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Tag: tag: Nutrition

  • The Hidden Toll of Holiday Stress on Women’s Health

    (Photo: Ayana Underwood/Canva)

    Published December 11, 2025 02:24PM

    As many women can empathize with, the winter season often forces us to do it all. We’re put into the role of head chief, full-time caretaker, and Christmas tree pruner during one of the most chaotic times of the year. And according to a new survey, the holiday stress can take a serious toll on women’s health.

    Oshi Health, a nationwide virtual health clinic specializing in the treatment of digestive issues, found in their survey that women are far more likely than men to suffer from gastrointestinal (GI) distress during the holiday season. The reason? Women are often the ones who curate and shop for everything on the gift lists, plan family travel, handle the logistics of hosting, cook, and—for those who are parents—manage and tend to their kids’ needs. They’re what the survey calls “Holiday CEOs.” Though anyone can be a Holiday CEO, women are more likely to shoulder the season’s tasks.

    Taking on significantly more responsibility than any one person can or should manage causes stress. These external factors “influence our nervous system load, which influences our stress response,” and lead to gut problems, says Meg Bowman, a licensed integrative clinical nutritionist with expertise in mental health. During this time of year, Bowman says, “We see more bloating, more gas, indigestion, and GERD (acid reflux).

    What Triggers GI Distress During the Holidays?

    One thing our bodies love and need to thrive is communication. “We’ve long known that the gut and brain are in constant conversation. When stress rises, the gut feels it,” said Dr. Treta Purohit, a gastroenterologist and the Executive Medical Director at Oshi Health, in the survey’s official report.

    Of the 2,504 adults surveyed, 76 percent reported experiencing gut discomfort during the holidays. The top drivers of gut problems? Fifty-two percent point to schedule disruptions due to travel, and 42 percent blame financial stress.

    According to the survey, other reported culprits of GI distress, in order of most damaging to least, include the dietary shifts that come with, understandably, indulging in all the delicious food and alcohol this season brings (36 percent), navigating strained interpersonal family dynamics (34 percent), and a lack of sleep (32 percent).

    But why does stress cause such gnarly gut problems? When anxiety spikes, the body goes into fight or flight mode. This activates hormones that signal how quickly or slowly food should move through the body. Food moving too fast causes diarrhea; too slow, constipation. There’s a feedback loop at play, though. Because an out-of-whack gut microbiome signals to the brain that there’s a problem, resulting in even more stress.

    While Both Men and Women Deal with Holiday Stress, Women Still Suffer the Most

    One in five women, or 20 percent, identify as Holiday CEOs, compared to just eight percent of men. One-third of all genders in the Holiday CEO role report gut distress. Parenting, however, adds another layer of strain: women who are both Holiday CEOs and mothers with kids under 18 report even poorer gut health than women without kids, dads, and men without kids.

    “The outside stress load for women during this period is much higher,” Bowman says, citing reasons like fluctuations in estrogen and progesterone, spikes in cortisol levels, and the angst of navigating tough family dynamics, all of which contribute to GI discomfort. These symptoms peak during the food holidays, she says. “It starts at Halloween and doesn’t go away until after the New Year.”

    Emotional distress stemming from a disordered relationship with food—compared to men, women are twice as likely to develop an eating disorder in their lifetime—also spikes this time of year, says Bowman.

    The survey notes that conversations about women’s health usually surround fertility issues and menopause—gut health gets overlooked, even though common digestive function issues have a direct impact on women’s quality of life and mental health.

    Too much stress can lead to irritable bowel syndrome (IBS), a condition that disproportionately affects women when compared to men, according to research. The reasons why women are more prone to IBS are still up for debate, but it likely has to do with hormones and physiological differences between men and women.

    Expert-Approved Tips on How to Manage Gut Health Issues During the Holidays

    Bowman suggests the following tips to alleviate GI symptoms:

    • Don’t starve yourself ahead of the big holiday meals: Many of us like to save our appetites before the family dinner. Bowman advises clients to refrain from doing so, as it interferes with peristalsis, the involuntary muscle movement that propels food through your GI tract. She recommends eating a small meal consisting of protein, carbs, and fiber. “Seed crackers with nut butter or olives and cheese would be great,” she says. A small meal beforehand will help keep your blood sugar in check.
    • Go for a postprandial walk, aka a fart walk, after a large meal: Bowman says that light movement, even just getting up and helping to wash the dishes, can relieve bloating and gas.
    • Hydrate consistently—even when you’re traveling: Bowman says people tend to avoid drinking regularly because they don’t want to have to get up and use the bathroom during a flight. But not getting enough water can lead to constipation, so aim to keep up your usual water intake. Drinking a warm beverage within three hours of waking up can also promote digestive flow, she says.
    • Massage your stomach: Kneading your stomach can help keep things moving, says Bowman. Rub your abdomen from the lower right, up toward your ribcage, then to the left of your stomach, and then down; this movement follows the direction of the large intestine and helps push waste along.
    • Take some magnesium citrate: This medication, which you can get from a drugstore, has a laxative effect. Magnesium also is an anxiolytic, meaning it can help relieve anxiety, too, she says. 

    While it’s totally fine to indulge over the holidays, Bowman suggests noting any unusual symptoms. If you see blood in your stool, experience unexplained weight loss, pain that wakes you out of your sleep, or gas that lasts more than a few days, you’ll want to see a doctor.

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  • New Study Says to Eat More of This Today for Better Sleep Tonight

    (Photo: Ayana Underwood/Canva)

    Published November 18, 2025 11:15AM

    We’ve all heard the gospel of sleep hygiene by now. No screens before bed. Keep your bedroom cool and cave-dark.

    But a recent study out of the University of Chicago, published in the journal Sleep Health, suggests we might be starting in the wrong room. According to researchers, what you eat during the day—specifically how many fruits and vegetables you consume—could influence how well you sleep that night.

    Which means the real secret to deeper sleep might go beyond blackout curtains and blue-light blockers—and include a cutting board and a bunch of broccoli. So, how exactly did researchers measure the link between what’s on your plate and what happens while you sleep?

    How They Studied Sleep Quality and Food Intake

    Researchers tracked 34 healthy adults—28 men and six women between the ages of 20 and 49—over several days. Participants logged what they ate using a nutrition app developed by the National Institutes of Health. At night, they wore actigraphs—wrist devices that objectively track movement and rest.

    Researchers then analyzed how food choices affected a key sleep metric: the Sleep Fragmentation Index (SFI). Think of it as a restlessness meter—it tracks how often your sleep is broken up by micro-awakenings, many of which you won’t even remember. Lower scores mean deeper, more consolidated sleep.

    “What people eat during the day can influence their sleep at night,” says Marie-Pierre St-Onge, co-senior author of the study and author of Eat Better, Sleep Better. Most of us can list culprits that mess with our rest (caffeine, doomscrolling, work stress), but we rarely think about the food that could improve it.

    5 Cups of Fruits and Vegetables Per Day Equals Better Sleep

    On days when participants ate more fruits and vegetables, their SFI was lower. The researchers found that hitting the Centers for Disease Control and Prevention’s (CDC) five-cup produce recommendation could correlate with roughly 16 percent less sleep fragmentation than eating none.

    That number wasn’t a direct measurement but a projection based on statistical modeling. They adjusted for total calories to make sure the effect wasn’t just about eating more food in general. Even after controlling for energy intake, the link held.

    Fruits and vegetables help regulate blood sugar and inflammation—two systems that can either settle or scramble your nervous system at night. They also deliver micronutrients, such as vitamin K, which can induce relaxation by reducing the stress hormone cortisol.

    What about fiber? While this study only found a non-significant trend, St-Onge points to earlier research from her team showing that fiber was associated with more deep sleep. “This could be through gut microbiome modulation,” she says, which influences the release of short-chain fatty acids—molecules that upregulate sleep-promoting genes in the brain.

    If 5 Cups Sounds Like a Lot, a Dietitian Suggests These Ways to Make Eating Your Fruits and Veggies Easier

    Data from the CDC indicate that only about ten percent of U.S. adults meet recommended intake levels for fruits or vegetables. That’s super low, but getting your produce doesn’t need to feel like a full-time job.

    1. Add Them to Meals You Already Like

    “The most realistic strategy,” says registered dietitian Nicole Short, “is to build fruits and vegetables into the meals you’re already enjoying.” That means tossing spinach or kale into a smoothie, layering tomatoes or peppers into a breakfast sandwich, or adding steamed veggies or a side salad to a standard dinner. “When it becomes part of your routine,” she adds, “meeting the daily intake starts to feel realistic—and sustainable.”

    2. Pack Produce in Your Bag or Stash Dried Fruit at Work

    For busy or active people, time is often the biggest barrier. “Convenience is everything,” says Short. She recommends keeping ready-to-eat options on hand: pre-washed salad greens, a bag of baby carrots, and pre-cut fruits. Her go-to rule of thumb? “Always have grab-and-go produce in your work bag or pantry—dried fruit, apples, bananas, veggie snack packs.”

    3. Try a Dietitian-Approved Sample Menu

    The following menu will help you hit five cups of fruits and veggies each day:

    • Breakfast: smoothie with berries and spinach (≈ 1½ cups)
    • Lunch: grain bowl with roasted veggies (≈ 2 cups)
    • Snack: apple and baby carrots (≈ 1 cup)
    • Dinner: a dinner of your choice plus a side of broccoli or bell peppers (≈ ½ cup)

    You don’t need to overhaul your entire nutrition philosophy—just sneak a few more plants into your plate and see what happens. Just don’t mistake a smoothie for a silver bullet—here’s where the study’s limits come in.

    This wasn’t a randomized trial, and no one’s claiming broccoli is a miracle sleep drug. The researchers are clear: correlation doesn’t prove causation. This was an observational snapshot, and it didn’t account for all possible confounders—caffeine intake, stress levels, and training load. But considering the study used objective sleep monitoring, unlike much past research that relied on self-reporting, this is a significant advantage in terms of accuracy.

    If fruits and vegetables can move the needle on sleep—even slightly—that could ripple into how you repair, restore, and perform.

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  • 4 Nutritionist-Approved Recipes to Keep Your Blood Sugar Stable Outdoors

    Published November 12, 2025 03:06AM

    Diabetes runs deep in my family. One thing I’ve noticed about the relatives who live with it: they never let the diagnosis take the flavor or joy out of their meals. They also never let it stop them from getting outside and staying active.

    When I began researching blood sugar-friendly meals for myself, most of what I found appeared bland and uninspiring. So, I reached out to a few nutrition experts to learn what blood sugar actually is, what kinds of foods help keep it steady, and how to build meals around that. Then I took a few of their suggestions into the kitchen. Here’s how it went.

    What Is Blood Sugar—and Why Does Balancing It Matter?

    To understand blood sugar, you first need to understand glucose. “Whenever you eat food containing carbohydrates, those carbs are converted into glucose,” says Maddie Pasquariello, a registered dietitian based in New York City. A rise in blood glucose after eating is completely normal; it’s part of how the body processes energy. From there, glucose can be stored or used for fuel, which comes in handy when you’re out on the trail.

    Blood sugar spikes happen. The only way to avoid them would be to cut out carbs altogether—something neither realistic nor recommended. Maintaining blood sugar balance is crucial because allowing it to remain too high for an extended period can lead to serious health issues. “When this happens, it’s because there’s excess energy [the sugar] circulating that has nowhere to go,” says Pasquariello. “This leads to hyperglycemia and type 2 diabetes.”

    Ingredients That Balance Blood Sugar

    “We want food sources that help slow down how quickly glucose enters the bloodstream,” says Marissa Beck, a registered dietitian based in Seattle, Washington. Fiber, protein, and healthy fats support that process by encouraging steady digestion and absorption, she explains.

    Beck recommends fiber-rich foods like beans, legumes, oats, whole grains, fruits, and vegetables—all of which slow digestion and help prevent sharp rises in blood glucose. She also points to proteins such as eggs, fish, lean meats, tofu, and plain Greek yogurt, paired with carbohydrates. These combinations help prevent blood sugar swings. For healthy fats, she turns to nuts, seeds, avocado, olives, and olive oil, which further slow digestion and keep blood sugar stable.

    4 Blood Sugar-Friendly Recipes That You Can Bring on Your Next Adventure

    While searching for blood sugar-friendly recipes, I sought options that were both exciting and flavorful.

    Below, you’ll find a few that I compiled along with my thoughts on how they came out, how they made me feel, and what the experts recommend to make them even more nourishing.

    1. Pumpkin Pie Overnight Oats with Chia Seeds

    Overnight oats made with Greek yogurt, almond milk, pumpkin purée, maple syrup, vanilla extract, chia seeds, and pumpkin pie spice.  (Photo: Ashia Aubourg)

    I spotted a pumpkin pie overnight oats recipe—an easy, seasonal option from the recipe blog Ambitious Kitchen—and decided to test it as a make-ahead breakfast or trail snack.

    Ingredients (makes one serving):

    • ¼ cup plain Greek yogurt
    • ½ cup unsweetened vanilla almond milk
    • ¼ cup pumpkin purée
    • 1-2 tablespoons maple syrup
    • ½ teaspoon vanilla extract
    • ½ cup rolled oats
    • 2 teaspoons chia seeds
    • ½ teaspoon pumpkin pie spice

    Recipe:

    1. In a bowl, whisk together Greek yogurt, almond milk, pumpkin purée, vanilla, and maple syrup. Stir in the oats, chia seeds, and pumpkin spice until thoroughly mixed.
    2. Scoop the mixture into a sealable jar or container and store it in the fridge overnight, or for at least four hours.

