Dyslexia Test
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(and it’s mostly not about reading/writing!)
More than just shuffled letters
This video provides a self-test based on the Bangor Dyslexia Test (BDT). The BDT is 94% accurate in identifying dyslexia, and it includes 9 parts, with a mix of questions and tasks. Answering “yes” or struggling with tasks indicates possible dyslexia. Collecting 4+ indicators suggests dyslexia, but of course is not a replacement for official diagnosis.
It’s best to watch the video if you can, but here’s what to expect:
- Left-Right confusion: point your left hand to your right/left shoulder.
- Family history: any family members with dyslexia or struggles with reading/writing?
- Repeating numbers (order): repeat a given sequence of numbers in order.
- Letter confusion (e.g. b/d): do you confuse letters like “b” and “d” beyond age 8?
- Times tables: recite the 6, 7, and 8 times tables.
- Word manipulation: replace the letters in a word to create a new word, e.g. change “slide” (s ⇾ g) to “glide.”
- Repeating numbers (reversed): repeat a given sequence of numbers in reverse order.
- Months in reverse: recite the months of the year in reverse order.
- Subtraction: do you struggle with subtraction, e.g. 44-9 or 55-12?
Writer’s anecdote: I am not dyslexic, and/but I have an impressive level of dyscalculia (the purely numerical equivalent), to the point I’ll sometimes use a calculator to do single-digit calculations, and I am so bad at calculating ages or other differences between dates (I will have to count on my fingers or else run the severe risk of out-by-one errors). I have also been known to make mistakes counting down from 10, which really ruins dramatic tension.
In contrast, the left-right thing is interesting, because when I was first learning Arabic, I had no trouble reading/writing right-to-left, but I initially struggled so much to remember which way the “backspace” key would take me (in Arabic the backspace key backspaces to the right, despite still pointing to the left).
Anyway, for the test itself, enjoy:
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Want to learn more?
You might also like to read:
Reading, Better (Reading As A Cognitive Exercise)
Take care!
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Young Mind Young Body – by Sue Ziang
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This is a very “healthy mind in a healthy body” book, consistent with the author’s status as a holistic health coach. Sometimes that produces a bit of a catch-22 regarding where to start, but for Ziang, the clear answer is to start with the mind, and specifically, one’s perception of one’s own age.
She advocates for building a young mind in a young body, and yes, that’s mind-building much like body-building. This does not mean any kind of wilful self-delusion, but rather, choosing the things that we do get to choose along the way.
The bridge between mind and body, for Ziang, is meditation—which is reasonable, as it’s very much mind-stuff and also very much neurological and has a very real-world impact on the body’s broader health, even simply by such mechanisms as changing breathing, heart rate, neurotransmitter levels, endocrine functions, and the like.
When it comes to the more physical aspects of health, her dietary advice is completely in line with what we write here at 10almonds. Hydrate well, eat more plants, especially beans and greens and whole grains, get good fats in, enjoy spices, practice mindful eating, skip the refined carbohydrates, be mindful of bio-individuality (e.g. one’s own personal dietary quirks that stem from physiology; some of us react differently to this kind of food or that for genetic reasons, and that’s not something to be overlooked).
In the category of exercise, she’s simply about moving more, which while not comprehensive, is not bad advice either.
Bottom line: if you’re looking for an “in” to holistic health and wondering where to start, this book is a fine and very readable option.
Click here to check out “Young Mind Young Body”, and transform yours!
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What Are Nootropics, Really?
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What are nootropics, really?
A nootropic is anything that functions as a cognitive enhancer—in other words, improves our brainpower.
These can be sensationalized as “smart drugs”, misrepresented excitingly in science fiction, meme-ified in the mundane (“but first, coffee”), and reframed entirely, (“exercise is the best nootropic”).
