You know you need the slumber, but sleeping in winter needs you to be more deliberate about your efforts. Prepare for the best winter sleep of your life.
The post 4 Surefire Ways To Get The Best Quality Sleep This Winter appeared first on Women’s Health.
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Want to run faster? Think more clearly? Have increased energy? A good night’s sleep — on the reg — can help you do all that and more. And hey, if all you need to do is tweak your schedule so that you can get in bed earlier, that’s great to know! But one in four Americans develop insomnia each year — and if you’re one of them, or you just consider yourself a bad sleeper, then knowing you’re supposed to get more sleep isn’t exactly helpful. Now, there are loads of factors that can contribute to poor sleep, but there…
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Sleep on your back? Can’t stop rolling onto your tum? This might just be the best pillow for every type of sleeper. Here’s why…
The post This Might Just Be The Best Pillow For Every Type Of Sleeper appeared first on Women’s Health.
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Your taste in music, your coffee order, your go-to guilty pleasure (Vanderpump Rules, all the way)—they all say a lot about you. But you might be surprised to learn that your sleeping position can reveal some pretty interesting things about your personality, too.
The post What Your Sleep Position Says About Your Personality, According To Experts appeared first on Women’s Health.
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One of the most common complaints people have as they age is poor quality sleep. They get less sleep than younger people, and, despite what you may have heard, their sleep requirements do not decline with age. A 70-year-old should still be getting 7-8 hours of sleep a night. The problem is that, for many different reasons, older people usually have issues getting the amount of sleep they need.
The popular approach is to accept poor sleep as an inevitable part of aging and find workarounds, ideally workarounds that require a lifelong prescription to a name-brand pharmaceutical. That’s not my way. I accept that the conventional approach may be warranted in certain cases, but it should be a last resort. A person should exhaust the diet, lifestyle, and exercise options before turning to the prescription pad.
What about that central position of the conventional wisdom: Declining sleep quality is a necessary function of age. Is that actually true?
Why Do We Equate Getting Older With Sleeping Poorly?
Age is a predictor of poor quality sleep, but it’s not a foregone conclusion. Not every older adult suffers from poor sleep, which means the passage of time alone cannot explain the loss of sleep quality. In fact, when you drill down deeper, you find that there are many health and lifestyle-related predictors of poor quality sleep among older adults.
- In older Taiwanese adults living in a retirement community, 42% reported sleep disturbances. The best predictors for low quality sleep were being sedentary, suffering from nighttime urination, using anti-hypertensive drugs, and having poor mental health.
- In older Korean adults, 60% reported sleep issues. The best predictors for low quality sleep in this group were depression, pain, and poor self-rated health scores.
- In older women, menopause can make getting good sleep harder. The night sweats and body temperature fluctuations (the body tends to drop its temperature in preparation for sleep, and heat flashes can interfere with this) are notorious sleep disruptors.
These are all modifiable risk factors. Even menopause. Menopause will happen, but the symptoms can be addressed and mitigated (though admittedly not easily). I actually wrote a post about this.
There is one specific cluster of neurons called the ventrolateral preoptic nucleus that acts as a “sleep switch”—releasing GABA and other inhibitory neurotransmitters that inhibit wakefulness. The ventrolateral preoptic nucleus has been shown to degrade with age, actually getting smaller over time; further research shows that the size of a person’s VPN correlates closely with their sleep quality. But there’s no indication that this is an inevitable consequence of aging. After all, the rate of VPN decline varies between individuals. Maybe some of that rate variation is genetic. Maybe some is environmental—based on how you live and eat and exercise. We do know that light and sun exposure during the day boosts serotonin levels, and serotonin is one of the precursors for VPN sleep activity. What if a lifetime of inadequate sun and daylight exposure causes the VPN to “atrophy”? There are many unanswered questions, but even if the VPN turns out to follow a strictly chronological decline, there are improvements to be made.
Other “inevitabilities” of aging are often a function of accruing compound interest on one’s failure to lead a healthy lifestyle. If we’ve neglected our health and wellness for our entire lives—often because we were following bad advice from the “experts” who were supposed to know better—that’s going to come to a head the older we get. The older we are, the worse our body will work. The more negative interest we’ll have accrued.
Okay, Sisson, that’s all well and good, but what if I’m already an older adult, I’ve already accrued a lifetime of suboptimal health, and my sleep is bad? What can I do?
5 Easy Ways To Improve Your Sleep (At ANY Age)
You can start addressing the issues right now, right today.
1. You can lift heavy things.
Resistance training has been shown to improve sleep quality in older adults. Three times a week, older adults lifted weights for 30 minutes in the morning and saw their sleep quality improve by 38%. It also works in older adults with poor sleep and depression.
