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Are you constantly asking for advice from anyone and everyone on the Internet until you find what fits your biases?

Do you ask “strangers” on the internet about your training? Do you post videos and solicit technique advice? I bet you are even the type to follow the sheep with the ideals that suit you best. The comments that allow you to slack off or the path of least resistance. Congratulations you are an askhole!

 

Best defined as someone that constantly asks for advice yet always does the complete opposite of what you were told to do. In this case, you asked a large demographic of people and chose the easiest way.

 

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This post was originally published on this site

Originally Posted At: https://breakingmuscle.com/feed/rss

Are you constantly asking for advice from anyone and everyone on the Internet until you find what fits your biases?

Do you ask “strangers” on the internet about your training? Do you post videos and solicit technique advice? I bet you are even the type to follow the sheep with the ideals that suit you best. The comments that allow you to slack off or the path of least resistance. Congratulations you are an askhole!

 

Best defined as someone that constantly asks for advice yet always does the complete opposite of what you were told to do. In this case, you asked a large demographic of people and chose the easiest way.

 

read more

Be Nice and Share!
This post was originally published on this site

http://www.marksdailyapple.com/

best-foods-gut-healthWhen the ancient Greek father of medicine, Hippocrates, said “All disease begins in the gut,” he was probably right. Poor gut health has been linked to a broad range of diseases and health conditions, from depression to diabetes, cancer to obesity, and autism to autoimmune disease. Search the medical literature and you’ll probably find links between the gut and any illness you can imagine.

So—all the world’s health issues solved, right? Not exactly.

Gut health is one of those topics that gets more complicated the deeper you go. The more you read about gut bacteria, the less you realize you know and the less you realize anyone knows, even the researchers. It’s infinite onions, all the way down. The layers never stop, and exposing them eventually makes you want to cry. (Speaking of which, onions are actually a very good food for gut health).

All that said, the scientific community is honing in on the signs and symptoms of an unhealthy gut. We know how to heal an unhealthy gut, or at least improve gut health. An incredible amount of research has determined the best foods for gut health, and we know the worst foods for gut health. We understand that gut health comes down to supporting healthy gut bacteria and avoiding leaky gut. Top-down micromanagement might not work yet, but big-picture, bottom-up intervention does.

Gut Inflammation: Signs of an Unhealthy Gut

Some of the signs are obvious. Others are more pernicious. Not all of these will apply to someone with unhealthy gut bacteria or leaky gut, but some will.

Chronic Constipation, Bloating, and/or Diarrhea

Everyone gets a little constipated now and then. We’ve all had the runs, and we’ve all felt bloated after a particularly large meal. As long as these conditions are acute—as long as they’re brief and transient—they don’t indicate any serious gut inflammation. It’s when constipation or diarrhea or bloating endure and become chronic conditions that you should pay close attention. Chronic constipation, bloating, and diarrhea are signs of an unhealthy gut biome.

Obesity or Overweight

Although the connection hasn’t been established as causal, there is a consistent and significant association between obesity/overweight and poor gut health. If you are obese, you very likely have room to improve the health and function of your gut.

Food Intolerances and Allergies

If the integrity of your gut is compromised due to excessive gut inflammation or missing gut bacteria, undigested components of the foods we eat can slip past the intestinal barrier and into our bodies where they trigger an allergic reaction. This appears to be a necessary step in the development of a food allergy, and a 2011 review concluded that an overly leaky gut facilitates this transportation and leads to the inducement of allergy.

Depression and Anxiety

Researchers have long puzzled over observations that mental health conditions like depression and anxiety often present with common gastrointestinal complaints like constipation and diarrhea. It’s not just circumstantial: gut bacteria produce large amounts of neurotransmitters like serotonin, interact with neural pathways involved in anxiety and depression, and help form the gut-brain axis.

Animal studies show that replacing the gut bacteria of anxious mice with gut bacteria from fearless mice makes the anxious mice more brave, while giving bold mice bacteria from anxious mice makes them more anxious. In human subjects, a probiotic supplement (containing L. helveticus R0052 and Bifidobacterium longum R0175) reduces measures of anxiety and depression, and by some accounts, 35% of depressed patients have leaky gut.

Skin Problems (Eczema, Psoriasis)

In the last section, I told you about the gut-brain axis. There’s also a gut-skin axis: a constant interplay between the health of your gut and the health of your skin. People who have eczema are also likely to have leaky gut, while psoriasis patients show clear signs of unbalanced gut bacteria.

Autoimmune Disease

One of the world’s premier autoimmune disease researchers, Dr. Alessio Fasano, considers poor gut health a necessary pre-condition for all autoimmune diseases. It’s a similar situation to the allergy/intolerance issue: a leaky, inflamed gut allows outside proteins and other food components into the body, the immune system mounts an immune response to deal with the invaders, and this response gets out of hand and redirected toward the body’s own tissues.

Okay, so how does it all happen? Apart from food, which I’ll get to later on…

What Causes an Unhealthy Gut?

There are many potential causes of poor gut health.

Stress

Stress can directly induce leaky gut (PDF) and stress can take many forms, as we all know. Bad finances, marital strife, unemployment, too much exercise, lack of sleep, extended combat training, and chronic under-eating all qualify as significant stressors with the potential to cause leaky gut, especially chronically and in concert with one another.

