
Anti-Inflammatory Khichri & Tadka
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This is halfway between a daal and a risotto; it’s delicious and it’s full of protein, fiber, heathy fats, and flavors. And those flavors? Mostly from health-giving phytochemicals of one kind of another.
You will need
For the khichri:
- 1 oz chana dal
- 1 oz red lentils
- 1 oz brown lentils
- 1 oz quinoa
- 4 oz wholegrain basmati rice
- 1 tbsp chia seeds
- 1 tsp ground turmeric
- ½ tsp MSG or 1 tsp low-sodium salt
For the tadka:
- 2 tbsp avocado oil (or other oil suitable for high temperatures—so, not olive oil on this occasion!)
- ¼ bulb garlic, thinly sliced
- 1 fresh red chili (adjust per heat preferences)
- 1 fresh green chili (adjust per heat preferences)
- 1 tsp cumin seeds
- 6 curry leaves
- 12 twists of freshly ground black pepper
To serve:
- Optional: flatbreads or poppadoms
- Optional: lemon wedges or lime wedges
- Optional: chopped cilantro or parsley
Method
(we suggest you read everything at least once before doing anything)
1) Simmer the khichri ingredients in 5 cups of water, stirring occasionally if necessary, until it has a risotto-like consistency; this will probably take about 30–40 minutes. This time can be greatly reduced by using a pressure cooker, but obviously you won’t be able to check or stir, so do that only if you know what you’re doing cooking those grains and pseudograins in there, and what settings/timings to use for your specific device.
2) Make the tadka when the khichri is nearly ready, by heating the 2 tbsp of avocado oil in a skillet until very hot but not smoking, Add the rest of the ingredients from the tadka section, and cook until the garlic is nice and golden.
3) Pour the tadka over the khichri to serve, with any of the optional accompaniments we mentioned.
Enjoy!
Want to learn more?
For those interested in some of the science of what we have going on today:
- Capsaicin For Weight Loss And Against Inflammation
- The Many Health Benefits Of Garlic
- Black Pepper’s Impressive Anti-Cancer Arsenal (And More)
- Why Curcumin (Turmeric) Is Worth Its Weight In Gold
- If You’re Not Taking Chia, You’re Missing Out
Take care!
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CLA for Weight Loss?
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Conjugated Linoleic Acid for Weight Loss?
You asked us to evaluate the use of CLA for weight loss, so that’s today’s main feature!
First, what is CLA?
Conjugated Linoleic Acid (CLA) is a fatty acid made by grazing animals. Humans don’t make it ourselves, and it’s not an essential nutrient.
Nevertheless, it’s a popular supplement, mostly sold as a fat-burning helper, and thus enjoyed by slimmers and bodybuilders alike.
❝CLA reduces bodyfat❞—True or False?
True! Contingently. Specifically, it will definitely clearly help in some cases. For example:
- This study found it doubled fat loss in chickens
- It significantly increased delipidation of white adipose tissue in these mice
- The mice in this study enjoyed a 43–88% reduction in (fatty) weight gain
- Over the course of a six-week weight-loss program, these mice got 70% more weight loss on CLA, compared to placebo
- In this study, pigs that took CLA on a high-calorie diet gained 50% less weight than those not taking CLA
- On a heart-unhealthy diet, these hamsters taking CLA gained much less white adipose tissue than their comrades not taking CLA
- Another study with pigs found that again, CLA supplementation resulted in much less weight gained
- These hamsters being fed a high-cholesterol diet found that those taking CLA ended up with a leaner body mass than those not taking CLA
- This study with mice found that CLA supplementation promoted fat loss and lean muscle gain
Did you notice a theme? It’s Animal Farm out there!
❝CLA reduces bodyfat in humans❞—True or False?
False—practically. Technically it appears to give non-significantly better results than placebo.
A comprehensive meta-analysis of 18 different studies (in which CLA was provided to humans in randomized, double-blinded, placebo-controlled trials and in which body composition was assessed by using a validated technique) found that, on average, human CLA-takers lost…
Drumroll please…
00.00–00.05 kg per week. That’s between 0–50g per week. That’s less than two ounces. Put it this way: if you were to quickly drink an espresso before stepping on the scale, the weight of your very tiny coffee would cover your fat loss.
The reviewers concluded:
❝CLA produces a modest loss in body fat in humans❞
Modest indeed!
See for yourself: Efficacy of conjugated linoleic acid for reducing fat mass: a meta-analysis in humans
But what about long-term? Well, as it happens (and as did show up in the non-human animal studies too, by the way) CLA works best for the first four weeks or so, and then effects taper off.