    “This is a solid blood sugar-friendly breakfast that hits on all the spots when it comes to blood sugar regulation,” says Beck. “It contains about eight grams of protein from the Greek yogurt and chia seeds, as well as nearly ten grams of fiber from the oats, pumpkin, and chia.”

    Worried about the maple syrup? Beck explains that pairing it with fiber and protein helps prevent a sharp blood sugar spike, unlike eating it alongside low-fiber, low-protein foods.

    For extra protein and crunch, Pasquariello suggests topping these pumpkin pie overnight oats with pumpkin seeds or pecans.

    The Verdict: Filling and Tastes Like Dessert

    As fall settles in, I find myself wanting to reach for more pumpkin-centric recipes. These dessert-inspired overnight oats come together in five minutes, and the fridge takes care of the rest. The texture hits that perfect middle ground: creamy, with a pudding-like texture thanks to the chia seeds and oats. I topped mine with a scoop of Greek yogurt and a handful of pecans for extra protein. Packed in a mason jar, it made for an easy, trail-ready breakfast that kept me full and fueled for hours.

    2. Peanut Butter Banana Muffins

    Peanut Butter Banana Muffins
    Muffins made with bananas, Greek yogurt, eggs, oat milk, peanut butter, vanilla extract, brown sugar, oat flour, spices, and chocolate chips. (Photo: Ashia Aubourg)

    I’ve followed Ashlea Carver, founder of All the Healthy Things, for years, so when I spotted her peanut butter banana muffin recipe that comes together in under 30 minutes, I was all in.

    Serving size: 2 muffins

    Ingredients (makes 12 muffins):

    • 1 cup mashed banana
    • 3/4 cup plain Greek yogurt
    • 2 large eggs
    • 1/2 cup oat milk
    • 1/3 cup creamy peanut butter
    • 1 teaspoon vanilla extract
    • 1/2 cup brown sugar
    • 1 1/2 cups oat flour
    • 1 teaspoon ground cinnamon
    • 1 teaspoon baking soda
    • 1/2 teaspoon baking powder
    • 1/3 cup chocolate chips
    • A pinch of sea salt

    Recipe:

    1. Preheat the oven to 350 degrees Fahrenheit. Line a cupcake pan with muffin cups.
    2. In a large bowl, mix the mashed banana, eggs, Greek yogurt, peanut butter, oat milk, and vanilla extract.
    3. In a separate bowl, mix the oat flour, sugar, baking powder, baking soda, sea salt, and cinnamon. Fold the dry ingredients into the wet until combined. Stir in the chocolate chips.
    4. Scoop the batter into the liners, filling each about two-thirds full.
    5. Bake for 15 to 20 minutes or until a toothpick inserted into the center comes out clean and the muffin tops spring back when pressed.

    Greek yogurt, peanut butter, and eggs provide protein, as well as healthy fats. Snacking on two of these muffins while you’re on the go will help slow your digestion and allow your body to release glucose gradually, says Beck. Oat flour and banana also contribute fiber, she adds.

    The Verdict: Reese’s Peanut Butter Cups—but in Muffin Form

    As someone who loves Reese’s cups, I couldn’t get over how well the peanut butter and chocolate flavors came through in these muffins. However, I must admit that I had some concerns about the sugar content in the recipe. Speaking with Pasquariello helped calm those nerves. She emphasized not overthinking the idea of “healthifying” recipes for blood sugar stability. If the meal feels incomplete, she mentioned that you can pair it with other nourishing sides. In this case, I followed her advice and added a side of Greek yogurt for extra protein and some strawberries for a fiber boost. I felt fully satiated eating this before a hike and didn’t crash when the inclines approached.

    3. Black Eyed Pea Hummus

    Black Eyed Pea Hummus
    Hummus made with black eyed peas, garlic, tahini, berbere, lemon juice, olive oil, and spices.  (Photo: Ashia Aubourg)

    I started following Wendy Lopez and Jessica Jones of Food Heaven Made Easy when I began my journey of developing a healthier relationship with food. So, while researching recipes for this story, I turned to them, knowing they’d deliver something delicious. Enter: black eyed pea hummus.

    Ingredients (makes two servings):

    • 1 (15-ounce) can or 1 1/2 cups cooked black eyed peas
    • 2 garlic cloves
    • 2 tablespoons tahini
    • 1/2 teaspoon berbere spice
    • Juice of 1 lemon
    • 1/4 teaspoon salt
    • Olive oil, toasted sesame seeds, paprika, chili powder, or berbere, and fresh parsley to add as toppings

    Recipe:

    1. Add the black eyed peas to a food processor and pulse for a few seconds.
    2. Toss in the garlic, berbere, lemon juice, salt, and two ice cubes. Continue pulsing for 3 to 4 minutes, until the mixture becomes smooth and creamy and the ice is fully blended. Taste and adjust the salt if needed.
    3. Spoon the hummus into a container, drizzle it with olive oil, and top it with toasted sesame seeds, paprika, chili powder, or more berbere, and a sprinkle of fresh parsley.

    Beck is a fan of this recipe. “It’s high in fiber and plant-based protein, which naturally supports blood glucose,” she says. One cup of black-eyed peas contains 16 grams of protein, and this recipe uses nearly two cups. (Because this recipe makes two servings, you’ll get eight grams of protein in just one serving.)

    For a simple fiber boost, serve the black-eyed pea hummus with crudités, such as carrot or celery sticks, says Pasquariello.

    The Verdict: Creamy and Smoky

    I ended up eating the whole thing by myself before my hike even wrapped up. Sure, it’s technically enough for two, but it’s so good you probably won’t want to share. Creamy and smooth, it’s perfect with crackers or crunchy veggie sticks. I tossed it into a container for the trail, but if you’re going to be out for a while, pack it in an insulated bowl to keep it cool.

    4. Egg Salad with Green Olives, Celery, and Parsley

    Egg Salad
    Egg salad made with boiled eggs, scallions, celery, olives, parsley, olive oil, and spices. (Photo: Ashia Aubourg)

    My recipe box in my New York Times app is flooded with tons of ideas. For weeks, I’d been eyeing their egg salad recipes. Because high-protein, high-fiber foods help stabilize blood sugar, I picked this one to try.

    Ingredients (makes one serving):

    • 4 large eggs (hard-boiled)
    • ¼ cup scallions (thinly sliced)
    • ¼ cup celery (thinly sliced)
    • ½ cup green olives (roughly chopped)
    • ½ cup flat-leaf parsley (roughly chopped)
    • Pinch of red pepper flakes
    • Salt and pepper (to taste)
    • 2 to 3 tablespoons extra virgin olive oil

    Recipe:

    1. Chop the boiled eggs and drop them into a medium bowl.
    2. Add scallions, celery, green olives, flat-leaf parsley, red pepper flakes, salt, pepper, and olive oil.
    3. Toss to combine, then gently mash the eggs with a fork to break them up without losing texture.

    This recipe provides a generous amount of protein and fat, which helps stabilize blood sugar, according to Beck. The olive oil brings in a solid dose of healthy fat, and the veggies add a nice amount of fiber, she says. To boost the fiber even more, you can turn it into a sandwich and serve it on whole-grain bread, she adds.

    The Verdict: A Little Spicy and Satiating

    Even with cooler weather rolling in, I still want trail foods that feel light but satisfying. This egg salad nails it. I ate it on its own and felt completely full without that weighed-down feeling. The spicy scallions and fragrant parsley add a kick, while the olives bring tang, and the red pepper flakes offer just the right amount of heat. It travels well, too; pack it in an insulated container to keep it cool on the road.

    Just like the others I tested, this recipe relies on simple ingredients, great flavor, and offers steady, lasting energy. Turns out, you don’t have to sacrifice the foods you love to keep blood sugar stable.

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  • Can a Microbiome Test Explain My 15 Years of Gut Health Issues—and Sluggish Workouts?

    Published November 5, 2025 03:04AM

    I’ve dealt with chronic indigestion, painful burps, reflux, and bloating for the past 15 years. In 2010, I underwent a range of diagnostic tests—a colonoscopy, an endoscopy, a gastric emptying test, and some bloodwork—before I was diagnosed with Celiac disease. I subsequently cut out gluten. My symptoms improved for a few years, but despite eating a strict gluten-free diet, they reappeared a couple of years ago.

    In 2023, I visited a new gastroenterologist to see if another health condition may be affecting my gut. Yet again, I underwent a series of costly, time-consuming tests that ultimately determined my gastrointestinal (GI) system was in good shape, even though my symptoms suggested otherwise.

    Frustrated, I reached out to a nutritionist who suggested I do a GI-MAP test. This at-home stool test examines your microbiome, which is the community of bacteria, fungi, and viruses that naturally line your GI tract. These tests, often sold by private companies and can cost anywhere between $100 and $500, can tell you if there’s an overgrowth of specific organisms that could be triggering digestive problems and inflammation, she told me. Desperate for answers, I wired her $300, and she ordered me a test kit. Here’s what I learned about microbiome testing and how my gut impacts my overall health and performance.

    How Do Microbiome Tests Work?

    Growing evidence suggests the microbiome plays a role in the development of many chronic conditions—such as allergies and heart disease. “A balanced microbiome is linked to better mood, energy levels, and overall health, while an imbalanced one can contribute to inflammation, digestive issues, or even chronic disease,” says Arpana Church, a neurobiologist with expertise in digestive diseases.

    Microbiome kits claim they can help identify the bugs in your gut that may be contributing to health conditions like IBS, autoimmune diseases, skin issues like acne and psoriasis, brain fog, and even mental health problems like depression and anxiety.

    They’re also simple to use. My provider ordered the kit online. When it arrived, I filled a small tube with my poop, then mailed it off to a laboratory that examines the bacteria in my stool sample. My results, along with an interpretive guide, arrived within ten days.

    What My Microbiome Test Results Told Me

    According to the kit, I had Helicobacter pylori (H. pylori), a bacterium that infects your stomach lining and causes inflammation and ulcers. There was also an abnormal growth of Staphylococcus aureus (the bacterium that causes staph infections) and Streptococcus spp., one of the bacteria responsible for strep throat. Both of these bacteria trigger intestinal inflammation and loose stools. The test also detected Methanobacteriaceae—a family of bacteria that produces methane gas and is linked to constipation, bloating, and IBS.

    My gastroenterologist’s (not the same person who ordered my kit) response to my test results? “I don’t make clinical decisions off of kits like these.” Furthermore, he had taken a biopsy of my intestines during a recent endoscopy and found no signs of H. pylori. He would rather go off that, a scientifically sound measure, than a relatively new test kit. Needless to say, I was disappointed and confused.

    Doctors Aren’t Sure How Accurate Microbiome Tests Are

    According to Church, there are a couple of reasons why clinicians don’t trust these kits quite yet.

    Science Hasn’t Pinned Down What a “Healthy” Gut Looks Like

    The first is that the science backing their usage is still in its infancy. The main reason for this is that there isn’t a universal definition for what a “healthy microbiome profile” even is, she says. “A microbe that looks ‘high’ on your report may be harmless—or even normal for you,” she says. Furthermore, our microbiomes are always changing—week to week and even day to day, according to Church. “What you ate, recent illness, travel, or antibiotics can shift results,” she says.

    I was determined to gain some actionable insights from my results. I interviewed Maggie Stanislawski, a biomedical researcher at the University of Colorado Anschutz Medical Campus, to get her perspective. Did the overgrowth of methane-producing bacteria in my gut mean nothing? The answer is murky.

    Apparently, there are a variety of Methanobacteriaceae species that can have different effects, so it’s unclear what, if anything, this general overgrowth means, according to Stanislawski. Also, “Methanobacteriaceae isn’t a ‘bad’ bug,” she says. In fact, the bacterium helps break down carbohydrates, indirectly contributing to the production of short-chain fatty acids (SCFAs), she says. SCFAs, for context, offer a range of health benefits. They’re anti-inflammatory and contain protective properties for our brain, heart, and immune systems.

    Everyone’s Microbiome Is Different

    But the H. pylori in my stool sample? Surely that’s a red flag, I thought. But again, no. Some of these kits can produce inaccurate results. One study found that when seven different microbiome tests were used to analyze the same stool sample, the results varied drastically.

    Just because H. pylori is detected doesn’t mean it’s an issue—“it could be present and not cause problems and that might even be healthy, especially if you’ve had it since you were very young,” Stanislawski says. These may be giving me issues, she says, but these levels may be normal—for me.

    So, Can Microbiome Test Kits Tell You Anything?

    Yes. These kits do a solid job of identifying infectious diarrhea-causing pathogens—such as  C. diff or Campylobacter—that standard medical tests also catch—and can be treated with antibiotics. But when it comes to all the other microbes? There, unfortunately, isn’t a clear-cut solution, Church says. “Those kits rarely lead to proven, tailored treatments that outperform good clinical care and diet basics,” Church says.

    While it may be too soon to gain specific takeaways and actionable steps from these kits, there may be a time in the near future when that changes. According to Church, we need more research that investigates how various treatment approaches, based on their results, impact people’s health outcomes.

    The best thing to do if you order a microbiome test is to work with a professional, Church says. These kits often contain recommendations for various herbs and probiotic supplements you can take to heal your microbiome (the goal being to increase beneficial bacteria and decrease harmful ones).

    If anything, Church hopes the kits help people focus on the steps known to improve gut health: eating a diet rich in fermented foods, such as sauerkraut, kimchi, and kefir, and low in ultra-processed foods. Then, incorporate a variety of fiber-rich and prebiotic foods—such as leeks, bananas, and oats—that microbes thrive on.

    How Athletes Can Benefit From Gut Health Testing

    For years, my GI pain has impacted my workouts. Acid reflux has sent sharp pains up my chest when I jog, often causing me to wrap up early. And, in certain instances, abdominal cramps and indigestion have prevented me from even being able to get out the door in the first place.

