Gut Health 2.0
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Gene Expression & Gut Health
This is Dr. Tim Spector. After training in medicine and becoming a consultant rheumatologist, he’s turned his attention to medical research, and is these days a specialist in twin studies, genetics, epigenetics, microbiome, and diet.
What does he want us to know?
For one thing: epigenetics are for more than just getting your grandparents’ trauma.
More usefully: there are things we can do to improve epigenetic factors in our body
DNA is often seen as the script by which our body does whatever it’s going to do, but it’s only part of the story. Thinking of DNA as some kind of “magical immutable law of reality” overlooks (to labor the metaphor) script revisions, notes made in the margins, directorial choices, and ad-lib improvizations, as well as the quality of the audience’s hearing and comprehension.
Hence the premise of one of Dr. Spector’s older books, “Identically Different: Why We Can Change Our Genes”
(*in fact, it was his first, from all the way back in 2013, when he’d only been a doctor for 34 years)
Gene expression will trump genes every time, and gene expression is something that can often be changed without getting in there with CRISPR / a big pair of scissors and some craft glue.
How this happens on the micro level is beyond the scope of today’s article; part of it has to do with enzymes that get involved in the DNA transcription process, and those enzymes in turn are despatched or not depending on hormonal messaging—in the broadest sense of “hormonal”; all the body’s hormonal chemical messengers, not just the ones people think of as hormones.
However, hormonal messaging (of many kinds) is strongly influenced by something we can control relatively easily with a little good (science-based) knowledge: the gut.
The gut, the SAD, and the easy
In broad strokes: we know what is good for the gut. We’ve written about it before at 10almonds:
Making Friends With Your Gut (You Can Thank Us Later)
This is very much in contrast with what in scientific literature is often abbreviated “SAD”, the Standard American Diet, which is very bad for the gut.
However, Dr. Spector (while fully encouraging everyone to enjoy an evidence-based gut-healthy diet) wanted to do one better than just a sweeping one-size-fits-all advice, so he set up a big study with 15,000 identical twins; you can read about it here: TwinsUK
The information that came out of that was about a lot more than just gene expression and gut health, but it did provide the foundation for Dr. Spector’s next project, ZOE.
ZOE crowdsources huge amounts of data including individual metabolic responses to standardized meals in order to predict personalized food responses based on individual biology and unique microbiome profile.
In other words, it takes the guesswork out of a) knowing what your genes mean for your food responses b) tailoring your food choices with your genetic expression in mind, and c) ultimately creating a positive feedback loop to much better health on all levels.
Now, this is not an ad for ZOE, but if you so wish, you can…
- Get the free ZOE gut health guide (this is good, but generic, gut health information)
- Take the ZOE home gut health test (quiz followed by offers of lab tests)
- Browse the ZOE Health Academy, its education wing
Want to know more?
Dr. Spector has a bunch of books out, including some that we’ve reviewed previously:
- Spoon-Fed: Why Almost Everything We’ve Been Told About Food Is Wrong
- The Diet Myth: The Real Science Behind What We Eat
- Food for Life: The New Science of Eating Well
You can also check out our own previous main feature, which wasn’t about Dr. Spector’s work but was very adjacent:
The Brain-Gut Highway: A Two-Way Street
Enjoy!
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More Salt, Not Less?
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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
❝I’m curious about the salt part – learning about LMNT and what they say about us needing more salt than what’s recommended by the government, would you mind looking into that? From a personal experience, I definitely noticed a massive positive difference during my 3-5 day water fasts when I added salt to my water compared to when I just drank water. So I’m curious what the actual range for salt intake is that we should be aiming for.❞
That’s a fascinating question, and we’ll have to tackle it in several parts:
When fasting
3–5 days is a long time to take only water; we’re sure you know most people fast from food for much less time than that. Nevertheless, when fasting, the body needs more water than usual—because of the increase in metabolism due to freeing up bodily resources for cellular maintenance. Water is necessary when replacing cells (most of which are mostly water, by mass), and for ferrying nutrients around the body—as well as escorting unwanted substances out of the body.
Normally, the body’s natural osmoregulatory process handles this, balancing water with salts of various kinds, to maintain homeostasis.
