ADHD 2.0 – by Dr. Edward Hallowell & Dr. John Ratey
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A lot of ADHD literature is based on the assumption that the reader is a 30-something parent of a child with ADHD. This book, on the other hand, addresses all ages, and includes just as readily the likelihood that the person with ADHD is the reader, and/or the reader’s partner.
The authors cover such topics as:
- ADHD mythbusting, before moving on to…
- The problems of ADHD, and the benefits that those exact same traits can bring too
- How to leverage those traits to get fewer of the problems and more of the benefits
- The role of diet beyond the obvious, including supplementation
- The role of specific exercises (especially HIIT, and balance exercises) in benefiting the ADHD brain
- The role of medications—and arguments for and gainst such
The writing style is… Thematic, let’s say. The authors have ADHD and it shows. So, expect comprehensive deep-dives from whenever their hyperfocus mode kicked in, and expect no stones left unturned. That said, it is very readable, and well-indexed too, for ease of finding specific sub-topics.
Bottom line: if you are already very familiar with ADHD, you may not learn much, and might reasonably skip this one. However, if you’re new to the topic, this book is a great—and practical—primer.
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STI rates are increasing among midlife and older adults. We need to talk about it
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Globally, the rates of common sexually transmissible infections (STIs) are increasing among people aged over 50. In some cases, rates are rising faster than among younger people.
Recent data from the United States Centers for Disease Control and Prevention shows that, among people aged 55 and older, rates of gonorrhoea and chlamydia, two of the most common STIs, more than doubled between 2012 and 2022.
Australian STI surveillance data has reflected similar trends. Between 2013 and 2022, there was a steady increase in diagnoses of chlamydia, gonorrhoea and syphilis among people aged 40 and older. For example, there were 5,883 notifications of chlamydia in Australians 40 plus in 2013, compared with 10,263 in 2022.
A 2020 study of Australian women also showed that, between 2000 and 2018, there was a sharper increase in STI diagnoses among women aged 55–74 than among younger women.
While the overall rate of common STIs is highest among young adults, the significant increase in STI diagnoses among midlife and older adults suggests we need to pay more attention to sexual health across the life course.
Why are STI rates rising among older adults?
STI rates are increasing globally for all age groups, and an increase among midlife and older people is in line with this trend.
However, increases of STIs among older people are likely due to a combination of changing sex and relationship practices and hidden sexual health needs among this group.
The “boomer” generation came of age in the 60s and 70s. They are the generation of free love and their attitude to sex, even as they age, is quite different to that of generations before them.
Given the median age of divorce in Australia is now over 43, and the internet has ushered in new opportunities for post-separation dating, it’s not surprising that midlife and older adults are exploring new sexual practices or finding multiple sexual partners.
It’s also possible midlife and older people have not had exposure to sexual health education in school or do not relate to current safe sex messages, which tend to be directed toward young people. Condoms may therefore seem unnecessary for people who aren’t trying to avoid pregnancy. Older people may also lack confidence negotiating safe sex or accessing STI screening.
Hidden sexual health needs
In contemporary life, the sex lives of older adults are largely invisible. Ageing and older bodies are often associated with loss of power and desirability, reflected in the stereotype of older people as asexual and in derogatory jokes about older people having sex.
With some exceptions, we see few positive representations of older sexual bodies in film or television.
Older people’s sexuality is also largely invisible in public policy. In a review of Australian policy relating to sexual and reproductive health, researchers found midlife and older adults were rarely mentioned.
Sexual health policy generally targets groups with the highest STI rates, which excludes most older people. As midlife and older adults are beyond childbearing years, they also do not feature in reproductive health policy. This means there is a general absence of any policy related to sex or sexual health among midlife or older adults.
Added to this, sexual health policy tends to be focused on risk rather than sexual wellbeing. Sexual wellbeing, including freedom and capacity to pursue pleasurable sexual experiences, is strongly associated with overall health and quality of life for adults of all ages. Including sexual wellbeing as a policy priority would enable a focus on safe and respectful sex and relationships across the adult life course.