2. You can walk.
A three-time weekly walking program for four weeks helped older Nepalese adults improve their sleep quality.
3. You can reduce your alcohol intake.
A few years ago, I noticed that my nightly glass or two of wine was messing with my sleep, so I gave it up and my sleep improved immediately. I’ve since re-introduced Dry Farm natural wine—lower in alcohol and sulfites, higher in antioxidants and complexity—and have no issues. If you drink on a regular basis and have trouble with sleep, try giving up alcohol for a month. It’s a potentially very easy fix.
4. You can avoid artificial light after dark.
This doesn’t just work in younger people. There is strong evidence that exposure to artificial light after dark is linked to insomnia in older adults. Wearing blue-blocking goggles or simply not using electronic devices after dark are easy fixes.
5. You can get more natural light in the morning and daytime.
In older adults, getting more natural light in the daytime hours has a direct effect of improving sleep quality.
Hey, it’s almost like everything in our lives is connected. Some people find this overwhelming and depressing—”how can I possibly fix everything?” I find it empowering. It fills me with optimism because addressing one piece of the chain can get everything else moving in the right direction. Just look at the study with depressed older adults who had trouble sleeping. All they had to do was start lifting heavy things a few times a week and all their major issues began resolving, or at least improving. That’s powerful.
Now imagine if you tried everything. Imagine if you started lifting weights, walking, reduced your alcohol intake. Imagine the changes you could see. Now imagine if you did this from early adulthood and never stopped. Imagine how you’d sleep. Oh, and don’t neglect the power of a consistent routine.
What I Do (and One Thing That’s Made the Biggest Difference)
Last year, I released a video of my nighttime routine. Now that I’m in Miami, the setup has changed but I still do the same basic stuff.
I live in a condo now that has a great spa. I do “fire and ice” before dinner almost every night”—usually 7-10 minutes sauna, 3-4 minutes cold plunge at 50 degrees, repeat a few times. So, no longer right before bed. But it has the effect of making me relaxed and sleep-ready a few hours after a light dinner.
But there’s one tool I began using a couple years ago that has probably made the most difference of any particular strategy: controlling the temperature of my bed.
Ambient temperature matters for sleep quality. My chiliPAD has become indispensable. (Disclosure: I became such a fan that I eventually invested in the company.) Carrie uses one, too. We have different ideal temperature ranges. Mine cools to 65 at bedtime, but with the app I can set it to rise to 68 at 3:00 A.M. (otherwise I get a little too much heat loss), 70 at 5:00 A.M. and then 75 at 6:45 to help me wake up. It makes a huge difference and has real evolutionary antecedence; humans spent many millennia sleeping on a cold surface (the ground) covered with animal skins. It’s what our genes still expect from us.
How’s your sleep, older (or not) readers? What’s worked, what hasn’t? If you have any questions about sleep, drop them down below and I’ll follow up!
Now For the Giveaway…
Whenever I find a product I truly love, I want to share it. Today it’s for two lucky winners.
The great folks at ChiliTechnology have offered two of their cooling systems for MDA readers (the two Carrie and I use): a chiliPAD system and their new OOLER system. Both offer the same fully programmable cooling technology to help you manufacture your best night’s sleep. Plus, I’m throwing in a Primal Essentials Kit (Damage Control, Primal Omegas, Primal Sun, Primal Probiotics and Adaptogenic Calm) because good health and great sleep go hand-in-hand.
One winner will nab the chiliPAD, plus Primal supplements package.
The second winner will enjoy the OOLER system, plus Primal supplements package.
To enter to win:
Open to US only. The winner will be announced and contacted via Instagram direct message on Thursday, May 30th.
Good luck, everybody!
Park JH, Yoo MS, Bae SH. Prevalence and predictors of poor sleep quality in Korean older adults. Int J Nurs Pract. 2013;19(2):116-23.
Ferris LT, Williams JS, Shen CL, O’keefe KA, Hale KB. Resistance training improves sleep quality in older adults a pilot study. J Sports Sci Med. 2005;4(3):354-60.
Singh NA, Clements KM, Fiatarone MA. A randomized controlled trial of the effect of exercise on sleep. Sleep. 1997;20(2):95-101.
The post Does Sleep Quality Really Decline With Age? (Plus, What I Do & a Giveaway) appeared first on Mark’s Daily Apple.
