Wholesome Threesome Protein Soup
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This soup has two protein– and fiber-rich pseudo-grains, one real wholegrain, and nutrient-dense cashews for yet even more protein, and all of the above are full of many great vitamins and minerals. All in all, a well-balanced and highly-nutritious light meal!
You will need
- ⅓ cup quinoa
- ⅓ cup green lentils
- ⅓ cup wholegrain rice
- 5 cups low-sodium vegetable stock (ideally you made this yourself from offcuts of vegetables, but failing that, low-sodium stock cubes can be bought in most large supermarkets)
- ¼ cup cashews
- 1 tbsp dried thyme
- 1 tbsp black pepper, coarse ground
- ½ tsp MSG or 1 tsp low-sodium salt
Optional topping:
- ⅓ cup pine nuts
- ⅓ cup finely chopped fresh mint leaves
- 2 tbsp coconut oil
Method
(we suggest you read everything at least once before doing anything)
1) Rinse the quinoa, lentils, and rice.
2) Boil 4 cups of the stock and add the grains and seasonings (MSG/salt, pepper, thyme); simmer for about 25 minutes.
3) Blend the cashews with the other cup of vegetable stock, until smooth. Add the cashew mixture to the soup, stirring it in, and allow to simmer for another 5 minutes.
4) Heat the coconut oil in a skillet and add the pine nuts, stirring until they are golden brown.
5) Serve the soup into bowls, adding the mint and pine nuts to each.
Enjoy!
Want to learn more?
For those interested in some of the science of what we have going on today:
- Give Us This Day Our Daily Dozen
- Black Pepper’s Impressive Anti-Cancer Arsenal (And More)
- Why You Should Diversify Your Nuts!
Take care!
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What’s the difference between miscarriage and stillbirth?
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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.
Former US First Lady Michelle Obama revealed in her memoir she had a miscarriage. UK singer-songwriter and actor Lily Allen has gone on the record about her stillbirth.
Both miscarriage and stillbirth are sadly familiar terms for pregnancy loss. They can be traumatic life events for the prospective parents and family, and their impacts can be long-lasting. But the terms can be confused.
Here are some similarities and differences between miscarriage and stillbirth, and why they matter.
Let’s start with some definitions
In broad terms, a miscarriage is when a pregnancy ends while the fetus is not yet viable (before it could survive outside the womb).
This is the loss of an “intra-uterine” pregnancy, when an embryo is implanted in the womb to then develop into a fetus. The term miscarriage excludes ectopic pregnancies, where the embryo is implanted outside the womb.
However, stillbirth refers to the end of a pregnancy when the fetus is normally viable. There may have been sufficient time into the pregnancy. Alternatively, the fetus may have grown large enough to be normally expected to survive, but it dies in the womb or during delivery.
The Australian Institute of Health and Welfare defines stillbirth as a fetal death of at least 20 completed weeks of gestation or with a birthweight of at least 400 grams.
Internationally, definitions of stillbirth vary depending on the jurisdiction.
How common are they?
It is difficult to know how common miscarriages are as they can happen when a woman doesn’t know she is pregnant. There may be no obvious symptoms or something that looks like a heavier-than-normal period. So miscarriages are likely to be more common than reported.
Studies from Europe and North America suggest a miscarriage occurs in about one in seven pregnancies (15%). More than one in eight women (13%) will have a miscarriage at some time in her life.
Around 1–2% of women have recurrent miscarriages. In Australia this is when someone has three or more miscarriages with no pregnancy in between.
Australia has one of the lowest rates of stillbirth in the world. The rate has been relatively steady over the past 20 years at 0.7% or around seven per 1,000 pregnancies.
Who’s at risk?
Someone who has already had a miscarriage or stillbirth has an increased risk of that outcome again in a subsequent pregnancy.
Compared with women who have had a live birth, those who have had a stillbirth have double the risk of another. For those who have had recurrent miscarriages, the risk of another miscarriage is four-fold higher.
Some factors have a u-shaped relationship, with the risk of miscarriage and stillbirth lowest in the middle.
For instance, maternal age is a risk factor for both miscarriage and stillbirth, especially if under 20 years old or older than 35. Increasing age of the male is only a risk factor for stillbirth, especially for fathers over 40.