    Athletes can turn to tests for insights on how to improve their microbiome to reduce inflammation and enhance recovery, says Church. She says research suggests a healthy microbiome can help you extract energy from food, reduce inflammation, and recover faster from intense exercise. That means less pain and better performance. A more diverse gut microbiota may also help optimize energy metabolism, ultimately providing you with more fuel to crush your fitness goals.

    While the microbiome kit was unable to heal my gut, it did serve as a reminder to brush up on all of the little things that help my gut run smoothly.

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  • Everyone’s Obsessed with Protein, But According to Nutritionists Here’s What Your Body Really Needs

    Published October 30, 2025 03:00AM

    From cereal, chips, popcorn, water, to even your favorite Starbucks latte, protein is being added to virtually everything. Even though protein absolutely deserves a top spot in a well-balanced diet—it’s essential for building and repairing muscle, supporting recovery, and preserving lean mass as we age—but it’s often treated like the whole story. In reality, when it comes to actually powering training performance, adequate carbs, sleep, and a consistent plan are the major contributors.

    As a personal trainer, strength and conditioning specialist, and nutrition coach, I eat my fair share of protein and recommend it to clients, but I don’t love paying extra for protein bars or shakes when the consequences of substituting them for balanced meals chip away at performance and diet quality.

    With the protein craze taking a firm grasp of social media feeds, fast-food menus, and grocery carts, I think it’s important to examine what people truly need, where fortified products can help in real life, and where they slide into pricey ultra-processed convenience with a health halo.

    What’s Driving the Protein Boom?

    Though protein-boosted foods are cropping up more now than ever, diets where a single nutrient becomes shorthand for “better choices” have been around since the 1920s, according to advertising and food historian Elizabeth Nelson.

    The protein craze really took off in the 1980s thanks to the Atkins Diet, which pushed fat and protein with minimal carbs. The low-carb era made a simple case that protein is “good” and carbohydrates are “bad,” a framing that stuck because it let people eat indulgent foods and still feel virtuous, Nelson explains.

    Now, the protein frenzy is part of a bigger trend centering on “wellness” and longevity as ideal goals. In uncertain times, research shows people often gravitate toward health-control behaviors, so focusing on diet and well-being has become a way for many to regain control.

    Consuming Too Much Protein Can Backfire

    When a single macronutrient becomes the darling of your dinner plate, it can mean tradeoffs—some that are even counterproductive, especially if you’re choosing packaged protein-added foods over whole sources.

    Performance Drops When You Cut Carbs to Boost Protein

    People seek protein in part because of its performance and recovery-boosting prowess, but there’s a caveat. If protein is prioritized over carbs, performance and recovery will suffer, especially if your preferred activities demand a lot of energy. If you already get adequate protein, pushing above your usual targets or tacking on protein during or post-workout fuel doesn’t improve endurance performance when you’re getting enough carbs; the main benefit of protein during long efforts is reduced muscle damage and soreness.

    Active people should focus on getting enough carbs to fuel performance, which looks different depending on goals. “Endurance athletes, like cross-country runners as an example, require a lot more carbs,” says Jeffrey Jackson, a physical therapist, comparing them to athletes like football players, who must maintain more muscle mass, thus require more protein.

    Jackson recommends whole-food protein sources, partially because if you’re relying on protein-infused foods to power your training, you can end up depleted. “Most bars and ready-to-drinks will have some carbs, but a lot of them are now more focused on protein at the expense of carbs,” says sports dietitian Jessica Garay, a nutritionist and a sports dietetics specialist. This leaves you feeling depleted ahead of your next workout.

    Protein-Fortified Snacks Are Considered Ultra-Processed

    It’s more than a bit ironic that the war on processed foods is in full force while protein-added goods are booming. Bars, protein waters, cereals, and many ready-to-drink (RTD) shakes may look sporty and health-focused, but at their core, they’re industrial recipes built from whey isolates (purified whey protein) and additives such as flavorings and sugars for better taste, which makes them ultra-processed foods (UPF).

    When active people rely on protein snacks packed with artificial sweeteners, they “feel bloated while training or even must make frequent trips to the bathroom, which impairs performance,” Jackson says. Not exactly training fuel.

    How Ultra-Processed Foods Impact Health

    The bigger picture here is that higher intake of ultra-processed foods is associated with poor health outcomes. For example, a 2024 review links higher UPF intake with greater risks of cardiovascular disease, coronary heart disease, stroke, type 2 diabetes, and certain cancers. In a 2019 study, adults ate about 500 more calories per day from carbs and fat when offered ultra-processed meals than when offered minimally processed meals, even though the menus were identical in terms of calories, macros, sugar, sodium, and fiber content.

    How Much Protein Do You Actually Need?

    The recommended daily allowance (RDA) is 0.8 grams of protein per kilogram of body weight, which is a floor set to cover the needs of most healthy adults so they don’t become deficient. So if you weigh 150 pounds, you should aim to get 54 grams of protein each day.

    However, most active people and athletes do better in the 1.4 to 2.0 g/kg/day lane (so that same 150 pound person would need to eat roughly 95 to 136 grams of protein each day), especially when training is regular and intense, the higher end is more practical during heavy training or if you’re in an energy deficit—eating fewer calories than you burn during weight loss—according to the International Society of Sports Nutrition (ISSN). Garay suggests splitting protein into 20 to 40 grams per meal, choosing the higher end if you live in a larger body, are older, or have just trained intensely.

    As a nutritionist, I keep it simple. I’d rather see you eat yogurt and a sandwich after training than chug protein water (yes, that’s a thing) that shortchanges carbs. But I agree with Garay when she says, “Fed is best. A bar or RTD-protein shake is better than nothing.”

    But honestly, there’s no need to jump on this craze. If history holds, and it most definitely will, the pendulum will swing again, and we’ll be onto the next nutrition trend.

    Want more Outside health stories? Sign up for the Bodywork newsletter. Ready to push yourself? Enter MapMyRun’s You vs. the Year 2025 running challenge.

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  • The Surprising Limits of Human Endurance

    Published October 20, 2025 01:37PM

    Back in 2019, scientists proposed a new theory of endurance. For efforts lasting more than about a day, they suggested, the ultimate limit is dictated by how much food you’re able to digest. Your heart and mind and muscles can adapt to do amazing things, but they all need fuel. The most calories you can digest seems to be about 2.5 times your resting metabolism—so that’s what limits how much physical activity you can do day after day over weeks, months, or years.

    This idea of a “metabolic ceiling” sparked lots of discussion, but it also left some open questions. Does it really apply to top-level endurance athletes—like, say, Kilian Jornet, who just finished climbing 72 1,400-foot summits and cycling 2,500 miles in just 31 days while quaffing olive oil for calories? A newly published study in Current Biology sets out to answer some of these questions, measuring calorie data from 14 world-class ultrarunners and triathletes and analyzing the training logs of notable athletes like Jornet. Here’s what they found.

    What They Did

    The study was led by Andrew Best of the Massachusetts College of Liberal Arts and Herman Pontzer of Duke University, the latter of whom was one of the key authors of the original 2019 paper. The key data in the paper comes from 14 ultra-endurance athletes who drank special isotope-labeled water that enabled the scientists to calculate exactly how many calories they were burning at different times. They collected this data during events like a six-day ultramarathon, a 24-hour record attempt, and Joe McConaughy’s 13-day FKT on the Arizona Trail. They also collected calorie data during one or more training weeks, for reasons we’ll get into below.

    The calorie data from races blew through the theorical limit of 2.5 times resting metabolism. That’s because you can afford to go into calorie debt for short periods of time, meaning that you’re burning stored fat (and sometimes muscle) and losing weight. “Joe lost tons of weight running the Arizona Trail,” Best told me. But that can’t continue indefinitely. If you’re burning 9,000 calories a day (as Jornet estimates he was during his most recent challenge) but only consuming 7,000 calories a day, you might be able to keep doing that for a month or two, but you’ll eventually hit a wall.

    That’s why Best also measured calories during training weeks. By taking at least two measurements for each runner, one during a competition or hard training week and the other during a relatively easy training week, he created a personalized formula for each runner to estimate how many calories they burn as a function of how much they’re running. Then he applied this formula to a year’s worth of training data to see how many calories they could burn over a 12-month period rather than just during a week or two of competition. That’s where the 2.5 resting metabolism limit shows up again.

    Here’s a graph showing “metabolic scope” (which is how many calories per day you’re burning expressed as a multiple of resting metabolism) for different durations:

    The longer the duration, the lower the daily calorie burn you’re able to sustain. (Photo: Current Biology)

    The dark blue circles on the left side of the graph show the direct measurements of calorie burn during training and racing. There are values as high as seven times resting metabolism, which corresponds to a one-day record attempt on a 90-mile trail.

    The light blue circles are calculated from the athletes’ training logs based on training periods of various lengths. For example, at the six-week mark (42 days), you can see a range of light blue circles between about 2.5 and 4. The circle at 4 corresponds to a runner who ran an astounding 1,989 miles over a six-week period, which is 332 miles per week. But that was during a 46-day FKT attempt on the Appalachian Trail, so clearly not a level the subject could sustain for an entire year.

    As you extend to longer durations like 30 or 52 weeks, you can see that the light blue circles all cluster around 2.5. Some are a little higher, others a little lower, but none of these elite ultra athletes are sustaining values that are significantly higher than the proposed limit.

    What about true super-elites like Kilian Jornet and triathlon star Kristian Blummenfelt? Based on their publicly available training data, along with the training hours-to-calories formula that the new study generated, Best estimates that Blummenfelt averages about 2.8 to 2.9 times his resting metabolism over the course of an entire year, while Jornet hits 2.75. So the best of the best may edge slightly above the usual limit of 2.5, but not by much.

    What It Means

    There are two interesting features in the graph I included above. The first and most important is the flat line on the right side of the graph, which corresponds to the proposed asymptote of 2.5 based on the limits of digestion. The new results bolster my confidence that this really is a consistent phenomenon. If Jornet isn’t breaking it (by much), I don’t know who is. So I was surprised, when I checked in with Herman Pontzer, to find that he’s less confident than he was in 2019 that this is an ironclad rule.

    One of his reasons is that more data has emerged from elite cyclists at Grand Tours where they seem to be burning enormous numbers of calories without losing weight—which implies that they’re absorbing a comparable number of calories. A study of seven cyclists in the Giro d’Italia, for example, found that they burned more than four times their resting metabolism over the course of 24 days without losing weight. It may be that sports scientists’ quest to produce ever-more digestible carbohydrates is enabling cyclists to push back the limits of digestibility.

    The other interesting feature in the graph is the shape of the curve on the left. You see a similar curve when you plot your speed in shorter distance (i.e. a few hours or less) races against the time elapsed, as I did for my own track times here. In that situation, the asymptote corresponds to a quantity called critical speed, which represents your long-term sustainable pace. The shape of the curve is dictated by another parameter sometimes referred to as anaerobic capacity, which you can think of (very loosely) as the amount of energy you’re able to “borrow” when running faster than critical speed before you hit a wall. Milers and other middle-distance runners tend to have a very high anaerobic capacity.

    Something has to dictate the shape of Pontzer’s multi-day energy curve, and at this point he’s not sure what that something is. Intuitively, you can think of it as analogous to anaerobic capacity: you can “borrow” a lot of calories for a short period of time, putting you way above the 2.5 line; or you can borrow a lesser amount over an extended period of time. If you want to keep going for, say, six months, you can’t really borrow anything: calories out has to be balanced by calories in.

    But what determines the shape of that curve? If you’re carrying a lot of body fat, does that enable you to borrow more for longer? Or, more likely, if you’ve trained your metabolism to burn fat more rapidly, does that raise the curve? Does the precise shape of the curve depend on the mix of fat and carbohydrate that you burn at different exercise intensities? Or are there other non-metabolic factors that come into play, like muscle recovery or mental fatigue? The physiology of multi-day endurance challenges is still a relatively young scientific field—which means there should be lots of more insights, and lots more fun, still to come.


    For more Sweat Science, join me on Threads and Facebook, sign up for the email newsletter, and check out my new book The Explorer’s Gene: Why We Seek Big Challenges, New Flavors, and the Blank Spots on the Map.

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  • This Fruit Isn’t Just for Pie—It’s a Secret Weapon Against Inflammation

    (Photo: Ayana Underwood/Canva)

    Published October 16, 2025 01:29AM

    When you search for anti-inflammatory foods, most results suggest adding tomatoes, green leafy vegetables, strawberries, whole grains, and fatty fish like salmon to your diet. While these are fantastic recommendations, they’re a bit uninspiring. When I learned that pumpkin has anti-inflammatory properties, I was pleasantly surprised and grateful that I already had the plump gourd in my cupboard.

    I buy canned pumpkin every week to prepare frozen treats for my pup, Ollie, because research shows that the fiber content in pumpkin (about three grams per cup) can promote better digestion and combat diarrhea in dogs.

    After speaking with two sports dietitians, I learned that pumpkin is also great for humans. Here’s how adding more pumpkin to your diet can aid your overall health and performance.

    How Inflammation Affects the Body

    Inflammation is the body’s immune response to an illness or injury. It can occur outside the body—like if you scrape a knee and get a scab—or inside the body due to a variety of health or lifestyle reasons, such as having an underlying disease like obesity, sleeping poorly, eating a diet high in processed foods, drinking alcohol, smoking cigarettes, or over-exercising and straining your muscles.

    To heal, the body releases a range of substances (mainly hormones and inflammatory molecules) that dilate blood vessels to help blood and immune cells reach the injured tissue. This process facilitates healing, but it can also irritate nerves along the way, causing pain, swelling, and redness near the affected tissue.