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I left the pro athlete world a long time ago. I no longer compete. I don’t train with the intensity and volume it’d take to win races. But I do pay attention to what’s going on in that world, and I still have a lot of friends who never left it. Developments there often foreshadow developments in the rest of the health world. And after things like keto, MCT oil/ketones, and collagen, the performance hack that’s blowing up among elite athletes is CBD oil. Almost everyone I talk to who puts in serious training and competing time (in a variety of sports and pursuits) is dabbling with CBD.
What are they using it for?
There are two main claims when it comes to CBD and fitness.
- That it improves sleep.
- That it reduces pain, improves workout recovery, and helps you get back to training and competition.
Do their claims have any scientific support?
CBD and Sleep
A big review of CBD and sleep found that CBD increased sleep time and reduced the number of times people woke up during the night, improved sleep quality, reduced REM-related behavioral disorder (where you act out your dreams in your sleep), and improved sleep in anxiety patients.
Sleep is one of the biggest weak spots for many athletes. They sacrifice sleep for gym time. They train late at night under bright lights and come home energized and unable to get to bed. They focus on the workouts rather than the recovery. But here’s the thing: the more you train, the more sleep you need. The more performance you need to wring out of your body, the higher your sleep requirements are going to stack. There’s no getting around it. Sleep is one of the most important things to get right if you want to improve performance and make your hard work count for something.
But let’s get more granular. You want details?
Sleep deprivation ruins your posture and makes you more liable to make technique mistakes, get injured, and compromise movement quality and power. If you can’t coordinate your limbs, you won’t succeed in the gym or on the field (and you’ll probably make a critical mistake that gets you hurt).
Sleep deprivation kills your judgment. If you’re not thinking clearly, you’ll make silly mistakes and dangerous choices. Go for the last rep on the deadlift when your back’s about to give out, that sort of thing.
Sleep deprivation squanders your adaptation to training. Enjoy the insulin sensitivity and improved energy utilization training provides? Sleep loss blunts both. Like gaining muscle in response to lifting heavy things? Sleep loss inhibits muscle protein synthesis.
Sleep deprivation makes eating well harder. If you’re training for fat loss and body composition, you know that eating is well over half the battle. A single night of bad sleep makes you more vulnerable to the rewarding effects of junk food. It becomes harder to resist and more addictive.
Sleep deprivation causes muscle loss. A lack of sleep increases urinary nitrogen, a sign that the body is breaking down lean muscle mass.
So, is there a connection between sleep, CBD, and performance?
That hasn’t been directly tested. We know two things:
- CBD can help people who are having trouble sleeping get more sleep.
- Sleep is ergogenic. If you aren’t sleeping, you aren’t maximizing your performance in the gym and adaptation to your training.
That’s not to say you can’t get good sleep without CBD. It’s not a requirement for good sleep. But if CBD is helping athletes get better sleep than they would otherwise, it’s also giving them a performance and training boost.
CBD and Pain, Adaptation, and Recovery
One of the biggest quandaries an athlete faces is how to balance pain management, training adaptation, and workout recovery.
You can use ice baths to get back in the game quicker, but you might reduce training adaptations.
You can take two days off after a really tough workout and maximize the training effect, but you won’t be able to compete in the interim.
You can pound NSAIDs to reduce pain, but it might slow down your recovery and impair your adaptation to the exercise.
Everything has a tradeoff. And if you lean too far in one direction, you’ll pay the price. Back when I was competing, I leaned hard toward “getting back out there.” I ate ice cream and grains by the gallon to replenish the energy I expended, popped Tylenol like candy to dull the pain long enough to let me get through the next workout. It all worked out in the end (I wouldn’t be doing this if I hadn’t messed up so badly), but boy if I didn’t cut it close.
Where Does CBD Fit In?
CBD is a potent antioxidant and anti-inflammatory. It can block neurotoxicity from oxidative stress. It lowers inflammatory cytokines and raises anti-inflammatory cytokines. It may reduce a person’s reliance on opioids for pain control. It can even synergize with NSAIDs, reducing the amount you need to get the same effect. And it can do all this without causing liver damage. Sounds uniformly beneficial, right?
Be careful. Anti-inflammation can be a double-edged sword. After all, inflammation isn’t wholly pathogenic:
The inflammatory response is the healing response.
Training adaptations occur in response to the inflammatory effect of exercise.
The inflammatory reactive oxygen species that we’re all so worried about also serve as cellular messengers that provoke the creation of new mitochondria and the production of endogenous antioxidants like glutathione.
This is hormesis—the application of good stressors to make us healthier, stronger, and more resilient.
NSAIDs have many of the same effects, like blocking inflammatory cytokines, and have been used by athletes for decades to reduce pain, improve acute performance, and hasten the return to competition. They’ve also been shown to reduce muscle adaptations to resistance training and impair healing even as they reduce pain.