Similarly for maternal bodyweight, women with a body mass index or BMI in the normal range have the lowest risk of miscarriage and stillbirth compared with those in the obese or underweight categories.
Lifestyle factors such as smoking and heavy alcohol drinking while pregnant are also risk factors for both miscarriage and stillbirth.
So it’s important to not only avoid smoking and alcohol while pregnant, but before getting pregnant. This is because early in the pregnancy, women may not know they have conceived and could unwittingly expose the developing fetus.
Why do they happen?
Miscarriage often results from chromosomal problems in the developing fetus. However, genetic conditions or birth defects account for only 7-14% of stillbirths.
Instead, stillbirths often relate directly to pregnancy complications, such as a prolonged pregnancy or problems with the umbilical cord.
Maternal health at the time of pregnancy is another contributing factor in the risk of both miscarriage and stillbirths.
Chronic diseases, such as high blood pressure, diabetes, hypothyroidism (underactive thyroid), polycystic ovary syndrome, problems with the immune system (such as an autoimmune disorder), and some bacterial and viral infections are among factors that can increase the risk of miscarriage.
Similarly mothers with diabetes, high blood pressure, and untreated infections, such as malaria or syphilis, face an increased risk of stillbirth.
In many cases, however, the specific cause of pregnancy loss is not known.
How about the long-term health risks?
Miscarriage and stillbirth can be early indicators of health issues later in life.
For instance, women who have had recurrent miscarriages or recurrent stillbirths are at higher risk of cardiovascular disease (such as heart disease or stroke).
Our research has also looked at the increased risk of stroke. Compared with women who had never miscarried, we found women with a history of three or more miscarriages had a 35% higher risk of non-fatal stroke and 82% higher risk of fatal stroke.
Women who had a stillbirth had a 31% higher risk of a non-fatal stroke, and those who had had two or more stillbirths were at a 26% higher risk of a fatal stroke.
We saw similar patterns in chronic obstructive pulmonary disease or COPD, a progressive lung disease with respiratory symptoms such as breathlessness and coughing.
Our data showed women with a history of recurrent miscarriages or stillbirths were at a 36% or 67% higher risk of COPD, respectively, even after accounting for a history of asthma.
Why is all this important?
Being well-informed about the similarities and differences between these two traumatic life events may help explain what has happened to you or a loved one.
Where risk factors can be modified, such as smoking and obesity, this information can be empowering for individuals who wish to reduce their risk of miscarriage and stillbirth and make lifestyle changes before they become pregnant.
More information and support about miscarriage and stillbirth is available from SANDS and Pink Elephants.
Gita Mishra, Professor of Life Course Epidemiology, Faculty of Medicine, The University of Queensland; Chen Liang, PhD student, reproductive history and non-communicable diseases in women, The University of Queensland, and Jenny Doust, Clinical Professorial Research Fellow, School of Public Health, The University of Queensland
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Rose Hips vs Blueberries – Which is Healthier?
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Our Verdict
When comparing rose hips to blueberries, we picked the rose hips.
Why?
Both of these fruits are abundant sources of antioxidants and other polyphenols, but one of them stands out for overall nutritional density:
In terms of macros, rose hips have about 2x the carbohydrates, and/but about 10x the fiber. That’s an easy calculation and a clear win for rose hips.
When it comes to vitamins, rose hips have a lot more of vitamins A, B2, B3, B5, B6, C, E, K, and choline. On the other hand, blueberries boast more of vitamins B1 and B9. That’s a 9:2 lead for rose hips, even before we consider rose hips’ much greater margins of difference (kicking off with 80x the vitamin A, for instance, and many multiples of many of the others).
In the category of minerals, rose hips have a lot more calcium, copper, iron, magnesium, manganese, phosphorus, potassium, and zinc. Meanwhile, blueberries are not higher in any minerals.
In short: as ever, enjoy both, but if you’re looking for nutritional density, there’s a clear winner here and it’s rose hips.
Want to learn more?
You might like to read:
It’s In The Hips: Rosehip’s Benefits, Inside & Out
Take care!