Poor Sleep

Sleep is restorative, and restorative sleep means you’re lowering stress and improving gut health. If your circadian rhythm starts to shift, starts getting a little dysfunctional, your gut health soon follows.

Inadequate Dirt Exposure

Too sterile an environment causes too sterile a gut. We are made to spend time in nature, feet and hands getting dirty, exposed directly to the natural soil teeming with trillions of bacteria. We’re meant to eat produce directly from the ground, and nature didn’t intend for us to always wash it. (That said, if you didn’t grow it yourself, it’s best to wash your produce.) Exposure to healthy soil may even bestow upon us anti-anxiety gut bacteria—gut microbes that actually make us less anxious.

Not Enough Exercise (or Too Much)

Exercise has been shown to directly improve gut function, increasing the production of beneficial short cain fatty acids by gut bacteria. When you stop training, the gut benefits cease.

Just don’t do too much. An acute bout of intense training causes a transient rise in leaky gut that subsides and even improves several hours after the session. This is fine. This is normal. This is adaptive. But if you start stringing together intense training sessions without adequate rest, the exercise becomes a chronic stressor and the transient rise in leaky gut starts looking more permanent.

Too Many Antibiotics

Antibiotics are great at killing pathogenic bacteria attacking you, but they also tend to be indiscriminate. They do not distinguish between friendly bactieria and harmful bacteria in your gut biome. The broad spectrum antibiotics we commonly take also wipe out the bacteria living in our guts, leading to gut bacteria imbalances and poor gut function.

After addressing the major causes of poor gut health, is there anything you should avoid eating? Are there foods you should focus on eating to improve your gut health?

What Are the Worst Foods for Gut Health?

The worst foods for gut health are no surprise to regular readers of this site, but that doesn’t make them any less important to avoid.

Refined Carbohydrates

When we eat refined carbs like grains or sugar, glucose is immediately released into the digestive tract, increasing the concentration of carbohydrate available to your gut biome. This concentrated influx of dense carbohydrate into the gut produces an inflammatory microbial population that increases production of bacterial endotoxin and increases leaky gut. Meanwhile, the lack of prebiotic fiber means your beneficial gut bacteria have no food to consume.

Gluten

Gluten, a protein found in wheat, barley, and rye, causes your body to release zonulin—a chemical messenger that tells your intestinal junctions to open up. Many people can handle this increase in zonulin, but if you’re already suffering from poor gut health or are sensitive to gluten, the zonulin response may be strong enough to trigger leaky gut.

What Are the Best Foods for Gut Health?

  • Fermentable fiber
  • Chocolate
  • Berries
  • Red wine
  • Skin, bones, and broth
  • Fermented foods
  • Resistant starch
  • Meat
  • Pistachios
  • Onions, garlic, and leeks

Fermentable fiber

Without food, your gut bacteria suffers. And the best food for your gut bacteria is fermentable fiber, found in many different plants. Asparagus, carrots, Jerusalem artichokes, and alliums like garlic and onions are your best bet.

Chocolate

Besides being delicious, high-cacao dark chocolate is an excellent source of prebiotic fiber (fiber your gut bacteria can consume) and prebiotic polyphenols (plant compounds that also feed your gut bacteria).

Berries

Name a berry and it’s been shown to improve gut health. Strawberries feed the gut biome and improve the gut function of diabetic mice. Blackberries restore gut health and trigger neuroprotective effects. Eating blueberries leads to compositional changes to the gut bacteria linked to improved metabolic health. And black raspberries have been shown to cause “anti-inflammatory” bacterial profiles in the gut.

Red wine

Although too much alcohol can have a detrimental effect on gut health, moderate amounts of red wine polyphenols may have prebiotic effects on the gut bacteria.

Skin, bones, and broth

Skin, bones, and broth offer gut health benefits in a number of ways. First, they provide “animal fiber,” collagenous and gristly substrate that our gut bacteria can digest and prosper on. Next, they offer ample amounts of gelatin, which can help repair damaged gut lining. In a pinch, collagen can fill the gap.

Fermented foods

This is an obvious one, but it’s incredibly important and more complex than you probably think. First of all, fermented foods like yogurt, sauerkraut, pickles, kefir, and dozens of other varieties seed our guts directly with beneficial probiotic bacteria. That has real benefits—though they don’t “form colonies” and you do have to continually eat fermented foods for the full benefit. Some fermented foods also have the ability to “train” your resident bacteria to digest new compounds. One example is fermented milk: in one study it didn’t colonize the gut but led to increased microbial expression of carbohydrate metabolizing enzymes in the existing bacteria.

Resistant starch

Resistant starch isn’t like other starches. Our stomach acid and digestive enzymes cannot break it down, but our gut bacteria can digest it. Multiple studies indicate that resistant starch consumption generally leads to an increase in “beneficial” colonic bacteria and a reduction in “pathogenic” colonic bacteria, including a boost to bifidobacteria and a decrease in firmicutes and a huge boost to butyrate production. The best sources of resistant starch are green (unripe) bananas and raw potato starch.