One of CBD’s anti-inflammatory effects is to blunt the release of interleukin 6 (IL-6), an inflammatory cytokine. This isn’t always helpful, as studies show. A hard training session spikes IL-6, and, at least in animal studies using IL-6 knockouts (mice who produce no IL-6 at all), lack of an IL-6 response tends to reduce muscle and adipose tissue adaptations to exercise. NSAIDs are another anti-inflammatory drug that block IL-6 and have been shown to impair muscle adaptations to resistance training in the young and improve them in the elderly. In other words, NSAIDs impair the hormetic stress effect of exercise in the young (who tend to have a lower stress burden and higher stress resilience) and enable it in the elderly (who tend to have lower stress resilience).
What Does This Mean For You?
Well, it depends on who you are and your situation.
High stress lifestyle? CBD can probably help you blunt some of your underlying stress to give the training a bigger effect. Low stress lifestyle? CBD might blunt it too much and render your training less adaptive.
As for CBD’s effect on pain means, there are a lot of unanswered questions that I trust will be answered in due time.
CBD may help mask the pain from injuries by exerting anti-inflammatory effects while slowing down healing. However, if your baseline inflammatory status is high, reducing inflammation may be just what you need to improve healing.
CBD may help reduce pain by speeding up the healing process. There’s even some evidence in rodents that CBD can speed up the healing process of a fractured bone. Does that happen in humans? Does that happen in other types of injuries? Maybe.
That said, if taking CBD before a workout is the only thing that lets you actually get through the workout without pain, it’s going to be better than not taking it. I know of a few people who swear by CBD for joint relief; they couldn’t do what they love without it.
We have a lot more to learn about CBD and training. The benefits for athletes who need help with sleep are clear and well-established. The benefits for athletes who need help with pain and recovery are murkier—we simply don’t know the details yet. It’s likely that CBD will help athletes recover in some situations and not in others. But for the most part, it’s relatively low-risk. Give it a shot and see what you notice. The beauty of it all is that even if CBD impairs your training adaptation, it’s not set in stone. The safety profile is good. The research is only growing. You can always drop it and keep training and regain your gains.
That’s it for today, folks. Have you used CBD to enhance your training? Did it work? Did it hurt? Tell us all about it down below!
Kozela E, Juknat A, Kaushansky N, Rimmerman N, Ben-nun A, Vogel Z. Cannabinoids decrease the th17 inflammatory autoimmune phenotype. J Neuroimmune Pharmacol. 2013;8(5):1265-76.
Lundberg TR, Howatson G. Analgesic and anti-inflammatory drugs in sports: Implications for exercise performance and training adaptations. Scand J Med Sci Sports. 2018;28(11):2252-2262.
Kogan NM, Melamed E, Wasserman E, et al. Cannabidiol, a Major Non-Psychotropic Cannabis Constituent Enhances Fracture Healing and Stimulates Lysyl Hydroxylase Activity in Osteoblasts. J Bone Miner Res. 2015;30(10):1905-13.
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By now, the average person grasps just how important sleep is for our overall health. It seems like every month there’s a new popular science book extolling the virtues of sleep. Parents remember the zombified newborn days and can see (and hear), firsthand, what happens when a toddler doesn’t get enough sleep. And on a visceral level, we feel the need for slumber. Even if we’re unaware of or refuse to accept the health dangers of long-term sleep restriction, there’s no getting around the abject misery of a bad night’s sleep.
We all want better sleep. We all need better sleep. But how?
Sleeping pills are not the answer for most people.
(But please note: Don’t discontinue or alter a prescribed treatment or medication regimen without consulting your doctor…and, likewise, don’t begin a new regimen—like those below—without running it by your physician.)
In one recent “positive” study on the effects of sleeping pills, almost every single subject suffered one or more side effects, ranging from headaches to nausea to irritability to dizziness to dysgeusia (a condition where your sense of taste is altered).
In another, taking Ambien the night before decreased cognitive performance and increased subjective sleepiness the next morning.
Studies aside, there are thousands of horror stories about people ruining their lives (or behaving in a way that had the potential to do so) after taking sleeping pills. Twitter rants that get you fired, sleep driving, tooth grinding, furniture rearranging, sleep eating. And those are just the ones that people live to tell.
That’s not to say sleeping pills are useless. They’re legitimate drugs to be used for specific medical conditions, in specific patient circumstances. They aren’t to be trifled with. But if you’re just trying to “get better sleep,” you’ve got options. And I’m not even mentioning the lifestyle and behavioral modifications you can make to improve your sleep.
Here are my favorite natural sleep aids….
