Be Free of Emotional Eating: The 5 Ds.

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Be Free of Emotional Eating: The 5 Ds.

The 5 Ds technique is a well known tool that can be used to recover from a variety of addictions or habits that we want to change. Here is my version for times when you are aware that you are not hungry and may be craving certain foods*.

The "Five Ds" are: Delay, Distract, Drink Water, Deep Breathing and Discuss**.

  • Delay: As you realize that a craving is coming up, try not to respond immediately. Give yourself a 5-minute delay and then another 5. Cravings are difficult, but they usually pass fairly quickly. Give yourself 5 to 15 minutes and begin practicing one or more of the other 4 Ds below.

  • Distract: Distract yourself by redirecting your mind and to shifting your attention away from thoughts of the craving. Be mindful that food ads on TV can physiologically awaken appetite for fast foods shown. When you feel most vulnerable to feel cravings, make sure to manage your exposure to TV ads. Try doing immersive tasks like crossword puzzle instead, or sewing, spelling bee games, or brief journal entries.

  • Drink Water: Many times the body needs hydration and we may misinterpret that by craving carbohydrates. You may want to practice mindful hydration by redirecting the brain's attention to the trajectory of the water in your mouth and down your throat as you swallow it.

  • Deep Breathing: Try practicing mindful breathing with longer exhales. Notice the air entering your nostrils. Invite your abdominal area to be relaxed. Notice the lower sides of your ribs, the last ribs closest to your hips, expanding sideways as you inhale like wings. Little by little increase your feeling of calmness by making the exhale twice the length of the inhale. Gently invite your belly button in as you empty your lungs completely, and then relax the abdominal area again before you breathe in.

  • Discuss: Discuss your cravings with someone you trust. This will bring surprising revelations that will come from within you that are brought up to the surface by talking to a friend. Remember, if you feel an urge to eat when you are not hungry, you are not alone , many of us experience that from time to time. A friend may also have an insight to share.

The Key to Keep Freedom Going:

To avoid cravings and emotional eating on the long-term one needs metabolic stability. Stable blood sugar, happen when we have a robust protein and fat intake. Avoiding naked carbs is another key component, which means always having carbs in combination with fat and protein. Lastly aligning the carb intake with your exercise intensity and duration is key. Yes, you can consider having less carbohydrate in the days that you exercise less!

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Which is better for sleep: protein or carbs?

Protein and Sleep

The answer is it depends on your goals. In most cases both, and at different times of the day.

The timing of your meals can have a significant impact on how well you sleep.

In this article, I've compiled research from several different sources that reveal when protein and carbs should be eaten based off natural sleeping patterns in the body - including one practical experiment!

Enter tryptophan.

Tryptophan is the key aminoacid for sleep because it ultimately increases melatonin, the sleep hormone. By the end of this post you will know how to optimize its capacity to get inside the brain.

Tryptophan is part of the nine essential aminoacids. That means that we can’t produce it within our bodies, and we obtain it from our diet.

Food sources of tryptophan are fish, poultry, nuts, cheese, leafy greens sunflower seeds, broccoli, peas. Depletion of tryptophan in the body is tightly related to stress levels.

Research on humans suggests that ingesting tryptophan, as well as carbohydrate will positively impact sleep by reducing alertness and decrease sleep latency, or how long it takes us to fall asleep.

In practical terms, when we understand the mechanism of tryptophan in the brain, we can make better decisions on the best times of the day to consume protein and carbohydrate. This leads to increased melatonin production, which can move the needle in favor of increasing total sleep and better sleep latency.

How it works:

Tryptophan is a precursor to serotonin, a neurotransmitter present in the gut and brain. When tryptophan transposes the blood brain barrier, it goes through various enzymatic processes and is converted into serotonin.

Within the pineal gland in the center of the brain, serotonin’s protein functions are changed, and then a methyl group is added turning it into melatonin.

Melatonin is produced throughout the day and released at night, especially when our eyes stop being exposed to blue light.