So, clearly, “nootropics” can mean a lot of different things. Let’s look at some of the main categories…
The neurochemical modulators
These are what often get called “smart drugs”. They are literally drugs (have a chemical effect on the body that isn’t found in our diet), and they affect the levels of certain neurotransmitters in the brain, such as by:
- Adding more of that neurotransmitter (simple enough)
- Decreasing the rate at which we lose that neurotransmitter (re-uptake inhibitors)
- Antagonizing an unhelpful neurotransmitter (doing the opposite thing to it)
- Blocking an unhelpful neurotransmitter (stopping the receptors from receiving it)
“Unhelpful” here is relative and subjective, of course. We need all the neurotransmitters that are in our brain, after all, we just don’t need all of them all the time.
Examples: modafinil, a dopamine re-uptake inhibitor (mostly prescribed for sleep disorders), reduces the rate at which our brains scrub dopamine, resulting in a gradual build-up of dopamine that we naturally produced, so we get to enjoy that dopamine for longer. This will tend to promote wakefulness, and may also help with problem-solving and language faculties—as well as giving a mood boost. In other words, all things that dopamine is used for. Mirtazaрine, an adrenoreceptor agonist (mostly prescribed as an antidepressant), increases noradrenergic neurotransmission, thus giving many other brain functions a boost.
Why it works: our brains need healthy levels of neurotransmitters, in order to function well. Those levels are normally self-regulating, but can become depleted in times of stress or fatigue, for example.
The metabolic brain boosters
These are the kind of things that get included in nootropic stacks (stack = a collection of supplements and/or drugs that complement each other and are taken together—for example, a multivitamin tablet could be described as a vitamin stack) even though they have nothing specifically relating them to brain function. Why are they included?
The brain needs so much fuel. Metabolically speaking, it’s a gas-guzzler. It’s the single most resource-intensive organ of our body, by far. So, metabolic brain boosters tend to:
- Increase blood flow
- Increase blood oxygenation
- Increase blood general health
- Improve blood pressure (this is relative and subjective, since very obviously there’s a sweet spot)
Examples: B-vitamins. Yep, it can be that simple. A less obvious example might be Co-enzyme Q10, which supports energy production on a cellular level, and good cardiovascular health.
Why it works: you can’t have a healthy brain without a healthy heart!
We are such stuff as brains are made of
Our brains are made of mostly fat, water, and protein. But, not just any old fat and protein—we’re at least a little bit special! So, brain-food foods tend to:
- Give the brain the fats and proteins it’s made of
- Give the brain the stuff to make the fats and proteins it’s made of (simpler fats, and amino acids)
- Give the brain hydration! Just having water, and electrolytes as appropriate, does this
Examples: healthy fats from nuts, seeds, and seafood; also, a lot of phytonutrients from greens and certain fruits. Long-time subscribers may remember our article “Brain Food: The Eyes Have It!” on the importance of dietary lutein in reducing Alzheimer’s risk, for example
Why it works: this is matter of structural upkeep and maintenance—our brains don’t work fabulously if deprived of the very stuff they’re made of! Especially hydration is seriously underrated as a nootropic factor, by the way. Most people are dehydrated most of the time, and the brain dehydrates quickly. Fortunately, it rehydrates quickly as well when we take hydrating liquids.
Weird things that sound like ingredients in a witch’s potion
These are too numerous and too varied in how they work to cover here, but they do appear a lot in nootropic stacks and in popular literature on the subject.
Often they work by one of the mechanisms described above; sometimes we’re not entirely sure how they work, and have only measured their effects sufficiently to know that, somehow, they do work.
Examples: panax ginseng is one of the best-studied examples that still remains quite mysterious in many aspects of its mechanism. Lion’s Mane (the mushroom, not the jellyfish or the big cat hairstyle), meanwhile, is known to contain specific compounds that stimulate healthy brain cell growth.
Why it works: as we say, it varies so much from on ingredient to another in this category, so… Watch out for our Research Review Monday features, as we’ll be covering some of these in the coming weeks!
(PS, if there’s any you’d like us to focus on, let us know! We always love to hear from you. You can hit reply to any of our emails, or use the handy feedback widget at the bottom)
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Dry Needling for Meralgia Paresthetica?
