5 Things You Can Change About Your Personality (But: Should You?)
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There are many personality-typing systems that, with varying degrees of validity*, aim to describe a person’s personality.
*and often pseudoscience:
- sometimes obviously so like astrology
- sometimes dressed up in clinical words like the Meyers-Briggs
- sometimes openly, per “this is not science but you may find it useful to frame things this way”, like the Enneagram
There is currently one kind of personality-typing system (with some minor variations) that is used in the actual field of clinical psychology, specifically under the umbrella of “trait theory”, and that is…
The “Big Five” personality traits
Also called the OCEAN or CANOE model, based on its 5 components:
- openness to experience: inventive/curious rather than consistent/cautious
- conscientiousness: efficient/organized rather than extravagant/careless
- extroversion: outgoing/energetic rather than solitary/reserved
- agreeableness: friendly/compassionate rather than critical/judgmental
- neuroticism: sensitive/nervous rather than resilient/confident
The latter (neuroticism) is not to be confused with neurosis, which is very different and beyond the scope of today’s article.
Note that some of these seem more positive/negative than others at a glance, but really, any of these could be a virtue or a vice depending on specifics or extremity.
For scientific reference, here’s an example paper:
The Big Five Personality Factors and Personal Values
Quick self-assessment
There are of course many lengthy questionnaires for this, but in the interests of expediency:
Take a moment to rate yourself as honestly as you can, on a scale of 1–10, for each of those components, with 10 being highest for the named trait.
For example, this writer gives herself: O7, C6, E3, A8, N2 (in other words I’d say I’m fairly open, moderately conscientious, on the reserved side, quite agreeable, and quite resilient)
Now, put your rating aside (in your phone’s notes app is fine, if you hadn’t written it down already) and forget about it for the moment, because we want you to do the next exercise from scratch.
Who would you be, at your best?
Now imagine your perfect idealized self, the best you could ever be, with no constraints.
Take a moment to rate your idealized self’s personality, on a scale of 1–10, for each of those components, with 10 being highest for the named trait.
For example, this writer picks: O9, C10, E5, A8, N1.
Maybe this, or maybe your own idealized self’s personality, will surprise you. That some traits might already be perfect for you already; others might just be nudged a little here or there; maybe there’s some big change you’d like. Chances are you didn’t go for a string of 10s or 1s (though if you did, you do you; there are no wrong answers here as this one is about your preferences).
We become who we practice being
There are some aspects of personality that can naturally change with age. For example:
- confidence/resilience will usually gradually increase with age due to life experience (politely overlook teenagers’ bravado; they are usually a bundle of nerves inside, resulting in the overcompensatory displays of confidence)
- openness to experience may decrease with age, as we can get into a rut of thinking/acting a certain way, and/or simply consciously decide that our position on something is already complete and does not need revision.
But, we can decide for ourselves how to nudge our “Big Five” traits, for example:
- We can make a point of seeking out new experiences, and considering new ideas, or develop strategies for reining ourselves in
- We can use systems to improve our organization, or go out of our way to introduce a little well-placed chaos
- We can “put ourselves out there” socially, or make the decision to decline more social invitations because we simply don’t want to
- We can make a habit of thinking kindly of others and ourselves, or we can consciously detach ourselves and look on the cynical side more
- We can build on our strengths and eliminate our weaknesses, or lean into uncomfortable emotions
Some of those may provoke a “why would anyone want to…?” response, but the truth is we are all different. An artist and a police officer may have very different goals for who they want to be as a person, for example.
Interventions to change personality can and do work:
A systematic review of personality trait change through intervention
There are many ways to go about “being the change we want to see” in ourselves, and yes there can be a degree of “fake it until you make it” if that works for you, but it doesn’t have to be so. It can also simply be a matter of setting yourself reminders about the things that are most important to you.
Writer’s example: pinned above my digital workspace I have a note from my late beloved, written just under a week before death. The final line reads, “keep being the good person that you are” (on a human level, the whole note is uplifting and soothing to me and makes me smile and remember the love we shared; or to put it in clinical terms, it promotes high agreeableness, low neuroticism).
Other examples could be a daily practice of gratitude (promotes lower neuroticism), or going out of your way to speak to your neighbors (promotes higher extraversion), signing up for a new educational course (promotes higher openness) or downloading a budgeting app (promotes higher conscientiousness).
In short: be the person you want to be, and be that person deliberately, because you can.
Some resources that may help for each of the 5 traits:
- Curiosity Kills The Neurodegeneration
- How (And Why) To Train Your Pre-Frontal Cortex
- How To Beat Loneliness & Isolation
- Optimism Seriously Increases Longevity!