Meat

Meat usually doesn’t pop up on these lists, but that’s a huge mistake. Red meat especially provides ample B-vitamins required for energy generation and general physiological maintenance, including gut function. It’s a nutrient-dense “safe” food for even damaged guts who need to be careful about the plant foods they eat. And if you’re eating a significant amount of meat, you’ll have less room to eat the refined carbs and refined sugar that really cause gut issues.

Pistachios

Pistachios are the most potent nut for improving gut health. Other nuts like almonds are good too, but pistachios produce  a biome richer in butyrate-secreting bacteria which is extremely beneficial to several body systems.

Onions, garlic, and leeks

Onions, garlic, leeks, and other members of the allium family offer concentrated doses of fructo-oligosaccharides, some of the best-studied and most beneficial fermentable prebiotic fibers in the plant kingdom. Plus, they’re delicious, and humans have been eating them for thousands of years (if not longer).

Some people will react poorly to some of the foods listed in the “Best” section. If your gut health is compromised and your gut bacteria dysfunctional, you may very well have trouble consuming fermentable fiber, resistant starch, berries, and other fibrous foods without bloating, gas, stomach pain, constipation, and diarrhea. Please read my article on FODMAPs to understand how to work around this issue and maintain your gut health.

Thanks for reading, everyone. If you have any questions about gut health or the info contained in this post, let me know down below!

Primal_Essentials_640x80

 

References

Bell DS. Changes seen in gut bacteria content and distribution with obesity: causation or association?. Postgrad Med. 2015;127(8):863-8.
Tordesillas L, Gómez-casado C, Garrido-arandia M, et al. Transport of Pru p 3 across gastrointestinal epithelium – an essential step towards the induction of food allergy?. Clin Exp Allergy. 2013;43(12):1374-83.
Perrier C, Corthésy B. Gut permeability and food allergies. Clin Exp Allergy. 2011;41(1):20-8.
Foster JA, Mcvey neufeld KA. Gut-brain axis: how the microbiome influences anxiety and depression. Trends Neurosci. 2013;36(5):305-12.
Hidalgo-cantabrana C, Gómez J, Delgado S, et al. Gut microbiota dysbiosis in a cohort of patients with psoriasis. Br J Dermatol. 2019;181(6):1287-1295.
Allen JM, Mailing LJ, Niemiro GM, et al. Exercise Alters Gut Microbiota Composition and Function in Lean and Obese Humans. Med Sci Sports Exerc. 2018;50(4):747-757.
Petersen C, Wankhade UD, Bharat D, et al. Dietary supplementation with strawberry induces marked changes in the composition and functional potential of the gut microbiome in diabetic mice. J Nutr Biochem. 2019;66:63-69.
Marques C, Fernandes I, Meireles M, et al. Gut microbiota modulation accounts for the neuroprotective properties of anthocyanins. Sci Rep. 2018;8(1):11341.
Lee S, Keirsey KI, Kirkland R, Grunewald ZI, Fischer JG, De la serre CB. Blueberry Supplementation Influences the Gut Microbiota, Inflammation, and Insulin Resistance in High-Fat-Diet-Fed Rats. J Nutr. 2018;148(2):209-219.
Pan P, Lam V, Salzman N, et al. Black Raspberries and Their Anthocyanin and Fiber Fractions Alter the Composition and Diversity of Gut Microbiota in F-344 Rats. Nutr Cancer. 2017;69(6):943-951.
Mcnulty NP, Yatsunenko T, Hsiao A, et al. The impact of a consortium of fermented milk strains on the gut microbiome of gnotobiotic mice and monozygotic twins. Sci Transl Med. 2011;3(106):106ra106.
Haenen D, Zhang J, Souza da silva C, et al. A diet high in resistant starch modulates microbiota composition, SCFA concentrations, and gene expression in pig intestine. J Nutr. 2013;143(3):274-83.
Martínez I, Kim J, Duffy PR, Schlegel VL, Walter J. Resistant starches types 2 and 4 have differential effects on the composition of the fecal microbiota in human subjects. PLoS ONE. 2010;5(11):e15046.
Liu Z, Lin X, Huang G, Zhang W, Rao P, Ni L. Prebiotic effects of almonds and almond skins on intestinal microbiota in healthy adult humans. Anaerobe. 2014;26:1-6.
Ukhanova M, Wang X, Baer DJ, Novotny JA, Fredborg M, Mai V. Effects of almond and pistachio consumption on gut microbiota composition in a randomised cross-over human feeding study. Br J Nutr. 2014;111(12):2146-52.
Gibson GR. Dietary modulation of the human gut microflora using prebiotics. Br J Nutr. 1998;80(4):S209-12.

 

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best-time-to-eat-carbsBeyond the great debate about how many carbs we should be eating, there is another question you might be wondering about: When is the best time of day to eat carbs?

Today we’re going to dig into the data and see if we can get some answers. Before we do, though, I want to make something clear. The types and amounts of food you are eating are much more important than nutrient timing when it comes to health, body composition, and even athletic performance.

