How To Avoid Age-Related Macular Degeneration
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Avoiding Age-Related Macular Degeneration
Eye problems can strike at any age, but as we get older, it becomes a lot more likely. In particular, age-related macular degeneration is, as the name suggests, an age-bound disease.
Is there no escaping it, then?
The risk factors for age-related macular degeneration are as follows:
- Being over the age of 55 (can’t do much about this one)
- Being over the age of 65 (risk climbs sharply now)
- Having a genetic predisposition (can’t do much about this one)
- Having high cholesterol (this one we can tackle)
- Having cardiovascular disease (this one we can tackle)
- Smoking (so, just don’t)
Genes predispose; they don’t predetermine. Or to put it another way: genes load the gun, but lifestyle pulls the trigger.
Preventative interventions against age-related macular degeneration
Prevention is better than a cure in general, and this especially goes for things like age-related macular degeneration, because the most common form of it has no known cure.
So first, look after your heart (because your heart feeds your eyes).
See also: The Mediterranean Diet
Next, eat to feed your eyes specifically. There’s a lot of research to show that lutein helps avoid age-related diseases in the eyes and the rest of the brain, too:
See also: Brain Food? The Eyes Have It
Do supplements help?
They can! There was a multiple-part landmark study by the National Eye Institute, a formula was developed that reduced the 5-year risk of intermediate disease progressing to late disease by 25–30%. It also reduced the risk of vision loss by 19%.
You can read about both parts of the study here:
Age-Related Eye Disease Studies (AREDS/AREDS2): major findings
As you can see, an improvement was made between the initial study and the second one, by replacing beta-carotene with lutein and zeaxanthin.
The AREDS2 formula contains:
- 500 mg vitamin C
- 180 mg vitamin E
- 80 mg zinc
- 10 mg lutein
- 2 mg copper
You can learn more about these supplements, and where to get them, here on the NEI’s corner of the official NIH website:
AREDS 2 Supplements for Age-Related Macular Degeneration
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It’s Not You, It’s Your Hormones – by Nicki Williams, DipION, mBANT, CNHC
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So, first a quick note: this book is very similar to the popular bestseller “The Galveston Diet”, not just in content, but all the way down to its formatting. Some Amazon reviewers have even gone so far as to suggest that “It’s Not You, It’s Your Hormones” (2017) brazenly plagiarized “The Galveston Diet” (2023). However, after carefully examining the publication dates, we feel quite confident that this book is not a copy of the one that came out six years after it. As such, we’ve opted for reviewing the original book.
Nicki Williams’ basic principle is that we can manage our hormonal fluctuations, by managing our diet. Specifically, in three main ways:
- Intermittent fasting
- Anti-inflammatory diet
- Eating more protein and healthy fats
Why should these things matter to our hormones? The answer is to remember that our hormones aren’t just the sex hormones. We have hormones for hunger and satedness, hormones for stress and relaxation, hormones for blood sugar regulation, hormones for sleep and wakefulness, and more. These many hormones make up our endocrine system, and affecting one part of it will affect the others.
Will these things magically undo the effects of the menopause? Well, some things yes, other things no. No diet can do the job of HRT. But by tweaking endocrine system inputs, we can tweak endocrine system outputs, and that’s what this book is for.
The style is very accessible and clear, and Williams walks us through the changes we may want to make, to avoid the changes we don’t want.
In the category of criticism, there is some extra support that’s paywalled, in the sense that she wants the reader to buy her personally-branded online plan, and it can feel a bit like she’s holding back in order to upsell to that.
Bottom line: this book is aimed at peri-menopausal and post-menopausal women. It could also definitely help a lot of people with PCOS too, and, when it comes down to it, pretty much anyone with an endocrine system. It’s a well-evidenced, well-established, healthy way of eating regardless of age, sex, or (most) physical conditions.
Click here to check out It’s Not You, It’s Your Hormones, and take control of yours!
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Water’s Counterintruitive Properties
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It’s Q&A Day at 10almonds!
Have a question or a request? We love to hear from you!