GABA is the inhibitory neurotransmitter. It calms the brain. It soothes the brain. It de-stresses the brain. And it’s a major factor in the creation of melatonin, the hormone our brain uses to trigger sleep onset. Insomniacs have reduced brain GABA levels compared to non-insomniacs; the same goes for people with sleep apnea. Restoring physiological levels of GABA, then, is a first line of defense against poor sleep.
Oral GABA has a blood-brain barrier problem—it doesn’t cross it particularly well. Children have more permissive BBBs, but most of my readers aren’t children. Nitric oxide tends to increase GABA diffusion across the blood brain barrier, and there are a couple of ways to increase nitric oxide in conjunction with taking GABA to make the latter more effective for sleep.
You could sunbathe. That increases nitric oxide release. The only problem is that most sunbathing occurs during the midday hours, not at night. It’s unclear how long the boost from sunlight lasts, though it certainly can’t hurt.
You could take apocynum venetum, an herb used in traditional Chinese medicine that increases nitric oxide release. In fact, one study showed that taking GABA with apcynum ventum improves sleep quality.
Before you start sedating yourself, see if GABA has an effect.
When it’s bedtime for your brain, your pineal gland starts pumping out a hormone called melatonin. This initiates the onset of sleep and triggers subjective feelings of sleepiness; it also sets your circadian rhythm.
Supplemental melatonin crosses the blood brain barrier and acts very similarly to endogenous melatonin.
Don’t use melatonin every night. Not because you’ll get “addicted” (you won’t) or “your natural production will stop” (it won’t), but because you should focus on producing your own. If I get a big dose of late night blue light, I might nibble on a little melatonin. If I have more than a single glass of wine at night, I’ll have some melatonin before bed as alcohol depresses its production. And when I travel, I always take a few milligrams an hour before my desired bedtime in the new time zone.
The main reason you shouldn’t rely on melatonin for everyday use is that supplemental melatonin pharmacology doesn’t quite emulate endogenous melatonin pharmacology. The way most people take it is in a single dose before bed. The way the brain produces it is consistently through the night. If you want to emulate physiological levels of melatonin, you’re better off taking a single dose of instant release melatonin followed by a dose of slow release melatonin, or a supplement that includes both forms. Even then, it’s not the same.
I still remember the first time I drank a big mug of bone broth at night. It was one of the not-as-rare-as-you’d-think cold “winter” nights in Malibu. I was sitting on the couch, reading a book, and got about 3/4 of the way through a mug of chicken foot broth before, apparently, falling asleep right then and there. A bit of research the next day revealed that glycine, the primary amino acid in collagen/gelatin/broth, can have a powerful effect on sleep quality. Not only that, glycine also lowers body temperature (an important part of the sleep process) and improves wakefulness the next day. And if you’ve got REM sleep behavior disorder, glycine may be the solution.
In fact, the glycine-sleep effect was another consideration in creating Collagen Fuel and Peptides. Everyone talks about the benefits to joint health, performance, skin, nails, hair, and general inflammation, but I want folks to also discover the benefit of glycine-enhanced sleep, too.
We talk a lot about “age-related” declines in health, vitality, performance, and basic physiological functions. We also talk about how much of what we call “age-related” isn’t inevitable. It’s not so much that the passage of time degrades our bodies and how they work, but that we become more susceptible to poor lifestyle, dietary, and exercise choices because of compounding negative interest. We’re born with robust health and if we fail to maintain it, our health worsens as time progresses. If we never stop moving, lifting weights, and eating right, aging doesn’t happen to the same degree.
One thing that changes with age is how we sleep. In older people, sleep architecture is different: More time is spent awake and there’s less slow wave sleep. Sleep spindles, those oscillating bursts of brain wave activity, begin disappearing. Sounds inevitable, right? Except that research shows that taking magnesium reverses these age-related changes to sleep architecture.
5. CBD Oil
As I wrote a couple weeks ago, CBD is the non-psychoactive cannabinoid found in cannabis.
And to me, the most interesting aspect of CBD lies in its potential to improve sleep. A 2017 review provides a nice summary of the effects of CBD on sleep:
In insomnia patients, 160 mg/day of CBD increased sleep time and reduced the number of arousals (not that kind) during the night.
Lower doses are linked to increased arousals and greater wakefulness. Higher dose CBD improved sleep.
In preliminary research with Parkinson’s patients, CBD reduced REM-related behavioral disorder—which is when you basically act out your dreams as they’re happening.
More recently, a large case series (big bunch of case studies done at once) was performed giving CBD to anxiety patients who had trouble sleeping. Almost 80% had improvements in anxiety and 66% had improvements in sleep (although the sleep improvements fluctuated over time).