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Body Sculpting with Kettlebells for Women – by Lorna Kleidman
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For those of us who are more often lifting groceries or pots and pans than bodybuilding trophies, kettlebells provide a way of training functional strength. This book does (as per the title) offer both sides of things—the body sculpting, and thebody maintenance free from pain and injury.
Kleidman first explains the basics of kettlebell training, and how to get the most from one’s workouts, before discussing what kinds of exercises are best for which benefits, and finally moving on to provide full exercise programs.
The exercise programs themselves are fairly comprehensive without being unduly detailed, and give a week-by-week plan for getting your body to where you want it to be.
The style is fairly personal and relaxed, while keeping things quite clear—the photographs are also clear, though if there’s a weakness here, it’s that we don’t get to see which muscles are being worked in the same as we do when there’s an illustration with a different-colored part to show that.
Bottom line: if you’re looking for an introductory course for kettlebell training that’ll take you from beginner through to the “I now know what I’m doing and can take it from here, thanks” stage.
Click here to check out Body Sculpting With Kettlebells For Women, and get sculpting!
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What’s the difference between vegan and vegetarian?
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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.
Vegan and vegetarian diets are plant-based diets. Both include plant foods, such as fruits, vegetables, legumes and whole grains.
But there are important differences, and knowing what you can and can’t eat when it comes to a vegan and vegetarian diet can be confusing.
So, what’s the main difference?
What’s a vegan diet?
A vegan diet is an entirely plant-based diet. It doesn’t include any meat and animal products. So, no meat, poultry, fish, seafood, eggs, dairy or honey.
What’s a vegetarian diet?
A vegetarian diet is a plant-based diet that generally excludes meat, poultry, fish and seafood, but can include animal products. So, unlike a vegan diet, a vegetarian diet can include eggs, dairy and honey.
But you may be wondering why you’ve heard of vegetarians who eat fish, vegetarians who don’t eat eggs, vegetarians who don’t eat dairy, and even vegetarians who eat some meat. Well, it’s because there are variations on a vegetarian diet:
- a lacto-ovo vegetarian diet excludes meat, poultry, fish and seafood, but includes eggs, dairy and honey
- an ovo-vegetarian diet excludes meat, poultry, fish, seafood and dairy, but includes eggs and honey
- a lacto-vegetarian diet excludes meat, poultry, fish, seafood and eggs, but includes dairy and honey
- a pescatarian diet excludes meat and poultry, but includes eggs, dairy, honey, fish and seafood
- a flexitarian, or semi-vegetarian diet, includes eggs, dairy and honey and may include small amounts of meat, poultry, fish and seafood.
Are these diets healthy?
A 2023 review looked at the health effects of vegetarian and vegan diets from two types of study.
Observational studies followed people over the years to see how their diets were linked to their health. In these studies, eating a vegetarian diet was associated with a lower risk of developing cardiovascular disease (such as heart disease or a stroke), diabetes, hypertension (high blood pressure), dementia and cancer.
For example, in a study of 44,561 participants, the risk of heart disease was 32% lower in vegetarians than non-vegetarians after an average follow-up of nearly 12 years.
Further evidence came from randomised controlled trials. These instruct study participants to eat a specific diet for a specific period of time and monitor their health throughout. These studies showed eating a vegetarian or vegan diet led to reductions in weight, blood pressure, and levels of unhealthy cholesterol.
For example, one analysis combined data from seven randomised controlled trials. This so-called meta-analysis included data from 311 participants. It showed eating a vegetarian diet was associated with a systolic blood pressure (the first number in your blood pressure reading) an average 5 mmHg lower compared with non-vegetarian diets.
It seems vegetarian diets are more likely to be healthier, across a number of measures.
For example, a 2022 meta-analysis combined the results of several observational studies. It concluded a vegetarian diet, rather than vegan diet, was recommended to prevent heart disease.
There is also evidence vegans are more likely to have bone fractures than vegetarians. This could be partly due to a lower body-mass index and a lower intake of nutrients such as calcium, vitamin D and protein.
But it can be about more than just food
Many vegans, where possible, do not use products that directly or indirectly involve using animals.