In cases where we’ve already covered something, we might link to what we wrote before, but will always be happy to revisit any of our topics again in the future too—there’s always more to say!
As ever: if the question/request can be answered briefly, we’ll do it here in our Q&A Thursday edition. If not, we’ll make a main feature of it shortly afterwards!
So, no question/request too big or small
❝Why are we told to drink more water for everything, even if sometimes it seems like the last thing we need? Bloated? Drink water. Diarrhea? Drink water. Nose running like a tap? Drink water❞
While water will not fix every ill, it can fix a lot, or at least stop it from being worse!
Our bodies are famously over 60% water (exact figure will depend on how well-hydrated you are, obviously, as well as your body composition in terms of muscle and fat). Our cells (which are mostly full of mostly water) need replacing all the time, and almost everything that needs transporting almost anywhere is taken there by blood (which is also mostly water). And if we need something moving out of the body? Water is usually going to be a large part of how it gets ejected.
In the cases of the examples you gave…
- Bloating: bloating is often a matter of water retention, which often happens as a result of having too much salt, and/or sometimes too much fat. So the body’s homeostatic system (the system that tries to maintain all kinds of equilibrium, keeping salt balance, temperature, pH, and many other things in their respective “Goldilocks zones”) tries to add more water to where it’s needed to balance out the salt etc.
- Consequently, drinking more water means the body will note “ok, balance restored, no need to keep retaining water there, excess salts being safely removed using all this lovely water”.
- Diarrhea: this is usually a case of a bacterial infection, though there can be other causes. Whether for that reason or another, the body has decided that it needs to give your gut an absolute wash-out, and it can only do that from the inside—so it uses as much of the body’s water as it needs to do that.
- Consequently, drinking more water means that you are replenishing the water that the body has already 100% committed to using. If you don’t drink water, you’ll still have diarrhea, you’ll just start to get dangerously dehydrated.
- Runny nose: this is usually a case of either fighting a genuine infection, or else fighting something mistaken for a pathogen (e.g. pollen, or some other allergen). The mucus is an important part of the body’s defense: it traps the microbes (be they bacteria, virus, whatever) and water-slides them out of the body.
- Consequently, drinking more water means the body can keep the water-slide going. Otherwise, you’ll just get gradually more dehydrated (because as with diarrhea, your body will prioritize this function over maintaining water reserves—water reserves are there to be used if necessary, is the body’s philosophy) and if the well runs dry, you’ll just be dehydrated and have a higher pathogen-count still in your body.
Some previous 10almonds articles that might interest you:
- Hydration Mythbusting
- When To Take Electrolytes (And When We Shouldn’t!)
- Keeping Your Kidneys Healthy (Especially After 60)
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- Bloating: bloating is often a matter of water retention, which often happens as a result of having too much salt, and/or sometimes too much fat. So the body’s homeostatic system (the system that tries to maintain all kinds of equilibrium, keeping salt balance, temperature, pH, and many other things in their respective “Goldilocks zones”) tries to add more water to where it’s needed to balance out the salt etc.
Why Chronic Obstructive Pulmonary Disease (COPD) Is More Likely Than You Think
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Chronic Obstructive Pulmonary Disease (COPD): More Likely Than You Think
COPD is not so much one disease, as rather a collection of similar (and often overlapping) diseases. The main defining characteristic is that they are progressive lung diseases. Historically the most common have been chronic bronchitis and emphysema, though Long COVID and related Post-COVID conditions appear to have been making inroads.
Lung cancer is generally considered separately, despite being a progressive lung disease, but there is crossover too:
COPD prevalence is increased in lung cancer, independent of age, sex and smoking history
COPD can be quite serious:
“But I don’t smoke”
Great! In fact we imagine our readership probably has disproportionately few smokers compared to the general population, being as we all are interested in our health.
But, it’s estimated that 30,000,000 Americans have COPD, and approximately half don’t know it. Bear in mind, the population of the US is a little over 340,000,000, so that’s a little under 9% of the population.
Click here to see a state-by-state breakdown (how does your state measure up?)