However, it can only do that if it has the requisite parts (e.g. water and salts), and if you’re fasting from food, you’re not replenishing lost salts unless you supplement.
Normally, monitoring our salt intake can be a bit of a guessing game, but when fasting for an entire day, it’s clear how much salt we consumed in our food that day: zero
So, taking the recommended amount of sodium, which varies but is usually in the 1200–1500mg range (low end if over aged 70+; high end if aged under 50), becomes sensible.
More detail: How Much Sodium You Need Per Day
See also, on a related note:
When To Take Electrolytes (And When We Shouldn’t!)
When not fasting
Our readers here are probably not “the average person” (since we have a very health-conscious subscriber-base), but the average person in N. America consumes about 9g of salt per day, which is several multiples of the maximum recommended safe amount.
The WHO recommends no more than 5g per day, and the AHA recommends no more than 2.3g per day, and that we should aim for 1.5g per day (this is, you’ll note, consistent with the previous “1200–1500mg range”).
Read more: Massive efforts needed to reduce salt intake and protect lives
Questionable claims
We can’t speak for LMNT (and indeed, had to look them up to discover they are an electrolytes supplement brand), but we can say that sometimes there are articles about such things as “The doctor who says we should eat more salt, not less”, and that’s usually about Dr. James DiNicolantonio, a doctor of pharmacy, who wrote a book that, because of this question today, we’ve now also reviewed:
Spoiler, our review was not favorable.
The body knows
Our kidneys (unless they are diseased or missing) do a full-time job of getting rid of excess things from our blood, and dumping them into one’s urine.
That includes excess sugar (which is how diabetes was originally diagnosed) and excess salt. In both cases, they can only process so much, but they do their best.
Dr. DiNicolantino recognizes this in his book, but chalks it up to “if we do take too much salt, we’ll just pass it in urine, so no big deal”.
Unfortunately, this assumes that our kidneys have infinite operating capacity, and they’re good, but they’re not that good. They can only filter so much per hour (it’s about 1 liter of fluids). Remember we have about 5 liters of blood, consume 2–3 liters of water per day, and depending on our diet, several more liters of water in food (easy to consume several more liters of water in food if one eats fruit, let alone soups and stews etc), and when things arrive in our body, the body gets to work on them right away, because it doesn’t know how much time it’s going to have to get it done, before the next intake comes.
It is reasonable to believe that if we needed 8–10g of salt per day, as Dr. DiNicolantonio claims, our kidneys would not start dumping once we hit much, much lower levels in our blood (lower even than the daily recommended intake, because not all of the salt in our body is in our blood, obviously).
See also: How Too Much Salt Can Lead To Organ Failure
Lastly, a note about high blood pressure
This is one where the “salt’s not the bad guy” crowd have at least something close to a point, because while salt is indeed still a bad guy (if taken above the recommended amounts, without good medical reason), when it comes to high blood pressure specifically, it’s not the worst bad guy, nor is it even in the top 5:
Hypertension: Factors Far More Relevant Than Salt
Thanks for writing in with such an interesting question!
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Morning Routines That Just FLOW
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Morning Routines That Just FLOW
“If the hardest thing you have to do in your day is eat a frog, eat that frog first!”, they say.
And, broadly speaking, it is indeed good to get anything stressful out of the way early, so that we can relax afterwards. But…
- Are we truly best at frog-eating when blurry-eyed and sleepy?
- Is there a spoonful of sugar that could make the medicine go down better?
- What do we need to turn eating the frog into an enjoyable activity?
Flow
“Flow” is a concept brought to public consciousness by psychologist Mihaly Csikszentmihalyi, and it refers to a state in which we feel good about what we’re doing, and just keep doing, at a peak performance level.
Writer’s note: as a writer, for example…
Sometimes I do not want to write, I pace to and fro near my computer, going on side-quests like getting a coffee or gazing out of the window into my garden. But once I get going, suddenly, something magical happens and before I know it, I have to trim my writing down because I’ve written too much. That magical window of effortless productivity was a state of flow.
Good morning!
What is a good morning, to you? Build that into your morning! Set parameters around it so you don’t get carried away timewise and find yourself in the afternoon (unless that would work for you!), but first thing in the morning is the time to light up each part of your brain with appropriate neurotransmitters.