Without this priority, we have limited knowledge about what supports sexual wellbeing as people age and limited funding for initiatives to engage with midlife or older adults on these issues.
How can we support sexual health and wellbeing for older adults?
Most STIs are easily treatable. Serious complications can occur, however, when STIs are undiagnosed and untreated over a long period. Untreated STIs can also be passed on to others.
Late diagnosis is not uncommon as some STIs can have no symptoms and many people don’t routinely screen for STIs. Older, heterosexual adults are, in general, less likely than other groups to seek regular STI screening.
For midlife or older adults, STIs may also be diagnosed late because some doctors do not initiate testing due to concerns they will cause offence or because they assume STI risk among older people is negligible.
Many doctors are reluctant to discuss sexual health with their older patients unless the patient explicitly raises the topic. However, older people can be embarrassed or feel awkward raising matters of sex.
Resources for health-care providers and patients to facilitate conversations about sexual health and STI screening with older patients would be a good first step.
To address rising rates of STIs among midlife and older adults, we also need to ensure sexual health promotion is targeted toward these age groups and improve accessibility of clinical services.
More broadly, it’s important to consider ways to ensure sexual wellbeing is prioritised in policy and practice related to midlife and older adulthood.
A comprehensive approach to older people’s sexual health, that explicitly places value on the significance of sex and intimacy in people’s lives, will enhance our ability to more effectively respond to sexual health and STI prevention across the life course.
Jennifer Power, Associate Professor and Principal Research Fellow, Australian Research Centre in Sex, Health and Society, La Trobe University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Vodka vs Beer – Which is Healthier?
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Our Verdict
When comparing vodka to beer, we picked the vodka.
Why?
As you might have guessed, neither are exactly healthy. But one of them is relatively, and we stress relatively, less bad than the other.
In the category of nutrients, vodka is devoid of nutrients, and beer has small amounts of some vitamins and minerals—but the amounts are so small, that you would need to drink yourself to death before benefiting from them meaningfully. And while beer gets touted as “liquid bread”, it really isn’t. A thousand years ago it will have been a lot less alcoholic and more carby, but even then, it wasn’t a health product aside from that it provided a way of making potentially contaminated water safer to drink.
In the category of carbohydrates, vodka nominally has none, due to the distillation process, and beer has some. Glycemic index websites often advise that the GI of beers, wines, and spirits can’t be measured as their carb content is not sufficient to get a meaningful sample, but diabetes research tells a more useful story:
Any alcoholic drink will generally cause a brief drop in blood sugars, followed by a spike. This happens because the liver prioritises metabolizing alcohol over producing glycogen, so it hits pause on the sugar metabolism and then has a backlog to catch up on. In the case of alcoholic drinks that have alcohol and carbs, this will be more pronounced—so this means that the functional glycemic load of beer is higher.
That’s a point in favor of vodka.
Additionally, in terms of the alcohol content, correctly-distilled vodka’s alcohol is pure ethanol, while beer will contain an amount of methanol that will vary per beer, but an illustrative nominal figure could be about 16mg/L. Methanol is more harmful than ethanol.
So that’s another point in favor of vodka.
Once again, neither drink is healthy; both are distinctly unhealthy. But unit for unit, beer is the least healthy of the two, making vodka the lesser of two evils.
Want to learn more?
You might like to read:
- Can We Drink To Good Health? (answer: we cannot, but this was about alcohol’s proposed heart-healthy benefits)
- Guinness Is Good For You* (it isn’t, but this was the long-time slogan and marketing campaign that fooled many)
- How To Reduce Or Quit Alcohol
- How To Unfatty A Fatty Liver
Take care!
