Carrot vs Kale – Which is Healthier?
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Our Verdict
When comparing carrot to kale, we picked the kale.
Why?
These are both known as carotene-containing heavyweights, but kale emerges victorious:
In terms of macros, carrot has more carbs while kale has more protein and fiber. An easy win there for kale.
When it comes to vitamins, both are great! But, carrots contain more of vitamins A, B5, and choline, whereas kale contains more of vitamins B1, B2, B3, B6, B9, C, E, and K. And while carrot’s strongest point is vitamin A, a cup of carrots contains around 10x the recommended daily dose of vitamin A, whereas a cup of kale contains “only” 6x the recommended daily dose of vitamin A. So, did we really need the extra in carrots? Probably not. In any case, kale already won on overall vitamin coverage, by a long way.
In the category of minerals, kale again sweeps. On the one hand, carrots contain more sodium. On the other hand, kale contains a lot more calcium, copper, iron, magnesium, manganese, phosphorus, potassium, selenium, and zinc. Not a tricky choice!
But don’t be fooled: carrots really are a nutritional powerhouse and a great food. Kale is just better—nutritionally speaking, in any case. If you’re making a carrot cake, please don’t try substituting kale; it will not work 😉
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You might like to read:
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This is a Levantine dish, Syrian in origin (although Lebanese cuisine uses it plenty too) and popularly enjoyed all the way up to Turkey, down to Egypt, and across to Armenia. And today, perhaps rather further afield! It’s first and foremost a spicy dip/spread, though it can be lengthened into a sauce, and/or made more substantial by adding an extra protein. We’ll give you the basic recipe though, and let you see where it takes you! Healthwise, it’s very nutritionally dense, mostly thanks to the walnuts and red peppers, though spices and olive oil bring their healthy benefits too.
You will need
- ½ cup chopped walnuts (ideally: toasted)
- 3 red peppers, from a jar (jarred over fresh not only improves the consistency, but also makes it extra gut-healthy due to the fermentation bacteria present; if you must use fresh, roast them first)
- 2 tbsp extra virgin olive oil
- 1 tbsp pomegranate molasses (you can omit if you don’t like sweetness, but this is traditional)
- 1 tbsp tomato purée
- 1 tbsp Aleppo pepper flakes (less, if you don’t like heat) (substitute another hot pepper if necessary)
- ½ bulb garlic, crushed
- 2 tsp ground smoked paprika
- 1 tsp ground cumin
- ½ tsp MSG or 1 tsp low-sodium salt
- Juice of 1 lemon
- Optional: handful of pomegranate seeds
- Optional: herb garnish, e.g. cilantro or parsley
Method
(we suggest you read everything at least once before doing anything)
1) Add everything except the pomegranate seeds and herbs to a blender, and blend to a smooth consistency.
2) Add the pomegranate seeds and herbs, as a garnish.
3) Serve! Can be enjoyed as a dip (perhaps using our Homemade Healthy Flatbreads recipe), or as a spread, or used as a sauce poured over chickpeas or some other bulky protein, to make a more substantial dish.
Enjoy!
Want to learn more?
For those interested in some of the science of what we have going on today:
- Walnuts vs Cashews – Which is Healthier?
- Capsaicin For Weight Loss And Against Inflammation
- Red Bell Peppers vs Tomatoes – Which is Healthier?
- Bell Peppers: A Spectrum Of Specialties
- Lycopene’s Benefits For The Gut, Heart, Brain, & More
Take care!
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Could ADHD drugs reduce the risk of early death? Unpacking the findings from a new Swedish study
10almonds is reader-supported. We may, at no cost to you, receive a portion of sales if you purchase a product through a link in this article.
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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The Unchaste Berry
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A Chasteberry, By Any Other Name…
Vitex agnus castus, literally “chaste lamb vine”, hence its modern common English name “chasteberry”, gets its name from its traditional use as an anaphrodisiac for monks (indeed, it’s also called “monk’s pepper”), which traditional use is not in the slightest backed up by modern science.