    Short-term inflammation, which is sudden and temporary, is typically no big deal, but long-term chronic inflammation (which can persist for months, even years) can be a huge problem. If left untreated, the body can’t heal. The inflammation will compound, which can lead to serious health issues (such as stroke and cancer), an impaired immune system, and, in the case of overtraining, muscle fatigue, impaired performance, and a higher risk of injuries, says Allison Childress, a sports dietitian and associate professor in the department of Nutritional Sciences at Texas Tech University.

    Why Is Pumpkin Such a Potent Anti-Inflammatory Food?

    To recover quickly and lower your risk for certain diseases, you want to eat foods that can naturally reduce inflammation, says Natalie Allen, a dietitian and clinical associate professor of nutrition and dietetics in the School of Health Sciences at Missouri State University.

    Pumpkin Has a High Antioxidant Profile

    Pumpkin is loaded with antioxidants like beta-carotene, substances that prevent or delay cell damage, says Allen. They do this by reducing oxidative stress, a condition where molecules called free radicals grow out of control and damage your organs and tissue, says Childress. This, in turn, lowers levels of inflammation in your body, which is crucial not only for your overall health but for muscle recovery as well.

    After a strenuous workout, your muscles experience mild inflammation, and eating foods with antioxidants can reduce it, Allen explains. The result? Faster recovery and fewer injuries.

    Pumpkin Is Nutrient-Dense

    The next perk: pumpkin is full of fiber. Research shows that fiber enhances the diversity of your gut microbiome, the community of microbes that live in your digestive tract, helping decrease inflammation in your body, says Childress.

    Pumpkin is a great source of potassium (one cup of canned pumpkin contains 505 mg of potassium, 15 and 20 percent of the recommended daily value for men and women, respectively), which is an important electrolyte your body expels through your sweat, says Childress. Replenishing electrolytes after an intense workout can “reduce exercise-related inflammation and muscle soreness,” she says. It can also prevent muscle cramps, adds Allen.

    Additionally, one cup of pumpkin contains about 11 mg of vitamin C; that’s roughly 13 percent and 15 percent of the daily recommended value for men and wommen, respectively. “When we think about soft tissue repair, like ligaments and tendons and muscles, vitamin C is a key nutrient,” says Childress. As long as you’re also eating enough protein, she adds, consuming vitamin C can help your muscles, bones, and cartilage recover and grow.

    How Much Pumpkin Do You Need to Reap Its Anti-Inflammatory Benefits?

    Roughly half to one cup per day. However, for many, this much pumpkin isn’t realistic, Allen says. So you can aim to hit these daily recommended values by consuming a mix of vitamin A sources, including sweet potatoes, carrots, squash, and peppers. The goal is to eat about 5.5 cups of orange vegetables each week.

    The Best Ways to Add Pumpkin to Your Diet

    Pumpkin isn’t just for pies—it can be added to so many snacks and meals.“Pumpkin purée, in my professional opinion, is as good as if you got a pumpkin, roasted it, and puréed it yourself,” says Childress.

    So, add a cup of pumpkin purée to a smoothie, make protein bites or balls using a mix of rolled oats, pumpkin purée, pumpkin pie spice, flour, and chocolate chips or nuts. You can spread pumpkin purée over a piece of toast and drizzle it with honey, peanut butter, almond butter, or Greek yogurt.

    Add a half cup to your morning oatmeal, add it into your pancake mix, or whip up a pumpkin hummus for an afternoon snack. Or, hey, do what I do for my dog and freeze a dollop of pumpkin alongside Greek yogurt and peanut butter (it’s actually extremely tasty).

    You can also cook real pumpkin as you would spaghetti squash—carve out the seeds and strings, pour some olive oil on it, and roast it in the oven for about 45 minutes at 350℉. As for pumpkin seeds, you can toss them in salads, parfaits, or trail mix, Allen recommends. Just make sure to chew them thoroughly; otherwise, they’ll pass right through you, and you’ll lose out on the benefits, says Childress.

    When Is the Best Time to Eat Pumpkin?

    Allen says the best time to eat pumpkin is within an hour after working out, especially when paired with a protein or carbohydrate, because your body is primed to absorb nutrients more effectively, says Allen.

    But if you miss that window, don’t worry. Pumpkin is just as nutritious any time of day, says Allen. “It’s a very nutrient-rich food and you don’t need very much of it to get a lot of bang for your buck,” she says.

    Want more Outside health stories? Sign up for the Bodywork newsletter. Ready to push yourself? Enter MapMyRun’s You vs. the Year 2025 running challenge.

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  • I Tried the Internet’s Best Pumpkin Protein Recipes. These Are the Only Ones Worth Making.

    (Photo: Recipes: Ashia Aubourg; Design: Ayana Underwood/Canva)

    Published October 10, 2025 03:04AM

    Pumpkin season returns every year with lattes, pies, and donuts in tow. But beyond the sweet nostalgia, can the orange squash actually fuel an active lifestyle? It turns out that the four protein pumpkin recipes I found can.

    “Pumpkin offers a wide range of vitamins and antioxidants that can support your body,” says Yvette Hill, a registered dietitian nutritionist based in Boulder, Colorado. One cup of pumpkin purée provides 7 grams of fiber, 505 milligrams of phosphorus, 63 milligrams of calcium, and over 10 milligrams of vitamin C.

    Pair pumpkin with protein, and you’ve got a superfood. “Protein helps build muscle, supports your immune system, and keeps you feeling fuller for longer,” says Hill. That’s a serious advantage if you’re heading out for a long hike or want to recover faster after getting banged up while traversing on rocky terrain.

    Hill recommends aiming for 20 to 30 grams of protein per meal. If that sounds like a lot, don’t stress, snacks count too. Spread your intake throughout the day and you’ll hit your goal more easily than you think.

    If you’re ready for something more exciting and satisfying than the usual pumpkin muffins, smoothies, and lattes this season has to offer, try these fun and nutritious, nutritionist-approved pumpkin recipes below.

    1. Pumpkin Pie Overnight Oats with Chia Seeds

    pumpkin overnight oats
    Overnight oats made with Greek yogurt, almond milk, pumpkin purée, maple syrup, vanilla extract, chia seeds, and pumpkin pie spice. (Photo: Ashia Aubourg)

    I recently tested this pumpkin pie overnight oats recipe for a story about balancing blood sugar. It was delicious, so I was excited to learn that it doubles as a high-protein breakfast.

    Yield: 1 eight-ounce serving

    Ingredients:

    • ¼ cup plain Greek yogurt
    • ½ cup unsweetened vanilla almond milk
    • ¼ cup pumpkin purée
    • 1-2 tablespoons maple syrup
    • ½ teaspoon vanilla extract
    • ½ cup rolled oats
    • 2 teaspoons chia seeds
    • ½ teaspoon pumpkin pie spice

    Recipe:

    1. In a bowl, whisk together Greek yogurt, almond milk, pumpkin purée, vanilla, and maple syrup. Stir in the oats, chia seeds, and pumpkin spice until thoroughly mixed.
    2. Scoop the mixture into a sealable jar or container and store it in the fridge overnight, or for at least four hours.

    “The oats, chia seeds, and Greek yogurt make this breakfast a good source of protein,” says Hill—a single serving provides nearly 18 grams—enough to keep you full through the morning.

    To level it up, Hill suggests mixing in 1/4 cup of peanut butter and 1/4 cup of almonds. That combo can push the total to over 40 grams of protein.

    The Verdict: Filling and Decadent

    I’ve made this recipe before, and it couldn’t be more straightforward. If you meal prep regularly, it deserves a spot in your rotation. It takes about five minutes to assemble, then the fridge handles the rest. The oats set into a mousse-like texture with that familiar, cozy pumpkin spice flavor. I took Hill’s tip and stirred in a spoonful of peanut butter, which added richness and a hint of salt that balances its sweetness without overpowering the pumpkin. I ate it right before a hike and stayed full the entire trek.

    2. Pumpkin Butter Chickpeas

    pumpkin-chickpea-curry
    Stewed chickpeas made with yellow onion, garlic, ginger, garam masala, curry powder, turmeric, cayenne pepper, other spices, chickpeas, coconut milk, pumpkin purée, tomato paste, butter, and cilantro. (Photo: Ashia Aubourg)

    After a big hike, I usually go for butter chicken. It’s one of my go-to takeout meals. So when I came across a chickpea version, I had to try it. Instead of tomatoes, the creator uses pumpkin purée to build the sauce, and that twist sealed the deal. I skipped ordering out and cooked it myself.

    Yield: 4 servings

    Ingredients:

    • 2 tablespoons extra virgin olive oil
    • 1/2 medium yellow onion, chopped
    • 4 cloves garlic, minced
    • 2 inches of fresh ginger, grated
    • 1 tablespoon garam masala
    • 2 teaspoons yellow curry powder
    • 1/2 teaspoon turmeric
    • 1 teaspoon cayenne pepper
    • kosher salt and black pepper, to taste
    • 2 cans (14 ounce) chickpeas, drained
    • 1 can (14 ounce) full-fat coconut milk
    • 1 cup pumpkin purée
    • 2 tablespoons tomato paste
    • 2 tablespoons salted butter (coconut oil if you follow a vegan diet)
    • 1/4 cup fresh cilantro, roughly chopped

    Recipe:

    1. Heat the olive oil in a large pan over medium heat. Add the onions and cook for five minutes or until fragrant. Add the garlic and ginger, cooking for an additional two minutes. Stir in the garam masala, curry powder, turmeric, cayenne, and a pinch of salt and pepper. Cook for about one more minute.
    2. Add the chickpeas and toss to coat with the spices.
    3. Stir in the coconut milk, pumpkin purée, tomato paste, butter, and 1/2 a cup of water. Simmer for five minutes, until the sauce has thickened slightly. Remove from the heat and stir in the cilantro. Season with salt and pepper, to taste.
    4. Serve the chickpeas on their own or with rice, naan, or quinoa.

    This dish holds up on its own, says Hill. There are approximately seven ounces of chickpeas in one serving of this dish, which provides around 13 grams of protein. In one serving, the coconut milk adds an extra three grams of protein. For an extra protein boost, Hill suggests serving this curry over half a cup of quinoa. That simple addition adds over 11 more grams, bringing the total to 27 grams, turning this comfort food into a protein superfood.

    The Verdict: Hearty Comfort Food with a Little Spice

    I went for a hike and didn’t walk away with any injuries, but the soreness hit hard, which is pretty normal for me. This pain sometimes lingers into the next morning, so I wanted something quick and restorative for dinner once I got home. This meal came together in just 30 minutes, and I couldn’t stop going back for more. The chickpeas, coated in a rich, pumpkin butter sauce, tasted slightly sweet with just enough heat from the pinches of cayenne pepper. The next day, although I still felt a little sore, I had the energy actually to move through my day.

    3. Pumpkin Protein Balls

    pumpkin-oat-bites
    Snack bites made with oats, almond butter, pumpkin purée, vanilla protein powder, ground flaxseed, chia seeds, maple syrup, cinnamon, pumpkin pie spice, and chocolate chips. (Photo: Ashia Aubourg)

    I always keep a stash of protein bites in the fridge. Whether it’s pro climber Sasha DiGiulian’s bars or cheese sticks, I like having something quick and satisfying within reach. So, when I found a recipe that combines oats, peanut butter, pumpkin purée, and other good ingredients into bite-sized fuel, I knew I had to try it.

    Yield: 12 balls

    Ingredients:

    • 3/4 cup old-fashioned rolled oats
    • 1/4 cup almond butter
    • 1/4 cup pumpkin purée
    • 1 scoop (25 grams) vanilla protein powder
    • 1/2 tablespoon ground flaxseed
    • 1/2 teaspoon pumpkin pie spice
    • 1 teaspoon chia seeds
    • 3 tablespoons maple syrup
    • Pinch of cinnamon
    • 1 tablespoon chocolate chips

    Recipe:

    1. Add all the ingredients to a bowl and stir until well combined.
    2. Once mixed, use a small ice cream scoop or tablespoon to dig out and form the dough into 12 balls.
    3. Store in an airtight container in the refrigerator for up to one week or in the freezer for up to three months.

    This snack provides a solid source of protein from oats, chia seeds, almond butter, and a scoop of powder. Each bite packs around five grams of protein, making it an easy win for pre- or post-workout recovery or trail fuel. While the recipe calls for vanilla protein powder, chocolate or coffee-flavored powders work just as well to keep things interesting.

    The Verdict: Easy and Delectable

    Even though I write about protein all the time (and fully understand its benefits), I don’t always hit 20 grams per meal. Life gets busy. What I like about these bites is that they offer small wins throughout the day. Grabbing two or three puts me halfway to my protein goal before dinner even starts. And they’re so good. These bites taste like pumpkin oatmeal cookies with a gooey, cookie-dough-like texture.

    4. Pumpkin Bolognese

    pumpkin-bolognese
    Bolognese pasta made with onions, garlic, carrots, celery, oregano, ground beef, tomato paste, pumpkin purée, and seasonings. (Photo: Ashia Aubourg)

    Bolognese is a classic Italian pasta dish built with ground beef, aromatics, and a rich tomato base. But a version from the blog Mon Petit Four caught my eye. Instead of red sauce, it uses pumpkin purée. I had to try it.