Before worrying about nutrient timing, you should:

  • Eliminate the “big three”—grains, excess sugars, and offensive vegetable and seed oils
  • Consume an appropriate amount of food for your goals and activity level—neither too much nor too little
  • Ensure that you are getting enough micronutrients via diverse, nutrient-dense foods, plus supplementation when necessary

I’d also say that macronutrients—the relative amounts of carbs, protein, and fat you’re eating—comes before nutrient timing in the hierarchy of “likely to matter.” A Keto Reset is probably going to impact your health and body composition more than changing the timing of your carb intake.

Still, I know many of you are self-experimenters and optimizers. You like to explore ways to squeeze a little more “edge” out of your diet and lifestyle. For some of you, nutrient timing might be the key to resolving a nagging issue that hasn’t been fixed by diet and lifestyle changes. If this is something you’re curious about, read on.

The Best Time to Eat Carbs: Why Would Carb Timing Matter?

The growing field of “chrononutrition” investigates how food timing affects overall health. I’m sure you know that many bodily systems operate according to biological clocks. Sleep, immune system activity, and body temperature are all governed by circadian (~24-hour) clocks, for example. Disruption to our normal biological clocks negatively impacts health.

Metabolism operates according to circadian rhythms, too. On a basic level, we are meant to sleep when it’s dark, move and eat when it’s light. Insulin sensitivity and beta cell activity (the cells in the pancreas that produce insulin) are highest in the morning. Research shows that glucose tolerance—the body’s ability to clear glucose from the bloodstream after a meal—goes down if your sleep is poor or under conditions of circadian misalignment. There also seems to be a link between eating later at night, weight gain, impaired fat oxidation, and other negative health outcomes.

Taken together, this has led some researchers to suggest that we should eat most of our food earlier in the day to entrain, or align, our circadian rhythms. Doing so, they argue, could improve glycemic control (glucose regulation) and insulin sensitivity. It might also regulate appetite hormones and cortisol, and have downstream effects on body composition.

Carb Timing for Glycemic Control and Insulin Sensitivity

A number of studies seem to suggest that eating later is associated with impaired glucose tolerance and/or insulin sensitivity. On the other hand, both may be improved with early time restricted feeding (eTRF). This is where you eat in a compressed window, say 8 or 10 hours, and that window is shifted toward the morning. A typical eTRF schedule might entail eating all one’s food between 8 a.m. and 4 p.m.

Most of these studies focus on food timing generally, not nutrient timing per se. For example, in this study, men with type 2 diabetes ate all their calories in a 9-hour window. In one phase, they ate from 8 a.m. to 5 p.m. (eTRF). In the other, they ate from 12 p.m. to 9 p.m. Both schedules improved glucose tolerance, but only eTRF decreased fasting glucose.

A handful of studies do specifically look at carb timing:

  • Healthy volunteers kept three-day food diaries. Those who ate relatively more of their food, and more carbs specifically, in the morning were also more insulin sensitive than late eaters. (Eating more fat in the evening was also correlated with poorer insulin sensitivity. It’s not clear how much these effects were driven by total caloric intake.)
  • In another interesting study, researchers assigned men to eat two different diets for four weeks. They either ate most of their carbs before 1:30 p.m. and most of their fat after, or vice versa, in a cross-over design. For men who started out normal glucose control, carb timing didn’t matter. However, among men with high fasting glucose or impaired glucose tolerance, eating carbs at night led to unfavorable changes on several makers of glucose tolerance.
  • In contrast, in this study, men followed a hypocaloric diet for eight weeks. Participants who were assigned to eat most of their carbs at lunch instead of dinner ended up with higher fasting glucose and insulin, and poorer insulin resistance.

Does type of carb matter?

Maybe. Researchers compared low-GI (glycemic index) and high-GI meals with most of the calories loaded into either the morning or the evening. Participants had the highest postprandial glucose (glucose after a meal) and insulin in the high-GI + evening eating condition. It didn’t matter when participants ate low-GI carbs. (Participants also consumed 302 grams of carbohydrate per day. Diets consisted of bran cereal, low-fat fruit yogurt, “fruit loaf,” and a Mars bar, among other things. It’s not clear exactly how these findings apply to Primal eaters.)

Conclusion: More research is needed in this area, but the available evidence points to morning carb consumption being favorable for glycemic control, perhaps especially among people who already struggle in this area.

Carb timing for athletes

As you know, I’m a big fan of athletes using fat for fuel. It’s an efficient, cleaner burning, more abundant source of energy. Once you become fat-adapted, it’s amazing what you can do as a fat-burner. As I detail in Primal Endurance, low-carb and keto diets work tremendously well for endurance athletes and even for hard-core strength athletes.

That said, there is no denying the ergogenic effect of carbs – carbs’ effect on stamina, physical performance and recovery. When you’re fat-adapted and running mainly on fat (and maybe ketones), adding some carbs to the mix can be like rocket fuel. I’m a fan of the “train low, race high” strategy for endurance athletes. Conduct most of your training using a low-carb approach, but add carbs strategically for your highest-intensity training sessions and races. You don’t need a lot, maybe 60-100 grams per hour.

Targeted Carbs: Should You Eat Carbs Before a Workout?

