Which Tea Is Best, By Science?
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What kind of tea is best for the health?
It’s popular knowledge that tea is a healthful drink, and green tea tends to get the popular credit for “healthiest”.
Is that accurate? It depends on what you’re looking for…
Black
Its strong flavor packs in lots of polyphenols, often more than other kinds of tea. This brings some great benefits:
As well as effects beyond the obvious:
…and its cardioprotective benefits aren’t just about lowering blood pressure; it improves triglyceride levels as well as improving the LDL to HDL ratio:
The effect of black tea on risk factors of cardiovascular disease in a normal population
Finally (we could say more, but we only have so much room), black tea usually has the highest caffeine content, compared to other teas.
That’s good or bad depending on your own physiology and preferences, of course.
White
White tea hasn’t been processed as much as other kinds, so this one keeps more of its antioxidants, but that doesn’t mean it comes out on top; in this study of 30 teas, the white tea options ranked in the mid-to-low 20s:
White tea is also unusual in its relatively high fluoride content, which is consider a good thing:
White tea: A contributor to oral health
In case you were wondering about the safety of that…
Water Fluoridation: Is It Safe, And How Much Is Too Much?
Green
Green tea ranks almost as high as black tea, on average, for polyphenols.
Its antioxidant powers have given it a considerable anti-cancer potential, too:
- Green tea consumption and breast cancer risk or recurrence: a meta-analysis
- Green tea consumption and prostate cancer risk: a prospective study
…and many others, but you get the idea. Notably:
Green Tea Catechins: Nature’s Way of Preventing and Treating Cancer
…or to expand on that:
About green tea’s much higher levels of catechins, they also have a neuroprotective effect:
Green tea of course is also a great source of l-theanine, which we could write a whole main feature about, and we did:
Red
Also called “rooibos” or (literally translated from Afrikaans to English) “redbush”, it’s quite special in that despite being a “true tea” botanically and containing many of the same phytochemicals as the other teas, it has no caffeine.
There’s not nearly as much research for this as green tea, but here’s one that stood out:
However, in the search for the perfect cup of tea (in terms of phytochemical content), another set of researchers found:
❝The optimal cup was identified as sample steeped for 10 min or longer. The rooibos consumers did not consume it sufficiently, nor steeped it long enough. ❞
Read in full: Rooibos herbal tea: an optimal cup and its consumers
Bottom line
Black, white, green, and red teas all have their benefits, and ultimately the best one for you will probably be the one you enjoy drinking, and thus drink more of.
If trying to choose though, we offer the following summary:
- 🖤 Black tea: best for total beneficial phytochemicals
- 🤍 White tea:best for your oral health
- 💚 Green tea: best for your brain
- ❤️ Red tea: best if you want naturally caffeine-free
Enjoy!
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More Mediterranean – by American’s Test Kitchen
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Regular 10almonds readers will know that we talk about the Mediterranean diet often, and with good reason; it’s been for quite a while now the “Gold Standard” when it comes to scientific consensus on what constitutes a good diet for healthy longevity.
However, it’s easy to get stuck in a rut of cooking the same three meals and thinking “I must do something different, but not today, because I have these ingredients and don’t know what to cook” and then when one is grocery-shopping, it’s “I should have researched a new thing to cook, but since I haven’t, I’ll just get the ingredients for what I usually cook, since we need to eat”, and so the cycle continues.
This book will help break you out of that cycle! With (as the subtitle promises) hundreds of recipes, there’s no shortage of good ideas. The recipes are “plant-forward” rather than plant-based per se (i.e. there are some animal products in them), though for the vegetarians and vegans, it’s nothing that’s any challenge to substitute.
Bottom line: if you’re looking for “delicious and nutritious”, this book is sure to put a rainbow on your plate and a smile on your face.
Click here to check out More Mediterranean, and inspire your kitchen!
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Tomatoes vs Carrots – Which is Healthier?
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Our Verdict
When comparing tomatoes to carrots, we picked the carrots.
Why?
Both known for being vitamin-A heavyweights, there is nevertheless a clear winner:
In terms of macros, carrots have a little over 2x the carbs, and/but also a little over 2x the fiber, so we consider category this a win for carrots.
In the category of vitamins, tomatoes have more vitamin C, while carrots have more of vitamins A, B1, B2, B3, B5, B6, B9, E, K, and choline. And about that vitamin A specifically: carrots have over 20x the vitamin A of tomatoes. An easy win for carrots here!
When it comes to minerals, tomatoes have a little more copper, while carrots have more calcium, iron, magnesium, manganese, phosphorus, potassium, selenium, and zinc. Another clear win for carrots.
Looking at polyphenols, carrots are good but tomatoes have more, including a good healthy dose of quercetin; they also have more lycopene, not technically a polyphenol by virtue of its chemical structure (it’s a carotenoid), but a powerful phytochemical nonetheless (and much more prevalent in sun-dried tomatoes, in any case, which is not what we were looking at today—perhaps another day we’ll do sun-dried tomatoes and carrots head-to-head!).
Still, a) carrots are not short of carotenoids either (including lycopene), and b) we don’t think the moderate win on polyphenols is enough to outdo carrots having won all the other categories.