    Yield: 6 servings

    Ingredients:

    • 1 box of pasta
    • 1 tablespoon extra virgin olive oil
    • 1/2 large onion, diced
    • 2 cloves garlic, minced
    • 1 medium carrot, finely chopped
    • 1 celery stalk, finely chopped
    • 1 teaspoon dried oregano
    • 1 pound ground beef
    • 1/2 cup tomato paste
    • 3/4 cup pumpkin purée
    • salt and pepper, to taste
    • reserved pasta water

    Recipe:

    1. Cook the pasta according to the package directions, adding one tablespoon of salt to the water in the pot. Drain the pasta, reserving some of the pasta water.
    2. In a large pan over medium heat, warm the olive oil. Add the diced onion and cook until translucent, about three minutes. Add the garlic, carrot, celery, and dried oregano. Sauté for five minutes, until the vegetables become tender.
    3. Add the ground beef and break it up into smaller pieces. Cook the beef until it’s browned, then add the tomato paste and pumpkin purée. Add a generous pinch of salt and pepper. Stir everything together and let the paste and purée cook with the beef for a couple of minutes.
    4. Add some of the reserved pasta water, one ladle at a time (about 1/4 cup), until the sauce is as thick or loose as you like it. Allow the sauce to simmer on low heat for a minute.
    5. If your pan is big enough, toss the pasta with the sauce in the pan. If not, then pour the sauce over the spaghetti.

    Hill gives the recipe high marks as is. One serving of this dish contains approximately three ounces of ground beef, providing nearly 16 grams of protein. For an extra boost, she recommends substituting regular pasta with pasta made from red lentils. That simple switch can increase the total protein content from three grams in the regular pasta to nearly 15 grams in one serving of this dish. So, if you didn’t get your protein intake in at lunch, don’t worry—dinner has you covered.

    The Verdict: A Tasty Way to Upgrade Bolognese

    This pumpkin Bolognese hit all the right notes: rich, satisfying, and just as flavorful as the traditional version, with a little extra creaminess from the purée. The sauce leaned slightly sweet, as expected, so I added a few shakes of red pepper flakes to bring some heat. It left me full and fueled. The next morning, I headed out for a beach jog, feeling strong, a reminder that pumpkin pulls double duty: it’s both a seasonal comfort food in the kitchen and a performance fuel on the trail.

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  • Cold-Brew Tea Latte Recipe for Camping

    (Photo: Cold-Brew Tea Latte: Ashia Aubourg; Design: Ayana Underwood/Canva)

    Published September 26, 2025 03:00AM

    Y’all know me. Whenever a food trend starts going viral on TikTok, I jump in and test it so you don’t have to. This time, while scrolling, I stopped mid-swipe after seeing people dunking handfuls of tea bags into half-gallons of milk. The funky-looking concoction everyone’s obsessed with? Cold-Brew Tea Lattes.

    Unlike your typical cold-brew, this drink doesn’t involve coffee at all (or caffeine, depending on the tea you choose). Instead, it turns that box of tea bags in your cabinet into something entirely new. Mixing them with milk creates a café-style latte that feels barista-made without the effort. Prep only takes a few seconds, and the fridge handles the rest.

    Most TikTok food trends make me skeptical, but this one felt different. I already love iced tea lattes, such as matcha, so this hack caught my attention. Still, I had questions, because as an outdoor enthusiast, I wondered if this could work as an easy way to fuel up before heading outdoors. I interviewed a few experts to find out.

    For Hikes and Camping, Choose Teas That Sharpen Focus and Reduce Inflammation

    “If you want to try this tea trend before a hike or camping trip, consider what you’re looking for in your cup,” says Rhyan Geiger, a registered dietitian based in Phoenix, Arizona.

    Planning to tackle rocky or uneven trails? Geiger recommends brews rich in L-theanine, such as green and yellow tea (a slightly fermented tea), which may sharpen focus and boost alertness during challenging hikes.

    But Claire Rifkin, a registered dietitian based in New York City, points out that caffeine acts as a diuretic and can make you need to pee more, which isn’t exactly ideal when you’re out in the middle of nature.

    For caffeine-free options that still offer support on the trail, Geiger recommends herbal teas. For example, both ginger and chamomile tea have been shown to combat inflammation, making them helpful if you find yourself getting sore in the wild. Herbal teas might also ward off fatigue—another practical benefit when you’re on a long trek.

    How to Get the Most Out of This Cold Brew Tea Trend, According to Nutritionists

    “One way to make this trend more nutritious is by focusing on your milk choice,” says Geiger. For anyone looking to increase protein intake—which supports muscle repair and recovery after strenuous activity—soy milk delivers about eight grams of protein per cup.

    Your milk choice can also impact your energy level. According to Geiger, the natural sugars in dairy, almond, oat, or soy milk can give you a fast fuel-up before hitting the trail.

    To round things out, Rifkin recommends bringing along a source of carbs when heading out with your cold brew. A banana or overnight oats work well. Paired with the protein and fat from the milk, you’ll create a more balanced source of energy, she explains.

    How to Make a Cold-Brew Tea Latte

    (Photo: Ashia Aubourg)

    Servings: 8 ounces

    Prep Time: 5 minutes (plus 8 hours chilling)

    Total Duration: 8 hours 5 minutes

    Ingredients

    • 3 tea bags of your choice
    • 8 ounces milk (dairy or plant-based)
    • Optional: 1 teaspoon of sweetener of your choice (Consider using monk fruit sweetener or coconut nectar; honey works, too). 

    Recipe

    1. Pour milk into a jar or insulated cup with a lid.
    2. Add tea bags to the milk.
    3. If using a sweetener, stir it in gently.
    4. Secure with a lid and refrigerate for at least 8 hours or overnight.
    5. Remove tea bags before drinking.

    The Verdict: Low Lift, High Reward

    I recently traveled to the Algarve region in Portugal and planned to glamp in an area without easy access to cafés, meaning no iced latte stops. Since I had a foraging hike scheduled, it was the perfect time to try this cold brew tea hack.

    Fortunately, a local market nearby had all the basics: soy milk, tea, and honey. At home, I usually have these staples on hand, so it was reassuring to see that this recipe only requires everyday pantry and fridge staples.

    I chose two types of tea: Hibiscus for its tart, fruity flavor and Earl Grey for its antioxidant power.

    The night before the hike, I prepped both teas. The next day, they were chilled and ready. I’m a two-beverage person in the mornings and usually reach for an iced matcha and a smoothie, so bringing both teas along fits nicely into my A.M. routine. With a three-hour hike ahead, I planned to hydrate early with these lattes.

    Two hours in, I still didn’t feel thirsty, which is rare for me on long hikes. More impressive than the hydration, though, was how good the lattes tasted. They had a subtle flavor; the hibiscus offered light floral and honeyed notes, while the Earl Grey brought out earthy and warm spice flavors. Trying something different from my usual iced matcha or decaf latte turned out to be a delicious shift from my typical routine.

    I have a few remote trips coming up this fall, and I’ll definitely bring this cold brew tea hack with me. It’s a simple, satisfying way to enjoy an iced latte without needing a café nearby, and it delivers a few nourishing perks along the way.

    Want more Outside health stories? Sign up for the Bodywork newsletter. Ready to push yourself? Enter MapMyRun’s You vs. the Year 2025 running challenge.

    aunderwood

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  • New Research Says Endurance Athletes May Need as Much Protein as Weight Lifters

    If you buy through our links, we may earn an affiliate commission. This supports our mission to get more people active and outside.Learn about Outside Online’s affiliate link policy

    How much protein do endurance athletes need? (Photo: Kelly Sikkema via Unsplash)

    Published May 25, 2025 11:17AM

    You’d have a hard time finding any serious endurance athlete in 2025 who thinks protein doesn’t matter. Gone are the carb-centric days of pasta and Gatorade and nothing else. But figuring out how much protein runners, cyclists, and other endurance junkies actually need—and when they need it—remains a work in progress.

    I’ve grappled with these questions a few times recently—in a piece busting some common protein myths, and in another discussing the idea of maximum protein intake. But now a new review paper in Sports Medicine, from a research team led by Oliver Witard of King’s College London, offers a comprehensive overview of the current state of knowledge. Witard and his colleagues focus on two key questions. First, how much protein do endurance athletes need on a daily basis to stay healthy and optimize long-term training adaptations? And second, what role can the tactical use of protein play in speeding up short-term recovery and boosting performance?

    Protein for the Long Term

    Government guidelines currently recommend getting at least 0.8 grams of protein per kilogram of body weight (g/kg) each day. For someone who weighs 150 pounds, that works out to 55 grams of protein. For reference, a standard 5-ounce can of tuna has about 20 grams of protein.

    There are two main problems with this guideline, however. First, it’s intended to be the minimum required to stay healthy, not the optimal amount to maximize performance. Second, it was formulated using a measurement technique that involves tracking the amount of nitrogen being consumed and excreted from the body, which some scientists believe underestimates protein needs. A newer approach called the “indicator amino acid oxidation method,” which involves labeling one specific type of amino acid with a carbon isotope to see how quickly it’s burned, gives higher numbers and is also more practical for testing specific populations like athletes.

    The usual argument for getting lots of protein is that it provides the building blocks—amino acids—for building new muscle. That’s important for strength training, but endurance athletes need it for other reasons. One is that these building blocks are used to repair the muscle damage incurred by hard training: the longer and harder you run, the more damage you incur, and more protein you presumably need for repairs.

    During prolonged exercise, your body also starts burning amino acids for fuel. The amounts are generally small, and how much you burn depends on the nature of the exercise and what else you’re eating, but in some cases 5 to 10 percent of the fuel you need for a given workout is provided by protein. If you’re training hard, you’ll need to eat extra protein to replace those losses.

    There are some more subtle possibilities, too. Muscle isn’t the only part of the body that’s built from protein. One of the key adaptations athletes gain from endurance training is an increase in the amount of protein in the mitochondria, where cellular energy is generated. The more protein in the mitochondria, the more efficiently it creates energy. A few studies have sought to  figure out whether eating more protein boosts the mitochondrial response to exercise. The results so far haven’t been convincing, but it’s still an open question.

    Witard and his colleagues pooled data from various indicator amino acid studies to assess protein needs for endurance athletes under various conditions. Here are some of the key numbers:

    bar graph showing protein needs for endurance athletes
    Data from indicator amino acid studies suggests that endurance athletes need more protein than untrained people. (Photo: Adapted from Sports Medicine)

    The indicator amino acid data suggests that even untrained people need about 1.2 g/kg of protein per day, 50 percent more than the FDA’s recommended daily intake of 0.8 g/kg. And endurance athletes need another 50 percent more than untrained people, with a level of 1.8 g/k/g ensuring that 95 percent of people are getting all the protein their bodies can use. In comparison, studies using the same indicator amino acid method find that resistance-trained athletes need somewhere between 1.5 and 2.0 g/kg per day, raising the possibility that endurance athletes might actually need more protein than lifters.

    There’s an important point to bear in mind, though: endurance athletes also tend to eat a lot more than the average person, which means they automatically get more protein. Current protein intake among American adults averages 1.25 g/kg for men and 1.09 g/kg for women, pretty close to the overall target of 1.2 g/kg for untrained people. In comparison, one study found that endurance athletes average 1.4 to 1.5 g/kg—not quite at the 1.8 g/kg level, but not that far away.

    There are some other nuances in that graph. Data on male-female differences is very sparse, but there are some hints that women might require more than men relative to their body weight. That might be particularly true during the luteal phase of the menstrual cycle, since progesterone can affect protein burning. Witard and his colleagues make a blanket recommendation that both male and female endurance athletes should aim for 1.8 g/kg, but they throw in the speculative possibility that females “may consider” upping it to 1.9 g/kg during the luteal phase of their cycle.

    Short-Term Protein Tactics

    The big surprise in the data above is that endurance athletes seem to use more protein on their rest days than on training days. This finding has popped up in a few studies, and it’s definitely not what the scientists were expecting. It’s possible that there’s some quirk of metabolism that’s skewing the measurements used to assess protein needs when you try to compare exercise and non-exercise days.

    But it’s also possible that the effect is real—that when you give your body a break, its repair and adaptation mechanisms kick into overdrive and thus use more protein than usual. If this is true, it’s an argument for upping your protein intake on rest days: Witard and co. suggest aiming for 2.0 g/kg. And on a more fundamental level, it’s an argument for including true rest days in your training program periodically, since they seem to trigger recovery processes that don’t happen on normal training days. At this point, I’d say the jury is still out on whether the effect is real.

    Either way, the researchers suggest aiming for 0.5 g/kg of protein following exercise to help repair any muscle damage incurred during the workout. For a 150-pound person, that’s 34 grams of protein, which is what you’d get in a substantial meal with a good protein source. How soon is “after exercise”? I don’t think there’s any convincing data that says it has to be immediately after. Your next meal is fine—unless your workout was after dinner and you’re planning to head to bed, in which case you should make a special effort to get some protein in.

    The data also suggests that athletes use more protein when they’re training in a carbohydrate-depleted state. In this case, we’re not talking about a consistently low-carb diet, but rather doing certain training sessions in a low-carb state to help the body adapt to burning fat more efficiently. There’s decent evidence that protein can help power these workouts, and Witard suggests taking in 10 to 20 grams of protein before and/or during this type of session.

    This idea of using protein to compensate for low carbs also connects to one of the most hotly debated ideas about protein for endurance athletes. There have been various research-backed claims over the years that adding protein to a sports drink that you consume during a race or training session will enhance your performance, and that taking in some protein in the immediate post-workout window will speed up the rate at which you refill the carbohydrate stores in your muscles.

    All these claims, Witard and his colleagues argue, are the result of studies where the subjects didn’t get enough carbohydrates. If you’re meeting your carb needs, adding protein to a sports drink will neither boost your performance nor accelerate your muscle refueling. There may be exceptions for ultra-endurance events, which haven’t been well-studied and have somewhat different metabolic challenges compared to a marathon. But the researchers’ final conclusion is a reminder that for endurance athletes, despite protein’s current popularity, carbohydrate is still king.