Getting the brain juices flowing
Cortisol
When we wake up, we (unless we have some neurochemical imbalance, such as untreated depression) get a spike of cortisol. Cortisol is much-maligned and feared, and indeed it can be very much deleterious to the health in cases of chronic stress. But a little spike now and again is actually beneficial for us.
Quick Tip: if you want to artificially stimulate (or enhance) a morning cortisol spike, a cold shower is the way to go. Or even just a face-plunge into a bowl of ice-water (put ice in it, give it a couple of minutes to chill the water, then put your face in for a count of 30 seconds, or less if you can’t hold your breath that long).
Serotonin
Serotonin is generally thought of as “the happy chemical”, and it’s stimulated by blue/white light, and also by seeing greenery.
Quick tip: to artificially stimulate (or enhance) a morning serotonin boost, your best friend is sunlight. Even sun through a partly-clouded sky will tend to outperform artificial lighting, including artificial sunlight lighting. Try to get sun between 08:30 and 09:00, if you can. Best of all, do it in your garden or nearby park, as the greenery will be an extra boost!
Dopamine
Generally thought of as “the reward chemical”, but it’s also critical for a lot of kinds of brainwork, including language processing and problem-solving.
Quick Tip: to artificially stimulate* a dopamine surge to get you going, do something that you and/or your body finds rewarding. Examples include:
- Exercise, especially in a vigorous burst
- A good breakfast, a nice coffee, whatever feels right to you
- An app that has motivational bells and whistles, a streak for you to complete, etc
Note: another very enjoyable activity might come to mind that doesn’t even require you getting out of bed. Be aware, however, gentleman-readers in particular, that if you complete that activity, you’ll get a prolactin spike that will wipe out the dopamine you just worked up. So that one’s probably better for a lazy morning of relaxation, than a day when you want to get up and go!
*there’s no “(or enhance)” for this one; you won’t get dopamine from doing nothing, that’s just not how “the reward chemical” works
Flow-building in a stack
When you’ve just woken up and are in a blurry morning haze, that’s not the time to be figuring out “what should I be doing next?”, so instead:
- Work out the things you want to incorporate into your morning routine
- Put them in the order that will be easiest to perform—some things will go a lot better after others!
- Remember to also include things that are simply necessary—morning bathroom ablutions, for example
The goal here is to have a this-and-this-and-this-and-this list of items that you can go through without any deviations, and get in the habit of “after item 1 I automatically do item 2, after which I automatically do item 3, after which…”
Implement this, and your mornings will become practically automated, but in a joyous, life-enhancing way that sets you up in good order for whatever you want/need to do!
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Could not getting enough sleep increase your risk of type 2 diabetes?
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Not getting enough sleep is a common affliction in the modern age. If you don’t always get as many hours of shut-eye as you’d like, perhaps you were concerned by news of a recent study that found people who sleep less than six hours a night are at higher risk of type 2 diabetes.
So what can we make of these findings? It turns out the relationship between sleep and diabetes is complex.
The study
Researchers analysed data from the UK Biobank, a large biomedical database which serves as a global resource for health and medical research. They looked at information from 247,867 adults, following their health outcomes for more than a decade.
The researchers wanted to understand the associations between sleep duration and type 2 diabetes, and whether a healthy diet reduced the effects of short sleep on diabetes risk.
As part of their involvement in the UK Biobank, participants had been asked roughly how much sleep they get in 24 hours. Seven to eight hours was the average and considered normal sleep. Short sleep duration was broken up into three categories: mild (six hours), moderate (five hours) and extreme (three to four hours). The researchers analysed sleep data alongside information about people’s diets.
Some 3.2% of participants were diagnosed with type 2 diabetes during the follow-up period. Although healthy eating habits were associated with a lower overall risk of diabetes, when people ate healthily but slept less than six hours a day, their risk of type 2 diabetes increased compared to people in the normal sleep category.
The researchers found sleep duration of five hours was linked with a 16% higher risk of developing type 2 diabetes, while the risk for people who slept three to four hours was 41% higher, compared to people who slept seven to eight hours.