Nor is its second most popular traditional use (the increase in production of milk) well-supported by science either:
❝Its traditional use as a galactagogue (i.e., a substance that enhances breast milk production) is not well supported in the literature and should be discouraged. There are no clinical data to support the use of chasteberry for reducing sexual desire, which has been a traditional application❞
Source: American Family Physician | Chasteberry
Both of those supposed effects of the chasteberry go against the fact that it has a prolactin-lowering effect:
❝It appears that [chasteberry] may represent a potentially useful and safe phytotherapic option for the management of selected patients with mild hyperprolactinaemia who wish to be treated with phytotherapy.❞
Source: Vitex agnus castus effects on hyperprolactinaemia
Prolactin, by the way, is the hormone that (as the name suggests) stimulates milk production, and also reduces sexual desire (and motivation in general)
- In most women, it spikes during breastfeeding
- In most men, it spikes after orgasm
- In both, it can promote anhedonic depression, as it antagonizes dopamine
In other words, the actual pharmacological effect of chasteberry, when it comes to prolactin, is the opposite of what we would expect from its traditional use.
Ok, so it’s an unchaste berry after all…. Does it have any other claims to examine?
Yes! It genuinely does help relieve PMS, for those who have it, and reduce menopause symptoms, for those who have those, for example:
❝Dry extract of agnus castus fruit is an effective and well tolerated treatment for the relief of symptoms of the premenstrual syndrome.❞
❝That [Vitex agnus castus] trial indicated strong symptomatic relief of common menopausal symptoms❞
Source: Vitex agnus castus essential oil and menopausal balance: a research update
Is it safe?
Generally speaking, yes. It has been described as “well-tolerated” in the studies we mentioned above, which means it has a good safety profile.
However, it may interfere with some antipsychotic medications, certain kinds of hormone replacement therapy, or hormonal birth control.
As ever, speak with your doctor/pharmacist if unsure!
Where can I get some?
We don’t sell it, but here for your convenience is an example product on Amazon
Enjoy!
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‘Noisy’ autistic brains seem better at certain tasks. Here’s why neuroaffirmative research matters
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Pratik Raul, University of Canberra; Jeroen van Boxtel, University of Canberra, and Jovana Acevska, University of Canberra
Autism is a neurodevelopmental difference associated with specific experiences and characteristics.
For decades, autism research has focused on behavioural, cognitive, social and communication difficulties. These studies highlighted how autistic people face issues with everyday tasks that allistic (meaning non-autistic) people do not. Some difficulties may include recognising emotions or social cues.
But some research, including our own study, has explored specific advantages in autism. Studies have shown that in some cognitive tasks, autistic people perform better than allistic people. Autistic people may have greater success in identifying a simple shape embedded within a more complex design, arranging blocks of different shapes and colours, or spotting an object within a cluttered visual environment (similar to Where’s Wally?). Such enhanced performance has been recorded in babies as young as nine months who show emerging signs of autism.
How and why do autistic individuals do so well on these tasks? The answer may be surprising: more “neural noise”.
What is neural noise?
Generally, when you think of noise, you probably think of auditory noise, the ups and downs in the amplitude of sound frequencies we hear.
A similar thing happens in the brain with random fluctuations in neural activity. This is called neural noise.
This noise is always present, and comes on top of any brain activity caused by things we see, hear, smell and touch. This means that in the brain, an identical stimulus that is presented multiple times won’t cause exactly the same activity. Sometimes the brain is more active, sometimes less. In fact, even the response to a single stimulus or event will fluctuate continuously.
Neural noise in autism
There are many sources of neural noise in the brain. These include how the neurons become excited and calm again, changes in attention and arousal levels, and biochemical processes at the cellular level, among others. An allistic brain has mechanisms to manage and use this noise. For instance, cells in the hippocampus (the brain’s memory system) can make use of neural noise to enhance memory encoding and recall.
Evidence for high neural noise in autism can be seen in electroencephalography (EEG) recordings, where increased levels of neural fluctuations were observed in autistic children. This means their neural activity is less predictable, showing a wider range of activity (higher ups and downs) in response to the same stimulus.
In simple terms, if we imagine the EEG responses like a sound wave, we would expect to see small ups and downs (amplitude) in allistic brains each time they encounter a stimulus. But autistic brains seem to show bigger ups and downs, demonstrating greater amplitude of neural noise.
Many studies have linked this noisy autistic brain with cognitive, social and behavioural difficulties.
But could noise be a bonus?
The diagnosis of autism has a long clinical history. A shift from the medical to a more social model has also seen advocacy for it to be reframed as a difference, rather than a disorder or deficit. This change has also entered autism research. Neuroaffirming research can examine the uniqueness and strengths of neurodivergence.