     


    For more Sweat Science, join me on Threads and Facebook, sign up for the email newsletter, and check out my new book The Explorer’s Gene: Why We Seek Big Challenges, New Flavors, and the Blank Spots on the Map.

    Corey Buhay

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  • Simplify Your Next Getaway

    Simplify Your Next Getaway

    The best way to pack for a last-minute adventure? Go light and snack smart with a protein-rich boost from Isopure Infusions. Emily Blanchard has some great tips on how to pack for minimalist travel so your stuff doesn’t limit your fun:

    1. Choose multipurpose items
    2. Snack smart
    3. Use a smaller bag
    4. Pack with compression cubes
    5. Embrace the art of DIY laundry

     


    Part of Glanbia Performance Nutrition, Isopure features a wide range of products to address all kinds of nutritional needs, with offerings such as Zero/Low Carb Protein Powder, Zero Carb Unflavored Protein Powder, Infusions Protein Powder, and Collagen Powder. Isopure aims for the highest standards of protein, made with simple ingredients—all without sacrificing taste. Isopure products can be found nationwide in specialty and mass retail stores, gyms and fitness centers, and most online retailers. To learn more, visit theisopurecompany.com and follow the brand on Facebook, Instagram, and YouTube.

    elessard

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  • How Fat Makes You Fast

    How Fat Makes You Fast

    Peter Frick-Wright (host): This is the Outside Podcast.

    Peter: One of the first events at this year’s summer olympics is race walking. On August 1st, the fastest walkers in the world will toe the line to see who can move the quickest while keeping one foot in contact with the ground at all times and straightening their leading leg as the foot makes contact with the ground and keeping it straight until the leg passes under the body.

    And I know you’ve heard the jokes and seen the parodies, but… race walking is hard core. Elites walk a 6 and a half or 7-minute mile for 20 km. It’s a sport whose athletes live at the limits of endurance and pain tolerance.

    So, with the summer olympics in Paris coming up, we thought we’d replay this episode from 2019 about an Olympic race walker who signed up to participate in a nutrition study that changed his life.

     

    It’s the first of three episodes we’re doing looking at interesting aspects of this year’s Olympics. It was originally produced as part of our Sweat Science series.

     

    Peter: In the beginning, there were carbs, and they were good.

    Alex Hutchinson: It’s just inextricably connected that if you want to enhance your endurance performance, you have to carbo load.

    Frick-Wright: Runners run on carbohydrates. For the last half century, the menu for athletes has been pasta, bread, rice, and potatoes.

    Hutchinson: It’s like carbohydrates and endurance are the match made in heaven.

    Frick-Wright: But then there was fat, and some said, it was better.

    Hutchinson: In the sports world, it was in ultra running that people first started to say, Hey, I think it’s better to just go on a low carb high fat diet.

    Frick-Wright: The idea was that if you could tap into your body’s nearly endless supply of fat, use it to fuel your workouts, you’d have basically an unlimited supply of energy. You could run forever. And then athletes started going out and doing it. In 2012, Timothy Olson broke the record at the Western States 100, a trail race in the Sierra Nevada mountains. Then in 2015, Zach Bitter beat the American record for a hundred miles running on a track and eating a diet almost completely free of carbs.

    Hutchinson: It’s just totally radically rejecting everything we thought we knew about sports nutrition.

    Frick-Wright: This is Outside Sweat Science columnist Alex Hutchinson, and he was and still is covering the low carb high fat diet as it’s surged in popularity. Now it’s known as the bulletproof diet, paleo, caveman, Atkins, or the ketogenic diet. They’re not exactly the same, but they all limit carbohydrates and reject the idea that carbs should be the foundational block of the food pyramid.

    Hutchinson: So it becomes this sort of, the man versus the counterculture of —  they want you to believe that you need carbohydrates, but in reality you can set yourself free by following this new diet.

    Frick-Wright: You’ve probably heard of at least one of these name brand diets, or have a friend who stopped doing carbs at some point. And for people with certain food sensitivities, dropping carbs can actually feel like a miracle cure. And in the weight loss world, this idea has been pretty popular since the two thousands, and because so many people are seeing such great results, there’s a long standing debate about whether cutting carbs is the fastest way to lose weight and cash in on all sorts of internal health benefits.

    Hutchinson: Or is that going to, you know, give you cancer and make your head fall off and do all sorts of other bad things.

    Frick-Wright: What is new, and still very much up for debate, is whether or not a low carb, high fat diet is actually a superior nutrition plan for endurance athletes, or just an alternative.

    Hutchinson: So then we’ve got this new layer that’s not just is it good for you, but will it make you run a faster marathon or do better in your triathlon or whatever the endurance challenge that you’re contemplating.

    Frick-Wright: So today we’ve got the story of one man who was faced with an endurance challenge and was propelled to completely new heights thanks to a low carb, high fat diet, but maybe not quite in the way that proponents of the diet would like you to believe. That man is 28 year old Canadian Evan Dunfee.

    Evan Dunfee: My name is Evan Dunfee.

    Frick-Wright: The sport?

    Dunfee: I’m a Canadian race walker.

    Frick-Wright: Race walking.

    (audio from race walking broadcast): But what we see you so often is a one or two walk is going out fairly fairly fast, but then they tend to drop back.

    Frick-Wright: Evan Dunfee has dedicated two thirds of his life to the sport of racewalking, but he still has to explain what it is.

    Dunfee: Everything is the exact same as running; the aerobic components that are necessary, all that stuff is the exact same as running. The only difference is that in race walking, we have to adhere to two rules: one foot always has to remain in contact with the ground; and your front leg has to be straight at the knee from the time it touches the ground until it passes onto your body.

    Frick-Wright: If you can’t picture it, imagine elite athletes trying to run but as politely as possible with their head back, perfect posture, arms pumping, hips on a swivel. And yes, it seems kind of weird artificially make yourself slower and still call it a race. But if you think about it, that’s how swimming works too

    Hutchinson: Race-walking is like that. It’s like an out of the water version of swimming where form absolutely predominates everything. But you also have to be pushing to your physical limits.

    Frick-Wright: So you can think of race walking as the breaststroke of track and field.

    (to Dunfee) And how fast are you going? What’s an Olympic speed for a race walker?

    Dunfee: My personal best time for 50 kilometers is 3 hours and 41 minutes and 36 seconds. So roughly a 4 minute and 26 second kilometer.

    Frick-Wright: For those of you unfamiliar with the metric system, that’s fast.

    Dunfee: It would be slightly quicker than a seven minute mile. For perspective, I know the marathon is something that a lot of people can relate to. So in 2017 I walked the BMO Vancouver marathon, and walked it in 3hours, 10 minutes and 32 seconds.

    Frick-Wright: If you’re not a runner or don’t know marathon times, a three hour marathon puts you in the top 2% of everyone that runs marathons. You can qualify for Boston at three hours, five minutes. Evan nearly walked that. And the longer the race goes, the better he gets.

    Dunfee: The 50 K is my primary event. I like the longer stuff. I wish there was an even longer event.

    Frick-Wright:50 K is about 31 miles, so it’s a quintessential test of endurance, a marathon plus a little bit, and Evans always sort of gravitated to the more drawn out athletic events. As a kid he struggled at stick and ball team sports. He was an average runner and only took up race walking when his older brother had his appendix removed. He couldn’t take the impact of running. But Evan had a knack for low grade sustained effort. So pretty soon he was a really good racewalker. He set provincial records and then the Canadian under 18 record and then qualified for the Commonwealth games. Every year, he kept getting better, until it came time for the Olympics in London 2012 which is when he realized that when you start competing against the best in the world, he was kind of average — middle to back of the pack. He didn’t even make the Canadian team.

    Dunfee: I guess more than anything, I just kind of lost sight of how much hard work it actually took and took for granted getting better and better and better. When I didn’t improve for the first time was just kind of shocking more than anything else. And it was just sort of unexpected and it really rattled me. It took sort of that reaffirmation to be like, this is actually something I really want to do and it should be hard. If it’s not hard, then it’s not really worth doing. I think that that moment in London really helped solidify a bunch of those thoughts.

    Frick-Wright: He set his sights on the 2016 Olympics in Rio de Janeiro, Brazil, which meant getting serious about his training, which in 2012 meant going to Canberra to train at the Australian Institute of Sport.

    Dunfee: My teammate Inaki Gomez had gone down in 2011 and come back and was just like, this is amazing.It’s three months of summer when it would be winter otherwise. So for that reason alone, it’s great. The training environment, the people, the infrastructure there. It was just so new to us and something that we had never even really imagined existed.

    Frick-Wright: He trained with the best race walkers in the world, including Jared Talent an Australian who’d two medals in London, and he worked with Louise Burke, head of Sports Nutrition at the Institute.

    Dunfee: And so from there, I started going back pretty much when every opportunity I got. And then in the winter of 2015, Louise Burke and Jared got in touch and said, Hey look, we’re doing this supernova thing, looking at the effects of a high fat diet. Would you want to come out and do it?

    Frick-Wright: If you want to study how fuel affects endurance, race walking is an interesting sport to look at. And the reason why it has to do with how muscles can switch between types of fuels.

    Hutchinson: So there are three macronutrients: protein, fat and carbohydrate. And when you’re talking about endurance performance, protein, we can mostly ignore it. So it’s either fat or carbohydrate, and there’s been well over a century of research trying to figure out which fuel dominates, which is more important, how the body decides what to burn when.

    Frick-Wright: In general, when you’re doing easy exercise, like walking or on a light jog, you’re  burning fat. But as you speed up, the body starts drawing more and more from carbohydrates, which it turns into glucose. That’s because before the muscles can actually use fatty acids or glucose, both have to be turned into something called adenosine triphosphate or ATP. You can think of fatty acids and glucose as different kinds of crude oil and ATP is like gasoline, the thing your engine actually runs on. You’ve got a virtually bottomless supply of fat, but the process of refining it to ATP is simply too slow to keep up with your muscles’ needs when you’re really pushing hard — you can make ATP from carbohydrates twice as quickly. That’s why as the intensity of your workout increases, your body starts switching to carbohydrate.

    Hutchinson: So you’ve got this variable fuel mix that goes from virtually all fat to virtually all carbohydrate depending on how intensely you’re going.

    Frick-Wright: The exact mix for any given effort depends on a bunch of things including what you eat. So if you eat more carbohydrates, your body gets better at burning carbohydrates.

    Hutchinson: And the more fat you eat, the better your body gets at burning fat. This is well known, has been known for a long time, studies going back a century.

    Frick-Wright: So sports scientists have known for a long time that at top speed, we’re mostly burning carbs. But then in the nineties researchers started looking at whether or not you could prime the body to burn fat more quickly by giving it only fat. The theory was that by denying your body carbohydrates in training, you could force it to rely more on fat. Then in a race, you wouldn’t need to tap into your precious and limited supply of carbohydrates until the finishing sprint.

    Hutchinson: From about, let’s say 1995 to 2005, this was a huge area of research in sports science, but it just never produced the results that people expected. No one could demonstrate that it was actually better than the usual approach and around 2005 people finally figured out that if you eat a high fat diet, not only do you get way, way better at burning fat, you also get worse at burning carbohydrate. In fact, your body kind of throttles your ability to burn carbohydrate, and this is a problem if you’re a competitive athlete because it means you’ve got no finishing kick.

    Frick-Wright: In 2005, a definitive study at the University of Cape Town showed that cyclists were significantly worse at mid race sprints and surges after spending time on a high fat diet, even when using carbs for the actual tests. And for the most part that was that without carbs you didn’t have any explosive power. So everyone pretty much decided that high fat diets aren’t right for most athletes. But the thing is no one really told the athletes. They kept experimenting with cutting carbs and they seemed to like the results.

    So even after having declared the 2005 cyclists study to be the nail in the coffin of high fat diets, Louise Burke at the Australian Institute of Sport started to look for ways to test it out again. And she thought maybe you could apply the diet to an activity where there was no sprinting. What if there were an endurance sport where a brisk walk was as fast as you ever went?

    (audio from racewalking event): Dunfee, who’s been working so tremendously hard training in Switzerland — he’s been working with a psychologist and he’s somebody who has a degree in kinesiology. So he knows about human physiology as well as anything else.

    Frick-Wright: (to Dunfee) And what was your like nutrition game plan like before that — had you ever heard of the high fat diet?

    Dunfee: I had heard bits and pieces of it through my degree. My diet at that point, and probably still now, is one of those things that’s probably in the like big things that could change for the better. Training 200 kilometers a week kind of provides me an opportunity to make the excuse that I can have more donuts. And so for me, going into supernova, it was a radical change cause I basically lived off of sugar.

    Frick-Wright: The supernova experiments began in the fall of 2015. Evan joined 19 other elite race walkers in Australia and the plan was to divide them into two groups, restrict the carb intake of one of the groups for three weeks, and see if their bodies could adapt to run on fat. All their meals would be prepared for them and they would try to force their bodies to adapt, no matter how much it sucked.

    Dunfee: It was awful. For those first couple of days– that first time that I just had nothing to compare it to.

    Frick-Wright: Physically, the workouts were grueling. Even the ones that were supposed to be easy. Evan’s heart rate was higher, his times were slower and he felt terrible. But there have been several studies going back to the 1930s that have shown that with long enough to adapt, your body can run on fat. And Inuit cultures traditionally lived on what was essentially a low carb, high fat diet. But that doesn’t mean it’s easy to switch. Your body will do everything it can to convince you to take in more than the 40 grams of carbs Evan Dunfee got each day.

    Dunfee: So 40 grams of carbs is nothing — that’s two medium sized bananas, I guess.