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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
❝Could you address dry needling, who should administer it, and could it be a remedy for meralgia paresthetica? If not, could you speak to home-based remedies for meralgia paresthetica? Thank you?❞
We’ll need to take a main feature some time to answer this one fully, but we will say some quick things here:
- Dry needling, much like acupuncture, has been found to help with pain relief.
- Meralgia paresthetica, being a neuropathy, may benefit from some things that benefit people with peripheral neuropathy, such as lion’s mane mushroom. There is definitely not research to support this hypothesis yet though (so far as we could find anyway; there is plenty to support lion’s mane helping with nerve regeneration in general, but nothing specific for meralgia paresthetica).
Some previous articles you might enjoy meanwhile:
- Pinpointing The Usefulness Of Acupuncture
- Science-Based Alternative Pain Relief
- Peripheral Neuropathy: How To Avoid It, Manage It, Treat It
- What Does Lion’s Mane Actually Do, Anyway?
Take care!
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Study Tips for Exam Season?
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You’ve Got Questions? We’ve Got Answers!
Q: Any study tips as we approach exam season? A lot of the productivity stuff is based on working life, but I can’t be the only student!
A: We’ve got you covered:
- Be passionate about your subject! We know of no greater study tip than that.
- Find a willing person and lecture them on your subject. When one teaches, two learn!
- Your mileage may vary depending on your subject, but, find a way of studying that’s fun to you!
- If you can get past papers, get as many as you can, and use those as your “last minute” studying in the week before your exam(s). This will prime you for answering exam-style questions (and leverage state-dependent memory). As a bonus, it’ll also help ease any anxiety, because by the time of your exam it’ll be “same old, same old”!
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The Cold Truth About Respiratory Infections
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The Pathogens That Came In From The Cold
Yesterday, we asked you about your climate-themed policy for avoiding respiratory infections, and got the above-depicted, below-described, set of answers:
- About 46% of respondents said “Temperature has no bearing on infection risk”
- About 31% of respondents said “It’s important to get plenty of cold, fresh air, as this kills/inactivates pathogens”
- About 22% of respondents said “It’s important to stay warm to avoid getting colds, flu, etc”
Some gave rationales, including…
For “stay warm”:
❝Childhood lessons❞
For “get cold, fresh air”:
❝I just feel that it’s healthy to get fresh air daily. Whether it kills germs, I don’t know❞
For “temperature has no bearing”:
❝If climate issue affected respiratory infections, would people in the tropics suffer more than those in colder climates? Pollutants may affect respiratory infections, but I doubt just temperature would do so.❞
So, what does the science say?
It’s important to stay warm to avoid getting colds, flu, etc: True or False?
False, simply. Cold weather does increase the infection risk, but for reasons that a hat and scarf won’t protect you from. More on this later, but for now, let’s lay to rest the idea that bodily chilling will promote infection by cold, flu, etc.
In a small-ish but statistically significant study (n=180), it was found that…
❝There was no evidence that chilling caused any acute change in symptom scores❞
Read more: Acute cooling of the feet and the onset of common cold symptoms
Note: they do mention in their conclusion that chilling the feet “causes the onset of cold symptoms in about 10% of subjects who are chilled”, but the data does not support that conclusion, and the only clear indicator is that people who are more prone to colds generally, were more prone to getting a cold after a cold water footbath.
In other words, people who were more prone to colds remained more prone to colds, just the same.
It’s important to get plenty of cold, fresh air, as this kills/inactivates pathogens: True or False?
Broadly False, though most pathogens do have an optimal operating temperature that (for obvious reasons) is around normal human body temperature.
However, given that they don’t generally have to survive outside of a host body for long to get passed on, the fact that the pathogens may be a little sluggish in the great outdoors will not change the fact that they will be delighted by the climate in your respiratory tract as soon as you get back into the warm.
With regard to the cold air not being a reliable killer/inactivator of pathogens, we call to the witness stand…
Polar Bear Dies From Bird Flu As H5N1 Spreads Across Globe
(it was found near Utqiagvik, one of the northernmost communities in Alaska)
Because pathogens like human body temperature, raising the body temperature is a way to kill/inactivate them: True or False?
True! Unfortunately, it’s also a way to kill us. Because we, too, cannot survive for long above our normal body temperature.
