Ham Substitute in Bean Soup

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It’s Q&A Day at 10almonds!

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

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

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

So, no question/request too big or small

I am interested in what I can substitute for ham in bean soup?

Well, that depends on what the ham was like! You can certainly buy ready-made vegan lardons (i.e. small bacon/ham bits, often in tiny cubes or similar) in any reasonably-sized supermarket. Being processed, they’re not amazing for the health, but are still an improvement on pork.

Alternatively, you can make your own seitan! Again, seitan is really not a health food, but again, it’s still relatively less bad than pork (unless you are allergic to gluten, in which case, definitely skip this one).

Alternatively alternatively, in a soup that already contains beans (so the protein element is already covered), you could just skip the ham as an added ingredient, and instead bring the extra flavor by means of a little salt, a little yeast extract (if you don’t like yeast extract, don’t worry, it won’t taste like it if you just use a teaspoon in a big pot, or half a teaspoon in a smaller pot), and a little smoked paprika. If you want to go healthier, you can swap out the salt for MSG, which enhances flavor in a similar fashion while containing less sodium.

Wondering about the health aspects of MSG? Check out our main feature on this, from last month:

What’s the deal with MSG?

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    • ‘Active recovery’ after exercise is supposed to improve performance – but does it really work?

      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.

      Imagine you have just finished a workout. Your legs are like jelly, your lungs are burning and you just want to collapse on the couch.

      But instead, you pick yourself up and go for a brisk walk.

      While this might seem counterintuitive, doing some light activity after an intense workout – known as “active recovery” – has been suggested to reduce soreness and speed up recovery after exercise.

      But does it work or is it just another fitness myth?

      gpointstudio/Shutterstock

      What is active recovery?

      Active recovery simply describes doing some low-intensity physical activity after a strenuous bout of exercise.

      This is commonly achieved through low-intensity cardio, such as walking or cycling, but can also consist of low-intensity stretching, or even bodyweight exercises such as squats and lunges.

      The key thing is making sure the intensity is light or moderate, without moving into the “vigorous” range.

      As a general rule, if you can maintain a conversation while you’re exercising, you are working at a light-to-moderate intensity.

      Some people consider doing an easy training session on their “rest days” as a form of active recovery. However, this has not really been researched. So we will be focusing on the more traditional form of active recovery in this article, where it is performed straight after exercise.

      What does active recovery do?

      Active recovery helps speed up the removal of waste products, such as lactate and hydrogen, after exercise. These waste products are moved from the muscles into the blood, before being broken down and used for energy, or simply excreted.

      This is thought to be one of the ways it promotes recovery.

      In some instances active recovery has been shown to reduce muscle soreness in the days following exercise. This may lead to a faster return to peak performance in some physical capabilities such as jump height.

      A man stretching his leg on a running track.
      Active recovery can involve stretching. fatir29/Shutterstock

      But, active recovery does not appear to reduce post-exercise inflammation. While this may sound like a bad thing, it’s not.

      Post-exercise inflammation can promote increases in strength and fitness after exercise. And so when it’s reduced (say, by using ice baths after exercise) this can lead to smaller training improvements than would be seen otherwise.

      This means active recovery can be used regularly after exercise without the risk of affecting the benefits of the main exercise session.

      There’s evidence to the contrary too

      Not all research on active recovery is positive.

      Several studies indicate it’s no better than simply lying on the couch when it comes to reducing muscle soreness and improving performance after exercise.

      In fact, there’s more research suggesting active recovery doesn’t have an effect than research showing it does have an effect.

      While there could be several reasons for this, two stand out.

      First, the way in which active recovery is applied in the research varies as lot. It’s likely there is a sweet spot in terms of how long active recovery should last to maximise its benefits (more on this later).

      Second, it’s likely the benefits of active recovery are trivial to small. As such, they won’t always be considered “significant” in the scientific literature, despite offering potentially meaningful benefits at an individual level. In sport science, studies often have small sample sizes, which can make it hard to see small effects.

      But there doesn’t seem to be any research suggesting active recovery is less effective than doing nothing, so at worst it certainly won’t cause any harm.

      When is active recovery useful?

      Active recovery appears useful if you need to perform multiple bouts of exercise within a short time frame. For example, if you were in a tournament and had 10–20 minutes between games, then a quick active recovery would be better than doing nothing.

      Active recovery might also be a useful strategy if you have to perform exercise again within 24 hours after intense activity.