    Frick-Wright: The first step of each training session was hard and Evan said it never got any easier.

    Dunfee: My teammate Inaki Gomez, who’s like this stoic, strong character,  after one of his long walks just ended up collapsing down beside one of the vans and just broke out into tears. And it was just inexplicable, like he didn’t know why he was doing it. He couldn’t understand why it was happening, but like it was just so emotionally draining trying to get through that training in those first couple of days, that first week.

    Frick-Wright: Mentally, it was also grueling. The supernova study had both a high carb and a low carb group and they ate their meals right next to each other.

    Dunfee: You sit down for your pasta dinner, which was zucchini pasta with a carbonara sauce. And you’re looking at this bowl and your bowls a third full and instinctively you know that you’re getting the same number of calories as the person next to you. But you look at the person next to you and they had this overflowing plate of pasta and bolonaise sauce and and even though, you know, it’s the same number of calories, it just can’t convince yourself of that. So you’re watching these guys eat and you’re just getting depressed and depression in the lightest sense of the word was an overarching feeling that a lot of guys had.

    Frick-Wright: But over the next few weeks as they continue to work out and eat fat, their bodies did start to adapt. In fact, they basically became fat burning super ovens, torching it faster than any of the researchers expected. 1.57 grams per minute at the end of a time trial. That’s like burning a half pound of fat every two and a half hours, and as they adapted, the workouts started to feel a little bit easier. Instead of being totally grueling, they were just hard and unlike a normal workout, they didn’t get any harder at the end.

    The reason for this has to do with how your body portions out energy. Carbohydrates are stored in your muscles as glycogen and you’re carrying about 2,500 calories worth of glycogen around with you at any given moment. You also have another 400 to 500 in your liver, but that’s getting into the weeds. Anyway, if you’re running around burning through your glycogen, you start getting near the end of those calories, like at the end of a workout, your body starts to complain. It hoards resources, tells you you’re done. Tries to convince you to stop and then finally you do, you bonk, because your body really doesn’t want you to get to the end of your supply of energy. But when you’re running on fat and you’re used to turning it into fuel, it never feels like it’s running out of gas because it’s not.

    Dunfee: In the overall, on the high fat diet, it was kinda just like moderately hard start to finish. Once you kind of accepted that and once you realized that it wasn’t going to get harder at the end, you became a little bit more okay with it being hard at the beginning.

    Frick-Wright: Did they get faster than when they were on carbs? No, they did not. And when you’re watching someone else eat pasta, while you pick out a bowl of zucchini, not going any faster — it’s like adding insult to injury.

    Dunfee: Nobody was sad to come off the diet. I think that’s pretty telling.

    Frick-Wright: What was it like to come off of the diet? How did it affect your performance and mood and everything?

    Dunfee: Quite funny actually. So the last day of the study, I think I weighed in at 64.1 kilos.

    Frick-Wright: If you’re wondering 64 kilos is 141 pounds.

    Dunfee: At the best of times I don’t have great self control and I tend to indulge a little bit aggressively. And so coming off of three weeks of being told exactly what I had to eat, I definitely overcompensated. So that morning, 64.1 kilos; that night after free eating all afternoon had 70 kilos.

    Frick-Wright: 70 kilos is 154 pounds, so that’s 13 pounds he gained back in a day.

    Dunfee: Definitely overdid it. Then the next morning had a 25 K walk to do and I crushed it and it felt great. It was almost immediately after coming off a diet, things felt normal again.

    Frick-Wright: But would he be any faster? Yes. It turns out he would. Kind of. More after this break.

    (advertisement)

    Frick-Wright: Okay, so before the break, Evan had just come off the low carb diet, gorged himself on carbs, gained back 13 pounds and now it was time to race walk. And here’s where things get amazing. And stories like this are probably why the low carb, high fat diet has so many people that swear by it. Because despite all those studies in the 90s and early 2000s that showed you don’t get a performance boost from coming back on the carbs after a strict low carb diet, it sure your feels like you do. And Evan went out 10 days later and walked 50 kilometers faster than he ever had.

    Dunfee: I set a Canadian record, had a personal best by over five minutes and that came out of nowhere, I did not expect that at all. I didn’t go into the race thinking that that was on the cards. So that was a pretty big like, Oh wow. Like what happened there?

    Frick-Wright: All of a sudden he was fast, and throughout 2016, he stayed fast. By the time the Olympics rolled around, Evan was in contention for a medal.

    Hutchinson: If you’d asked me in 2014 I would have said he’s going to go to the Olympics and he’s going to come, let’s say 25th or something like that. Which is very impressive, I would slice off my right arm to come 25th at the Olympics. But I didn’t expect him to be in the conversation for a medal. And that only became a realistic possibility in the months leading up to the Olympics.

    Frick-Wright: And here, let’s pause because what happened at the Olympics is not only dramatic and amazing, but it was also something of a test for this brand new Evan. He’d had his breakout performance after coming back on the carbs following three weeks on the low carb high fat diet. But the Olympics were nine months later — any metabolic effects would be completely gone and he wasn’t going to go low carb again in preparation. So was he turning his back on a secret weapon?

    (audio from 2016 Rio Olympics): Well, hello and welcome to the Main 50 kilometer racewalking Rio 2016 Olympic game.

    Dunfee: So the 50 K race in Rio was what I was working every day in 2016 towards — that was my bread and butter. That’s where I knew I was going to have a chance. And that’s where I wanted to really fight for a medal. And I had never raced 50 K at a world championships or Olympic games where I was with the lead group. And so I wanted to get experience doing that. And so I just said, Hey, just stick with the leaders for as long as you possibly can.

    (audio from 2016 Rio Olympics): It is a very competitive field indeed.

    Dunfee: And so the race started and I put myself right there and I was feeling awesome. I was feeling great and I got carried away and I stupidly ended up walking off the front of the field and led the Olympic games, from about 25 K to about 39 K.

    (audio from 2016 Rio Olympics): The race is on for gold, silver and bronze in this Olympic walk.

    Dunfee: At 39 K I ended up having three of the guys come past me and was sitting in fourth place. Those top three guys pulled away a little bit and I kind of had this moment to sort of feeling sorry for myself. I was like, Oh, I know I’m in fourth place, that’s pretty good. The guys ahead of me, they’re too far ahead of me. I’m not going to catch them. The guys behind me, they’re too far behind me, they’re not gonna catch me. I’m probably gonna finish fourth and like, Hey, that’s cool.

    (audio from 2016 Rio Olympics): Reaching up towards the 40 kilometer mark now, Evan Dunfee still going on.

    Dunfee: Obviously fourth place at the Olympics would have been a great result and I would’ve been ecstatic with it. But I think just in that moment I just kind of was tired and not thinking straight and kind of just sort of lost sight of what my goals were.

    And then at 45 kilometers, uh, I was 18 seconds back of the third place athlete and I kinda just clicked back in. I had this moment where I was like, Hey, wait, no, no, no. You said your goal was to come here and to fight with those leaders and put yourself in a position to try to win a medal. And even if it meant you didn’t finish the race, even if you collapsed at 49 K that was fine. But what are you doing sitting back here feeling sorry for yourself? Go catch those guys. You can do this.

    (audio from 2016 Rio Olympics): The battle of the bronze is still going on.

    Dunfee: I remember looking at my legs, like come on legs, just take one more step. And they did. And so I was like, just take one more step. And again, they did. And so I just said take one more step, take one more step, take one more step, and, 4,001 hard steps later, pulled up alongside Hirooki Arai ofJapan at 49 kilometers into the race. We’re 3 hours and 37 minutes in — we’re four and a half minutes from the finish line. We’re both absolutely exhausted and we’re fighting it out for the bronze metal. So I went to go past him. He ended up passing me back. And in the process of that we got a little bit too close to each other and he ended up just sort of bumping into my shoulder a little bit. And it was such incidental contact, was really, really nothing, but 3 hours and 38 minutes into a race, every little thing was magnified. And that little bump completely threw me off my stride and my knees buckle underneath me and my legs sort of started to give out and sights.

    (audio from 2016 Rio Olympics): But he’s struggling. Dunfee — oh no.

    Frick-Wright: After the bump, the race was pretty much over. Evan went on to finish fourth, and on the video, you can see his legs give out just moments after he crosses the finish line. He really had nothing left.

    Dunfee: Collapsed at the finish line. Didn’t have a single step left in me. I kind of left everything I possibly had on the race course and I was pretty happy with that. In that moment, when I crossed the finish line, I was pretty ecstatic. Had broken my national record again, had walked 3:41. After the race, about an hour and a half after the race, Hirooki, the athlete who’d finished third was disqualified. So I became the third place athlete because of that contact. He appealed two hours later. So I was the bronze medalist for about two hours, and then his appeal was finally accepted. So he was reinstated back into third place. I was, for lack of a better word, bumped back down to fourth place. We had the right of final appeal, so we could have appealed once more and said, no, that’s the wrong decision, I think Hirooki should be disqualified, I deserved that medal. I watched the video, I went back to the village and got some food in me and had a little bit of time to think about it and knew as soon as I saw what happened and how incidental the contact was that he wasn’t an athlete who deserved to have his medal taken away from him and that there was no way to know whether I would have beaten him anyways. And it just wasn’t how I wanted to win a medal.

    Frick-Wright: So despite coming in just a technicality away from the podium, Evan still broke his personal record in that race. He’d gone faster than the race following his low carb diet and he hadn’t even gone low carb. But what if he had?

    Dunfee: That was the big question cause a number of us who were on the diet ended up racing really well. So that was what we want to investigate with Supernova 2.

    Frick-Wright: Supernova 2 took place in January 2017, and this time they did the same grueling low carb diet, but instead of cutting them loose when they started eating carbs again, researchers at the Australian Institute of Sport kept tracking their progress to see if there was some kind of metabolic aftereffect that only kicked in later.

    Dunfee: What we saw was more or less that all that happened when we came off the diet was we went back to where we were before. So basically all that happened was that  the negative effects of the diet were undone, the second we came off the diet: there was no super compensation, there was no magic advantage that the diet gave us, we were just able to get rid of the negative stuff really quickly.

    Frick-Wright: Even for racewalkers, perhaps the fat burningest Olympic sport out there, denying your body carbs and then giving them back again doesn’t create any kind of Slingshot effect, make you faster, more efficient. But then how do you explain Evan’s sudden improvement? Well, what depriving yourself of carbs does, according to Evan, is make you tougher.

    Dunfee: It was three and a half weeks of just mental fortitude training. It was three and a half weeks of just grinding it out and getting through it and knowing that I could do it. I think that’s what really I gained from the diet more so than any sort of physiological advantage that came from high fat. It was more of this like mental like, okay, I can do three and a half weeks of training and push hard every single day and just feel exhausted and feel tired and feel and have it feel awful and I can push through that and I can make it through that. That’s sort of what I gained more than anything else out of the diet.

    Frick-Wright: Instead of finishing a relatively comfortable eighth place, Evan realized he could probably finish an uncomfortable second, third, or fourth if he gave it everything. It trained his brain to be comfortable with being totally gassed. So now when it’s time to race, he goes for it.

    Dunfee: And as a result of that, I’ve blown up fairly magnificently at our last two world championships and gone from being in the lead pack at 38, 39, 40 K, to not knowing if I was going to finish the race at 45K.

    Frick-Wright: Before the diet, Evan was racing at the edge of his mental limits. Now he’s able to push all the way up against his actual physical limitations or at least get closer to them. And as we’ve seen over and over again in the series, the key to endurance is almost always a matter of tricking your brain and to not giving up, even when it’s telling the body to shut down. And training hard without any carbs is one way to get tough, but that still leaves the question of whether the low carb high fat diet can be a superior source of fuel for endurance athletes. The science continues to say no, but there’s still hundreds of athletes who say yes and that’s hard to argue with.

    Hutchinson: I think it depends who you ask. It depends on your beliefs. I think it’s fair to say that it’s a lot harder to get used to low carb than it is to get used to high carb. But you’d certainly find some people who would vehemently disagree and say that their life has been changed by low carb, high fat. They’ve felt great for the first time in their lives and if they accidentally eat a carb or eat more than a minuscule amount of carbs, it makes them feel horrible.

    Frick-Wright: What it seems to do is work for some people better than others — but when it works, those people get very attached.

    Dunfee: It was amazing when I would tweet something positive about the diet that would just be latched onto by the high fat army. And when I tweeted something negative about it, it would be latched onto by the high carb army. And it was just people preaching to their echo chamber. And for me that was super interesting. I did a podcast; someone had asked me to come on their podcast and they’d seen one of my tweets about saying I had had a singular positive experience and I tweeted about the diet. And so he asked me to come on the podcast and he thought I was going to just talk to how great the diet was and how much it improved my performance. And I started talking and he quickly realized that that wasn’t my opinion. I don’t think that podcast ever ended up airing.

    Frick-Wright: It’s pretty human to think that something that works for you will work for everyone else. And sure, when we see a top athlete claim high fat as the best way, it’s easy to buy into their theory. Their performance is proof, right? But after his experiences with supernova, Evan doesn’t think all that many people are really doing the high fat diet.

    Dunfee: I think a lot of people think they’re doing a high fat diet and they’re nowhere close.

    Frick-Wright: It’s really hard to stick to almost completely cutting out carbs. Evan thinks that most people who try it are failing at it.

    Dunfee: I think in a lot of times what ends up happening is that whenever you adhere to any sort of diet, you start eating healthier.

    Frick-Wright: If you eat healthier, you probably feel better. And when you’re expecting some kind of radical shift in energy, it’s really pretty easy to confuse those feelings with the benefits of burning fat.