In sum, tryptophan that we obtain from our diet is metabolized into melatonin via the serotonin pathway in the brain.

Great! So, we simply increase tryptophan intake from our diet to increase melatonin?

I wish it was that simple.

The trick

Tryptophan doesn’t get into the brain on its own. It needs to hop into a transporter to cross the blood brain barrier. Only then it can be used for serotonin synthesis and melatonin production.

Now we have good news and bad news.

Bad news first: Other aminoacids will beat tryptophan in the competition to get into the brain. The winners are always present in the same complete protein foods along with tryptophan, such as leucine, isoleucine, valine, and phenylalanine and tyrosine.

With the competing aminoacids in the blood, tryptophan can’t get on a transporter or into the brain. This can result in down regulation of melatonin for the night.

Good news: We can store tryptophan in the blood all day via consuming those tryptophan rich foods.

The best part: we have the power to make our blood environment more favorable for tryptophan to cross into the brain.

Two Ways of Helping Tryptophan to Win the Race into the Brain:

  1. Less protein later in the day:

    High protein meals increase the plasma ratio of competing aminoacids and decrease the plasma ratio of tryptophan. Also, high protein diet increases serum concentrations of catecholamines which are associated with the sympathetic response and more alertness.

    In sum, less concentration of competing aminoacids later in the day creates a more favorable environment for tryptophan to be transported into the brain.

  2. Use insulin is an ally:

    Moderate intake of well tolerated whole foods carbohydrates, preferably lower glycemic, will trigger release of insulin. Insulin will re-direct the competing aminoacids into muscle cells and away from the blood brain barrier.

    This frees up the transporters so that they can take tryptophan across into the brain. The result is serotonin and melatonin production coming back on point.

10-day experiment:

  • Consider ending your intake of protein dense foods, such as beef, lamb, organs, and fish by about 4PM.

  • Eggs are one interesting protein that can be consumed later in the day in small amounts for this experiment. Eggs contain choline, which is key for optimal REM sleep. REM sleep is fundamental for our mental fitness and to keep us sharp in the morning. I will publish more on that soon in an upcoming blog post. Eggs can be combined with the proper dose of carbs in the evening.

  • Make sure that your carb intake is aligned with your activity level. One option is to have most carbs towards the evening. There is no need to be on a high carb diet. Most importantly is ensure that the carbs are well tolerated, preferably cellular carbs , lower glycemic and not processed.

  • As always avoid consuming carbohydrate on its own to prevent blood glucose spikes. Its good to have the right amount of protein and fat that fits your goals whenever you consume carbohydrates. Metabolic health is key for good sleep!

  • Lower glycemic carbohydrates combined with fat and protein are a safer way to optimize blood sugar regulation throughout the day and also during sleep. Some whole food carbohydrate examples are taro, yuca, organic, preferably heirloom, potatoes or sweet potatoes, squashes, and plantains, and for those who tolerate legumes, also lentils.

  • For those working on blood sugar regulation potatoes may promote a higher blood glucose spike than desired. If you are wearing a CGM (continuous glucose monitor) you can test this and take steps to minimize glycemic variability. Squashes in general have a lower carb density. Here is a helpful list of carbohydrate density and glycemic index by the Linus Pauling Institute

  • Ensure that your daily protein needs are being met and not compromised throughout the experiment. Especially target your heavier protein intake in the morning and early afternoon. A general range of daily protein intake is anywhere between 0.8 to 1.3 grams of protein per kg of body weigh per day.

Important CAVEAT: If your focus is blood sugar regulation, you may have noticed that protein at night prevents blood glucose from going too low in the evening. Always incorporate what works for you before you embark on experiments.

Most common MISTAKE: —> Not enough protein <— Make sure that if you prioritize having protein in the earlier part of the day, have enough to last for the whole day and night. Follow the standard parameters listed above, or personalized levels set by your health provider.