One strategy I’ve talked about before is targeting your carb intake around workouts. There are two rationales here. One is the aforementioned ergogenic effect — giving your workouts a boost. The second is that when you exercise, a glucose transporter in muscle cells called GLUT4 moves to the surface of the cell. This facilitates the transport of glucose into the cells without insulin.

Intense exercise also depletes glycogen, so there is a window after exercise in which ingested carbs are more likely to go to replenish glycogen. This is what I mean when I talk about the “glycogen suitcases being open” after exercise.

Thus, it makes sense to time your carb intake around exercise, especially hard and/or long bouts. In the keto world, this strategy is called “targeted keto.” The same principle applies for low-carb-but-not-keto folks. It’s not because you need the carbs for workouts—most of us do just fine without any special carb loading—but that’s when the body is most ready to use or store them.

Does Eating Carbs in the Evening Help You Build Muscle?

In the world of muscle gains, there are a handful of approaches that involve backloading carbs into the evening following a workout. Bill Lagakos does an excellent job unpacking them in a two part blog series here and here. Briefly, the logic behind carb backloading is that you don’t want to eat carbs when you’re more insulin sensitive in the morning because they’ll get stored as fat (oversimplifying here). Instead, wait until later in the day when insulin sensitivity decreases, then use exercise to push carbs into muscle instead of fat.

There’s no real evidence that this works, beyond anecdotal evidence from people who enjoy eating carbs at night. If you have body fat to lose, I think the evidence favors shifting calories and carbs toward the morning.

For the average person looking to gain strength and functional fitness, carb timing is not a great concern. For fitness competitors or people trying to push their physical limits, it might start to matter.

If you’re looking to gain lean muscle, you might find that ingesting a small amount of carbohydrate—25 to 30 grams—before hitting the gym can be beneficial. Contrary to popular belief, however, post-workout carbs do not seem to enhance muscle synthesis or recovery to a meaningful degree, especially not when protein needs are covered.

Bottom line: Carb timing isn’t important for muscle building except maybe for elite competitors and high-performers.

Timing Carbs for Weight Loss: What Does the Science Say?

In recent years, some people have claimed that eating carbs at night actually supports weight loss. In fact, this is one of the rationales offered for the aforementioned carb backloading. However, the studies they typically cite as evidence for this assertion have methodological problems that I can’t overlook.

Those studies are also at odds with a larger number of studies linking weight loss to eating more of your calories earlier in the day. Mechanistically, eating late delays the onset of the overnight fast, interfering with fat-burning and potentially with switching on ketosis. Eating later can also be associated with eating more, period.

Unfortunately for the purposes of this post, studies that look at meal timing and weight loss don’t examine nutrient timing, with one exception. In this study, researchers compared two diets, one prioritizing carbs at lunch and protein at dinner, and the other vice versa. Participants lost equal amounts of fat on each, but the group who ate most of their carbs at dinner also lost more lean tissue—not what you want! (This was also the study that showed poorer glycemic control with lunchtime carbs, in contrast to most other studies.)

Bottom line: When it comes to weight loss, there’s not enough data to convince me that carb timing seems very important.

Carbs Before Bed and Sleep Quality

Theoretically, carb intake at night could positively affect sleep by increasing tryptophan production, which is a precursor of serotonin, which in turn promotes sleep. It makes sense. No empirical research directly supports this hypothesis, though. Still, experts recommend you try adding some carbs at night if you’re struggling with sleep, especially on a low-carb diet.

There are plenty of studies looking at the relationship between macronutrients and sleep. However, they look at dietary composition as a whole, not nutrient timing. A single small study found that eating a high-GI meal four hours before bed improved sleep onset, compared to a lower-GI meal, and also compared to eating that same high-GI meal eaten one hour before bed. That’s all we have data-wise, besides anecdotes.

Conclusion: Anecdotal evidence aside, there’s no proof that timing carbs at night help your sleep. It probably doesn’t hurt to try.

So Where Does This Leave Us?

Well first, it leaves us asking for more studies that systematically investigate carb timing. I specifically want to see more studies looking at carb timing in a low-carb population. As usual, the studies I cited here involved a standard high-carb paradigm. If you read the reports and see what researchers are feeding their participants… well, let’s just say you Primal folks wouldn’t volunteer for these studies.

This always leaves me wondering how well any of these findings apply to us fat-adapted folks. We can’t know for sure.

Let’s summarize the findings we have, though. First, for entraining your circadian rhythm, improving glycemic control, and losing weight, the available data altogether point to the benefits of eating more of your carbs earlier in the day.

You might wonder how this fits with intermittent fasting. First of all, I.F., doesn’t have to mean skipping breakfast. Many people skip breakfast largely out of convenience. If it works for you, great. Nothing I’ve said suggests that it’s bad for you. That said, if you’re still struggling with glucose tolerance, or you have a few stubborn pounds of body fat you’d like to lose, loading more of your calories and carbs earlier in the day seems to be a worthwhile experiment, as I’ve said before.

It makes sense to target carbs around exercise, but it’s generally not necessary for athletic performance. Most weekend warriors can get by just fine without any special carb timing strategy. People looking to gain muscle may want to ingest a small amount of pre-workout carbs, and endurance athletes should be open to using carbs around heavy training and races. I still think becoming fat-adapted should be every athlete’s first priority.