So vegans would not wear leather, wool or silk clothing, for example. And they would not use soaps or candles made from beeswax, or use products tested on animals.
The motivation for following a vegan or vegetarian diet can vary from person to person. Common motivations include health, environmental, ethical, religious or economic reasons.
And for many people who follow a vegan or vegetarian diet, this forms a central part of their identity.
So, should I adopt a vegan or vegetarian diet?
If you are thinking about a vegan or vegetarian diet, here are some things to consider:
- eating more plant foods does not automatically mean you are eating a healthier diet. Hot chips, biscuits and soft drinks can all be vegan or vegetarian foods. And many plant-based alternatives, such as plant-based sausages, can be high in added salt
- meeting the nutrient intake targets for vitamin B12, iron, calcium, and iodine requires more careful planning while on a vegan or vegetarian diet. This is because meat, seafood and animal products are good sources of these vitamins and minerals
- eating a plant-based diet doesn’t necessarily mean excluding all meat and animal products. A healthy flexitarian diet prioritises eating more whole plant-foods, such as vegetables and beans, and less processed meat, such as bacon and sausages
- the Australian Dietary Guidelines recommend eating a wide variety of foods from the five food groups (fruit, vegetables, cereals, lean meat and/or their alternatives and reduced-fat dairy products and/or their alternatives). So if you are eating animal products, choose lean, reduced-fat meats and dairy products and limit processed meats.
Katherine Livingstone, NHMRC Emerging Leadership Fellow and Senior Research Fellow at the Institute for Physical Activity and Nutrition, Deakin University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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The Sugar Alcohol That Reduces BMI!
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Inositol Does-It-Ol’!
First things first, a quick clarification up-front:
Myo-inositol or D-chiro-inositol?
We’re going to be talking about inositol today, which comes in numerous forms, but most importantly:
- Myo-inositol (myo-Ins)
- D-chiro-inositol (D-chiro-Ins)
These are both inositol, (a sugar alcohol!) and for our purposes today, the most relevant form is myo-inositol.
The studies we’ll look at today are either:
- just about myo-inositol, or
- about myo-inositol in the presence of d-chiro-inositol at a 40:1 ratio.
You have both in your body naturally; wherever supplementation is mentioned, it means supplementing with either:
- extra myo-inositol (because that’s the one the body more often needs more of), or
- both, at the 40:1 ratio that we mentioned above (because that’s one way to help balance an imbalanced ratio)
With that in mind…
Inositol against diabetes?
Inositol is known to:
- decrease insulin resistance
- increase insulin sensitivity
- have an important role in cell signaling
- have an important role in metabolism
The first two things there both mean that inositol is good against diabetes. It’s not “take this and you’re cured”, but:
- if you’re pre-diabetic it may help you avoid type 2 diabetes
- if you are diabetic (either type) it can help in the management of your diabetes.
It does this by allowing your body to make better use of insulin (regardless of whether that insulin is from your pancreas or from the pharmacy).
How does it do that? Research is still underway and there’s a lot we don’t know yet, but here’s one way, for example:
❝Evidence showed that inositol phosphates might enhance the browning of white adipocytes and directly improve insulin sensitivity through adipocytes❞
Read: Role of Inositols and Inositol Phosphates in Energy Metabolism
We mentioned its role in metabolism in a bullet-point above, and we didn’t just mean insulin sensitivity! There’s also…
Inositol for thyroid function?
The thyroid is one of the largest endocrine glands in the body, and it controls how quickly the body burns energy, makes proteins, and how sensitive the body should be to other hormones. So, it working correctly or not can have a big impact on everything from your mood to your weight to your energy levels.
How does inositol affect thyroid function?
- Inositol has an important role in thyroid function and dealing with autoimmune diseases.
- Inositol is essential to produce H2O2 (yes, really) required for the synthesis of thyroid hormones.
- Depletion of inositol may lead to the development of some thyroid diseases, such as hypothyroidism.
- Inositol supplementation seems to help in the management of thyroid diseases.
Read: The Role of Inositol in Thyroid Physiology and in Subclinical Hypothyroidism Management
Inositol for PCOS?