How would I know if I have it?
It typically starts like any mild respiratory illness. Likely shortness of breath, especially after exercise, a mild cough, and a frequent need to clear your throat.
Then it will get worse, as the lungs become more damaged; each of those symptoms might become stronger, as well as chest tightness and a general lack of energy.
Later stages, you guessed it, the same but worse, and—tellingly—weight loss.
The reason for the weight loss is because you are getting less oxygen per breath, making carrying your body around harder work, meaning you burn more calories.
What causes it?
Lots of things, with smoking being up at the top, or being exposed to a lot of second-hand smoke. Working in an environment with a lot of air pollution (for example, working around chemical fumes) can cause it, as can inhaling dust. New Yorkers: yes, that dust too. It can also develop from other respiratory illnesses, and some people even have a genetic predisposition to it:
Alpha-1 antitrypsin deficiency: a commonly overlooked cause of lung disease
Is it treatable?
Treatment varies depending on what form of it you have, and most of the medical interventions are beyond the scope of this article. Suffice it to say, there are medications that can be taken (including bronchodilators taken via an inhaler device), corticosteroids, antibiotics and antivirals of various kinds if appropriate. This is definitely a “see your doctor” item though, because there are is far too much individual variation for us to usefully advise here.
However!
There are habits we can do to a) make COPD less likely and b) make COPD at least a little less bad if we get it.
Avoiding COPD:
- Don’t smoke. Just don’t.
- Avoid second-hand smoke if you can
- Avoid inhaling other chemicals/dust that may be harmful
- Breathe through your nose, not your mouth; it filters the air in a whole bunch of ways
- Seriously, we know it seems like nostril hairs surely can’t do much against tiny particles, but tiny particles are attracted to them and get stuck in mucous and dealt with by our immune system, so it really does make a big difference
Managing COPD:
- Continue the above things, of course
- Exercise regularly, even just light walking helps; we realize it will be difficult
- Maintain a healthy weight if you can
- This means both ways; COPD causes weight loss and that needs to be held in check. But similarly, you don’t want to be carrying excessive weight either; that will tire you even more.
- Look after the rest of your health; everything else will now hit you harder, so even small things need to be taken seriously
- If you can, get someone to help / do your household cleaning for you, ideally while you are not in the room.
Where can I get more help/advice?
As ever, speak to your doctor if you are concerned this may be affecting you. You can also find a lot of resources via the COPD Foundation’s website.
Take care of yourself!
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- Don’t smoke. Just don’t.
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Peas vs Broad Beans – Which is Healthier?
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Our Verdict
When comparing peas to broad beans, we picked the peas.
Why?
Both are great of course, but…
Looking at the macros to start with, peas have more protein and more fiber. The differences aren’t huge, but they are clear.
In terms of vitamins, peas have more of vitamins A, B1, B2, B3, B5, B6, B9, E, K, and choline (some with very large margins, some with small), while broad beans contain a little more vitamin C (the margin is quite narrow though).
When it comes to minerals, peas have more calcium, copper, iron, magnesium, manganese, phosphorus, potassium, selenium, and zinc, while broad beans have more sodium. So this category wasn’t close.
Adding up the win from each of the categories makes for a clear triple-win for peas.
Easy-peasy!
Want to learn more?
You might like to read:
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Could ADHD drugs reduce the risk of early death? Unpacking the findings from a new Swedish study
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Attention-deficit hyperactivity disorder (ADHD) can have a considerable impact on the day-to-day functioning and overall wellbeing of people affected. It causes a variety of symptoms including difficulty focusing, impulsivity and hyperactivity.
For many, a diagnosis of ADHD, whether in childhood or adulthood, is life changing. It means finally having an explanation for these challenges, and opens up the opportunity for treatment, including medication.
Although ADHD medications can cause side effects, they generally improve symptoms for people with the disorder, and thereby can significantly boost quality of life.
Now a new study has found being treated for ADHD with medication reduces the risk of early death for people with the disorder. But what can we make of these findings?