Another review of longer-term randomized clinical trials (in humans) found that over the course of a year, CLA-takers enjoyed on average a 1.33kg total weight loss benefit over placebo—so that’s the equivalent of about 25g (0.8 oz) per week. We’re talking less than a shot glass now.
They concluded:
❝The evidence from RCTs does not convincingly show that CLA intake generates any clinically relevant effects on body composition on the long term❞
A couple of other studies we’ll quickly mention before closing this section:
- CLA supplementation does not affect waist circumference in humans (at all).
- Amongst obese women doing aerobic exercise, CLA supplementation has no effect (at all) on body fat reduction compared to placebo
What does work?
You may remember this headline from our “What’s happening in the health world” section a few days ago:
Research reveals self-monitoring behaviors and tracking tools key to long-term weight loss success
On which note, we’ve mentioned before, we’ll mention again, and maybe one of these days we’ll do a main feature on it, there’s a psychology-based app/service “Noom” that’s very personalizable and helps you reach your own health goals, whatever they might be, in a manner consistent with any lifestyle considerations you might want to give it.
Curious to give it a go? Check it out at Noom.com (you can get the app there too, if you want)
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How To Improve Your Heart Rate Variability
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How’s your heart rate variability?
The hallmarks of a good, strong cardiovascular system include a medium-to-low resting heart rate (for adults: under 60 beats per minute is good; under 50 is typical of athletes), and healthy blood pressure (for adults: under 120/80, while still above 90/60, is generally considered good).
Less talked-about is heart rate variability, but it’s important too…
What is heart rate variability?
Heart rate variability is a measure of how quickly and easily your heart responds to changes in demands placed upon it. For example:
- If you’re at rest and then start running your fastest (be it for leisure or survival or anything in between), your heart rate should be able to jump from its resting rate to about 180% of that as quickly as possible
- When you stop, your heart rate should be able to shift gears back to your resting rate as quickly as possible
The same goes, to a commensurately lesser extent, to changes in activity between low and moderate, or between moderate and high.
- When your heart can change gears quickly, that’s called a high heart rate variability
- When your heart is sluggish to get going and then takes a while to return to normal after exertion, that’s called a low heart rate variability.
The rate of change (i.e., the variability) is measured in microseconds per beat, and the actual numbers will vary depending on a lot of factors, but for everyone, higher is better than lower.
Aside from quick response to crises, why does it matter?
If heart rate variability is low, it means the sympathetic nervous system is dominating the parasympathetic nervous system, which means, in lay terms, your fight-or-flight response is overriding your ability to relax.
See for example: Stress and Heart Rate Variability: A Meta-Analysis and Review of the Literature
This has a lot of knock-on effects for both physical and mental health! Your heart and brain will take the worst of this damage, so it’s good to improve things for them impossible.
This Saturday’s Life Hacks: how to improve your HRV!
Firstly, the Usual Five Things™:
- A good diet (that avoids processed foods)
- Good exercise (that includes daily physical activity—more often is more important than more intense!)
- Good sleep (7–9 hours of good quality sleep per night)
- Reduce or eliminate alcohol consumption (this is dose-dependent; any reduction is an improvement)
- Don’t smoke (just don’t)
Additional regular habits that help a lot:
- Breathing exercises, mindfulness, meditation
- Therapy, especially CBT and DBT
- Stress-avoidance strategies, for example:
- Get (and maintain) your finances in good order
- Get (and maintain) your relationship(s) in good order
- Get (and maintain) your working* life in good order
*Whatever this means to you. If you’re perhaps retired, or otherwise a home-maker, or even a student, the things you “need to do” on a daily basis are your working life, for these purposes.
In terms of simple, quick-fix, physical tweaks to focus on if you’re already broadly leading a good life, two great ones are:
- Exercise: get moving! Walk to the store even if you buy nothing but a snack or drink to enjoy while walking back. If you drove, make more trips with the shopping bags rather than fewer. If you like to watch TV, consider an exercise bike or treadmill to use while watching. If you have a partner, double-up and make it a thing you do together! Take the stairs instead of the elevator. Take the scenic route when walking someplace. Go to the bathroom that’s further away. Every little helps!
- Breathe: even just a couple of times a day, practice mindful breathing. Start with even just a minute a day, to get the habit going. What breathing exercise you do isn’t so important as that you do it. Notice your breathing; count how long each breath takes. Don’t worry about “doing it right”—you’re doing great, just observe, just notice, just slowly count. We promise that regular practice of this will have you feeling amazing
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What are nootropics and do they really boost your brain?