One limitation is the study defined a healthy diet based on the number of servings of fruit, vegetables, red meat and fish a person consumed over a day or a week. In doing so, it didn’t consider how dietary patterns such as time-restricted eating or the Mediterranean diet may modify the risk of diabetes among those who slept less.
Also, information on participants’ sleep quantity and diet was only captured at recruitment and may have changed over the course of the study. The authors acknowledge these limitations.
Why might short sleep increase diabetes risk?
In people with type 2 diabetes, the body becomes resistant to the effects of a hormone called insulin, and slowly loses the capacity to produce enough of it in the pancreas. Insulin is important because it regulates glucose (sugar) in our blood that comes from the food we eat by helping move it to cells throughout the body.
We don’t know the precise reasons why people who sleep less may be at higher risk of type 2 diabetes. But previous research has shown sleep-deprived people often have increased inflammatory markers and free fatty acids in their blood, which impair insulin sensitivity, leading to insulin resistance. This means the body struggles to use insulin properly to regulate blood glucose levels, and therefore increases the risk of type 2 diabetes.
Further, people who don’t sleep enough, as well as people who sleep in irregular patterns (such as shift workers), experience disruptions to their body’s natural rhythm, known as the circadian rhythm.
This can interfere with the release of hormones like cortisol, glucagon and growth hormones. These hormones are released through the day to meet the body’s changing energy needs, and normally keep blood glucose levels nicely balanced. If they’re compromised, this may reduce the body’s ability to handle glucose as the day progresses.
These factors, and others, may contribute to the increased risk of type 2 diabetes seen among people sleeping less than six hours.
Millions of people around the world have diabetes. WESTOCK PRODUCTIONS/Shutterstock While this study primarily focused on people who sleep eight hours or less, it’s possible longer sleepers may also face an increased risk of type 2 diabetes.
Research has previously shown a U-shaped correlation between sleep duration and type 2 diabetes risk. A review of multiple studies found getting between seven to eight hours of sleep daily was associated with the lowest risk. When people got less than seven hours sleep, or more than eight hours, the risk began to increase.
The reason sleeping longer is associated with increased risk of type 2 diabetes may be linked to weight gain, which is also correlated with longer sleep. Likewise, people who don’t sleep enough are more likely to be overweight or obese.
Good sleep, healthy diet
Getting enough sleep is an important part of a healthy lifestyle and may reduce the risk of type 2 diabetes.
Based on this study and other evidence, it seems that when it comes to diabetes risk, seven to eight hours of sleep may be the sweet spot. However, other factors could influence the relationship between sleep duration and diabetes risk, such as individual differences in sleep quality and lifestyle.
While this study’s findings question whether a healthy diet can mitigate the effects of a lack of sleep on diabetes risk, a wide range of evidence points to the benefits of healthy eating for overall health.
The authors of the study acknowledge it’s not always possible to get enough sleep, and suggest doing high-intensity interval exercise during the day may offset some of the potential effects of short sleep on diabetes risk.
In fact, exercise at any intensity can improve blood glucose levels.
Giuliana Murfet, Casual Academic, Faculty of Health, University of Technology Sydney and ShanShan Lin, Senior Lecturer, School of Public Health, University of Technology Sydney
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Why ’10almonds’? Newsletter Name Explained
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It’s Q&A Day!
Each Thursday, we respond to subscriber questions and requests! If it’s something small, we’ll answer it directly; if it’s something bigger, we’ll do a main feature in a follow-up day instead!
So, no question/request to big or small; they’ll just get sorted accordingly
Remember, you can always hit reply to any of our emails, or use the handy feedback widget at the bottom. We always look forward to hearing from you!
Q: Why is your newsletter called 10almonds? Maybe I missed it in the intro email, but my curiosity wants to know the significance. Thanks!”
It’s a reference to a viral Facebook hoax! There was a post going around that claimed:
❝HEADACHE REMEDY. Eat 10–12 almonds, the equivalent of two aspirins, next time you have a headache❞ ← not true!
It made us think about how much health-related disinformation there was online… So, calling ourselves 10almonds was a bit of a tongue-in-cheek reference to that story… but also a reminder to ourselves:
We must always publish information with good scientific evidence behind it!
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How can I stop using food to cope with negative emotions?
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Have you ever noticed changes in your eating habits when you are sad, bored or anxious?
