do need such.

Otherwise it is like getting a flu shot and being surprised when you still catch a cold!

❝They merely mask the problem, and thus don’t really help: True or False?❞

False, categorically.

The problem in depressed people is the depressed mood. This may be influenced by other factors, and antidepressants indeed won’t help directly with those, but they can enable the person to better tackle them (more on this later).

❝They may help some people, but the side-effects are alarming: True or False?❞

True or False depending on more factors than we can cover here.

Side-effects vary from drug to drug and person to person, of course. As does tolerability and acceptability, since to some extent these things are subjective.

One person’s dealbreaker may be another person’s shrugworthy minor inconvenience at most.

❝They’re a great way to correct an imbalance of neurochemicals: True or False?❞

True! Contingently.

That is to say: they’re a great way to correct an imbalance of neurochemicals if and only if your problem is (at least partly) an imbalance of neurochemicals. If it’s not, then your brain can have all the neurotransmitters it needs, and you will still be depressed, because (for example) the other factors* influencing your depression have not changed.

*common examples include low self-esteem, poor physical health, socioeconomic adversity, and ostensibly bleak prospects for the future.

For those for whom the problem is/was partly a neurochemical imbalance and partly other factors, the greatest help the antidepressants give is getting the brain into sufficient working order to be able to tackle those other factors.

Want to know more about the different kinds?

Here’s a helpful side-by-side comparison of common antidepressants, what type they are, and other considerations:

Mind | Comparing Antidepressants

Want a drug-free approach?

You might like our previous main feature:

The Mental Health First-Aid That You’ll Hopefully Never Need

Take care!

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  • Strawberries vs Raspberries – Which is Healthier?

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    Our Verdict

    When comparing strawberries to raspberries, we picked the raspberries.

    Why?

    They’re both very respectable fruits, of course! But it’s not even close, and there is a clear winner here…

    In terms of macros, the biggest difference is that raspberries have moderately more carbs, and more than 3x the fiber. Technically they also have 2x the protein, but that’s a case of “two times almost nothing is still almost nothing”. All in all, and especially for the “more than 3x the fiber” (6.5g/100g to strawberries’ 2g/100g), this one’s an easy win for raspberries.

    When it comes to vitamins, strawberries have more vitamin C, while raspberries have more of vitamins A, B1, B2, B3, B5, B6, E, K, and choline. Another clear and easy win for raspberries.

    In the category of minerals, guess what, raspberries win this hands-down, too: strawberries are higher in selenium, while raspberries have more calcium, copper, iron, magnesium, manganese, phosphorus, and zinc.

    Adding up all the individual wins (all for raspberries), it’s not hard to say that raspberries win the day. Still, of course, enjoy either or both; diversity is good!

    Want to learn more?

    You might like to read:

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

    Take care!

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  • Zucchini vs Okra – Which is Healthier?

    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.

    Our Verdict

    When comparing zucchini to okra, we picked the okra.

    Why?

    Looking at the macros first, okra has nearly 2x the protein and more than 3x the fiber (for about 2x the carbs).

    In terms of vitamins, things are also quite one-sided; zucchini has a little more vitamin B2, while okra has a lot more of vitamins A, B1, B3, B5, B6, B9, C, E, K, and choline.

    Nor does the mineral situation make any compelling counterargument; zucchini is higher only in sodium, while okra has a lot more calcium, copper, iron, magnesium, manganese, phosphorus, potassium*, selenium, and zinc.

    *Actually it’s only a little more potassium. But the rest are with big margins of difference.

    Both of these on-the-cusp-of-being-pungent vegetables have beneficial antioxidant polyphenols (especially various forms of quercetin), but okra has more.

    In short: enjoy both, of course, but there’s a clear winner here and it’s okra.

    Want to learn more?

    You might like to read:

    Enjoy Bitter/Astringent/Pungent Foods For Your Heart & Brain

    Take care!

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  • Sweet Dreams Are Made of THC (Or Are They?)