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Humans have long been searching for a “magic elixir” to make us smarter, and improve our focus and memory. This includes traditional Chinese medicine used thousands of years ago to improve cognitive function.
Now we have nootropics, also known as smart drugs, brain boosters or cognitive enhancers.
You can buy these gummies, chewing gums, pills and skin patches online, or from supermarkets, pharmacies or petrol stations. You don’t need a prescription or to consult a health professional.
But do nootropics actually boost your brain? Here’s what the science says.
LuckyStep/Shutterstock What are nootropics and how do they work?
Romanian psychologist and chemist Cornelius E. Giurgea coined the term nootropics in the early 1970s to describe compounds that may boost memory and learning. The term comes from the Greek words nӧos (thinking) and tropein (guide).
Nootropics may work in the brain by improving transmission of signals between nerve cells, maintaining the health of nerve cells, and helping in energy production. Some nootropics have antioxidant properties and may reduce damage to nerve cells in the brain caused by the accumulation of free radicals.
But how safe and effective are they? Let’s look at four of the most widely used nootropics.
1. Caffeine
You might be surprised to know caffeine is a nootropic. No wonder so many of us start our day with a coffee. It stimulates our nervous system.
Caffeine is rapidly absorbed into the blood and distributed in nearly all human tissues. This includes the brain where it increases our alertness, reaction time and mood, and we feel as if we have more energy.
For caffeine to have these effects, you need to consume 32-300 milligrams in a single dose. That’s equivalent to around two espressos (for the 300mg dose). So, why the wide range? Genetic variations in a particular gene (the CYP1A2 gene) can affect how fast you metabolise caffeine. So this can explain why some people need more caffeine than others to recognise any neurostimulant effect.
Unfortunately too much caffeine can lead to anxiety-like symptoms and panic attacks, sleep disturbances, hallucinations, gut disturbances and heart problems.
So it’s recommended adults drink no more than 400mg caffeine a day, the equivalent of up to three espressos.
Caffeine can make you feel alert and can boost your mood. That makes it a nootropic. LHshooter/Shutterstock 2. L-theanine
L-theanine comes as a supplement, chewing gum or in a beverage. It’s also the most common amino acid in green tea.
Consuming L-theanine as a supplement may increase production of alpha waves in the brain. These are associated with increased alertness and perception of calmness.
However, it’s effect on cognitive functioning is still unclear. Various studies including those comparing a single dose with a daily dose for several weeks, and in different populations, show different outcomes.
But taking L-theanine with caffeine as a supplement improved cognitive performance and alertness in one study. Young adults who consumed L-theanine (97mg) plus caffeine (40mg) could more accurately switch between tasks after a single dose, and said they were more alert.
Another study of people who took L-theanine with caffeine at similar doses to the study above found improvements in several cognitive outcomes, including being less susceptible to distraction.
Although pure L-theanine is well tolerated, there are still relatively few human trials to show it works or is safe over a prolonged period of time. Larger and longer studies examining the optimal dose are also needed.
The amino acid L-theanine is also in green tea. grafvision/Shutterstock 3. Ashwaghanda
Ashwaghanda is a plant extract commonly used in Indian Ayurvedic medicine for improving memory and cognitive function.
In one study, 225-400mg daily for 30 days improved cognitive performance in healthy males. There were significant improvements in cognitive flexibility (the ability to switch tasks), visual memory (recalling an image), reaction time (response to a stimulus) and executive functioning (recognising rules and categories, and managing rapid decision making).
There are similar effects in older adults with mild cognitive impairment.
But we should be cautious about results from studies using Ashwaghanda supplements; the studies are relatively small and only treated participants for a short time.
Ashwaghanda is a plant extract commonly used in Ayurvedic medicine. Agnieszka Kwiecień, Nova/Wikimedia, CC BY-SA 4. Creatine
Creatine is an organic compound involved in how the body generates energy and is used as a sports supplement. But it also has cognitive effects.
In a review of available evidence, healthy adults aged 66-76 who took creatine supplements had improved short-term memory.
Long-term supplementation may also have benefits. In another study, people with fatigue after COVID took 4g a day of creatine for six months and reported they were better able to concentrate, and were less fatigued. Creatine may reduce brain inflammation and oxidative stress, to improve cognitive performance and reduce fatigue.
Side effects of creatine supplements in studies are rarely reported. But they include weight gain, gastrointestinal upset and changes in the liver and kidneys.
Where to now?
There is good evidence for brain boosting effects of caffeine and creatine. But the jury is still out on the efficacy, optimal dose and safety of most other nootropics.
So until we have more evidence, consult your health professional before taking a nootropic.