Final points before we wrap up:

  • Supplemental tryptophan or 5-HTP can increase serotonin but may not be ideal. It is not optimal on the long-term because it is hard to monitor. More often than not long term 5-HCTP supplementation will cause an imbalance of serotonin and dopamine and other cascading effects.

  • Too much serotonin could keep the brain awake and alert, just like what happens with some SSRI anti-depressant side effects. The food first approach is overall more sustainable than supplementation when possible.

  • Before supplementing, it’s good to remember that neuroreceptors and hormones act in unison in the body just like a fine-tuned orchestra.

  • The interconnectedness of hormones and neuroreceptors are such a sophisticated and highly intelligent network. It is best to ask for health professional help before trying to modulate it with supplements.

  • Lastly, not everyone needs to go for the experiment above unless they have identified an issue with sleep. Some of my athlete clients are perfectly fine having steaks and high protein dinners, and they still sleep well.

  • If you are tracking your sleep and see room for improvement though, you may consider helping tryptophan out to make its journey into the brain for optimal melatonin production.

Nutrition science aside: All health experiments can be easy to read, but not so easy when we are doing them!

Many of us have the evening meal as our time to wind down. I get you! Evening is also a time to socialize, and it may turn out to be the biggest meal of the day.

Does that ring a bell? If so, you are not alone.

You can consider inviting a friend to join you and create a buddy system for a health experiment. Or you can think about a professional coach to help you out.

A good coach can offer you deep listening and together with you sort out the mini first steps of getting started. This can bring clarity on the experience you are searching for and help you to find our own authentic motivations. Holding space for questions and any ambivalence is another way to make the process fully yours.

You are welcome to drop questions and comments below.

References

On the stimulation by insulin of tryptophan transport across the blood-brain barrier

https://pubmed.ncbi.nlm.nih.gov/6091659/

The effect of insulin upon the influx of tryptophan into the brain of the rabbit

https://pubmed.ncbi.nlm.nih.gov/7021801/

Possible role of insulin in the transport of tyrosine and tryptophan from blood to brain

https://pubmed.ncbi.nlm.nih.gov/941747/

Do carbohydrates affect food intake via neurotransmitter activity?

https://pubmed.ncbi.nlm.nih.gov/2903717/

Insulin effect on metabolism in skeletal muscles and the role of muscles in regulation of glucose homeostasis

https://pubmed.ncbi.nlm.nih.gov/11769387/

Influence of Tryptophan and Serotonin on Mood and Cognition with a Possible Role of the Gut-Brain Axis

https://pubmed.ncbi.nlm.nih.gov/26805875/

Effects of Antidepressants on Sleep

https://pubmed.ncbi.nlm.nih.gov/28791566/

The behavioral effects of food constituents: strategies used in studies of amino acids, protein, carbohydrate and caffeine.

https://pubmed.ncbi.nlm.nih.gov/2980858/

Tryptophan as an evolutionarily conserved signal to brain serotonin: molecular evidence and psychiatric implications

https://pubmed.ncbi.nlm.nih.gov/19921967/

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The Traveling Microbiome - Don't let diarrhea or constipation ruin your next trip.

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The Traveling Microbiome - Don't let diarrhea or constipation ruin your next trip.

FIVE WAYS TO MAKE YOUR NEXT TRIP EASIER ON YOUR GUT.
AND TWO COMMON MYTHS TO AVOID

With the pandemic regulations easing up in some countries, more people have resumed traveling again, and with that some digestive issues may arise.

Constipation or diarrhea are common struggles for world travelers. If you are part of this group, you may want to check out the five tips to make your next journey easier, as well as two common myths to avoid.

HOMO SAPIENS MIGRATION Vs. MODERN HUMAN TRAVEL

Ancient Homo Sapiens would travel by foot and go through gradual adaptation to new environments.

Walking is one of the best known remedies for constipation. One of the reasons is that while walking the top of our thigh bone (the head of the femur), serves as a pump massaging the gut walls to push food forward.