      For example, if you are someone who plays sport and you need to play games on back-to-back days, doing some low-intensity active recovery after each game might help reduce soreness and improve performance on subsequent days.

      Similarly, if you are training for an event like a marathon and you have a training session the day after a particularly long or intense run, then active recovery might get you better prepared for your next training session.

      Conversely, if you have just completed a low-to-moderate intensity bout of exercise, it’s unlikely active recovery will offer the same benefits. And if you will get more than 24 hours of rest between exercise sessions, active recovery is unlikely to do much because this will probably be long enough for your body to recover naturally anyway.

      A women's soccer team sitting on the ground resting.
      Active recovery may be useful for people with back-to-back sporting commitments. Monkey Business Images/Shutterstock

      How to get the most out of active recovery

      The good news is you don’t have to do a lot of active recovery to see a benefit.

      A systematic review looking at the effectiveness of active recovery across 26 studies found 6–10 minutes of exercise was the sweet spot when it came to enhancing recovery.

      Interestingly, the intensity of exercise didn’t seem to matter. If it was within this time frame, it had a positive effect.

      So it makes sense to make your active recovery easy (because why would you make it hard if you don’t have to?) by keeping it in the light-to-moderate intensity range.

      However, don’t expect active recovery to be a complete game changer. The research would suggest the benefits are likely to be small at best.

      Hunter Bennett, Lecturer in Exercise Science, University of South Australia and Lewis Ingram, Lecturer in Physiotherapy, University of South Australia

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

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    • Toothpastes & Mouthwashes: Which Help And Which Harm?

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      Toothpastes and mouthwashes: which kinds help, and which kinds harm?

      You almost certainly brush your teeth. You might use mouthwash. A lot of people floss for three weeks at a time, often in January.

      There are a lot of options for oral hygiene; variations of the above, and many alternatives too. This is a big topic, so rather than try to squeeze it all in one, this will be a several-part series.

      For today, let’s look at toothpastes and mouthwashes, to start!

      Toothpaste options

      Toothpastes may contain one, some, or all of the following, so here are some notes on those:

      Fluoride

      Most toothpastes contain fluoride; this is generally recognized as safe though is not without its controversies. The fluoride content is the reason it’s recommended not to swallow toothpaste, though.

      The fluoride in toothpaste can cause some small problems if overused; if you see unusually white patches on your teeth (your teeth are supposed to be ivory-colored, not truly white), that is probably a case of localized overcalcification because of the fluoride, and yes, you can have too much of a good thing.

      Overall, the benefits are considered to far outweigh the risks, though.

      Baking soda

      Whether by itself or as part of a toothpaste, baking soda is a safe and effective choice, not just for cosmetic purposes, but for boosting genuine oral hygiene too:

      Activated charcoal

      Activated charcoal is great at removing many chemicals from things it touches. That includes the kind you might see on your teeth in the form of stains.

      A topical aside on safety: activated charcoal is a common ingredient in a lot of black-colored Halloween-themed foods and drinks around this time of year. Beware, if you ingest these, there’s a good chance of it also cleaning out any meds you are taking. Ask your pharmacist about your own personal meds, but meds that (ingested) activated charcoal will usually remove include:

      • Oral HRT / contraceptives
      • Antidepressants (many kinds)
      • Heart medications (at least several major kinds)

      Toothpaste, assuming you are spitting-not-swallowing, won’t remove your medications though. Nor, in case you were worrying, will it strip tooth enamel, even if you have extant tooth enamel erosion:

      Source: Activated charcoal toothpastes do not increase erosive tooth wear

      However, it’s of no special extra help when it comes to oral hygiene itself, just removing stains.

      So, if you’d like to use it for cosmetic reasons, go right ahead. If not, no need.

      Hydrogen peroxide

      This is generally not a good idea, speaking for the health. For whitening, yes, it works. But for health, not so much:

      Hydrogen peroxide-based products alter inflammatory and tissue damage-related proteins in the gingival crevicular fluid of healthy volunteers: a randomized trial

      To be clear, when they say “alter”, they mean “in a bad way”. It increases inflammation and tissue damage.

      If buying commercially-available whitening toothpaste made with hydrogen peroxide, the academic answer is that it’s a lottery, because brands’ proprietorial compounding processes vary widely and constantly with little oversight and even less transparency:

      Is whitening toothpaste safe for dental health?: RDA-PE method

      Mouthwash options

      In the case of fluoride and hydrogen peroxide, the same advice (for and against) goes as per toothpaste.

