Meditation That You’ll Actually Enjoy
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Meditation That You’ll Actually Enjoy
We previously wrote about…
No-Frills, Evidence-Based Mindfulness
this is a great primer, by the way, for the science and simplicity of mindfulness, along with the simplest mindfulness meditation to get you going.
Today, we’re going to have some fun with meditation.
First: The Problem
Once the usefulness and health benefits of meditation have been established, often people want to meditate, but complain they don’t have the time.
But that’s not the real reason, though, is it?
Let’s face it, a basic meditation can give benefits within two minutes. Or within two breaths, for that matter. So, it’s not really for a lack of time.
The real reason is because it doesn’t feel productive, and it’s not fun. For us to feel motivated to do a thing, usually we need at least one or the other. And even if we know it really is productive, it not feeling that way will hobble us.
So instead, let us make things a little more fun, with…
Meditation games!
As it turns out, there are good kinds of meditation with which one can have a little fun.
Catch the next thought
A common feature of many meditative practices is the experience of having fewer, or ideally no, thoughts.
But it’s hard to enact a negative, and thoughts keep coming.
So instead, make yourself comfortable, settle in, and lie in wait for thoughts. When one comes along, pounce on it in your mind. And then release it, and wait for the next.
At first, your thoughts may be coming thick and fast, but soon, you’ll find the pauses between them lengthening, and you have moments of contented not-knowing of what the next thought will be before it comes along.
This state of relaxed, ready alertness, calm and receptive, is exactly what we’re hoping to find here. But don’t worry about that while you’re busy lying in wait for the next wild thought to come along
Counting breaths
Many meditative practices involve focus on one’s breath. But it’s easy for attention to wander!
This game is a simple one. Count your breaths, not trying to change your rate of breathing at all, just letting it be, and see how high you can get before you lose count.
Breathing in and out, once, counts as one breath, by the way.
You may find that your rate of breathing naturally slows while you’re doing this. That’s fine; let it. It’ll add to the challenge of the game, because before long there will be lengthy pauses between each number.
If you lose count, just start again, and see if you can beat your high score.
This meditation game is an excellent exercise to build for sustained focus, while also improving the quality of breathing (as a side-effect of merely paying attention to it).
Hot spot, cold spot
The above two meditation games were drawn from Japanese and Chinese meditative practices, zen and qigong respectively; this one’s from an Indian meditative practice, yoga nidra. But for now, just approach it with a sense of playful curiosity, for best results.
Make yourself comfortable, lying on your back, arms by your sides.
Take a moment first to pay attention to each part of your body from head to toe, and release any tension that you may be holding along the way.
First part: mentally scan your body for where it feels warmest, or most active, or most wanting of attention (for example if there is pain, or an itch, or some other sensation); that’s your “hot spot” for the moment.
Second part: mentally scan your body for where it feels coolest, or most inert, or almost like it’s not a part of your body at all; that’s your “cold spot” for the moment.
Now, see if you can flip them. Whether you can or can’t, notice if your “hot spot” or “cold spot” moves, or if you can move them consciously.
This meditation game is a great exercise to strengthen interoception and somatic awareness in general—essential for being able to “listen to your body”!
Closing thoughts
All three practices above have very serious reasons and great benefits, but make sure you don’t skip enjoyment of the fun aspects!
Being “young at heart” is, in part, to do with the ability to enjoy—literally, to take joy in—the little things in life.
With that in mind, all we have left to say here is…
Enjoy!
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The Surprising Link Between Type 2 Diabetes & Alzheimer’s
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The Surprising Link Between Type 2 Diabetes & Alzheimer’s
This is Dr. Rhonda Patrick. She’s a biomedical scientist with expertise in the areas of aging, cancer, and nutrition. In the past five years she has expanded her research of aging to focus more on Alzheimer’s and Parkinson’s, as she has a genetic predisposition to both.
What does that genetic predisposition look like? People who (like her) have the APOE-ε4 allele have a twofold increased risk of Alzheimer’s disease—and if you have two copies (i.e., one from each of two parents), the risk can be up to tenfold. Globally, 13.7% of people have at least one copy of this allele.
So while getting Alzheimer’s or not is not, per se, hereditary… The predisposition to it can be passed on.
What’s on her mind?
Dr. Patrick has noted that, while we don’t know for sure the causes of Alzheimer’s disease, and can make educated guesses only from correlations, the majority of current science seems to be focusing on just one: amyloid plaques in the brain.