The association of constipation with travel is not known to have existed at prehistoric times, as it is today. In ancient times walking was the means for human migration, and nowadays we spend time covering large distances while sitting in an airplane

Enter Modern Day Travel:

Traveling by planes and trains can make your food travel through your gut slowly. In addition, leaving home in a hurry in the morning to catch a flight, or to go to work can cause our elimination schedule to become misaligned with our natural circadian rhythm.

Excessive sitting and rushing in the morning are not the only problems that modern day travel causes to our gut microbiome. There are evolutionary mismatches between modern ways of traveling and our ancient intestinal cells.

The speed and amount of travel of modern humans are not easily integrated by our gut microbiome. The enteric nervous system (ENS) in our gut existed way before the origin of human race. Our species is about 2 million years old, while the enteric circuits existed 500 million years ago, even within invertebrates. Our “second brain”, the ENS, has even been ranked as the 'first brain', because it developed earlier and independently from the central nervous system.

Our microbiome is affected not only by the food we eat, but also the water we drink, the air we breath, pollution that we are exposed to and stress. When we travel long distances very fast, i.e. car, plane, or train, all changes happen at once. The body has to integrate new air quality, new water, new food, new microbes along with and excessive sitting. These are big changes to which the microbiome needs to adapt, and diarrhea or constipation may occur as a symptom of that mismatch.

Let’s look at how we can mitigate some of these sudden changes that happen with modern travel.

FIVE WAYS TO MAKE TRAVEL EASIER ON THE GUT

Cultivate Your Baseline Gut Health

Trying to make gut health better just before travel may not hurt, but neither it is a game changer. If you have a tendency for constipation or diarrhea its best to ask for help and understand what is out of balance while you are at your home base. Make gut health a priority, treat pathogens or stressorS that may be hidden in the gut to achieve a regular elimination schedule, no bloating and a healthy appearance as in numbers 3 or 4 on the Bristol stool chart.

Walk

As we mentioned above, walking is a needed massage that the gut receives that acts like a pump and moves food along the intestines towards elimination.

Make walking or jogging a daily habit and throw in a couple extra short sessions if you can before travel. As soon as you arrive at your destination take a a 10 to 20-minute brisk walk or jog before you rest and another one within 48 hours of arrival.

Water

In my practice, I see several cases of constipation, particularly with frequent travelers. Many of the problems have root causes on gut dysbiosis, or hidden stressors like parasites that we discover through lab testing, and address with a nutritional and antimicrobial approach.

But across all people, dehydration due to forgetfulness of drinking water is a common cause or aggravator of constipation. Many of my clients find help by setting an alarm, or putting a bottle of water on the floor in the middle of the office or living room where they will see and remember to drink.

During travel, think of taking a small amount of the water that you drink at home in your suitcase, as long as your gut health is on point at home. Upon arrival at your destination, mix that water with a larger amount of water that you can drink a little bit of it everyday. Even though this seems minimal, it is significant and familiar for the microorganisms in your gut and can help to maintain microbiome balance and gut function.

Take a Little of Your Familiar Fermented Foods or Probiotics With You

Probiotics within fermented vegetables have shown to be one best ways to keep optimal gut health. All clients in our practice receive tips for making their own fermented vegetables. Homemade fermentation when done right has amplified benefits because it will integrate the bacteria from the makers’ hands cultivating and strengthening their own ecosystem. When a family creates the habit of making their own fermented foods and drinks, such as sauerkraut, kimchi, or kefir, the microbiome becomes stronger and more resilient throughout the years.

We suggest to our clients who travel to take a small “seed” or sample, of their homemade fermentation with them during travel, so that they can proliferate it at their destination. It can also be beneficial to drink a bit of the fermentation juice during travel. This can send familiar signals to the microbiome and help it to adapt to the sudden changes in air, food, water and geographic dislocation.