Many people report eating either more, or less, as a way of helping them to cope when they experience difficult emotions.
Although this is a very normal response, it can take the pleasure out of eating, and can become distressing and bring about other feelings of shame and self-criticism.
Adding to the complexity of it all, we live in a world where diet culture is unavoidable, and our relationship to eating, food and body image can become complicated and confusing.
Drazen Zigic/Shutterstock Emotional eating is common
“Emotional eating” refers to the eating behaviours (typically eating more) that occur in response to difficult emotions.
Research shows around 20% of people regularly engage in emotional eating, with a higher prevalence among adolescents and women. In a study of more than 1,500 adolescents, 34% engaged in emotional eating while sad and 40% did so while anxious.
Foods consumed are often fast-foods and other energy-dense, nutrient-poor convenience foods.
Stress, strong emotions and depression
For some people, emotional eating was simply a habit formed earlier in life that has persisted over time.
But other factors might also contribute to the likelihood of emotional eating. The physiological effects of stress and strong emotions, for example, can influence hormones such as cortisol, insulin and glucose, which can also increase appetite.
Increased impulsivity (behaving before thinking things through), vulnerability to depression, a tendency to ruminate and difficulties regulating emotions also increase the likelihood of emotional eating.
Depression increases the likelihood of emotional eating. TommyStockProject/Shutterstock So what do you do?
First, know that fluctuations in eating are normal. However, if you find that the way you eat in response to difficult emotions is not working for you, there are a few things you can do.
Starting with small things that are achievable but can have a huge impact, such as prioritising getting enough sleep and eating regularly.
Then, you can start to think about how you handle your emotions and hunger cues.
Expand your emotional awareness
Often we label emotions as good or bad, and this can result in fear, avoidance, and unhelpful coping strategies such as emotional eating.
But it’s also important to differentiate the exact emotion. This might be feeling isolated, powerless or victimised, rather than something as broad as sad.
By noticing what the emotion is, we can bring curiosity to what it means, how we feel in our minds and bodies, and how we think and behave in response.
Tap into your feelings of hunger and fullness
Developing an intuitive way of eating is another helpful strategy to promote healthy eating behaviours.
Intuitive eating means recognising, understanding and responding to internal signals of hunger and fullness. This might mean tuning in to and acknowledging physical hunger cues, responding by eating food that is nourishing and enjoyable, and identifying sensations of fullness.
Intuitive eating encourages flexibility and thinking about the pleasure we get from food and eating. This style of eating also allows us to enjoy eating out with friends, and sample local delicacies when travelling.
It can also reduce the psychological distress from feeling out of control with your eating habits and the associated negative body image.
Try to be flexible in thinking about the pleasure of food and eating with friends. La Famiglia/Shutterstock When is it time to seek help?
For some people, the thoughts and behaviours relating to food, eating and body image can negatively impact their life.
Having the support of friends and family, accessing online resources and, in some instances, seeing a trained professional, can be very helpful.
There are many therapeutic interventions that work to improve aspects associated with emotional eating. These will depend on your situation, needs, stage of life and other factors, such as whether you are neurodivergent.
The best approach is to engage with someone who can bring compassion and understanding to your personal situation, and work with you collaboratively. This work might include:
- unpacking some of the patterns that could be underlying these emotions, thoughts and behaviours
- helping you to discover your emotions
- supporting you to process other experiences, such as trauma exposure
- developing a more flexible and intuitive way of eating.
One of the dangers that can occur in response to emotional eating is the temptation to diet, which can lead to disordered eating, and eating disorder behaviours. Indicators of a potential eating disorder can include:
- recent rapid weight loss
- preoccupation with weight and shape (which is usually in contrast to other people’s perceptions)
- eating large amounts of food within a short space of time (two hours or less) and feeling a sense of loss of control
- eating in secret
- compensating for food eaten (with vomiting, exercise or laxatives).
Evidence-based approaches can support people experiencing eating disorders. To find a health professional who is informed and specialises in this area, search the Butterfly Foundation’s expert database.
If this article has raised issues for you, or if you’re concerned about someone you know, call Lifeline on 13 11 14, or the Butterfly Foundation on 1800 ED HOPE (1800 33 4673).