So, for example, bundling up warmly and cranking up the heating won’t necessarily help, because:
- if the temperature is comfortable for you, it’s comfortable for the pathogen
- if the temperature is dangerous to the pathogen, it’s dangerous to you too
This is why the fever response evolved, and/but why many people with fevers die anyway. It’s the body’s way of playing chicken with the pathogen, challenging “guess which of us can survive this for longer!”
Temperature has no bearing on infection risk: True or False?
True and/or False, circumstantially. This one’s a little complex, but let’s break it down to the essentials.
- Temperature has no direct effect, for the reasons we outlined above
- Temperature is often related to humidity, which does have an effect
- Temperature does tend to influence human behavior (more time spent in open spaces with good ventilation vs more time spent in closed quarters with poor ventilation and/or recycled air), which has an obvious effect on transmission rates
The first one we covered, and the third one is self-evident, so let’s look at the second one:
Temperature is often related to humidity, which does have an effect
When the environmental temperature is warmer, water droplets in the air will tend to be bigger, and thus drop to the ground much more quickly.
When the environmental temperature is colder, water droplets in the air will tend to be smaller, and thus stay in the air for longer (along with any pathogens those water droplets may be carrying).
Some papers on the impact of this:
- Cold temperature and low humidity are associated with increased occurrence of respiratory tract infections
- A Decrease in Temperature and Humidity Precedes Human Rhinovirus Infections in a Cold Climate
So whatever temperature you like to keep your environment, humidity is a protective factor against respiratory infections, and dry air is a risk factor.
So, for example:
- If the weather doesn’t suit having good ventilation, a humidifier is a good option
- Being in an airplane is one of the worst places to be for this, outside of a hospital
Don’t have a humidifier? Here’s an example product on Amazon, but by all means shop around.
A crock pot with hot water in and the lid off is also a very workable workaround too
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Head Over Hips
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We’ve written before about managing osteoarthritis (or ideally: avoiding it, but that’s not always an option on the table, of course), so here’s a primer/refresher before we get into the meat of today’s article:
Avoiding/Managing Osteoarthritis
When the head gets in the way
Research shows that the problem with recovery in cases of osteoarthritis of the hip is in fact often not the hip itself, but rather, the head:
❝In fact, the stronger your muscles are, the more protected your joint is, and the less pain you will experience.
Our research has shown that people with hip osteoarthritis were unable to activate their muscles as efficiently, irrespective of strength.
Basically, people with hip arthritis are unable to activate their muscles properly because the brain is actively putting on the brake to stop them from using the muscle.❞
This is a case of a short-term protective response being unhelpful in the long-term. If you injure yourself, your brain will try to inhibit you from exacerbating that injury, such as by (for example) disobliging you from putting weight on an injured joint.
This is great if you merely twisted an ankle and just need to sit back and relax while your body works its healing magic, but it’s counterproductive if it’s a chronic issue like osteoarthritis. In such (i.e. chronic) cases, avoidance of use of the joint will simply cause atrophy of the surrounding muscle and other tissues, leading to more of the very wear-and-tear that led to the osteoarthritis in the first place.
So… How to deal with that?
You probably can exercise
It’s easy to get caught between the dichotomy of “exercise and inflame your joints” vs “rest and your joints seize up”, which is not pleasant.
However, the trick lies in how you exercise, per joint type:
When Bad Joints Stop You From Exercising (5 Things To Change)
…which to be clear, isn’t a case of “avoid using the joint that’s bad”, but is rather “use it in this specific way, so that it gets stronger without doing it more damage in the process”.
Which is exactly what is needed!
Further resources
For those who like learning from short videos, here’s a trio of helpers (along with our own text-based overview for each):
- The Most Underrated Hip Mobility Exercise (Not Stretching)
- Overcome Front-Of-Hip Pain
- 10 Tips To Reduce Morning Pain & Stiffness With Arthritis
And for those who prefer just reading, here’s a book we reviewed on the topic:
11 Minutes to Pain-Free Hips – by Melinda Wright
Take care!
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