Finally, maybe experiment with some extra nighttime carbs if you’re a low-carb eater whose sleep is suffering.

But Don’t Sweat It

Nothing I’ve seen suggests that carb timing is more important than the amount and quality of food you eat. Once you dial in those higher-priority goals, by all means go ahead and try being more intentional about your carb timing if you want.

It might make a difference if you’re at the top of your performance game looking to squeeze out a few more drops, or if you have lingering health issues. Otherwise, I’d consider it just another variable you can experiment with if you want, but don’t sweat it if you have bigger things to worry about.

 

More related posts from Mark’s Daily Apple

Dear Mark: Glycogen
Should You Sleep-Low to Boost Performance?

Chocolate_Coconut_640x80

Additional references

Challet, E. (2019). The circadian regulation of food intake. Nature Reviews Endocrinology, 15(7), 393–405.

Oda, H. (2015). Chrononutrition. Journal of Nutritional Science and Vitaminology, 61 Suppl, S92-94.

Oike, H., Oishi, K., & Kobori, M. (2014). Nutrients, Clock Genes, and Chrononutrition. Current Nutrition Reports, 3(3), 204–212.

Qian, J., Dalla Man, C., Morris, C. J., Cobelli, C., & Scheer, F. A. J. L. (2018). Differential effects of the circadian system and circadian misalignment on insulin sensitivity and insulin secretion in humans. Diabetes, Obesity and Metabolism, 20(10), 2481–2485.

Wefers, J., van Moorsel, D., Hansen, J., Connell, N. J., Havekes, B., Hoeks, J., van Marken Lichtenbelt, W. D., Duez, H., Phielix, E., Kalsbeek, A., Boekschoten, M. V., Hooiveld, G. J., Hesselink, M. K. C., Kersten, S., Staels, B., Scheer, F. A. J. L., & Schrauwen, P. (2018). Circadian misalignment induces fatty acid metabolism gene profiles and compromises insulin sensitivity in human skeletal muscle. Proceedings of the National Academy of Sciences of the United States of America, 115(30), 7789–7794.

Zilberter, T., & Zilberter, E. Y. (2014). Breakfast: To Skip or Not to Skip? Frontiers in Public Health, 2. Retrieved from https://www.frontiersin.org/articles/10.3389/fpubh.2014.00059/full.

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Let’s dramatically increase exercise options to avoid things getting too monotonous.

While we all try to figure out how to navigate these trying times of lockdowns and social distancing, we seem to have this weird mix of lots of time to train but a lack of options with which to utilize. The challenges of training from home (minimal equipment and space being the main ones) have made it really difficult to create strength training options that can at least preserve, or possibly continue to develop, the levels of force production and neural drive necessary for athletes.

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how to improve running formThe idea that technique is essential for the simple act of running is finally starting to catch on. By maintaining a balanced center of gravity and maintaining a strong foot, you generate maximum propulsive force and minimize impact trauma with each stride. This allows you to transform from a rookie sloppy jogger to someone who looks and feels like an athlete. In this article, we dive into why we pay attention to running technique, with videos on how to improve running form with a few simple drills.

Runners and joggers of all ability levels jumped into the conversion around a post I wrote about proper running technique. I noticed quite a few comments and questions on the video along these lines:

  • Is trying to run like a deer — springing along with active feet — necessary and appropriate for a jogger?
  • Are these technique tips just the domain of sprinters?
  • Will I get “tired” trying to maintain the correct form as described for an entire marathon? Or should I just shuffle along to save energy?

Here is the deal. Executing proper technique is critical at all speeds and durations, for a two main reasons. First, you minimize impact trauma and obtain the best return on investment for whatever energy you muster to make forward progress. This applies whether you are running a marathon in two hours (like the superhuman Eulid Kipchoge), or four hours, or jog/walk for six hours.

Second, if you activate strong feet, you maximize the spring-like potential of the Achilles tendon, making that 26.2 mile journey much less arduous and far more enjoyable. Same for a 100-mile journey! Watch how Zach Bitter’s feet remain active and snappy for nearly 12 hours at his American record track run. Granted, the visual is completely different depending on how much impact force you generate with each stride.

Another example is Usain Bolt, who was discovered to generate over 1,000 pounds at impact, while a casual jogger might impact the ground at forces of only 1.5-3x bodyweight. The jogger’s stride pattern will be a scaled down version of Bolt’s powerful stride down the track lane, where he covered nine feet, eight inches (2.95 meters) per stride!

We have a natural inclination to try and advance the body forward while running. However, correct technique entails applying force directly into the ground upon each stride, allowing the spring-like effect of a proper landing to propel us forward naturally. This is akin to the high jumper’s challenge: instead of following the natural inclination to try and jump right over the bar and into the pit, correct technique entails jumping straight up into the air and allowing the angular momentum from the curved approach to catapult the jumper up and over the bar. That’s how you jump two feet over your own head like the legendary Stefan Holm.