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Stop Sabotaging Your Gut
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This is Dr. Robynne Chutkan. She’s an integrative gastroenterologist, and founder of the Digestive Center for Wellness, in Washington DC, which for the past 20 years has been dedicated to uncovering the root causes of gastrointestinal disorders, while the therapeutic side of things has been focused on microbial optimization, nutritional therapy, mind-body techniques, and lifestyle changes.
In other words, maximal health for minimal medicalization.
So… What does she want us to know?
Live dirty
While attentive handwashing is important to avoid the spread of communicable diseases*, excessive cleanliness in general can result in an immune system that has no idea how to deal with pathogens when exposure does finally occur.
*See also: The Truth About Handwashing
This goes doubly for babies: especially those who were born by c-section and thus missed out on getting colonized by vaginal bacteria, and especially those who are not breast-fed, and thus miss out on nutrients given in breast milk that are made solely for the benefit of certain symbiotic bacteria (humans can’t even digest those particular nutrients, we literally evolved to produce some nutrients solely for the bacteria).
See also: Breast Milk’s Benefits That Are (So Far) Not Replicable
However, it still goes for the rest of us who are not babies, too. We could, Dr. Chutkan tells us, stand to wash less in general, and definitely ease up on antibacterial soaps and so forth.
See also: Should You Shower Daily?
Take antibiotics only if absolutely necessary (and avoid taking them by proxy)
Dr. Chutkan describes antibiotics as the single biggest threat to our microbiome, not just because of overprescription, but also the antibiotics that are used in animal agriculture and thus enter the food chain (and thus, enter us, if we eat animal products).
Still, while the antibiotics meat/dairy-enjoyers will get from food are better avoided, antibiotics actually taken directly are even worse, and are absolutely a “scorched earth” tactic against whatever they’re being prescribed for.
See also: Antibiotics? Think Thrice ← which also brings up “Four Ways Antibiotics Can Kill You”; seriously, the risks of antibiotics are not to be underestimated, including the risks associated only with them working exactly as intended—let alone if something goes wrong.
Probiotics won’t save you
While like any gastroenterologist (or really, almost any person in general), she notes that probiotics can give a boost to health. However, she wants us to know about two shortcomings that are little-discussed:
1) Your body has a collection of microbiomes each with their own needs, and while it is possible to take “generally good” bacteria in probiotics and assume they’ll do good, taking Lactobacillus sp. will do nothing for a shortage of Bifidobacteria sp, and even taking the correct genus can have similar shortcomings if a different species of that genus is needed, e.g. taking L. acidophilus will do nothing for a shortage of L. reuteri.
It’d be like a person with a vitamin D deficiency taking vitamin B12 supplements and wondering why they’re not getting better.
2) Probiotics are often wasted if not taken mindfully of their recipient environment. For example, most gut bacteria only live for about 20 minutes in the gut. They’re usually inactive in the supplement form, they’re activated in the presence of heat and moisture and appropriate pH etc, and then the clock is ticking for them to thrive or die.
This means that if you take a supplement offering two billion strains of good gut bacteria, and you take it on an empty stomach, then congratulations, 20 minutes later, they’re mostly dead, because they had nothing to eat. Or if you take it after drinking a soda, congratulations, they’re mostly dead because not only were they starved, but also their competing “bad” microbes weren’t starved and changed the environment to make it worse for the “good” ones.
For this reason, taking probiotics with (or immediately after) plenty of fiber is best.
This is all accentuated if you’re recovering from using antibiotics, by the way.
Imagine: a nuclear war devastates the population of the Earth. Some astronauts manage to safely return, finding a mostly-dead world covered in nuclear winter. Is the addition of a few astronauts going to quickly repopulate the world? No, of course not. They are few, the death toll is many, and the environment is very hostile to life. A hundred years later, the population will be pretty much the same—a few straggling survivors.
It’s the same after taking antibiotics, just, generations pass in minutes instead of decades. You can’t wipe out almost everything beneficial in the gut, create a hostile environment there, throw in a couple of probiotic gummies, and expect the population to bounce back.