Those with traveler’s diarrhea will find protection if their regular probiotic intake is maintained during travel. And for acute episodes of diarrhea, the probiotic strain of Saccharomyces Boullardi has shown to be the most helpful.

A beneficial alternative to this is to take probiotic capsules from time to time at your home base, ensure that you adapt and benefit from them first, and take them with you during travel.

Avoid Carbohydrates From Flours and Grains

Acellular carbs are those that have been pulverized into flour forms or dried whole grains, even if not in flour form. Acellular carbs also include the starch from roots, including tapioca starch, or yuca flour.

The problems with acellular carbohydrates are that they will breakdown into bacteria in the gut much sooner than when we need it. They will ferment in the small intestines instead of the large intestine, where it is supposed to breakdown. This can create bloating and if not addressed, it can turn into SIBO, Small Intestine Bacterial Overgrowth. Also acellular carbs are extremely dense and can contribute to weight gain and blood sugar dysregulation.

Cellular carbohydrate, on the other hand, will increase and maintain gut health. Some examples of cellular carbs are taro, yuca, potatoes, sweet potato, all squashes, all vegetables and fruits. Having cream of vegetables upon arrival at your destination can be a helpful way to keep things moving in the gut.

Tolerated cellular carbohydrates are essential for gut health, they nourish the good bacteria, resulting in fermentation, beneficial fatty acids and strong immune system. Lack of fermentation in the gut can create lack of acidity, which in turn can weaken the immune system and make the whole body vulnerable to pathogens, parasites and free radicals.

Sleep

Sleep is essential for food transit. Sleep deprivation can mess up our circadian clock and affect food transit badly resulting in constipation.

At home follow best practices of sleep hygiene practices for regular robust sleep schedule and strong circadian entrainment.

In case your destination time is different than your origin, gradually change your sleep schedule slightly, to resemble your destination time zone a few days before travel.

Bring all your blue light blocking tools, and sleep masks with you when you travel. Getting that walk at daytime at your destination will also optimize your new sleep schedule.

My article on Sleeping Like Pro for Gut Health has all the specific tools for optimizing sleep and gut health.

MYTHS

Added Processed Fiber

Adding fiber supplements when traveling can fire back. As shown in this study. There have been been several studies done to expose evidence about supplemental insoluble fiber’s role in worsening gut dysbiosis such as IBS. Added fiber in general is industrially processed derived from grains can be very irritating for the gut mucosa.

When industrialized added fiber is consumed without increasing your water intake it may aggravate constipation and cause increase irritation in the gut wall. See this and this study.

A better option is to implement regular habit of consuming carbohydrates that are cellular in nature, such as leafy greens and soluble roots and tubers as explained above. They will have natural fiber content and can easily provide the recommended 20 to 30 grams of fiber per day. Nothing wrong with adding fiber from fresh fruits and vegetables!

Probiotics That You Have Not Tried Before

This can be a hit or miss or worse, a reaction can occur. As we described earlier, consider bringing familiar strains of probiotics, that you have been using for a while, with you when you travel. It can be a sample of the water that you drink at home, a small starter or of your homemade ferments like sauerkraut or kimchi, or your already approved probiotic capsules.

A new probiotic product will probably not hurt if you don’t have dysbiosis. However, if you have a gut issue and introduce a new probiotic while traveling, it may backfire creating symptoms like bloating or even histamine reactions, or allergies. You may want to try the probiotic out for a few weeks first. The better option is to take with you the microorganisms that your body has already known for a longer time.

Call To Action:

Longevity and Travel

Anecdotal data has shown that centenarians have not travelled much in their lives, at least for the last several decades. Many of them have never left their birthplaces.

Centenarians are seldom asked about their travel history when being interviewed about their health.
I encourage those doing longevity studies to scientifically work on this question, so that we can have better insight on the impact of travel on the microbiome, health and longevity.

TAKEAWAYS

BENEFICIAL FOR THE GUT DURING TRAVEL:

  • Cultivate Your Long Term Baseline Gut Health

  • Walk.