- Building Psychological Resilience (Without Undue Hardship)
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What are heart rate zones, and how can you incorporate them into your exercise routine?
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If you spend a lot of time exploring fitness content online, you might have come across the concept of heart rate zones. Heart rate zone training has become more popular in recent years partly because of the boom in wearable technology which, among other functions, allows people to easily track their heart rates.
Heart rate zones reflect different levels of intensity during aerobic exercise. They’re most often based on a percentage of your maximum heart rate, which is the highest number of beats your heart can achieve per minute.
But what are the different heart rate zones, and how can you use these zones to optimise your workout?
The three-zone model
While there are several models used to describe heart rate zones, the most common model in the scientific literature is the three-zone model, where the zones may be categorised as follows:
- zone 1: 55%–82% of maximum heart rate
- zone 2: 82%–87% of maximum heart rate
- zone 3: 87%–97% of maximum heart rate.
If you’re not sure what your maximum heart rate is, it can be calculated using this equation: 208 – (0.7 × age in years). For example, I’m 32 years old. 208 – (0.7 x 32) = 185.6, so my predicted maximum heart rate is around 186 beats per minute.
There are also other models used to describe heart rate zones, such as the five-zone model (as its name implies, this one has five distinct zones). These models largely describe the same thing and can mostly be used interchangeably.
What do the different zones involve?
The three zones are based around a person’s lactate threshold, which describes the point at which exercise intensity moves from being predominantly aerobic, to predominantly anaerobic.
Aerobic exercise uses oxygen to help our muscles keep going, ensuring we can continue for a long time without fatiguing. Anaerobic exercise, however, uses stored energy to fuel exercise. Anaerobic exercise also accrues metabolic byproducts (such as lactate) that increase fatigue, meaning we can only produce energy anaerobically for a short time.
On average your lactate threshold tends to sit around 85% of your maximum heart rate, although this varies from person to person, and can be higher in athletes.
Wearable technology has taken off in recent years. Ketut Subiyanto/Pexels In the three-zone model, each zone loosely describes one of three types of training.
Zone 1 represents high-volume, low-intensity exercise, usually performed for long periods and at an easy pace, well below lactate threshold. Examples include jogging or cycling at a gentle pace.
Zone 2 is threshold training, also known as tempo training, a moderate intensity training method performed for moderate durations, at (or around) lactate threshold. This could be running, rowing or cycling at a speed where it’s difficult to speak full sentences.
Zone 3 mostly describes methods of high-intensity interval training, which are performed for shorter durations and at intensities above lactate threshold. For example, any circuit style workout that has you exercising hard for 30 seconds then resting for 30 seconds would be zone 3.
Striking a balance
To maximise endurance performance, you need to strike a balance between doing enough training to elicit positive changes, while avoiding over-training, injury and burnout.
While zone 3 is thought to produce the largest improvements in maximal oxygen uptake – one of the best predictors of endurance performance and overall health – it’s also the most tiring. This means you can only perform so much of it before it becomes too much.
Training in different heart rate zones improves slightly different physiological qualities, and so by spending time in each zone, you ensure a variety of benefits for performance and health.
So how much time should you spend in each zone?
Most elite endurance athletes, including runners, rowers, and even cross-country skiers, tend to spend most of their training (around 80%) in zone 1, with the rest split between zones 2 and 3.
Because elite endurance athletes train a lot, most of it needs to be in zone 1, otherwise they risk injury and burnout. For example, some runners accumulate more than 250 kilometres per week, which would be impossible to recover from if it was all performed in zone 2 or 3.
Of course, most people are not professional athletes. The World Health Organization recommends adults aim for 150–300 minutes of moderate intensity exercise per week, or 75–150 minutes of vigorous exercise per week.
If you look at this in the context of heart rate zones, you could consider zone 1 training as moderate intensity, and zones 2 and 3 as vigorous. Then, you can use heart rate zones to make sure you’re exercising to meet these guidelines.
What if I don’t have a heart rate monitor?
If you don’t have access to a heart rate tracker, that doesn’t mean you can’t use heart rate zones to guide your training.
The three heart rate zones discussed in this article can also be prescribed based on feel using a simple 10-point scale, where 0 indicates no effort, and 10 indicates the maximum amount of effort you can produce.
With this system, zone 1 aligns with a 4 or less out of 10, zone 2 with 4.5 to 6.5 out of 10, and zone 3 as a 7 or higher out of 10.
Heart rate zones are not a perfect measure of exercise intensity, but can be a useful tool. And if you don’t want to worry about heart rate zones at all, that’s also fine. The most important thing is to simply get moving.