But drinking your daily coffee isn’t likely to do much harm. Thank goodness, because for some of us, it is a magic elixir.
Nenad Naumovski, Professor in Food Science and Human Nutrition, University of Canberra; Amanda Bulman, PhD candidate studying the effects of nutrients on sleep, University of Canberra, and Andrew McKune, Professor, Exercise Science, University of Canberra
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Macadamia Nuts vs Brazil Nuts – Which is Healthier?
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Our Verdict
When comparing macadamia nuts to Brazil nuts, we picked the Brazil nuts.
Why?
They’re a lot more nutrient dense! But watch out…
First, to do due diligence in terms of macros: Brazil nuts have twice as much protein and less fat, as well as being a little higher in fiber and slightly lower in carbs.
In terms of vitamins, Brazil nuts are about 10x higher in vitamin E, while macadamias are somewhat higher in several B-vitamins.
The category of minerals is where it gets interesting. Macadamia nuts are a little higher in iron and considerably higher in Manganese. But… Brazil nuts are a lot higher in calcium, copper, magnesium, phosphorus, potassium, selenium, and zinc.
About that selenium… Specifically, it’s more than 5,000x higher, and a cup of Brazil nuts would give nearly 10,000x the recommended daily amount of selenium. Now, selenium is an essential mineral (needed for thyroid hormone production, for example), and at the RDA it’s good for good health. Your hair will be luscious and shiny. However, go much above that, and selenium toxicity becomes a thing, you may get sick, and it can cause your (luscious and shiny) hair to fall out. For this reason, it’s recommended to eat no more than 3–4 Brazil nuts per day.
In short… Brazil nuts are much more nutrient dense in general, and thus come out on top here. But, they’re so nutrient dense in the case of selenium, that careful moderation is advised.
Want to learn more?
You might like to read:
Why You Should Diversify Your Nuts
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Women spend more of their money on health care than men. And no, it’s not just about ‘women’s issues’
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Medicare, Australia’s universal health insurance scheme, guarantees all Australians access to a wide range of health and hospital services at low or no cost.
Although access to the scheme is universal across Australia (regardless of geographic location or socioeconomic status), one analysis suggests women often spend more out-of-pocket on health services than men.
Other research has found men and women spend similar amounts on health care overall, or even that men spend a little more. However, it’s clear women spend a greater proportion of their overall expenditure on health care than men. They’re also more likely to skip or delay medical care due to the cost.
So why do women often spend more of their money on health care, and how can we address this gap?
Elizaveta Galitckaia/Shutterstock Women have more chronic diseases, and access more services
Women are more likely to have a chronic health condition compared to men. They’re also more likely to report having multiple chronic conditions.
While men generally die earlier, women are more likely to spend more of their life living with disease. There are also some conditions which affect women more than men, such as autoimmune conditions (for example, multiple sclerosis and rheumatoid arthritis).
Further, medical treatments can sometimes be less effective for women due to a focus on men in medical research.
These disparities are likely significant in understanding why women access health services more than men.
For example, 88% of women saw a GP in 2021–22 compared to 79% of men.
As the number of GPs offering bulk billing continues to decline, women are likely to need to pay more out-of-pocket, because they see a GP more often.
In 2020–21, 4.3% of women said they had delayed seeing a GP due to cost at least once in the previous 12 months, compared to 2.7% of men.
Data from the Australian Bureau of Statistics has also shown women are more likely to delay or avoid seeing a mental health professional due to cost.
Women are more likely to live with chronic medical conditions than men. Drazen Zigic/Shutterstock Women are also more likely to need prescription medications, owing at least partly to their increased rates of chronic conditions. This adds further out-of-pocket costs. In 2020–21, 62% of women received a prescription, compared to 37% of men.
In the same period, 6.1% of women delayed getting, or did not get prescribed medication because of the cost, compared to 4.9% of men.
Reproductive health conditions
While women are disproportionately affected by chronic health conditions throughout their lifespan, much of the disparity in health-care needs is concentrated between the first period and menopause.
Almost half of women aged over 18 report having experienced chronic pelvic pain in the previous five years. This can be caused by conditions such as endometriosis, dysmenorrhoea (period pain), vulvodynia (vulva pain), and bladder pain.
One in seven women will have a diagnosis of endometriosis by age 49.
Meanwhile, a quarter of all women aged 45–64 report symptoms related to menopause that are significant enough to disrupt their daily life.
All of these conditions can significantly reduce quality of life and increase the need to seek health care, sometimes including surgical treatment.
Of course, conditions like endometriosis don’t just affect women. They also impact trans men, intersex people, and those who are gender diverse.