Theanine is a chemical found in tea, especially tea grown in shady conditions. Because it is structurally similar to glutamate and easily passes the blood brain barrier, theanine binds to various glutamate receptors in the brain, inhibiting the action of some and promoting the action of others. It also increases serotonin, GABA, and glycine in the brain—all chemicals that can pave the way for better sleep.
Theanine is another of those sleep aids that isn’t expressly about sleep. It’s about relaxation, about letting you get out of your own way. If in the course of relaxation and stress reduction you end up taking care of the thing that’s messing up your sleep, theanine can be said to be a big sleep aid.
7. Lutein and Zeaxanthin
One of the most powerful sleep aids is wearing a pair of orange safety goggles that blocks blue light after dark. Viewed after dark, blue (and green) light suppresses melatonin secretion, pushes back sleep onset, and throws off your entire circadian rhythm. Blocking the light with goggles allows normal melatonin production to proceed and promotes earlier bedtimes and better, deeper sleeps.
What if you could take a supplement that simulated the blue-blocking effect of a pair of orange safety goggles? Lutein and zeaxanthin are carotenoids, plant-based pigments found in colorful produce and pasture-raised eggs that are actually incorporated into the eye where they offer protection from sunlight and inhibit the melatonin-reducing effect of nighttime light exposure. Human studies show that taking lutein and zeaxanthin on a regular basis improves sleep quality, reduces sleep disturbances, and lowers dependence on supplemental or pharmaceutical sleep aids.
The best natural sleep aids restore the ancestral sleep baseline. At baseline, humans should be walking around with good GABA levels. They should be getting enough magnesium, collagen/glycine, and carotenoids from their diet. It’s normal to produce melatonin after dark. And even though humans haven’t been dosing themselves with CBD or theanine for very long, it also isn’t normal to be inundated with chronic, low level stress and persistent anxiety—the type of stress that ruins our sleep, the type of anxiety that CBD and theanine can regulate.
8. Lemon Balm
Lemon balm is an herb in the mint family. The fragrance is intoxicating (I’ve even used lemon balm in a roasted chicken), but not the effects. It doesn’t directly induce sleep—it’s not a sedative or a hypnotic—but if stress and anxiety are getting in the way of your sleep, lemon balm will help clear them out.
Valerian root has a long history as an anti-insomnia herb. The ancient Greeks used it and traditional Chinese and Ayurvedic medical traditions continue to use to it to treat bad sleep. Valerian contains a compound that slows down the brain’s metabolism of GABA, thereby increasing GABA levels and letting what the brain already produces hang around even longer.
I’ll admit I’m more ambivalent about these last two options. While they’re certainly gentler than pharmaceutical sleep pills, and lemon balm in particular is a legit way to deal with stress and anxiety, their efficacy for sleep is questionable. The evidence just isn’t there, though I grant that many people report good results.
Many of these individual compounds become more powerful and more effective combined with each other. Since these aren’t pharmaceutical drugs with very narrow safety profiles rife with contraindications, taking them together usually isn’t an issue, but check in with your doctor anyway (especially if you’re taking other medications or have known health conditions).
- There’s GABA combined with theanine, shown to improve sleep quality more than either supplement alone.
- There’s magnesium combined with zinc and melatonin, shown to help insomnia patients get more and better sleep.
- There’s my very own Adaptogenic Calm, which I designed to combat the stress of excessive training and blunt the unnecessary fight-or-flight response we so often find ourselves triggering in the modern world.
And today’s list isn’t exhaustive. There are other compounds, herbs, and supplements that can probably help people improve their sleep.
Most of the adaptogens, like ashwagandha or rhodiola rosea, have been shown in one study or another to improve sleep in humans. Anything that helps get you back to baseline, back to homeostasis, back to normal—will restore your sleep if it’s suffering. And if you’re suffering, your sleep is likely suffering because sleep is such a fundamental aspect of the human experience. Anything that improves your health will also probably improve your sleep.
This goes without saying, but don’t limit yourself to natural sleep supplements. Don’t forget about the importance of lifestyle, of exercise, of diet, of morning light exposure and nighttime light avoidance. Supplements can help, but they can’t be the foundation for good sleep hygiene. You’re just asking for trouble—or subpar results.
Thanks for reading, everyone. Now, let’s hear from you. What natural sleep aids have you found most useful? Is there anything I overlooked or forgot? Let me know down below.
Pinto LR, Bittencourt LR, Treptow EC, Braga LR, Tufik S. Eszopiclone versus zopiclone in the treatment of insomnia. Clinics (Sao Paulo). 2016;71(1):5-9.