Inge Gnatt, PhD Candidate, Lecturer in Psychology, Swinburne University of Technology
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Ashwagandha: The Root of All Even-Mindedness?
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Ashwagandha: The Root Of All Even-Mindedness?
In the past few years, Ashwagandha root has been enjoying popular use in consumer products ranging from specialist nootropic supplement stacks, to supermarket teas and hot chocolates.
This herb is considered to have a calming effect, but the science goes a lot deeper than that. Let’s take a look!
Last summer, a systematic review was conducted, that asked the question:
Does Ashwagandha supplementation have a beneficial effect on the management of anxiety and stress?
While they broadly found the answer was “yes”, they expressed low confidence, and even went so far as to say there was contradictory evidence. We (10almonds) were not able to find any contradictory evidence, and their own full article had been made inaccessible to the public, so we couldn’t double-check theirs.
We promptly did our own research review, and we found many studies this year supporting Ashwaghanda’s use for the management of anxiety and stress, amongst other benefits.
First, know: Ashwagandha’s scientific name is “Withania somnifera”, so if you see that (or a derivative of it) mentioned in a paper or extract, it’s the same thing.
Onto the benefits…
A study from the same summer investigated “the efficacy of Withania somnifera supplementation on adults’ cognition and mood”, and declared that:
“in conclusion, Ashwagandha supplementation may improve the physiological, cognitive, and psychological effects of stress.”
We notice the legalistic “may improve”, but the data itself seems more compelling than that, because the study showed that it in fact “did improve” those things. Specifically, Ashwagandha out-performed placebo in most things they measured, and most (statistically) significantly, reduced cortisol output measurably. Cortisol, for any unfamiliar, is “the stress hormone”.
Another study that looked into its anti-stress properties is this one:
Ashwagandha Modulates Stress, Sleep Dynamics, and Mental Clarity
This study showed that Ashwagandha significantly outperformed placebo in many ways, including:
- sleep quality
- cognitive function
- energy, and
- perceptions of stress management.
Ashwagandha is popular among students, because it alleviates stress while also promising benefits to memory, attention, and thinking. So, this study on students caught our eye:
Their findings demonstrated that Ashwagandha increased college students’ perceived well-being through supporting sustained energy, heightened mental clarity, and enhanced sleep quality.
That was about perceived well-being and based on self-reports, though
So: what about hard science?
A later study (in September) found supplementation with 400 mg of Ashwagandha improved executive function, helped sustain attention, and increased short-term/working memory.
Read the study: Effects of Acute Ashwagandha Ingestion on Cognitive Function
❝But aside from the benefits regarding stress, anxiety, sleep quality, cognitive function, energy levels, attention, executive function, and memory, what has Ashwagandha ever done for us?❞
Well, there have been studies investigating its worth against depression, like this one:
Can Traditional Treatment Such as Ashwagandha Be Beneficial in Treating Depression?
Their broad answer: Ashwagandha works against depression, but they don’t know how it works.
They did add: “Studies also show that ashwagandha may bolster the immune system, increase stamina, fight inflammation and infection, combat tumors*, reduce stress, revive the libido, protect the liver and soothe jangled nerves.
That’s quite a lot, including a lot of physical benefits we’ve not explored in this research review which was more about Ashwagandha’s use as a nootropic!
We’ve been focusing on the more mainstream, well-studied benefits, but for any interested in Ashwagandha’s anti-cancer potential, here’s an example:
Evaluating anticancer properties of [Ashwagandha Extract]-a potent phytochemical
In summary:
There is a huge weight of evidence (of which we’ve barely skimmed the surface here in this newsletter, but there’s only so much we can include, so we try to whittle it down to the highest quality most recent most relevant research) to indicate that Ashwagandha is effective…
- Against stress
- Against anxiety
- Against depression
- For sleep quality
- For memory (working, short-term, and long-term)
- For mental clarity
- For attention
- For stamina
- For energy levels
- For libido
- For immune response
- Against inflammation
- Against cancer
- And more*
*(seriously, this is not hyperbole… We didn’t even look at its liver-protective functions, for instance)
Bottom line:
You’d probably like some Ashwagandha now, right? We know we would.
We don’t sell it (or anything else, for that matter), but happily the Internet does:
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