A large study from Sweden
The study, published this week in JAMA (the prestigious journal of the American Medical Association), was a large cohort study of 148,578 people diagnosed with ADHD in Sweden. It included both adults and children.
In a cohort study, a group of people who share a common characteristic (in this case a diagnosis of ADHD) are followed over time to see how many develop a particular health outcome of interest (in this case the outcome was death).
For this study the researchers calculated the mortality rate over a two-year follow up period for those whose ADHD was treated with medication (a group of around 84,000 people) alongside those whose ADHD was not treated with medication (around 64,000 people). The team then determined if there were any differences between the two groups.
What did the results show?
The study found people who were diagnosed and treated for ADHD had a 19% reduced risk of death from any cause over the two years they were tracked, compared with those who were diagnosed but not treated.
In understanding this result, it’s important – and interesting – to look at the causes of death. The authors separately analysed deaths due to natural causes (physical medical conditions) and deaths due to unnatural causes (for example, unintentional injuries, suicide, or accidental poisonings).
The key result is that while no significant difference was seen between the two groups when examining natural causes of death, the authors found a significant difference for deaths due to unnatural causes.
So what’s going on?
Previous studies have suggested ADHD is associated with an increased risk of premature death from unnatural causes, such as injury and poisoning.
On a related note, earlier studies have also suggested taking ADHD medicines may reduce premature deaths. So while this is not the first study to suggest this association, the authors note previous studies addressing this link have generated mixed results and have had significant limitations.
In this new study, the authors suggest the reduction in deaths from unnatural causes could be because taking medication alleviates some of the ADHD symptoms responsible for poor outcomes – for example, improving impulse control and decision-making. They note this could reduce fatal accidents.
The authors cite a number of studies that support this hypothesis, including research showing ADHD medications may prevent the onset of mood, anxiety and substance use disorders, and lower the risk of accidents and criminality. All this could reasonably be expected to lower the rate of unnatural deaths.
Strengths and limitations
Scandinavian countries have well-maintained national registries that collect information on various aspects of citizens’ lives, including their health. This allows researchers to conduct excellent population-based studies.
Along with its robust study design and high-quality data, another strength of this study is its size. The large number of participants – almost 150,000 – gives us confidence the findings were not due to chance.
The fact this study examined both children and adults is another strength. Previous research relating to ADHD has often focused primarily on children.
One of the important limitations of this study acknowledged by the authors is that it was observational. Observational studies are where the researchers observe and analyse naturally occurring phenomena without intervening in the lives of the study participants (unlike randomised controlled trials).
The limitation in all observational research is the issue of confounding. This means we cannot be completely sure the differences between the two groups observed were not either partially or entirely due to some other factor apart from taking medication.
Specifically, it’s possible lifestyle factors or other ADHD treatments such as psychological counselling or social support may have influenced the mortality rates in the groups studied.
Another possible limitation is the relatively short follow-up period. What the results would show if participants were followed up for longer is an interesting question, and could be addressed in future research.
What are the implications?
Despite some limitations, this study adds to the evidence that diagnosis and treatment for ADHD can make a profound difference to people’s lives. As well as alleviating symptoms of the disorder, this study supports the idea ADHD medication reduces the risk of premature death.
Ultimately, this highlights the importance of diagnosing ADHD early so the appropriate treatment can be given. It also contributes to the body of evidence indicating the need to improve access to mental health care and support more broadly.
Hassan Vally, Associate Professor, Epidemiology, Deakin University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Black Tea or Green Tea – Which is Healthier?
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Our Verdict
When comparing black tea to green tea, we picked the black tea.
Why?
It was close! Ultimately we picked the black tea as the “best all-rounder”.
Both teas are great for the health, insofar as tea in general is a) a very good way to hydrate (better absorption than plain water) and b) an excellent source of beneficial phytochemicals—mostly antioxidants of various kinds, but there’s a lot in there.
We did a run-down previously of the relative benefits of each of four kinds of tea (black, white, green, red):
Which Tea Is Best, By Science?
Which concluded in its final summary:
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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