      Alcohol

      There has been some concern about the potential carcinogenic effect of alcohol-based mouthwashes. According to the best current science, this one’s not an easy yes-or-no, but rather:

      • If there are no other cancer risk factors, it does not seem to increase cancer risk
      • If there are other cancer risk factors, it does make the risk worse

      Read more:

      Non-Alcohol

      Non-alcoholic mouthwashes are not without their concerns either. In this case, the potential problem is changing the oral microbiome (we are supposed to have one!), and specifically, that the spread of what it kills and what it doesn’t may result in an imbalance that causes a lowering of the pH of the mouth.

      Put differently: it makes your saliva more acidic.

      Needless to say, that can cause its own problems for teeth. The research on this is still emerging, with regard to whether the benefits outweigh the problems, but the fact that it has this effect seems to be a consensus. Here’s an example paper; there are others:

      Effects of Chlorhexidine mouthwash on the oral microbiome

      Flossing, scraping, and alternatives

      These are important (and varied, and interesting) enough to merit their own main feature, rather than squeezing them in at the end.

      So, watch this space for a main feature on these soon!

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    • Big Think’s #1 Antidote To Aging

      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.

      Why This Video Is Important

      A lot of what we talk about here at 10almonds is focused on healthy aging. We want you – our lovely readers – to not only live for a long time, but also be healthy enough to enjoy that “long time”.

      We’ve talked about anything from Dr. Greger’s eight anti-aging interventions, to the specific benefits of resveratrol or metformin in combatting aging, to even reducing stress-induced aging.

      So, why is this video important? It goes beyond just talking about what we know about living longer, but also focuses on how we should live longer; there’s a big difference between living a long life but never leaving your house vs. living a long life beyond your front door.

      The Takeaways

      The core message that Big Think wants to convey is that our lifestyle is our best bet in slowing the aging process. Our bodies are adaptive systems, responding positively to healthy lifestyle choices. They focus on exercise: regular physical activity increases healthspan, consequently extending lifespan.

      A key takeaway is the difference between physical activity and exercise. While any movement counts as physical activity, exercise is a deliberate, health-focused activity. It benefits the brain by releasing growth factors that strengthen critical areas like the hippocampus and prefrontal cortex.

      The video encourages embracing physical activity in any form available to you, from gardening to walking. The goal isn’t to hit a specific number of steps but to stay active in a way that suits your lifestyle.

      Science may not solve death. Yet. But focusing on maintaining a healthy, functioning state for as long as possible is the real victory in the battle against aging. And, at the moment, exercise seems to be our best bet:

      How did you find that video? If you’ve discovered any great videos yourself that you’d like to share with fellow 10almonds readers, then please do email them to us!

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      • Pumpkin Seeds vs Watermelon Seeds – 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 pumpkin seeds to watermelon seeds, we picked the watermelon.

        Why?

        Starting with the macros: pumpkin seeds have a lot more carbs, while watermelon seeds have a lot more protein, despite pumpkin seeds being famous for such. They’re about equal on fiber. In terms of fats, watermelon seeds are higher in fats, and yes, these are healthy fats, mostly polyunsaturated.

        When it comes to vitamins, pumpkin seeds are marginally higher in vitamins A and C, while watermelon seeds are a lot higher in vitamins B1, B2, B3, B5, B6, and B9. An easy win for watermelon seeds here.

        In the category of minerals, despite being famous for zinc, pumpkin seeds are higher only in potassium, while watermelon seeds are higher in iron, magnesium, manganese, and phosphorus; the two seeds are equal on calcium, copper, and zinc. Another win for watermelon seeds.

        In short, enjoy both, but watermelon has more to offer. Of course, if buying just the seeds and not the whole fruit, it’s generally easier to find pumpkin seeds than watermelon seeds, so do bear in mind that pumpkin seeds’ second place isn’t that bad here—it’s just a case of a very nutritious food looking bad by standing next to an even better one.

        Want to learn more?

        You might like to read:

        Seed Saving Secrets – by Alice Mirren

        Take care!

        Don’t Forget…

        Did you arrive here from our newsletter? Don’t forget to return to the email to continue learning!

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      • Mimosa For Healing Your Body & Mind

        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.