This is a worthy area of research, but ignores the fact that there are many potential Alzheimer’s disease mechanisms to explore, including (to count only mainstream scientific ideas):
- The amyloid hypothesis
- The tau hypothesis
- The inflammatory hypothesis
- The cholinergic hypothesis
- The cholesterol hypothesis
- The Reelin hypothesis
- The large gene instability hypothesis
…as well as other strongly correlated factors such as glucose hypometabolism, insulin signalling, and oxidative stress.
If you lost your keys and were looking for them, and knew at least half a dozen places they might be, how often would you check the same place without paying any attention to the others?
To this end, she notes about those latter-mentioned correlated factors:
❝50–80% of people with Alzheimer’s disease have type 2 diabetes; there is definitely something going on❞
There’s another “smoking gun” for this too, because dysfunction in the blood vessels and capillaries that line the blood-brain barrier seem to be a very early event that is common between all types of dementia (including Alzheimer’s) and between type 2 diabetes and APOE-ε4.
Research is ongoing, and Dr. Patrick is at the forefront of that. However, there’s a practical take-away here meanwhile…
What can we do about it?
Dr. Patrick hypothesizes that if we can reduce the risk of type 2 diabetes, we may reduce the risk of Alzheimer’s with it.
Obviously, avoiding diabetes if possible is a good thing to do anyway, but if we’re aware of an added risk factor for Alzheimer’s, it becomes yet more important.
Of course, all the usual advices apply here, including a Mediterranean diet and regular moderate exercise.
Three other things Dr. Patrick specifically recommends (to reduce both type 2 diabetes risk and to reduce Alzheimer’s risk) include:
(links are to her blog, with lots of relevant science for each)
You can also hear more from Dr. Patrick personally, as a guest on Dr. Peter Attia’s podcast recently. She discusses these topics in much greater detail than we have room for in our newsletter:
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Hearing loss is twice as common in Australia’s lowest income groups, our research shows
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Around one in six Australians has some form of hearing loss, ranging from mild to complete hearing loss. That figure is expected to grow to one in four by 2050, due in a large part to the country’s ageing population.
Hearing loss affects communication and social engagement and limits educational and employment opportunities. Effective treatment for hearing loss is available in the form of communication training (for example, lipreading and auditory training), hearing aids and other devices.
But the uptake of treatment is low. In Australia, publicly subsidised hearing care is available predominantly only to children, young people and retirement-age people on a pension. Adults of working age are mostly not eligible for hearing health care under the government’s Hearing Services Program.
Our recent study published in the journal Ear and Hearing showed, for the first time, that working-age Australians from lower socioeconomic backgrounds are at much greater risk of hearing loss than those from higher socioeconomic backgrounds.
We believe the lack of socially subsidised hearing care for adults of working age results in poor detection and care for hearing loss among people from disadvantaged backgrounds. This in turn exacerbates social inequalities.
Population data shows hearing inequality
We analysed a large data set called the Household, Income and Labour Dynamics in Australia (HILDA) survey that collects information on various aspects of people’s lives, including health and hearing loss.
Using a HILDA sub-sample of 10,719 working-age Australians, we evaluated whether self-reported hearing loss was more common among people from lower socioeconomic backgrounds than for those from higher socioeconomic backgrounds between 2008 and 2018.
Relying on self-reported hearing data instead of information from hearing tests is one limitation of our paper. However, self-reported hearing tends to underestimate actual rates of hearing impairment, so the hearing loss rates we reported are likely an underestimate.
We also wanted to find out whether people from lower socioeconomic backgrounds were more likely to develop hearing loss in the long run.
Hearing care is publicly subsidised for children.
mady70/ShutterstockWe found people in the lowest income groups were more than twice as likely to have hearing loss than those in the highest income groups. Further, hearing loss was 1.5 times as common among people living in the most deprived neighbourhoods than in the most affluent areas.
For people reporting no hearing loss at the beginning of the study, after 11 years of follow up, those from a more deprived socioeconomic background were much more likely to develop hearing loss. For example, a lack of post secondary education was associated with a more than 1.5 times increased risk of developing hearing loss compared to those who achieved a bachelor’s degree or above.
Overall, men were more likely to have hearing loss than women. As seen in the figure below, this gap is largest for people of low socioeconomic status.
Why are disadvantaged groups more likely to experience hearing loss?
There are several possible reasons hearing loss is more common among people from low socioeconomic backgrounds. Noise exposure is one of the biggest risks for hearing loss and people from low socioeconomic backgrounds may be more likely to be exposed to damaging levels of noise in jobs in mining, construction, manufacturing, and agriculture.