  • Water.

  • Take Your Homemade Fermentation With You.

  • Avoid Acellular Carbohydrates, Like Flours and Grains.

  • Sleep.

MYTHS TO AVOID:

  • New Added Processed Fiber Products, Specially Without Additional Water and With Gut Issues.

  • New/Unfamiliar Prebiotics and Probiotics.

REFERENCES:

Gut Health Fundamentals

Human Gut On Refined Carbs: An Interview With Ian Spreadbury

Sleep Like A Pro For Gut Health

https://pubmed.ncbi.nlm.nih.gov/30243610/

https://pubmed.ncbi.nlm.nih.gov/10770980/

https://pubmed.ncbi.nlm.nih.gov/12223437/

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4250613/

https://www.sciencedirect.com/science/article/abs/pii/S0002822309004611

https://www.gastrojournal.org/article/S0016-5085(11)01509-5/fulltext

https://link.springer.com/article/10.1007/s11908-016-0536-7

https://www.clinicalmicrobiologyandinfection.com/article/S1198-743X(15)00819-8/fulltext

https://www.tandfonline.com/doi/full/10.1080/19490976.2015.1019693

https://www.eurosurveillance.org/content/10.2807/1560-7917.ES.2015.20.47.30074

https://www.sciencedirect.com/science/article/abs/pii/S0002822309004611

https://academic.oup.com/jac/article/71/4/1076/2364057

https://www.cell.com/cell/fulltext/S0092-8674(15)01111-3?_returnURL=http%3A%2F%2Flinkinghub.elsevier.com%2Fretrieve%2Fpii%2FS0092867415011113%3Fshowall%3Dtrue

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1160744/pdf/jphysiol00392-0283.pdf

https://www.nature.com/articles/ejcn2009120

https://academic.oup.com/jtm/article-abstract/28/3/taab022/6145023?redirectedFrom=fulltext

Did this article ring a bell for you? I would love to hear your thoughts or questions. 

Cheers!

Laura Leite, NBC-HWC, FDNP, Kresser Provider, Founder: Ancestral Health Center of California, LauraLeite.com Instagram

~ This article contains general information regarding nutrition and stress management only. It is not to be used as a prescription, or to replace medical advice or recommendations, in the prevention or treatment of any diagnosed condition, or any health issue.~

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COVID-19: Vitamin D on center stage.

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COVID-19: Vitamin D on center stage.

- There are newfound concerns about supplementing high doses of vitamins A, D, C and bee propolis. They may aggravate COVID-19. It is specially important now not to self-medicate. Supplement moderate to high doses of these vitamins only under medical advice.

- It is even more crucial now to avoid vitamin D deficiency. Supplementation for those with deficiencies is to be done under qualified medical guidance.”

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COVID-19: finding our ground in a new world

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COVID-19: finding our ground in a new world

Ironically what makes the pandemic possibly more serious than SARS1 is the fact that people can be asymptomatic or have mild symptoms and still be carriers for the virus. It looks like this is the single most difference and reason for it spreading so fast and widely.

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Improving Gut Health with Sleep

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Improving Gut Health with Sleep

 Sleep: The Major Player in Gut Health

                                                         

Poor sleep and constipation are closely linked. Sleep habits that are not refreshing can make the transit time of food in the gut become out of sync. If we had to summarize the most important takeaways on the sleep/gut relationship it would be this:

1 - When sleep is in sufficient quality and quantity (6.5 - 8.5hrs/night) food transit in the gut provides absorption of nutrients into the cells.

2- Timing of meals is as important as light and dark cycles to strengthen our internal clock. This clock in turn will READ MORE

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Gut Health Fundamentals

Find out in this evidence-based article:

How ancient intestinal cells are compared to other human cells.

What the Gut-Brain axis is, and why the gut is called “second brain”.

The correlation in between gut health and psychiatric illnesses, and more.

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