    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 😎

    ❝I’m one of those older folks that have a hard time getting 7 hrs. I know a lot of it my fault…like a few beers at nite…🥰am now trying THC gummies for anxiety, instead of alcohol……less calories 😁how does THC affect our sleep,? Safer than alcohol…..I know your next article 😊😊😊😊❣️😊alot of us older kids do take gummies 😲😲😲thank you❞

    Great question! We wrote a little about CBD gummies (not THC) before:

    Do CBD Gummies Work?

    …and went on to explore THC’s health benefits and risks here:

    Cannabis Myths vs Reality

    For starters, let’s go ahead and say: you’re right that it’s safer (for most people) than alcohol—but that’s not a strong claim, because alcohol is very bad for pretty much everything, including sleep.

    So how does THC measure up when it comes to sleep quality?

    Good news: it affects the architecture of sleep in such a way that you will spend longer in deep sleep (delta wave activity), which means you get more restorative and restful sleep!

    See also: Alpha, beta, theta: what are brain states and brain waves? And can we control them?

    Bad news: it does so at the cost of reducing your REM sleep, which is also necessary for good brain health, and will cause cognitive impairment if you skip too much. Normally, if you are sleep-deprived, the brain will prioritize REM sleep at the cost of other kinds of sleep; it’s that important. However, if you are chemically impaired from getting healthy REM sleep, there’s not much your brain can do to save you from the effects of REM sleep loss.

    See: Cannabis, Cannabinoids, and Sleep: a Review of the Literature

    This is, by the way, a reason that THC gets prescribed for some sleep disorders, in cases where the initial sleep disruption was because of nightmares, as it will reduce those (along with any other dreams, as collateral damage):

    Clinical Management of Sleep and Sleep Disorders With Cannabis and Cannabinoids: Implications to Practicing Psychiatrists

    One thing to be careful of if using THC as a sleep aid is that withdrawal may make your symptoms worse than they were to start with:

    Updates in the use of cannabis for insomnia

    With all that in mind, you might consider (if you haven’t already tried it) seeing whether CBD alone improves your sleep, as while it does also extend time in deep sleep, it doesn’t reduce REM nearly as much as THC does:

    The effects of a brand-specific, hemp-derived cannabidiol product on physiological, biochemical, and psychometric outcomes in healthy adults: a double-blind, randomized clinical trial

    👆 this study was paid for by the brand being tested, so do be aware of potential publication bias. That’s not to say the study is necessarily corrupt, and indeed it probably wasn’t, but rather, the publication of the results was dependent on the company paying for them (so hypothetically they could have pulled funding from any number of other research groups that didn’t get the results they wanted, leaving this one to be the only one published). That being said, the study is interesting, which is why we’ve linked it, and it’s a good jumping-off-point for finding a lot of related papers, which you can see listed beneath it.

    CBD also has other benefits of its own, even without THC:

    CBD Oil: What Does The Science Say?

    Take care!

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  • Radishes vs Carrots – Which is Healthier?

    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.

    Our Verdict

    When comparing radishes to carrots, we picked the carrots.

    Why?

    In terms of macros, carrots have more fiber and carbs; the two root vegetables both have comparable (low) glycemic indices, so we’re saying that the one with more fiber wins, and that’s carrots.

    In the category of vitamins, radishes have more of vitamins B9 and C, while carrots have more of vitamins A, B1, B2, B3, B5, B6, E, K, and choline. An easy win for carrots.

    When it comes to minerals, radishes have more selenium, while carrots have more calcium, magnesium, manganese, phosphorus, and potassium. Another clear win for carrots.

    In terms of polyphenols, radishes do have some, but carrots have more, and thus win this category too.

    All in all, enjoy either or both, but carrots deliver the most nutrients by far!

    Want to learn more?

    You might like to read:

    What Do The Different Kinds Of Fiber Do? 30 Foods That Rank Highest

    Enjoy!

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  • Yes, adults can develop food allergies. Here are 4 types you need to know about

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    If you didn’t have food allergies as a child, is it possible to develop them as an adult? The short answer is yes. But the reasons why are much more complicated.

    Preschoolers are about four times more likely to have a food allergy than adults and are more likely to grow out of it as they get older.

    It’s hard to get accurate figures on adult food allergy prevalence. The Australian National Allergy Council reports one in 50 adults have food allergies. But a US survey suggested as many as one in ten adults were allergic to at least one food, with some developing allergies in adulthood.