Dinges DF, Basner M, Ecker AJ, Baskin P, Johnston S. Effects of Zolpidem and Zaleplon on Cognitive Performance After Emergent Tmax and Morning Awakenings: a Randomized Placebo-Controlled Trial. Sleep. 2018;
Yamatsu A, Yamashita Y, Maru I, Yang J, Tatsuzaki J, Kim M. The Improvement of Sleep by Oral Intake of GABA and Apocynum venetum Leaf Extract. J Nutr Sci Vitaminol. 2015;61(2):182-7.
Held K, Antonijevic IA, Künzel H, et al. Oral Mg(2+) supplementation reverses age-related neuroendocrine and sleep EEG changes in humans. Pharmacopsychiatry. 2002;35(4):135-43.
Kim S, Jo K, Hong KB, Han SH, Suh HJ. GABA and l-theanine mixture decreases sleep latency and improves NREM sleep. Pharm Biol. 2019;57(1):65-73.
Rondanelli M, Opizzi A, Monteferrario F, Antoniello N, Manni R, Klersy C. The effect of melatonin, magnesium, and zinc on primary insomnia in long-term care facility residents in Italy: a double-blind, placebo-controlled clinical trial. J Am Geriatr Soc. 2011;59(1):82-90.
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For today’s edition of Dear Mark, I’m answering three questions. First up, what can a person do to help their gut recover its barrier function after too many antibiotics? Are there any foods, supplements, or dietary strategies? Second, what can explain rapid fatigue during sprint sessions on a keto diet? Is this simply part of the deal, or are there modifications you can make? And finally, what do I do when I know I’m going to get a bad night’s sleep?
Mark – any idea how to cure leaky gut caused by overuse of antibiotics. Tried raw dairy for a month to no avail.
First of all, check out my post on leaky gut. Read through it and follow my suggestions for preventing and treating intestinal permeability. It’s a great place to start.
Then, let’s look at some other interventions that have been shown to improve recovery from antibiotic therapy. While most of the studies referenced don’t explicitly describe antibiotic-induced leaky gut, anything that improves gut function and restores healthy gut bacteria will also normalize leaky gut—since it’s the eradication of native gut bacteria that causes antibiotic-induced leaky gut.
Fermented dairy. You tried raw dairy. What about fermented dairy? While raw dairy has its merits, it’s fermented dairy that just works for recovery from antibiotics. Yogurt is a good option to try, although the evidence is a bit inconsistent. Kefir is probably better; it’s been shown to improve patients’ tolerance to triple antibiotic therapy during treatment for H. pylori infection. This is even worth consuming during antibiotic therapy, as many of the probiotic bacteria found in fermented dairy show resistance to common antibiotics.
Fermented vegetables like sauerkraut are also must-eats. The fermented cabbage contains ample amounts of L. plantarum, a bacteria strain that’s been shown to prevent antibiotic-related diarrhea in piglets (another omnivorous mammal). Good options exist in stores (check the refrigerated section; shelf-stable pickles and kraut aren’t lactofermented), and even more are available in farmer’s markets, but the best way to get the most bacteria-rich vegetable ferments is to make your own.
Supplemental probiotics are fantastic here, too: large doses of the desired microorganisms delivered directly to your gut. Some of the strains used in Primal Probiotics, like B. clausii and S. boulardii, have been shown to be effective against antibiotic-related diarrhea, so that could be a good choice.
Don’t forget the food for your gut bugs: prebiotics. You need to eat fermentable fibers and other prebiotics like resistant starch to support the growth and maintenance of the helpful bacteria that improve gut barrier function. Consider eating cooked and cooled potatoes, unheated potato starch, leeks, garlic, onions, green bananas, apples, pears, berries, and pretty much any fruit or vegetable you can get your hands on. Plenty of them are low-carb enough to work on a keto diet, if that’s your desire. Oh, and dark chocolate is a great source of fiber and polyphenols, which have prebiotic effects in the gut.
Incorporate intermittent fasting. Going without food for a spell gives your gut a break and induces autophagy, which can help with tissue healing.
Get dirty, too, to introduce potentially helpful bacteria. Go out and garden. Go barefoot at the park (do your due/doo diligence, of course) and practice tumbling, or roughhouse with your kids (or friends). Don’t immediately rush to wash your hands all the time (unless you’ve been handling raw meat and/or dog poop).
Whatever you do, don’t stress too much about the antibiotics you had to take. Stress is awful for gut health and you’ve already taken the antibiotics—which were probably necessary—so that ship has sailed.