Psychology and perception researcher David Simmons and colleagues at the University of Glasgow were the first to suggest that while high neural noise is generally a disadvantage in autism, it can sometimes provide benefits due to a phenomenon called stochastic resonance. This is where optimal amounts of noise can enhance performance. In line with this theory, high neural noise in the autistic brain might enhance performance for some cognitive tasks.
Our 2023 research explores this idea. We recruited participants from the general population and investigated their performance on letter-detection tasks. At the same time, we measured their level of autistic traits.
We performed two letter-detection experiments (one in a lab and one online) where participants had to identify a letter when displayed among background visual static of various intensities.
By using the static, we added additional visual noise to the neural noise already present in our participants’ brains. We hypothesised the visual noise would push participants with low internal brain noise (or low autistic traits) to perform better (as suggested by previous research on stochastic resonance). The more interesting prediction was that noise would not help individuals who already had a lot of brain noise (that is, those with high autistic traits), because their own neural noise already ensured optimal performance.
Indeed, one of our experiments showed people with high neural noise (high autistic traits) did not benefit from additional noise. Moreover, they showed superior performance (greater accuracy) relative to people with low neural noise when the added visual static was low. This suggests their own neural noise already caused a natural stochastic resonance effect, resulting in better performance.
It is important to note we did not include clinically diagnosed autistic participants, but overall, we showed the theory of enhanced performance due to stochastic resonance in autism has merits.
Why this is important?
Autistic people face ignorance, prejudice and discrimination that can harm wellbeing. Poor mental and physical health, reduced social connections and increased “camouflaging” of autistic traits are some of the negative impacts that autistic people face.
So, research underlining and investigating the strengths inherent in autism can help reduce stigma, allow autistic people to be themselves and acknowledge autistic people do not require “fixing”.
The autistic brain is different. It comes with limitations, but it also has its strengths.
Pratik Raul, PhD candidiate, University of Canberra; Jeroen van Boxtel, Associate professor, University of Canberra, and Jovana Acevska, Honours Graduate Student, University of Canberra
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Triple Life Threat – by Donald R. Lyman
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This book takes a similar approach to “How Not To Die” (which we featured previously), but focussed specifically on three things, per the title: chronic pulmonary obstructive disease (CPOD), diabetes (type 2), and Alzheimer’s disease.
Lyman strikes a great balance of being both information-dense and accessible; there’s a lot of reference material in here, and the reader is not assumed to have a lot of medical knowledge—but we’re not patronized either, and this is an informative manual, not a sensationalized scaremongering piece.
All in all… if you have known risk factors for one or more of three diseases this book covers, the information within could well be a lifesaver.
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Stop Tinnitus, & Improve Your Hearing By 130%
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Caveat: this will depend on the cause of your tinnitus, but there’s a quick diagnostic test first, and it’s for the most common kind 🙂
Step by step
To address noise in the ears (tinnitus) and improve hearing, start by identifying whether the issue is treatable. The diagnostic tests are:
- First, turn your head to the side, tilt it forward and backward, and observe changes in the noise. If the intensity changes, then the noise can be managed.
- Additionally, open and close your mouth, clenching and unclenching your teeth, and note any variations; this is about muscular tension affecting hearing.
- Finally, tilt your head downward—if the noise increases, it may mean it is a venous outflow disorder—there’s a fix for this, too.
Effective exercises focus on releasing tension and improving blood flow:
- Begin with the neck’s scalene muscles, located behind the sternocleidomastoid muscle.
- Massage these areas by moving your hands up and down and varying head positions slightly forward and backward.
- Repeat on both sides to enhance blood circulation and reduce auditory interference. Next, target the chewing muscles.
- Massage painful areas of the jaw and temporalis muscle in circular motions, working along and across the muscle fibers.
- Divide the temporalis muscle into sections and address each thoroughly to relieve tension and improve hearing.
- Mobilize the outer auditory passage by gently pulling the ear in all directions—starting with the earlobe, middle part, and upper ear.
- Focus on the cartilage above the lobe, moving it up and down to restore mobility and improve blood flow.
These exercises should fix the most common kind of tinnitus, and improve hearing—you’ll know quickly whether it works for you or not. Regular practice is required for sustained results, though.
For more on all this, plus visual demonstrations (e.g. how to find that temporalis muscle, etc), enjoy:
Click Here If The Embedded Video Doesn’t Load Automatically!
Want to learn more?
You might also like to read:
Tinnitus: Quieting The Unwanted Orchestra In Your Ears ← our main feature on this topic, with more things to try if this didn’t help!
Take care!
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