Lifestyle factors which may be more prevalent in lower socioeconomic communities such as smoking, unhealthy diet, and a lack of regular exercise are also related to the risk of hearing loss.
Finally, people with lower incomes may face challenges in accessing timely hearing care, alongside competing health needs, which could lead to missed identification of treatable ear disease.
Why does this disparity in hearing loss matter?
We like to think of Australia as an egalitarian society – the land of the fair go. But nearly half of people in Australia with hearing loss are of working age and mostly ineligible for publicly funded hearing services.
Hearing aids with a private hearing care provider cost from around A$1,000 up to more than $4,000 for higher-end devices. Most people need two hearing aids.
Hearing loss might be more common in low income groups because they’re exposed to more noise at work.
Dmitry Kalinovsky/ShutterstockLack of access to affordable hearing care for working-age adults on low incomes comes with an economic as well as a social cost.
Previous economic analysis estimated hearing loss was responsible for financial costs of around $20 billion in 2019–20 in Australia. The largest component of these costs was productivity losses (unemployment, under-employment and Jobseeker social security payment costs) among working-age adults.
Providing affordable hearing care for all Australians
Lack of affordable hearing care for working-age adults from lower socioeconomic backgrounds may significantly exacerbate the impact of hearing loss among deprived communities and worsen social inequalities.
Recently, the federal government has been considering extending publicly subsidised hearing services to lower income working age Australians. We believe reforming the current government Hearing Services Program and expanding eligibility to this group could not only promote a more inclusive, fairer and healthier society but may also yield overall cost savings by reducing lost productivity.
All Australians should have access to affordable hearing care to have sufficient functional hearing to achieve their potential in life. That’s the land of the fair go.
Mohammad Nure Alam, PhD Candidate in Economics, Macquarie University; Kompal Sinha, Associate Professor, Department of Economics, Macquarie University, and Piers Dawes, Professor, School of Health and Rehabilitation Sciences, The University of Queensland
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Cherries vs Cranberries – Which is Healthier?
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Our Verdict
When comparing cherries to cranberries, we picked the cherries.
Why?
In terms of macros, cherries have a little more protein (but it’s not much) while cranberries have a little more fiber. Despite this, cherries have the lower glycemic index—about half that of cranberries.
In the category of vitamins, cherries have a lot more of vitamins A, B1, B2, B3, B9, and a little more choline, while cranberries have more of vitamins B5, B6, C, E, and K. A modest win for cherries here.
When it comes to minerals, things are more divided: cherries have more calcium, copper, iron, magnesium, phosphorus, potassium, and zinc, while cranberries have more manganese. An easy win for cherries here.
This all adds up to a total win for cherries, but both of these fruits are great and both have their own beneficial properties (see our main features below!)
Want to learn more?
You might like to read:
- Cherries’ Very Healthy Wealth Of Benefits!
- Health Benefits Of Cranberries (But: You’d Better Watch Out)
Take care!
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Replacing Sugar: Top 10 Anti-Inflammatory Sweet Foods
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For those with a sweet tooth, it can be challenging to indulge one’s desires while also avoiding inflammation. Happily, Dr. Jia-Yia Lui has scientific insights to share!
Dr. Liu’s Top 10
We’ll not keep them a mystery; they are:
- Grapes
- Goji berries
- Barberries
- Persimmons
- Longans
- Lychees
- Raisins¹
- Applesauce²
- Plums³
- Dates
¹Yes, these are technically also grapes, but there are enough differences that Dr. Liu tackles them separately.
²It makes a difference how it’s made, though.
³And dried plums, in other words, prunes.For more details on all of these, plus their extra benefits and relevant considerations, enjoy:
Click Here If The Embedded Video Doesn’t Load Automatically!
Want to learn more?
You might also like to read:
- How to Prevent (or Reduce) Inflammation
- The Not-So-Sweet Science Of Sugar Addiction
- 10 Ways To Balance Blood Sugars
Take care!
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What To Leave Off Your Table (To Stay Off This Surgeon’s)
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Why we eat too much (and how we can fix that)
This is Dr. Andrew Jenkinson. He’s a Consultant Surgeon specializing in the treatment of obesity, gallstones, hernias, heartburn and abdominal pain. He runs regular clinics in both London and Dubai. What he has to offer us today, though, is insight as to what’s on our table that puts us on his table, and how we can quite easily change that up.
So, why do we eat too much?