How to Improve Running Form: 3 Steps to Untraining Bad Habits and Retraining Proper Form

Christopher Smith is the greatest Speedgolfer of all-time, renowned PGA teaching professional, and an expert in advanced motor learning methods for athletic performance. He asserts that the following three elements give you the best chance of unwinding, modifying, and improving dysfunctional habit patterns and ingraining new ones:

  1. Slow Down: Execute the desired technique corrections at a slower speed and/or less load than normal. Your mind/body system will be better able to feel the modifications at a lesser speed, creating your own personal internal model.
  2. Eliminate pressure, anxiety, and stress (and the accompanying expectations), so you can practice new motions without fear of failure.
  3. Cognitive engagement and brain assimilation: This is where drills are so valuable. Drills help hard-wire good technique into your central nervous system. The technical term for this is “myelinate”—encasing your nerve endings in a protective coating so they become adept at firing in the correct pattern repeatedly. Sloppy, repetitive training of old habits will simply reinforce the old habits.

Improved Running Form is Yours to Keep

What’s difficult for many runners is to reprogram the neural patterns that you are familiar with for something new. Retraining new movements feels awkward and unnatural at first, until your body realizes that the new way is much more safe and efficient.

For these reasons, I emphasized the point on the video that there is no turning back once you learn good technique. Even when you are innocently jogging for warm up, you need to maintain that strong foot so your brain will remember when it’s time to speed up. So when you are out there running, turn down the earbuds and concentrate on new movement patterns until they become automatic.

Perform drills as often as possible—at least a few of them every time you run. The following drills require you to exaggerate various elements of good technique so that they flow beautifully when you put everything together and start running. These are very challenging moves that our master filmmaker Brian McAndrew and I have segmented into an “Intermediate” video and “Advanced” video. That’s right, there are no easy drills! These running drills are especially valuable if you’re a beginner – you’ll train proper form from the get-go, before you’ve taken on habits that don’t do you any favors.

Focus on Quality Over Quantity for Effective Running Drills

It’s of paramount importance that you execute the drills perfectly from start to finish. If you experience even the slightest bit of fatigue causing your form to waver, stop the drill, jog it out and end the workout. For example, notice on the advanced video’s bicycle drill how I land straight up and down every time, balanced over my center of gravity just like when running. Hey man, that’s the beauty of having multiple takes on the set! In real life, it’s easy to over or under rotate on the bicycle move such that you land with your spine angled backward, behind your center of gravity (too early) or with spine angled forward, in front of your center of gravity (too late)—particularly when you get tired or distracted (e.g., while jabbering into the lavalier mic to make a video.) When this happens, you will feel a jarring sensation in your legs or spine that is not pleasant and potentially injurious.

Please enjoy each video a couple times at home to really study the impact positions and technique tips before you go out and attempt them. I’ve added a few more helpful comments for each drill as follows:

Running Form Drills – Intermediate Drills To Improve Technique and Protect Against Injury

  • Hopping
  • High heel, high toe
  • High knees

Hopping

This is the bread and butter of the running drill world! It’s not that strenuous and very scalable as you get fitter. Once you get some experience, you can try to get those extra few inches of knee height and work those hip flexors; this is a muscle group that gets so terribly compromised when you sit at a desk for hours. When I’m feeling my best, I’ll try to hold the high knee position for an extra beat to enhance the degree of difficulty.

High Heel, High Toe (aka Buttkickers)

Don’t worry about forward progress, just focus on getting the heels up to your butt. You can easily do this drill in place at your cubicle. Did you know that one of the greatest human running machines of all time, Walter George, did a bunch of his training running in place while working at a print shop? This old-time legend destroyed the world record in the mile in 1886 with a stunning 4:12, in a match race that was witnessed by 30,000 screaming fans betting heavily on the outcome. This time held as the world standard for an astonishing 30 years.

High Knees

Stand tall throughout and notice the huge penalty when your bodyweight collapses even a smidge into the ground, instead of preserving the spring potential of the Achilles.

Advanced Running Form Drills – Advanced Drills To Improve Technique and Protect Against Injury

  • One-legged sprint
  • Bicycle
  • Hamstring kickouts
  • Backwards sprinting

One-legged Sprint

Keep that dead leg ramrod-straight and try to get the toe to gently brush along the ground. It’s easy to lose focus and have the dead leg start to participate unwittingly with a little knee bend, then a little more knee bend. The drill really does wonders when the leg is completely straight.

Bicycle

Start gently with miniature pedal revolutions until you get the hang of it. Go ahead and skip a few potential takeoffs to make sure that every single takeoff is executed perfectly and landed perfectly. Oh boy, is it fun when you can get into the rhythm of taking off on opposite legs with no break. A stint of these is as tough as blasting a real live 10-20 second sprint.

Hamstring Kickouts

Here’s another drill that is really scalable. You can start without even leaving the ground and executing the motion while walking as demonstrated. Your hamstrings are often the last muscle group to become really resilient and adapted to sprinting. Okay, the calves get a vote, too (That’s why you’ve got to watch the calf stretch/heal plantar fasciitis video).

As with the hip flexors, your hamstrings get traumatized by sitting in a chair all day. When asked to become a prominent source of power for the running human weekend warrior, it’s no wonder the hammy strains and tears are one of the most common athletic injuries. I enthusiastically recommend doing a few kickouts at the end of every single workout you conduct to keep them strong and flexible! I also do them at airport gates and rental car check-in counters to keep the hammies happy.