Diagnosis can be costly
Women often have to wait longer to get a diagnosis for chronic conditions. One preprint study found women wait an average of 134 days (around 4.5 months) longer than men for a diagnosis of a long-term chronic disease.
Delays in diagnosis often result in needing to see more doctors, again increasing the costs.
Despite affecting about as many people as diabetes, it takes an average of between six-and-a-half to eight years to diagnose endometriosis in Australia. This can be attributed to a number of factors including society’s normalisation of women’s pain, poor knowledge about endometriosis among some health professionals, and the lack of affordable, non-invasive methods to accurately diagnose the condition.
There have been recent improvements, with the introduction of Medicare rebates for longer GP consultations of up to 60 minutes. While this is not only for women, this extra time will be valuable in diagnosing and managing complex conditions.
But gender inequality issues still exist in the Medicare Benefits Schedule. For example, both pelvic and breast ultrasound rebates are less than a scan for the scrotum, and no rebate exists for the MRI investigation of a woman’s pelvic pain.
Management can be expensive too
Many chronic conditions, such as endometriosis, which has a wide range of symptoms but no cure, can be very hard to manage. People with endometriosis often use allied health and complementary medicine to help with symptoms.
On average, women are more likely than men to use both complementary therapies and allied health.
While women with chronic conditions can access a chronic disease management plan, which provides Medicare-subsidised visits to a range of allied health services (for example, physiotherapist, psychologist, dietitian), this plan only subsidises five sessions per calendar year. And the reimbursement is usually around 50% or less, so there are still significant out-of-pocket costs.
In the case of chronic pelvic pain, the cost of accessing allied or complementary health services has been found to average A$480.32 across a two-month period (across both those who have a chronic disease management plan and those who don’t).
More spending, less saving
Womens’ health-care needs can also perpetuate financial strain beyond direct health-care costs. For example, women with endometriosis and chronic pelvic pain are often caught in a cycle of needing time off from work to attend medical appointments.
Our preliminary research has shown these repeated requests, combined with the common dismissal of symptoms associated with pelvic pain, means women sometimes face discrimination at work. This can lead to lack of career progression, underemployment, and premature retirement.
More women are prescribed medication than men. PeopleImages.com – Yuri A/Shutterstock Similarly, with 160,000 women entering menopause each year in Australia (and this number expected to increase with population growth), the financial impacts are substantial.
As many as one in four women may either shift to part-time work, take time out of the workforce, or retire early due to menopause, therefore earning less and paying less into their super.
How can we close this gap?
Even though women are more prone to chronic conditions, until relatively recently, much of medical research has been done on men. We’re only now beginning to realise important differences in how men and women experience certain conditions (such as chronic pain).
Investing in women’s health research will be important to improve treatments so women are less burdened by chronic conditions.
In the 2024–25 federal budget, the government committed $160 million towards a women’s health package to tackle gender bias in the health system (including cost disparities), upskill medical professionals, and improve sexual and reproductive care.
While this reform is welcome, continued, long-term investment into women’s health is crucial.
Mike Armour, Associate Professor at NICM Health Research Institute, Western Sydney University; Amelia Mardon, Postdoctoral Research Fellow in Reproductive Health, Western Sydney University; Danielle Howe, PhD Candidate, NICM Health Research Institute, Western Sydney University; Hannah Adler, PhD Candidate, Health Communication and Health Sociology, Griffith University, and Michelle O’Shea, Senior Lecturer, School of Business, Western Sydney University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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50 Ways To Rewire Your Anxious Brain – by Dr. Catherine Pittman & Dr. Maha Zayed-Hoffman
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The book is divided into sections:
- Calming the amygdala
- Rewiring the amygdala
- Calming the cortex
- Resisting cortex traps
…each with a dozen or so ways to do exactly what it says in the title: rewire your anxious brain.
The authors take the stance that since our brain is changing all the time, we might as well choose the direction we prefer. They then set out to provide the tools for the lay reader to do that, and (in that fourth section we mentioned) how to avoid accidentally doing the opposite, no matter how tempting doing the opposite may be.
For a book written by two PhD scientists where a large portion of it is about neuroscience, the style is very light pop science (just a few in-line citations every few pages, where they couldn’t resist the urge), and the focus is on being useful to the reader throughout. This all makes for reassuringly science-based but accessibly readable book.
The fact that the main material comes in the form of 50 very short chapters also makes it a lot more readable for those for whom sitting down to read a lot at a time can be off-putting.
Bottom line: if you experience anxiety and would like to experience it less, this book will guide you through how to get there.
Click here to check out 50 Ways To Rewire Your Anxious Brain, and rewire your anxious brain!
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