All in all, carrots win the day, but of course, do enjoy either or both; diversity is good!
Want to learn more?
You might like to read:
Lycopene’s Benefits For The Gut, Heart, Brain, & More
Enjoy!
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Older adults need another COVID-19 vaccine
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What you need to know
- The CDC recommends people 65 and older and immunocompromised people receive an additional dose of the updated COVID-19 vaccine this spring—if at least four months have passed since they received a COVID-19 vaccine.
- Updated COVID-19 vaccines are effective at protecting against severe illness, hospitalization, death, and long COVID.
- The CDC also shortened the isolation period for people who are sick with COVID-19.
Last week, the CDC said people 65 and older should receive an additional dose of the updated COVID-19 vaccine this spring. The recommendation also applies to immunocompromised people, who were already eligible for an additional dose.
Older adults made up two-thirds of COVID-19-related hospitalizations between October 2023 and January 2024, so enhancing protection for this group is critical.
The CDC also shortened the isolation period for people who are sick with COVID-19, although the contagiousness of COVID-19 has not changed.
Read on to learn more about the CDC’s updated vaccination and isolation recommendations.
Who is eligible for another COVID-19 vaccine this spring?
The CDC recommends that people ages 65 and older and immunocompromised people receive an additional dose of the updated COVID-19 vaccine this spring—if at least four months have passed since they received a COVID-19 vaccine. It’s safe to receive an updated COVID-19 vaccine from Pfizer, Moderna, or Novavax, regardless of which COVID-19 vaccines you received in the past.
Updated COVID-19 vaccines are available at pharmacies, local clinics, or doctor’s offices. Visit Vaccines.gov to find an appointment near you.
Under- and uninsured adults can get the updated COVID-19 vaccine for free through the CDC’s Bridge Access Program. If you’re over 60 and unable to leave your home, call the Aging Network at 1-800-677-1116 to learn about free at-home vaccination options.
What are the benefits of staying up to date on COVID-19 vaccines?
Staying up to date on COVID-19 vaccines prevents severe illness, hospitalization, death, and long COVID.
Additionally, the CDC says staying up to date on COVID-19 vaccines is a safer and more reliable way to build protection against COVID-19 than getting sick from COVID-19.
What are the new COVID-19 isolation guidelines?
According to the CDC’s general respiratory virus guidance, people who are sick with COVID-19 or another common respiratory illness, like the flu or RSV, should isolate until they’ve been fever-free for at least 24 hours without the use of fever-reducing medication and their symptoms improve.
After that, the CDC recommends taking additional precautions for the next five days: wearing a well-fitting mask, limiting close contact with others, and improving ventilation in your home if you live with others.
If you’re sick with COVID-19, you can infect others for five to 12 days, or longer. Moderately or severely immunocompromised patients may remain infectious beyond 20 days.
For more information, talk to your health care provider.
This article first appeared on Public Good News and is republished here under a Creative Commons license.
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What is childhood dementia? And how could new research help?
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“Childhood” and “dementia” are two words we wish we didn’t have to use together. But sadly, around 1,400 Australian children and young people live with currently untreatable childhood dementia.
Broadly speaking, childhood dementia is caused by any one of more than 100 rare genetic disorders. Although the causes differ from dementia acquired later in life, the progressive nature of the illness is the same.
Half of infants and children diagnosed with childhood dementia will not reach their tenth birthday, and most will die before turning 18.
Yet this devastating condition has lacked awareness, and importantly, the research attention needed to work towards treatments and a cure.
More about the causes
Most types of childhood dementia are caused by mutations (or mistakes) in our DNA. These mistakes lead to a range of rare genetic disorders, which in turn cause childhood dementia.
Two-thirds of childhood dementia disorders are caused by “inborn errors of metabolism”. This means the metabolic pathways involved in the breakdown of carbohydrates, lipids, fatty acids and proteins in the body fail.
As a result, nerve pathways fail to function, neurons (nerve cells that send messages around the body) die, and progressive cognitive decline occurs.
Childhood dementia is linked to rare genetic disorders. maxim ibragimov/Shutterstock What happens to children with childhood dementia?
Most children initially appear unaffected. But after a period of apparently normal development, children with childhood dementia progressively lose all previously acquired skills and abilities, such as talking, walking, learning, remembering and reasoning.
Childhood dementia also leads to significant changes in behaviour, such as aggression and hyperactivity. Severe sleep disturbance is common and vision and hearing can also be affected. Many children have seizures.
The age when symptoms start can vary, depending partly on the particular genetic disorder causing the dementia, but the average is around two years old. The symptoms are caused by significant, progressive brain damage.
Are there any treatments available?
Childhood dementia treatments currently under evaluation or approved are for a very limited number of disorders, and are only available in some parts of the world. These include gene replacement, gene-modified cell therapy and protein or enzyme replacement therapy. Enzyme replacement therapy is available in Australia for one form of childhood dementia. These therapies attempt to “fix” the problems causing the disease, and have shown promising results.
Other experimental therapies include ones that target faulty protein production or reduce inflammation in the brain.