    What is a food allergy

    Food allergies are immune reactions involving immunoglobulin E (IgE) – an antibody that’s central to triggering allergic responses. These are known as “IgE-mediated food allergies”.

    Food allergy symptoms that are not mediated by IgE are usually delayed reactions and called food intolerances or hypersensitivity.

    Food allergy symptoms can include hives, swelling, difficulty swallowing, vomiting, throat or chest tightening, trouble breathing, chest pain, rapid heart rate, dizziness, low blood pressure or anaphylaxis.

    Hives
    Symptoms include hives. wisely/Shutterstock

    IgE-mediated food allergies can be life threatening, so all adults need an action management plan developed in consultation with their medical team.

    Here are four IgE-mediated food allergies that can occur in adults – from relatively common ones to rare allergies you’ve probably never heard of.

    1. Single food allergies

    The most common IgE-mediated food allergies in adults in a US survey were to:

    • shellfish (2.9%)
    • cow’s milk (1.9%)
    • peanut (1.8%)
    • tree nuts (1.2%)
    • fin fish (0.9%) like barramundi, snapper, salmon, cod and perch.

    In these adults, about 45% reported reacting to multiple foods.

    This compares to most common childhood food allergies: cow’s milk, egg, peanut and soy.

    Overall, adult food allergy prevalence appears to be increasing. Compared to older surveys published in 2003 and 2004, peanut allergy prevalence has increased about three-fold (from 0.6%), while tree nuts and fin fish roughly doubled (from 0.5% each), with shellfish similar (2.5%).

    While new adult-onset food allergies are increasing, childhood-onset food allergies are also more likely to be retained into adulthood. Possible reasons for both include low vitamin D status, lack of immune system challenges due to being overly “clean”, heightened sensitisation due to allergen avoidance, and more frequent antibiotic use.

    Woman holds coffee and pastry
    Some adults develop allergies to cow’s milk, while others retain their allergy from childhood. Sarah Swinton/Unsplash

    2. Tick-meat allergy

    Tick-meat allergy, also called α-Gal syndrome or mammalian meat allergy, is an allergic reaction to galactose-alpha-1,3-galactose, or α-Gal for short.

    Australian immunologists first reported links between α-Gal syndrome and tick bites in 2009, with cases also reported in the United States, Japan, Europe and South Africa. The US Centers for Disease Control estimates about 450,000 Americans could be affected.

    The α-Gal contains a carbohydrate molecule that is bound to a protein molecule in mammals.

    The IgE-mediated allergy is triggered after repeated bites from ticks or chigger mites that have bitten those mammals. When tick saliva crosses into your body through the bite, antibodies to α-Gal are produced.

    When you subsequently eat foods that contain α-Gal, the allergy is triggered. These triggering foods include meat (lamb, beef, pork, rabbit, kangaroo), dairy products (yoghurt, cheese, ice-cream, cream), animal-origin gelatin added to gummy foods (jelly, lollies, marshmallow), prescription medications and over-the counter supplements containing gelatin (some antibiotics, vitamins and other supplements).

    Tick-meat allergy reactions can be hard to recognise because they’re usually delayed, and they can be severe and include anaphylaxis. Allergy organisations produce management guidelines, so always discuss management with your doctor.

    3. Fruit-pollen allergy

    Fruit-pollen allergy, called pollen food allergy syndrome, is an IgE-mediated allergic reaction.

    In susceptible adults, pollen in the air provokes the production of IgE antibodies to antigens in the pollen, but these antigens are similar to ones found in some fruits, vegetables and herbs. The problem is that eating those plants triggers an allergic reaction.

    The most allergenic tree pollens are from birch, cypress, Japanese cedar, latex, grass, and ragweed. Their pollen can cross-react with fruit and vegetables, including kiwi, banana, mango, avocado, grapes, celery, carrot and potato, and some herbs such as caraway, coriander, fennel, pepper and paprika.

    Fruit-pollen allergy is not common. Prevalence estimates are between 0.03% and 8% depending on the country, but it can be life-threatening. Reactions range from itching or tingling of lips, mouth, tongue and throat, called oral allergy syndrome, to mild hives, to anaphylaxis.