That said, although “probiotics will not save you”, they can help provided you give them a nice soft bed of fiber to land on, some is better than none, and guessing at what strains are needed is better than giving nothing.
See also: How Much Difference Do Probiotic Supplements Make, Really?
What she recommends
So to recap, we’ve had:
- Wash less, and/or with less harsh chemicals
- Avoid antibiotics like the plague, unless you literally have The Plague, for which the treatment is indeed antibiotics
- Avoid antibiotic-contaminated foods, which in the US is pretty much all animal products unless it’s, for example, your own back-yard hens whom you did not give antibiotics. Do not fall for greenwashing aesthetics in the packaging of “happy cows” and their beef, milk, etc, “happy hens” and their meat, eggs, etc… If it doesn’t explicitly claim to be free from the use of antibiotics, then antibiotics were almost certainly used.
- Dr. Chutkan herself is not even vegan, by the way, but very much wants us to be able to make informed choices about this, and does recommend at least a “plants-forward” diet, for the avoiding-antibiotics reason and for the plenty-of-fiber reason, amongst others.
- Consider probiotics, but don’t expect them to work miracles by themselves; you’ve got to help them to help you.
- Dr. Chutkan also recommends getting microbiome tests done if you think something might be amiss, and then you can supplement with probiotics in a more targetted fashion instead of guessing at what species is needed where.
She also recommends, of course, a good gut-healthy diet in general, especially “leafy green things that were recently alive; not powders”, beans, and nuts, while avoiding gut-unhealthy things such as sugars-without-fiber, alcohol, or some gut-harmful additives (such as most artificial sweeteners, although stevia is a gut-healthy exception, and sucralose is ok in moderation).
For more on gut-healthy eating, check out:
Make Friends With Your Gut (You Can Thank Us Later)
Want to know more from Dr. Chutkan?
We recently reviewed an excellent book of hers:
The Anti-Viral Gut: Tackling Pathogens From The Inside Out – by Dr. Robynne Chutkan
Enjoy!
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Peaches vs Plums – Which is Healthier?
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Our Verdict
When comparing peaches to plums, we picked the peaches.
Why?
Both are great! But there is a clear winner out of these two botanically-similar fruits:
In terms of macronutrients they are very similar. Peaches have slightly more protein and plums have slightly more carbs, but the numbers are close enough to make no meaningful difference; they’re both mostly water.
They’re also not too far from each other in the category of vitamins; peaches have more of vitamins B2, B3, B5, E, and choline, while plums have more of vitamins B1, B6, B9, C, and K. They’re equal on vitamin A, by the way, and the vitamins they do differ in, differ by around the same margins, so this category is a clear tie.
When it comes to minerals, however, peaches win easily with more copper, iron, magnesium, manganese, phosphorus, potassium, selenium, and zinc. The two fruits are equal on calcium, and plum is not higher in any minerals.
While they already won easily because of the mineral situation, it should be noted that peaches also have the lower glycemic index. But honestly, plums are fine too; peaches are just even lower.
So: enjoy both, but if you’re going to pick one, peaches boast the most!
Want to learn more?
You might like to read:
- Top 8 Fruits That Prevent & Kill Cancer
- Apricots vs Peaches – Which is Healthier?
- Dried Apricots vs Dried Prunes – Which is Healthier? (prunes are dried plums, usually partially rehydrated)
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How to Think More Effectively – by Alain de Botton
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Our brain is our most powerful organ, and our mind is an astonishing thing. So why do we sometimes go off-piste?
The School of Life‘s Alain de Botton lays out for us a framework of cumulative thinking, directions for effort, and unlikely tools for cognitive improvement.
The book especially highlights the importance of such things as…
- making time for cumulative thinking
- not, however, trying to force it
- working with, rather than in spite of, distractions
- noting and making use of our irrationalities
- taking what we think/do both seriously and lightly, at once
- practising constructive self-doubt
The style is as clear and easy as you may have come to expect from Alain de Botton / The School of Life, and yet, its ideas are still likely to challenge every reader in some (good!) way.