        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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      • What’s the difference between ‘strep throat’ and a sore throat? We’re developing a vaccine for one of them

        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.

        What’s the difference? is a new editorial product that explains the similarities and differences between commonly confused health and medical terms, and why they matter.


        It’s the time of the year for coughs, colds and sore throats. So you might have heard people talk about having a “strep throat”.

        But what is that? Is it just a bad sore throat that goes away by itself in a day or two? Should you be worried?

        Here’s what we know about the similarities and differences between strep throat and a sore throat, and why they matter.

        Prostock-studio/Shutterstock

        How are they similar?

        It’s difficult to tell the difference between a sore throat and strep throat as they look and feel similar.

        People usually have a fever, a bright red throat and sometimes painful lumps in the neck (swollen lymph nodes). A throat swab can help diagnose strep throat, but the results can take a few days.

        Thankfully, both types of sore throat usually get better by themselves.

        How are they different?

        Most sore throats are caused by viruses such as common cold viruses, the flu (influenza virus), or the virus that causes glandular fever (Epstein-Barr virus).

        These viral sore throats can occur at any age. Antibiotics don’t work against viruses so if you have a viral sore throat, you won’t get better faster if you take antibiotics. You might even have some unwanted antibiotic side-effects.

        But strep throat is caused by Streptococcus pyogenes bacteria, also known as strep A. Strep throat is most common in school-aged children, but can affect other age groups. In some cases, you may need antibiotics to avoid some rare but serious complications.

        In fact, the potential for complications is one key difference between a viral sore throat and strep throat.

        Generally, a viral sore throat is very unlikely to cause complications (one exception is those caused by Epstein-Barr virus which has been associated with illnesses such as chronic fatigue syndrome, multiple sclerosis and certain cancers).

        But strep A can cause invasive disease, a rare but serious complication. This is when bacteria living somewhere on the body (usually the skin or throat) get into another part of the body where there shouldn’t be bacteria, such as the bloodstream. This can make people extremely sick.

        Invasive strep A infections and deaths have been rising in recent years around the world, especially in young children and older adults. This may be due to a number of factors such as increased social mixing at this stage of the COVID pandemic and an increase in circulating common cold viruses. But overall the reasons behind the increase in invasive strep A infections are not clear.

        Another rare but serious side effect of strep A is autoimmune disease. This is when the body’s immune system makes antibodies that react against its own cells.

        The most common example is rheumatic heart disease. This is when the body’s immune system damages the heart valves a few weeks or months after a strep throat or skin infection.

        Around the world more than 40 million people live with rheumatic heart disease and more than 300,000 die from its complications every year, mostly in developing countries.

        However, parts of Australia have some of the highest rates of rheumatic heart disease in the world. More than 5,300 Indigenous Australians live with it.

        Streptococcus pyogenes
        Strep throat is caused by Streptococcus bacteria and can be treated with antibiotics if needed. Kateryna Kon/Shutterstock

        Why do some people get sicker than others?

        We know strep A infections and rheumatic heart disease are more common in low socioeconomic communities where poverty and overcrowding lead to increased strep A transmission and disease.

        However, we don’t fully understand why some people only get a mild infection with strep throat while others get very sick with invasive disease.

        We also don’t understand why some people get rheumatic heart disease after strep A infections when most others don’t. Our research team is trying to find out.

        How about a vaccine for strep A?

        There is no strep A vaccine but many groups in Australia, New Zealand and worldwide are working towards one.

        For instance, Murdoch Children’s Research Institute and Telethon Kids Institute have formed the Australian Strep A Vaccine Initiative to develop strep A vaccines. There’s also a global consortium working towards the same goal.

        Companies such as Vaxcyte and GlaxoSmithKline have also been developing strep A vaccines.

        What if I have a sore throat?

        Most sore throats will get better by themselves. But if yours doesn’t get better in a few days or you have ongoing fever, see your GP.

        Your GP can examine you, consider running some tests and help you decide if you need antibiotics.

        Kim Davis, General paediatrician and paediatric infectious diseases specialist, Murdoch Children’s Research Institute; Alma Fulurija, Immunologist and the Australian Strep A Vaccine Initiative project lead, Telethon Kids Institute, and Myra Hardy, Postdoctoral Researcher, Infection, Immunity and Global Health, Murdoch Children’s Research Institute

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

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        Did you arrive here from our newsletter? Don’t forget to return to the email to continue learning!

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