    4. Food-dependent, exercise-induced food allergy

    During heavy exercise, the stomach produces less acid than usual and gut permeability increases, meaning that small molecules in your gut are more likely to escape across the membrane into your blood. These include food molecules that trigger an IgE reaction.

    If the person already has IgE antibodies to the foods eaten before exercise, then the risk of triggering food allergy reactions is increased. This allergy is called food-dependent exercise-induced allergy, with symptoms ranging from hives and swelling, to difficulty breathing and anaphylaxis.

    Man stands on court
    This type of allergy is extremely rare. Ben O’Sullivan/Unsplash

    Common trigger foods include wheat, seafood, meat, poultry, egg, milk, nuts, grapes, celery and other foods, which could have been eaten many hours before exercising.

    To complicate things even further, allergic reactions can occur at lower levels of trigger-food exposure, and be more severe if the person is simultaneously taking non-steroidal inflammatory medications like aspirin, drinking alcohol or is sleep-deprived.

    Food-dependent exercise-induced allergy is extremely rare. Surveys have estimated prevalence as between one to 17 cases per 1,000 people worldwide with the highest prevalence between the teenage years to age 35. Those affected often have other allergic conditions such as hay fever, asthma, allergic conjunctivitis and dermatitis.

    Allergies are a growing burden

    The burden on physical health, psychological health and health costs due to food allergy is increasing. In the US, this financial burden was estimated as $24 billion per year.

    Adult food allergy needs to be taken seriously and those with severe symptoms should wear a medical information bracelet or chain and carry an adrenaline auto-injector pen. Concerningly, surveys suggest only about one in four adults with food allergy have an adrenaline pen.

    If you have an IgE-mediated food allergy, discuss your management plan with your doctor. You can also find more information at Allergy and Anaphylaxis Australia.

    Clare Collins, Laureate Professor in Nutrition and Dietetics, University of Newcastle

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

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  • What Do The Different Kinds Of Fiber Do? 30 Foods That Rank Highest

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    We’ve talked before about how important fiber is:

    Why You’re Probably Not Getting Enough Fiber (And How To Fix It)

    And even how it’s arguably the most important dietary factor when it comes to avoiding heart disease:

    What Matters Most For Your Heart? Eat More (Of This) For Lower Blood Pressure ← Spoiler: it’s fiber

    And yes, that’s even when considered alongside other (also laudable) dietary interventions such as lowering intake of sodium, various kinds of saturated fat, and red meat.

    So, what should we know about fiber, aside from “aim to get nearer 40g/day instead of the US average 16g/day”?

    Soluble vs Insoluble

    The first main way that dietary fibers can be categorized is soluble vs insoluble. Part of the difference is obvious, but bear with us, because there’s more to know about each:

    • Soluble fiber dissolves (what a surprise) in water and, which part is important, forms a gel. This slows down things going through your intestines, which is important for proper digestion and absorption of nutrients (as well as avoiding diarrhea). Yes, you heard right: getting enough of the right kind of fiber helps you avoid diarrhea.
    • Insoluble fiber does not dissolve (how shocking) in water and thus mostly passes through undigested by us (some will actually be digested by gut microbes who subsist on this, and in return for us feeding them daily, they make useful chemicals for us). This kind of fiber is also critical for healthy bowel movements, because without it, constipation can ensue.

    Both kinds of fiber improve just about every metric related to blood, including improving triglycerides and improving insulin sensitivity and blood glucose levels. Thus, they help guard against various kinds of cardiovascular disease, diabetes, and metabolic disease in general. Do note that because whatever’s good for your heart/blood is good for your brain (which requires a healthy heart and bloodstream to nourish it and take away waste), likely this also has a knock-on effect against cognitive decline, but we don’t have hard science for that claim so we’re going to leave that last item as a “likely”.

    However, one thing’s for sure: if you want a healthy gut, heart, and brain, you need a good balance of soluble and insoluble fibers.