Bottom line: if you would like what you think, say, do to be more meaningful, this book will help you to make the most of your abilities!
Click here to check out How To Think More Effectively, and upgrade your thought processes!
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What does it mean to be immunocompromised?
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Our immune systems help us fight off disease, but certain health conditions and medications can weaken our immune systems. People whose immune systems don’t work as well as they should are considered immunocompromised.
Read on to learn more about how the immune system works, what causes people to be immunocompromised, and how we can protect ourselves and the immunocompromised people around us from illness.
What is the immune system?
The immune system is a network of cells, organs, and chemicals that helps our bodies fight off infections caused by invaders, such as bacteria, viruses, fungi, and parasites.
Some important parts of the immune system include:
- White blood cells, which attack and kill germs that don’t belong inside our bodies.
- Lymph nodes, which help our bodies filter out germs.
- Antibodies, which help our bodies recognize invaders.
- Cytokines, which tell our immune cells what to do.
What causes people to be immunocompromised?
Some health conditions and medications can prevent our immune systems from functioning optimally, which makes us more vulnerable to infection. Health conditions that compromise the immune system fall into two categories: primary immunodeficiency and secondary immunodeficiency.
Primary immunodeficiency
People with primary immunodeficiency are born with genetic mutations that prevent their immune systems from functioning as they should. There are hundreds of types of primary immunodeficiencies. Since these mutations affect the immune system to varying degrees, some people may experience symptoms and get diagnosed early in life, while others may not know they’re immunocompromised until adulthood.
Secondary immunodeficiency
Secondary immunodeficiency happens later in life due to an infection like HIV, which weakens the immune system over time, or certain types of cancer, which prevent the body from producing enough white blood cells to adequately fight off infection. Studies have also shown that getting infected with COVID-19 may cause immunodeficiency by reducing our production of “killer T-cells,” which help fight off infections.
Sometimes necessary treatments for certain medical conditions can also cause secondary immunodeficiency. For example, people with autoimmune disorders—which cause the immune system to become overactive and attack healthy cells—may need to take immunosuppressant drugs to manage their symptoms. However, the drugs can make them more vulnerable to infection.
People who receive organ transplants may also need to take immunosuppressant medications for life to prevent their body from rejecting the new organ. (Given the risk of infection, scientists continue to research alternative ways for the immune system to tolerate transplantation.)
Chemotherapy for cancer patients can also cause secondary immunodeficiency because it kills the immune system’s white blood cells as it’s trying to kill cancer cells.
What are the symptoms of a compromised immune system?
People who are immunocompromised may become sick more frequently than others or may experience more severe or longer-term symptoms than others who contract the same disease.
Other symptoms of a compromised immune system may include fatigue; digestive problems like cramping, nausea, and diarrhea; and slow wound healing.
How can I find out if I’m immunocompromised?
If you think you may be immunocompromised, talk to your health care provider about your medical history, your symptoms, and any medications you take. Blood tests can determine whether your immune system is producing adequate proteins and cells to fight off infection.
I’m immunocompromised—how can I protect myself from infection?
If you’re immunocompromised, take precautions to protect yourself from illness.
Wash your hands regularly, wear a well-fitting mask around others to protect against respiratory viruses, and ensure that you’re up to date on recommended vaccines.
Immunocompromised people may need more doses of vaccines than people who are not immunocompromised—including COVID-19 vaccines. Talk to your health care provider about which vaccines you need.
How can I protect the immunocompromised people around me?
You never know who may be immunocompromised. The best way to protect immunocompromised people around you is to avoid spreading illnesses.
If you know you’re sick, isolate whenever possible. Wear a well-fitting mask around others—especially if you know that you’re sick or that you’ve been exposed to germs. Make sure you’re up to date on recommended vaccines, and practice regular hand-washing.
If you’re planning to spend time with someone who is immunocompromised, ask them what steps you can take to keep them safe.
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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