A systematic review published in the Journal of Gynecological Endocrinology noted:
- Inositol can restore spontaneous ovarian activity (and consequently fertility) in most patients with PCOS.
- Myo-inositol is a safe and effective treatment to improve:
- ovarian function
- healthy metabolism
- healthy hormonal balance
While very comprehensive (which is why we included it here), that review’s a little old, so…
Check out this cutting edge (Jan 2023) study whose title says it all:
Inositol for fertility?
Just last year, Mendoza et al published that inositol supplementation, together with antioxidants, vitamins, and minerals, could be an optimal strategy to improve female fertility.
This built from Gambiole and Forte’s work, which laid out how inositol is a safe compound for many issues related to fertility and pregnancy. In particular, several clinical trials demonstrated that:
- inositol can have therapeutic effects in infertile women
- inositol can also be useful as a preventive treatment during pregnancy
- inositol could prevent the onset of neural tube defects
- inositol also reduces the occurrence of gestational diabetes
Due to the safety and efficiency of inositol, it can take the place of many drugs that are contraindicated in pregnancy. Basically: take this, and you’ll need fewer other drugs. Always a win!
Read: Myo-Inositol as a Key Supporter of Fertility and Physiological Gestation
Inositol For Weight Loss
We promised you “this alcohol sugar can reduce your BMI”, and we weren’t making it up!
Zarezadeh et al conducited a very extensive systematic review, and found:
- Oral inositol supplementation has positive effect on BMI reduction.
- Inositol in the form of myo-inositol had the strongest effect on BMI reduction.
- Participants with PCOS and/or who were overweight, experienced the most significant improvement of all.
Want some inositol?
As ever, we don’t sell it (or anything else), but for your convenience, here’s myo-inositol and d-chiro-inositol at a 40:1 ratio, available on Amazon!
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Wouldn’t It Be Nice To Have Regenerative Superpowers?
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The Best-Laid Schemes of Mice and Medical Researchers…
This is Dr. Ellen Heber-Katz. She’s an internationally-renowned immunologist and regeneration biologist, but her perhaps greatest discovery was accidental.
Unlike in Robert Burns’ famous poem, this one has a happy ending!
But it did involve the best-laid schemes of mice and medical researchers, and how they did indeed “gang gagly“ (or in the English translation, “go awry”).
How it started…
Back in 1995, she was conducting autoimmune research, and doing a mouse study. Her post-doc assistant was assigned to punch holes in the ears of mice that had received an experimental treatment, to distinguish them from the control group.
However, when the mice were later checked, none of them had holes (nor even any indication there ever had been holes punched)—the experiment was ruined, though the post-doc swore she did her job correctly.
So, they had to start from scratch in the new year, but again, a second batch of mice repeated the trick. No holes, no wounds, no scarring, not disruption to their fur, no damage to the cartilage that had been punched through.
In a turn of events worthy of a superhero origin story, they discovered that their laboratory-made autoimmune disease had accidentally given the mice super-healing powers of regeneration.
In the animal kingdom, this is akin to a salamander growing a new tail, but it’s not something usually found in mammals.
Read: A New Murine Model for Mammalian Wound Repair and Regeneration
How it’s going…
Dr. Heber-Katz and colleagues took another 20 years of work to isolate hypoxia-inducible factor-1a (HIF-1a) as a critical molecule that, if blocked, would eliminate the regenerative response.
Further, a drug (which they went on to patent), 1,4-dihydrophenonthrolin-4-one-3-carboxylic acid (1,4-DPCA), chemically induced this regenerative power:
See: Drug-induced regeneration in adult mice
Another 5 years later, they found that this same drug can be used to stimulate the regrowth of bones, too:
And now…
The research is continuing. Here’s the latest, a little over a month ago:
Epithelial–mesenchymal transition: an organizing principle of mammalian regeneration
Regrowing nerves has also been added into the list of things the drug can do.
What about humans?
Superpowered mice are all very well and good, but when can we expect this in humans?
The next step is testing the drug in larger animals, which she hopes to do next year, followed eventually by studies in humans.
Read the latest:
Regrowing nerves and healing without scars? A scientist’s career-long quest comes closer to fruition
Very promising!
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