First things first: some metabolic calculations. No, we’re not going to require you to grab a calculator here… Your body does it for you!
Our body’s amazing homeostatic system (the system that does its best to keep us in the “Goldilocks Zone” of all our bodily systems; not too hot or too cold, not dehydrated or overhydrated, not hyperglycemic or hypoglycemic, blood pressure not too high or too low, etc, etc) keeps track of our metabolic input and output.
What this means: if we increase or decrease our caloric consumption, our body will do its best to increase or decrease our metabolism accordingly:
- If we don’t give it enough energy, it will try to conserve energy (first by slowing our activities; eventually by shutting down organs in a last-ditch attempt to save the rest of us)
- If we give it too much energy, it will try to burn it off, and what it can’t burn, it will store
In short: if we eat 10% or 20% more or less than usual, our body will try to use 10% to 20% more or less than usual, accordingly.
So… How does this get out of balance?
The problem is in how our system does that, and how we inadvertently trick it, to our detriment.
For a system to function, it needs at its most base level two things—a sensor and a switch:
- A sensor: to know what’s going on
- A switch: to change what it’s doing accordingly
Now, if we eat the way we’re evolved to—as hunter-gatherers, eating mostly fruit and vegetables, supplemented by animal products when we can get them—then our body knows exactly what it’s eating, and how to respond accordingly.
Furthermore, that kind of food takes some eating! Most fruit these days is mostly water and fiber; in those days it often had denser fiber (before agricultural science made things easier to eat), but either way, our body knows when we are eating fruit and how to handle that. Vegetables, similarly. Unprocessed animal products, again, the gut goes “we know what this is” and responds accordingly.
But modern ultra-processed foods with trans-fatty acids, processed sugar and flour?
These foods zip calories straight into our bloodstream like greased lightning. We get them so quickly so easily and in such great caloric density, that our body doesn’t have the chance to count them on the way in!
What this means is: the body has no idea what it’s just consumed or how much or what to do with it, and doesn’t adjust our metabolism accordingly.
Bottom line:
Evolutionarily speaking, your body has no idea what ultra-processed food is. If you skip it and go for whole foods, you can, within the bounds of reason, eat what you like and your body will handle it by adjusting your metabolism accordingly.
Now, advising you “avoid ultra-processed foods and eat whole foods” was probably not a revelation in and of itself.
But: sometimes knowing a little more about the “why” makes the difference when it comes to motivation.
Want to know more about Dr. Jenkinson’s expert insights on this topic?
If you like, you can check out his website here—he has a book too
Why We Eat (Too Much) – Dr. Andrew Jenkinson on the Science of Appetite
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Unlock Your Flexibility With These 4 New Stretches
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People often stick to the same few stretches, which may limit flexibility progress, especially as the most common stretches often miss deeper, harder-to-reach areas.
So, here are some new (well, probably new to most people, at least) stretches that can get things moving in different directions:
Diversity Continues To Be Good!
The stretches are:
90/90 Hip stretch with a twist:
- Sit with your knees forming 90° angles; add an arm bar and twist your chest upward.
- Hold for 5 deep breaths and repeat.
- This one targets top glute muscles and quadratus lumborum in the lower back.
Shoulder mobility stretch using a wall:
- Kneel in front of a wall with your forearms placed shoulder-width apart, hands turned outward.
- Lift your hips, push your chest toward your legs, and use the wall and your body weight for deeper leverage.
- This one targets multiple shoulder and rotator cuff muscles through external rotation.
Quad stretch using body weight:
- Sit with your feet hip-width apart, lift your hips, step one foot back, and tuck in your tailbone.
- Focus on pointing your knee down and forward for a deep quad stretch.
- This one targets all four quad muscles, hip flexors, plantar fascia, and opens chest/shoulders.
Chicken wing stretch for upper back:
- Sit with bent knees, place the back of one hand on your waist (chicken wing position).
- Tuck the “wing” into the inner thigh, press your knee inward while resisting with the arm.
- This one broadens the shoulder blade and stretches rear shoulder/upper back muscles; it’s particularly effective for reaching difficult upper back areas not typically stretched.
For more on each of these plus visual demonstrations, enjoy:
Click Here If The Embedded Video Doesn’t Load Automatically!
Want to learn more?
You might also like:
Yoga Teacher: “If I wanted to get flexible in 2025, here’s what I’d do”
Take care!
Don’t Forget…
Did you arrive here from our newsletter? Don’t forget to return to the email to continue learning!
Learn to Age Gracefully
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