Hunter Bennett, Lecturer in Exercise Science, University of South Australia
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Saffron For The Brain (& More)
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Saffron For The Brain (& More)
In yesterday’s edition of 10almonds, one of the items in the “health news from around the world” section was:
Clinical trial finds herbal medicine Sailuotong effective for brain health in older people
But, what is it?
❝SaiLuoTong (SLT) is a modern compound Chinese herbal medicine preparation in capsule form containing standardized extracts of Panax ginseng, Ginkgo biloba, and Crocus sativus L❞
We’ve written previously about ginseng and ginkgo biloba:
So, what’s this about Crocus sativus L.?
That is the plant better known as saffron. And, for all its wide availability (your local supermarket probably has at least a tiny amount in the spice section), there’s a reason we don’t see much of it:
❝Saffron blooms only once a year and should be collected within a very short duration. It is picked during 3–4 weeks in October-November. The method for the cultivation of saffron contributes greatly to its high price. According to some reports, this species is a sterile triploid and so does not produce fertile seeds. Germination can take 1–6 months at 18°C. It takes 3 years for plants to flower from seed.❞
Source: Crocus sativus L.: A comprehensive review
That’s fascinating, but what does it do for us?
Well, in the words of El Midaoui et al. (2022):
❝In the frame of a double-blind-placebo-controlled study, 30 mg per day supplementation with saffron for 16 weeks resulted in improved cognitive function in patients suffering from mild to moderate Alzheimer’s disease.
Moreover, the follow-up of this study in which the authors evaluated the effects of saffron (30 mg/day) for 22 weeks showed that saffron was as effective as donepezil in the treatment of mild-to-moderate Alzheimer’s disease❞
Read the full review: Saffron (Crocus sativus L.): A Source of Nutrients for Health and for the Treatment of Neuropsychiatric and Age-Related Diseases
Not just that, but it also has powerful antioxidant and anti-inflammatory properties beyond the brain (though the brain is where research has been most focused, due to its neuroprotective effects).
(this, too, is a full research review in its own right; we’re getting a lot of “bang for buck” on papers today)
And more?
Yes, and more. Lots more. To bullet-pointify even just the abstract from another research review:
- Saffron has been suggested to be effective in the treatment of a wide range of disorders including coronary artery diseases, hypertension, stomach disorders, dysmenorrhea and learning and memory impairments.
- In addition, different studies have indicated that saffron has anti-inflammatory, anti-atherosclerotic, antigenotoxic and cytotoxic activities. (This is all good; the cytotoxic activities are about killing cancer cells)
- Antitussive effects of stigmas and petals of C. sativus and its components, safranal and crocin have also been demonstrated.
- The anticonvulsant and anti-Alzheimer properties of saffron extract were shown in human and animal studies.
- The efficacy of C. sativus in the treatment of mild to moderate depression was also reported in clinical trial.
- Administration of C. sativus and its constituents increased glutamate and dopamine levels in the brain in a dose-dependent manner.
- It also interacts with the opioid system to reduce withdrawal syndrome.
- C. sativus and its components can be considered as promising agents in the treatment of nervous system disorders.
For more details on any of those items, see:
The effects of Crocus sativus (saffron) and its constituents on nervous system: a review
Is it safe?
The effective dose is 30mg/kg and the LD50 is more than 20g/kg, so yes, it’s very safe. Given the price of it, this also means that if you’re the size of this writer (a little over 70kg, or a little over 150lbs) to poison yourself effectively you’d need to consume about 1.4kg of saffron at a time, which would cost well over $6,000.
Where can I get it?
Your local supermarket probably has a tiny amount in the spice section, or you can get better prices buying it in “bulk” online. Here’s an example product on Amazon, for your convenience
Enjoy!
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More Things Dopamine Does For Us
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In this week’s news roundup, we have two dopamine items and one other for variety:
The real “dopamine switch”
Dopamine is well-known as “the reward chemical”, and indeed it is that, but it also plays a central role in many neurological processes, including:
- Linear task processing
- Motivation
- Learning and memory
- Motor functions
- Language faculties
Recent research has now shown its importance in cognitive flexibility, i.e. the ability to adapt to circumstances, and switch approaches appropriately to such, and generally not get stuck in a cognitive rut:
Read in full: Scientists confirm neurobiochemical link between dopamine and cognitive flexibility
Related: The Dopamine Myth
You may like the sound of this
It’s been known for a while that dopamine is involved in learning and memory (as mentioned above), but this has been established largely by associative studies, e.g. “people with lower dopamine levels learn less easily”. But scientists have now mapped out more of how it actually does that.