Backwards Sprinting

Who knew that putting the engine in reverse could be the single best trigger for optimal sprinting technique? Just shift back into drive and carry on with the same technique attributes in place: high knee, high heel, and dorsiflexed foot.

We talk so much about the importance of sprinting in the Primal Blueprint, and these drills can stand alone as an effective sprint workout before you even unleash your first proper sprint. Truth be told, I required several days of recovery after filming because we were out there for quite a bit longer than my average sprint session. All in tireless devotion to bring you some awesome drills that will spice up your sprint workouts, improve your technique, and help you become more resilient against injury.

You can pick and choose your favorite drills and intersperse them into workouts frequently, or go through the complete cycle once in a while for an excellent high intensity workout. You can even choose a few to work on for a few minutes here and there as microworkouts.

Enjoy these drills and make up some new ones if you wish! Don’t overdo it at one session to the point of technique breakdown, but do a sampling of them every time you finish a run workout or have a break at the gate before your connecting flight. Thanks for reading, and let me know if you notice changes in your running efficiency.

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While your microwave is excellent for reheating that day-old cup of coffee, should it be used to kill germs, including flu viruses, dangerous bacteria, and even coronaviruses? It is a known fact that high heat can destroy bad pathogens, but can it destroy bacteria and viruses that travel into your home via your favorite take […]

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Breaking our patterns can become the necessary driver that we need for our lives, even during a pandemic.

As I sit here writing in this cold, empty bathtub, listening to my thoughts echo off the smooth white porcelain cocoon I have built, I am reminded of warm memories from my childhood home. It was a place where my only responsibilities were to create mud holes, burn anything I could find with a magnifying glass, and take care of my butterfly who couldn’t fly.

 

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almond flour banana bread grain free Most people decide to make banana bread once they find a few overripe bananas on the countertop. After you try this easy almond flour banana bread recipe, we suspect you’ll buy a few more bananas than you can eat — just as an excuse to make a loaf.

There’s a good chance you’ve tried a grain-free banana bread recipe or two and found that it was too dry, too dense, it crumbled to pieces, or it lacked the flavor of the banana bread that you grew up with. The solution? The perfect blend of almond flour, coconut flour, and tapioca starch creates a batter that bakes into a soft loaf, holds together for effortless slicing, and tastes like warm and cozy banana bread from your childhood.

Keep in Mind When Making Banana Bread

Ripe bananas make for perfect banana bread. The riper the banana, the sweeter the bread. For this recipe, we used fairly ripe bananas and found that about 6 tablespoons of coconut sugar were plenty for a sweet bread. If you’re not sure, you can taste the batter prior to adding the eggs to adjust the sweetness to your liking. Feel free to add in cinnamon, or swap out the walnuts for a different nut like pecans.

Almond Flour Banana Bread Recipe

Servings: 10

Time in the kitchen: (45 minutes, including 35 minutes bake time)

Ingredients

  • 1 slightly overfilled cup mashed ripe bananas (about 2 large bananas)
  • 1/4 cup softened/slightly melted salted butter
  • 1/4 cup smooth almond butter
  • 1 tsp. vanilla extract
  • 3/4 cup fine almond flour
  • 1/4 cup + 2 tbsp. coconut sugar, granulated monk fruit sweetener or Swerve
  • 1/4 cup tapioca starch
  • 1 tbsp coconut flour
  • 1/2 tsp baking soda
  • 1/2 tsp baking powder
  • 3 large eggs
  • 1/2 cup walnut pieces

Directions

Preheat your oven to 350 degrees Fahrenheit. Mash the bananas in a large bowl. Add in the butter, almond butter and vanilla and mash them in with the banana.

Add the almond flour, sweetener, tapioca starch, coconut flour, baking soda and baking powder and mix. Add the eggs and mix until well combined. Fold in about 1/2 of a cup of chopped walnuts.

Line a loaf pan with parchment paper. Loaf pans vary in size but we used a 9”x5”. Pour the batter into the loaf pan and place the remaining walnut pieces on top.

Baking times will vary based on the size of your loaf pan, but aim for 30-35 minutes, or until the bread is golden on top and feels fairly firm to the touch. Allow the bread to cool before slicing.

If you have extra bananas, this almond flour banana bread recipe easily doubles and freezes well by the slice or by the loaf.

Nutrition Information (1/10 of loaf, made with natural sweetener):

Calories: 212
Total Carbs: 12 grams
Net Carbs: 9 grams
Fat: 16 grams
Protein: 6 grams

Nutrition Information (1/10 of loaf, made with coconut sugar):

Calories: 245
Total Carbs: 21 grams
Net Carbs: 18 grams
Fat: 16 grams
Protein: 6 grams

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The post Almond Flour Banana Bread Recipe appeared first on Mark’s Daily Apple.

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The lungs are susceptible to infection due to particle exposure, chemicals, and infectious viruses. In fact, it’s estimated that four million people die annually from respiratory tract infection and pneumonia alone. Additionally, in the US, one in every five people die from cigarette smoke. Lung clearing techniques may open airways, reduce inflammation, reduce the effects of […]

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