Research attention is lacking
Death rates for Australian children with cancer nearly halved between 1997 and 2017 thanks to research that has enabled the development of multiple treatments. But over recent decades, nothing has changed for children with dementia.
In 2017–2023, research for childhood cancer received over four times more funding per patient compared to funding for childhood dementia. This is despite childhood dementia causing a similar number of deaths each year as childhood cancer.
The success for childhood cancer sufferers in recent decades demonstrates how adequately funding medical research can lead to improvements in patient outcomes.
Dementia is not just a disease of older people. Miljan Zivkovic/Shutterstock Another bottleneck for childhood dementia patients in Australia is the lack of access to clinical trials. An analysis published in March this year showed that in December 2023, only two clinical trials were recruiting patients with childhood dementia in Australia.
Worldwide however, 54 trials were recruiting, meaning Australian patients and their families are left watching patients in other parts of the world receive potentially lifesaving treatments, with no recourse themselves.
That said, we’ve seen a slowing in the establishment of clinical trials for childhood dementia across the world in recent years.
In addition, we know from consultation with families that current care and support systems are not meeting the needs of children with dementia and their families.
New research
Recently, we were awarded new funding for our research on childhood dementia. This will help us continue and expand studies that seek to develop lifesaving treatments.
More broadly, we need to see increased funding in Australia and around the world for research to develop and translate treatments for the broad spectrum of childhood dementia conditions.
Dr Kristina Elvidge, head of research at the Childhood Dementia Initiative, and Megan Maack, director and CEO, contributed to this article.
Kim Hemsley, Head, Childhood Dementia Research Group, Flinders Health and Medical Research Institute, College of Medicine and Public Health, Flinders University; Nicholas Smith, Head, Paediatric Neurodegenerative Diseases Research Group, University of Adelaide, and Siti Mubarokah, Research Associate, Childhood Dementia Research Group, Flinders Health and Medical Research Institute, College of Medicine and Public Health, Flinders University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Spinach vs Chard – Which is Healthier?
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Our Verdict
When comparing spinach to chard, we picked the spinach.
Why?
In terms of macros, spinach has slightly more fiber and protein, while chard has slightly more carbs. Now, those carbs are fine; nobody is getting metabolic disease from eating greens. But, by the numbers, this is a clear, albeit marginal, win for spinach.
In the category of vitamins, spinach has more of vitamins A, B1, B2, B3, B5, B6, B9, E, and K, while chard has more of vitamins C and choline. An even clearer victory for spinach this time.
When it comes to minerals, spinach has more calcium, copper, iron, magnesium, manganese, phosphorus, selenium, and zinc, while chard has more potassium. Once again, a clear win for spinach.
You may be wondering about oxalates, in which spinach is famously high. However, chard is nearly 2x higher in oxalates. In practical terms, this doesn’t mean too much for most people. If you have kidney problems or a family history of such, it is recommended to avoid oxalates. For everyone else, the only downside is that oxalates diminish calcium bioavailability, which is a pity, as spinach is (by the numbers) a good source of calcium.
However, oxalates are broken down by heat, so this means that cooked spinach (lightly steamed is fine; you don’t need to do anything drastic) will be much lower in oxalates (if you have kidney problems, do still check with your doctor/dietician, though).
All in all, spinach beats chard by most metrics, and by a fair margin. Still, enjoy either or both, unless you have kidney problems, in which case maybe go for kale or collard greens instead!
Want to learn more?
You might like to read:
Make Your Vegetables Work Better Nutritionally ← includes a note on breaking down oxalates, and lots of other information besides!
Enjoy!
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Being Mortal – by Dr. Atul Gawande
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Maybe you want to “live forever or die trying”, and that’s an understandable goal… But are you prepared for “or die trying” being the outcome?
This is not a cheerful book, if you’re anything like this reviewer, you will need a little towel or something to mop up the tears while you read. But it’s worth it.
Dying is one thing; fighting for life is even generally considered a noble endeavor. Suffering alone isn’t fun, losing independence can feel humiliating, and seeing someone who was always a tower of strength, now a frail shadow of their former self, reduced to begging for something that they’re “not allowed”, can be worse.
Do we want that for ourselves? For our loved ones? Can there be a happy medium between that, and the alternative to indeed “go gentle into that good night”?
Dr. Gawande, a surgeon well-acquainted with death and dying, thinks so. But it involves work on our part, and being prepared for hard decisions.
- What is most important to us, and what tradeoffs are we willing to make for it?
- What, even, is actually an option to us with the resources available?
- Can we make peace with a potentially bad lot? And… Should we?
- When is fighting important, and when is it self-destructive?
These (and others) are all difficult questions posed by Dr. Gawande, but critical ones.
We don’t usually quote other people’s reviews when reviewing books here, but let’s consider the following words from the end of a long review on Amazon:
❝If “dying as we lived” is some kind of standard for how we should go, then maybe alone and medicalized makes some sense right now after all.❞
Bottom line: we all deserve better than that. And if we don’t take the time to think about what’s most important, then time will take it from us. This very insightful book may not have all the answers, but it has the questions, and it can help a lot in exploring them and deciding what matters most to us in the end, really.
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