One more reason to ensure we have and maintain healthy dopamine levels!
Read in full: Songbirds highlight dopamine’s role in learning
Related: 10 Ways To Naturally Boost Dopamine
Resist Or Run!
When it comes to protecting against bone loss, resistance exercise remains key, but impact-laden activities such as running (but not lower-level everyday activity) can help too. There have been studies on the extent to which walking (a load-bearing activity) may be protective against bone loss, and the results of those studies have mostly been inconclusive.
This study looked into the incidence (or not, as the case may be) of bone-loading impacts in everyday movements, using accelerometers, and measured bone mineral density before and after testing periods. Those that had higher-intensity bone-loading movements (so, resistance training or running, for example) retained the best measures of bone density through menopause into postmenopause:
Read in full: Everyday physical activity does not slow bone loss during menopause, finds study
Related: The Bare-Bones Truth About Osteoporosis
Take care!
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Brussels Sprouts vs Spirulina – Which is Healthier?
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Our Verdict
When comparing Brussels sprouts to spirulina, we picked the sprouts.
Why?
Pitting these two well-known superfoods against each other, we get the following:
Looking at the macros first, spirulina has a little more protein, while sprouts have more carbs and nearly 10x the fiber. So, we call this a win for sprouts.
In terms of vitamins, sprouts have a lot more of vitamins A, B6, B9, C, E, K, and choline, while spirulina has a little more of vitamins B1, B2, and B3. An easy win for sprouts.
In the category of minerals, sprouts have more calcium, magnesium, manganese, phosphorus, potassium, selenium, and zinc, while spirulina has more copper and iron. Another clear win for sprouts.
Adding up the sections makes the winner very clear: Brussels sprouts enjoy a well-earned victory.
Want to learn more?
You might like to read:
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The Top Micronutrient Deficiency In High Blood Pressure
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High blood pressure is often considered a matter of too much sodium, but there’s another micronutrient that’s critical, and a lot of people have too little of it:
The Other Special K
Potassium helps regulate blood pressure by doing the opposite of what sodium does: high sodium intake increases blood volume and pressure by retaining fluid, while potassium promotes sodium excretion through urine, reducing fluid retention and lowering blood pressure.
Clinical studies (which you can find beneath the video, if you click through to YouTube) have shown that increasing potassium intake can reduce systolic blood pressure by an average of 3.49 units, with even greater reductions (up to 7 units) at higher potassium intakes of 3,500–4,700 mg/day.
Potassium-rich foods include most fruit*, leafy greens, broccoli, lentils, and beans.
*because of some popular mentions in TV shows, people get hung up on bananas being a good source of potassium. Which they are, but they’re not even in the top 10 of fruits for potassium. Here’s a non-exhaustive list of fruits that have more potassium than bananas, portion for portion:
- Honeydew melon
- Papaya
- Mango
- Prunes
- Figs
- Dates
- Nectarine
- Cantaloupe melon
- Kiwi
- Orange
These foods also provide fiber, which aids in weight management and further lowers risks for cardiovascular disease. Increasing fiber intake by just 14g a day has been shown not only to reduce calorie consumption and promote weight loss, but also (more importantly) lower blood pressure, cholesterol, and overall health risks.
For more on all of this, enjoy:
Click Here If The Embedded Video Doesn’t Load Automatically!
Want to learn more?
You might also like to read:
What Matters Most For Your Heart? Eat More (Of This) For Lower Blood Pressure ← this is about fiber; while potassium is the most common micronutrient deficiency in people with high blood pressure, fiber is the most common macronutrient deficiency, and arguably the most critical in this regard.
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How to Eat (And Still Lose Weight) – by Dr. Andrew Jenkinson
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You may be wondering: what diet is he recommending?
The answer is: some guiding principles aside…. He’s not recommending a diet, per se.
What this book does instead is outline why we eat too much ← link is to where we previously had this author as a spotlight featured expert on this topic! Check it out!
He goes into a lot more detail than we ever could have in our little article, though, and this book is one of those where the reader may feel as though we have had a few classes at medical school. The style, however, is very comprehensible and accessible; there’s no obfuscating jargon here.
Once we understand the signalling that goes on in terms of hunger/satiety, and the signalling that goes on in terms of fat storage/metabolism, we can simply choose to not give our bodies the wrong signals. Yes, it’s really that simple. It feels quite like a cheat code!
Bottom line: if you’d like a better understanding of what regulates our body’s “set point” in weight/adiposity, and what can change it (for better or for worse), then this is the book for you.
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