If probiotics with prebiotics aren’t helping (or making things worse), you might want to try going the opposite direction—removing all plant foods and doing a carnivore diet for a few weeks. While I have doubts about the long term viability and safety of eschewing all plant foods, enough people have written to me about their great experiences resolving gut issues with a bout of carnivory that it’s worth trying.
When on a strict keto plan, why do I become so quickly fatigued while attempting a HIT sprint workout?
The first five seconds of a sprint are primarily powered by phosphocreatine (or creatine phosphate), a “quick burst” energy source that burns hot but disappears quickly. This is the stuff used to perform max effort Olympic lifts, short sprints, and other rapid expressions of maximum power. It doesn’t last very long and takes a couple minutes to replenish itself. A keto diet doesn’t affect our creatine phosphate levels. If anything, it should improve them if we’re eating meat.
After five seconds, anaerobic metabolism of muscle glycogen provides the lion’s share of your energy needs. The longer your sprint, the more glycogen you’ll burn. The less glycogen you carry in your muscles, the shorter your sprint. Because once you run out of creatine phosphate and glycogen, you’re left with aerobic metabolism—great for longer distances, not so great for max effort sprints.
Keto dieters tend to walk around with less glycogen in their muscles. If that’s the case, longer sprints will be harder.
If you want to keep sprinting:
Do shorter sprints. Try a 10-second hill sprint rather than a 20-second one. Really go hard. Heck, you can even do 5-second sprints and derive major benefits; just do more of them and make sure to recover in between. There’s no rule saying you have to sprint for 20-30 seconds.
Take longer rest periods. Give your muscles a chance to replenish more creatine phosphate (and take creatine or eat red meat and fish, which are the best sources of dietary creatine).
Eat 20-30 grams of carbs 30 minutes before a sprint session. See if it helps. Alternatively, you can eat the 20-30 grams of carbs after the sprint session to replenish lost glycogen stores (without really impacting your ketone adaptation, by the way).
Most people figure out their sprinting sweet spot while doing keto. They may have to play around with the dosages, durations, and rest periods, but you can usually make it work. Be open to trying new permutations.
If you knew you were going to have a poor nights sleep, what measures would you take to reduce some of the damage?
I would exercise hard that night. Normally, a bad night’s sleep tanks your insulin sensitivity the next day, giving you the insulin resistance and glucose tolerance of a diabetic. A good hard interval session the night before a bad night’s sleep, however, counters the next-day insulin resistance.
I would make the most of it. Don’t dawdle. Don’t beat yourself up because of the impending sleep deprivation. It’s going to happen. You have to accept it, not let it destroy you.
Enjoy it. A little-known acute treatment for depression is sleep deprivation. That’s right: a single night of sleep deprivation has been shown to ameliorate depression in patients with clinical depression. Sometimes the effect lasts up to several weeks. It’s not a long term or sustainable fix for clinical depression, obviously, and you can’t do it every single night—chronic sleep deprivation is a major risk factor for developing depression—but it can improve your mood if you give in to it.
I would set out a jar of cassia cinnamon. I always add cassia cinnamon to my coffee in the morning after bad sleep; cassia cinnamon the day after a bad night’s sleep attenuates the loss of insulin sensitivity and glucose tolerance.
That’s it for today, folks. Thanks for writing in and reading! If you have any input on today’s round of questions, let me know down below.
De vrese M, Kristen H, Rautenberg P, Laue C, Schrezenmeir J. Probiotic lactobacilli and bifidobacteria in a fermented milk product with added fruit preparation reduce antibiotic associated diarrhea and Helicobacter pylori activity. J Dairy Res. 2011;78(4):396-403.
Bekar O, Yilmaz Y, Gulten M. Kefir improves the efficacy and tolerability of triple therapy in eradicating Helicobacter pylori. J Med Food. 2011;14(4):344-7.
Erginkaya Z, Turhan EU, Tatl? D. Determination of antibiotic resistance of lactic acid bacteria isolated from traditional Turkish fermented dairy products. Iran J Vet Res. 2018;19(1):53-56.
Yang KM, Jiang ZY, Zheng CT, Wang L, Yang XF. Effect of Lactobacillus plantarum on diarrhea and intestinal barrier function of young piglets challenged with enterotoxigenic Escherichia coli K88. J Anim Sci. 2014;92(4):1496-503.
Jitomir J, Willoughby DS. Cassia cinnamon for the attenuation of glucose intolerance and insulin resistance resulting from sleep loss. J Med Food. 2009;12(3):467-72.
The post Dear Mark: Antibiotic Recovery, Sprinting on Keto, Preparing for Bad Sleep appeared first on Mark’s Daily Apple.
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