    10 of the best for soluble fiber

    FoodSoluble Fiber Type(s)Soluble Fiber (g per serving)Insoluble Fiber Type(s)Insoluble Fiber (g per serving)Total Fiber (g per serving)
    Kidney beans (1 cup cooked)Pectin, Resistant Starch1.5–2Hemicellulose, Cellulose68
    Lentils (1 cup cooked)Pectin, Resistant Starch1.5–2Cellulose67.5
    Barley (1 cup cooked)Beta-glucan3–4Hemicellulose26
    Brussels sprouts (1 cup cooked)Pectin1–1.5Cellulose, Hemicellulose23.5
    Oats (1 cup cooked)Beta-glucan2–3Cellulose13
    Apples (1 medium)Pectin1–2Cellulose, Hemicellulose23
    Carrots (1 cup raw)Pectin1–1.5Cellulose, Hemicellulose23
    Citrus fruits (orange, 1 medium)Pectin1–1.5Cellulose12.5
    Flaxseeds (2 tbsp)Mucilage, Lignin1–1.5Cellulose12.5
    Psyllium husk (1 tbsp)Mucilage3–4Trace amounts03–4

    10 of the best for insoluble fiber

    FoodSoluble Fiber Type(s)Soluble Fiber (g per serving)Insoluble Fiber Type(s)Insoluble Fiber (g per serving)Total Fiber (g per serving)
    Wheat bran (1 cup)Trace amounts0Cellulose, Lignin6–86–8
    Black beans (1 cup cooked)Pectin, Resistant Starch1.5Cellulose67.5
    Brown rice (1 cup cooked)Trace amounts0.5Hemicellulose, Lignin2–32.5–3.5
    Popcorn (3 cups popped)Trace amounts0.5Hemicellulose33.5
    Broccoli (1 cup cooked)Pectin1Cellulose, Hemicellulose45
    Green beans (1 cup cooked)Trace amounts0.5Cellulose, Hemicellulose33.5
    Sweet potatoes (1 cup cooked)Pectin1–1.5Cellulose34.5
    Whole wheat bread (1 slice)Trace amounts0.5Cellulose, Hemicellulose11.5
    Pears (1 medium)Pectin1Cellulose, Hemicellulose45
    Almonds (1 oz)Trace amounts0.5Cellulose, Hemicellulose22.5

    10 of the best for a balance of both

    FoodSoluble Fiber Type(s)Soluble Fiber (g per serving)Insoluble Fiber Type(s)Insoluble Fiber (g per serving)Total Fiber (g per serving)
    Raspberries (1 cup)Pectin1Cellulose56
    Edamame (1 cup cooked)Pectin1Cellulose56
    Chia seeds (2 tbsp)Mucilage, Pectin2–3Lignin, Cellulose35.5
    Artichokes (1 medium)Inulin1Cellulose, Hemicellulose56
    Avocado (1 medium)Pectin~2Cellulose46
    Black beans (1 cup cooked)Pectin, Resistant Starch1.5Cellulose67.5
    Quinoa (1 cup cooked)Pectin, Saponins1Cellulose, Hemicellulose34
    Spinach (1 cup cooked)Pectin0.5Cellulose, Lignin33.5
    Prunes (1/2 cup)Pectin, Sorbitol2Cellulose46
    Figs (3 medium)Pectin1Cellulose23

    You’ll notice that the above “balance” is not equal; that’s ok; we need greater quantities of insoluble than soluble anyway, so it is as well that nature provides such.

    This is the same kind of balance when we talk about “balanced hormones” (does not mean all hormones are in equal amounts; means they are in the right proportions) or “balanced microbiome” (does not mean that pathogens and friendly bacteria are in equal numbers), etc.

    Some notes on the above:

    About those fiber types, some of the most important soluble ones to aim for are:

    • Beta-glucan: found in oats and barley, it supports heart health.
    • Pectin: found in fruits like apples, citrus, and pears, it helps with cholesterol control.
    • Inulin: a type of prebiotic fiber found in artichokes.
    • Lignin: found in seeds and wheat bran, it has antioxidant properties.
    • Resistant starch: found in beans and lentils, it acts as a prebiotic for gut health.

    See also: When Is A Fiber Not A Fiber? The Food Additive You Do Want

    One fiber to rule them all

    Well, not entirely (we still need the others) but there is a best all-rounder:

    The Best Kind Of Fiber For Overall Health?

    Enjoy!

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