    Dunfee: It was just so crazy for me to see how polarized that debate got and I think what Louise and his colleagues are trying to really promote is this idea of metabolic flexibility —  of using all of these different dietary interventions at different points.

    Frick-Wright: The next frontier is looking into whether it’s possible to improve your body’s ability to draw from both carbs and fat by denying it carbs periodically.

    Dunfee: Doing a really hard workout and then not replenishing your carbs, going onto a high fat diet for the day, and then the next day doing a really hard workout to get some sort of adaptation out of your muscles.

    Frick-Wright: The theory is that your body might adapt to be able to run well on both fuels and switch between them without too much trouble. The science isn’t finished, but metabolic flexibility may be the next big thing for elite athletes. For most of the rest of us, however, it’s probably just another reminder to pay attention, to have a balanced nutrition plan, and  stick to it. So in the end there’s still carbs, and they’re good, and there’s still fat — is it better? Well, probably not, but it might be just as good and being able to say that, that’s huge.

    Hutchinson: We’re coming to deeply ambivalent conclusion about whether low carb, high fat diets were the sort of magic behind Evan Dunfee. But I think it’s important to understand what a radical radical change it is that we can be ambivalent about this because I know for me, five years ago, if you claimed to me that low carb, high fat diets could be the way to the route to an Olympic medal for an endurance athlete, I wouldn’t have even considered it for a moment. I would have said that, look, don’t waste my time, go back to 1870 where you belong. We understand a lot about metabolism and we know that carbohydrates are the way to go. If you pin me down right now and say, what’s the best way for an Olympic athlete to prepare for the marathon? I would still say nothing has changed from my perspective, that carbs are the way to go. But I’m 100% open to the possibility or in fact, I think it’s been demonstrated that you can run a very, very good marathon on a low carb, high fat diet. I don’t necessarily think it’s better, but it’s a radical change to even acknowledge that there’s some debate about whether it might be better, and that it’s probably just as close to as good if for whatever reason you want to go that route.

    Frick-Wright: So eat fat or don’t. But remember the lesson here is that Evan Dunfee gained everything by cutting carbs, but not because he got some kind of metabolic advantage. The diet simply showed him what he was made of, gave him access to a part of himself that he didn’t know existed. In the world of endurance, there’re going to be more diets, more theories and placebos and cutting edge science that seems promising at first, and sure you can try them out and you boost your performance by a percent or two, but because of the way we’re built, the way our minds and bodies work together, the quickest way to a Dunfee type gain isn’t changing the way you eat. It’s changing the way you think.

    OUTRO

    In the five years since this episode first aired, Evan Dunfee has had some ups and downs. He won the bronze medal in the 50k race walk at the Olympics in Tokyo in 2021. In 2022 he battled a hamstring injury and finished seventh at the World Race Walking Team Championship in Muscat, Oman, then sixth at the individual World Championships in Eugene, Oregon.

    In June, 2023, the International Olympic Committee canceled his main event—the 50k—and replaced it with a mixed-gender, marathon distance team walk. They’ll walk a quarter of the distance on each handoff. His teammate will be 21-year-old Olivia Lundman. The race is Wednesday, August 7.

    This episode was written and produced by me, Peter Frick-Wright, with music, sound design, and editing by Robbie Carver.

    Special thanks to Outside’s Sweat Science columnist, Alex Hutchinson. You can find out more about Evan Dunfee and a lot of other crazy feats of endurance in his book Endure: Mind, Body, and the Curiously Elastic Limits of Human Performance.

    The Outside Podcast is made possible by our Outside Plus members. Learn more about all the benefits of membership at outsideonline.com/podplus.

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  • The Anti-Bonk Diet

    The Anti-Bonk Diet

    Peter Frick-Wright: It might be satire, I guess. But it doesn’t read like satire. It might be a stunt, I guess, designed to start a trend by pretending there is already a trend, but if that’s it, they really didn’t think it through.

    It is an ad for Heinz Ketchup. And in this ad, the company, Heinz, writes that “runners everywhere are fueling their runs with ketchup.”

    That’s the first text that shows up on the screen. Which, OK, maybe?

    Ketchup is chock full of sugar, that’s good. Ketchup is also free at most restaurants, which might appeal to the dirtbag runner types out there. And it comes in a packet, just like energy gels, so, easy to carry with you, also good. But, that’s pretty much where the idea falls apart.

    Here’s how we know runners everywhere are not fueling their runs with ketchup.

    For starters, to get the recommended number of calories per hour, you’d need to consume something like 30 ketchup packets. One, every other minute. You’d barely have time to run.

    And if you were to eat 30 ketchup packets, that is way too much sodium. It would be an absolute gut bomb. You’d be chugging water just to keep from throwing up.

    In fact, there are a lot of reasons why runners are not fueling their runs with ketchup. The New York Times did a whole story on how this trend really isn’t a trend. Friends don’t let friends eat ketchup while running.

    But producer Maren Larsen wanted to know: If not ketchup, what should runners eat? And does any of it sound appetizing to her girlfriend?

    Kareena Tulloch: My name is Kareena Tulloch, and I am Maren Larsen’s girlfriend.

    Maren Larsen: My girlfriend. You’re my girlfriend.

    Kareena: Yeah. The Maren Larsen.

    Maren: This is my partner Kareena. She’s a strong athlete with one pretty big weakness.

    Kareena: I’ll just be out on a lovely trail run or a bike ride and be like, ‘wow, this is so pretty, this is so pretty, like, I don’t want to stop.’

    I can go farther, I can go farther, and then I’ve gone too far.

    Maren: Let me tell you about one such day when she headed out too far. That was the case one beautiful day this fall when she headed out on her bike for a training ride.

    Kareena: I was like, oh yeah, this sounds like a really good bike ride. My friend recommended it. And so, I think it was supposed to be around 40 miles, maybe. I did plan to bring snacks and I completely forgot to bring snacks.

    Maren: Didn’t you, like, have them all laid out or something?

    Kareena: Yeah, I think I, like, had them on my kitchen counter and I just completely forgot.

    Maren: Right, right. And how much water did you bring?

    Kareena: I brought one. Water bottle?

    Maren: Like, describe, like, what kind of water bottle?

    Kareena: You know the, you know, like, the water bottles that fit on your bike?.

    Maren: Yeah. So. The smallest possible.

    Kareena: Yeah. Yeah. Yep.

    Maren: Got it.

    Kareena: So, and I think I was gonna put a, like, electrolyte packet in there, and I just completely forgot. It was just water.

    Maren: You were just, like, too excited to go on your bike ride to worry about surviving it.

    Kareena: Yeah, yeah. Exactly. I was just like, oh my gosh, this sounds super fun. And so I started the bike ride.

    Maren:Kareena headed off on her 40-mile ride, and soon found herself playing leapfrog with another cyclist. She got just a tiny bit competitive, and before she knew it, she was on a longer route than she’d planned.

    Kareena:  So I think it was around 50 miles that I ended up biking that day. Basically the whole bike ride back, I was like, food, food, food, food, food, food, food. I just couldn’t stop thinking about food.

    Maren: Kareena made it home that day, but barely. She had to stop at a 7-Eleven just a few blocks from her apartment. There, she gulped down a gatorade and loaded up her bike jersey with snacks to devour the moment she got home.

    How did you feel after your little 7-Eleven feast?

    Kareena: Decadent.

    Maren: Decadent?

    Kareena: Yeah.

    Maren: Tired?

    Kareena: Yeah, I was so tired, I think I just like laid there, I laid on my couch the rest of the day.

    Maren: It’s likely that 7-eleven run narrowly saved Kareena from bonking. Bonking is a bit of endurance sports lingo that refers to what happens when your muscles completely run out of glycogen, which is what we call glucose stored in your muscles. Bonking means you’ve used up all your glycogen, and it messes you up. Both physically and mentally. It can be dangerous. And it’s unfortunately a phenomenon Kareena is all too familiar with.

    Kareena: I love being active. I just don’t know how to fuel.

    Maren: To address this problem, Kareena has tried everything over the years: everything, that is, from eating and drinking very little while exercising to forgetting to fuel entirely. Not water, not food, not gels or gummies or anything with electrolytes in it. She avoids it all, despite the super sick running hydration vest her girlfriend got her, which has two soft flasks and plenty of room for snacks.

    Just saying.

    As she branched out to the other endurance sports and her efforts grew longer, her strategy remained the same.

    Until that day on her bike.

    That near-bonk at mile 50 was a wakeup call for Kareena, because that ride was actually part of her training for her first ever triathlon: a half iron man, this summer.  And a 50-mile bike ride is just under a third of what she has ahead of her: 1.2 miles of swimming, 13.1 miles of running, and 56 miles on the bike.

    I’m really excited for you. I’m also a little nervous for you. And I think when we were talking about this, like the other day, a couple days ago, I made an analogy that I thought was really funny, which is that you are like a fancy new sports car, but you’re putting like absolute garbage in the tank, and sometimes just forgetting to put anything in the tank.

    So you’re like in the middle of a drag race that you could totally win and then you run out of gas.

    I’ve been there to see what happens when Kareena runs out of gas. One day when we were on a trip and I was working from our hotel room, she decided to occupy herself with a six-mile trail run, a very average workout for her. But she didn’t eat breakfast or lunch, and neither of us can remember her drinking much water. By the time she returned to the hotel room in the early afternoon, she was in rough shape.

    Kareena: I remember walking up the stairs to the hotel room and I was like, like, I had to stop halfway because I was getting dizzy.

    Made it back into the hotel room and just like laid down, and you like, I can’t, you made me quesadilla, I think.

    Maren: Yeah, in the hotel microwave.

    Kareena: Yeah. With like cheese and yeah.

    Maren: Didn’t  you like throw up in a trash can?

    Kareena: Oh yeah, I did. And I remember I like couldn’t stand. Like, I tried to stand up and I got like super dizzy so I just had to like sit on the couch. It’s not good. Like, I’m not proud of it.

    I’m not happy to be talking to you about like my failures, uh, and I know I need to get better at it. I just don’t really know how.

    Maren: Well, good thing your girlfriend is a podcast producer. Which means I am going to find the answer for you, because I’m worried about you dropping dead in the middle of a race.

    As my partner’s number one cheerleader, I consider it part of my job to keep her from keeling over during her triathlon. To help me accomplish that, I called up some experts.

    Abby Chan: Nutrition is important. Especially once you get into big endurance things like anything beyond, I would even say half marathon, marathon.

    Maren: This is Abby Chan.

    Abby: It is essential, and it is the number one thing that goes wrong.

    Maren: And this is Alyssa Moukheiber.

    Alyssa: A lot of us don’t have the education around like how to eat or fuel ourselves in just like a really realistic manner and we really tend to struggle.

    Maren: Both Abby and Alyssa are registered dieticians who work with athletes. You might remember them from the time they helped me demystify the suspiciously common experience of having a post-adventure craving for a cheeseburger. I asked them to come back to see if they could help Kareena. And they reassured me that she’s not alone.

    Abby: As a dietician, granted I work in this field, people come to me for help. So this is going to be a little biased, but I have yet to meet an athlete that I’m like, yeah, you’re doing a great job. You’re totally, you’re good. You’re dialed.

    Maren: For a variety of reasons, both physiological and financial, people tend to take up endurance sports as adults. Many played other sports as kids or ran shorter distances in high school or college. And maybe because of their previous experiences, beginner endurance athletes tend to think they know how to take care of themselves in competition. But they often don’t.

    Alyssa: I was talking to one of my athletes the other day and I was telling them, I’m like, one of the major beefs I have with how like specifically teenagers are getting into sports is that we’re teaching them skills.

    But we were never taught like the same emphasis of how to rehab for those skills, how to prep for those skills or how to fuel for those skills.

    Maren: As a result, lots of talented endurance athletes bonk in their first big race and don’t know why. Or they know why, but don’t know what to do about it. It’s so common it’s almost become a rite of passage.

    Next time there’s a marathon in your town, go to mile 20 and watch strong athletes that have been running 8-minute miles stop and walk. Three hours is about as long as the average person can muscle through that kind of effort without refueling.

    There’s so much most of us don’t know about nutrition. Take for example the humble calorie, the biggest number in that black Nutrition Facts box. It’s so familiar. But what actually is a calorie, anyway?

    Alyssa: Anytime I’m talking about calories with my clients, I talk about it in the term of like, what is it? It’s a unit of energy. Like an inch is a unit of measurement. A calorie is a unit of energy.

    Maren: There are a lot of different forms that energy can take, but they’re all measured using the same unit. So if you’ve ever seen a quote-unquote energy drink with “zero calories,” that’s just marketing. There’s no actual energy in that drink. Just stimulants.

    The calorie is to the human body as the gallon of gasoline is to the internal combustion engine. Calories are what make you go.

    But not all calories are the same. There are fat calories, protein calories, and calories from carbohydrates, among others. Not all of those are good mid-effort endurance fuel. And giving yourself the right kind of calories, when you need them, can mean the difference between sprinting to the finish line and sprinting to the porta potties.

    So the first thing to understand about feeding yourself during competition and training is that getting calories while you’re exercising is, in fact, not “just eating.” It’s fueling. And yes, there is a difference.

    Alyssa: I Use the term mechanical eating a lot or practical eating. Yeah, I’m not that hungry, but it would be really helpful if I ate right now, like very strategic. I think sometimes that’s where fueling can come in.

    Maren: For our purposes, the difference between eating and fueling is a matter of context. Eating is what you do in daily life when you’re hungry. Fueling is what you do during training or a race to avoid bonking where if you’re hungry, it’s already too late.

    And because of the way your body absorbs calories, much of the time, mid-effort fueling for endurance sports is actually the opposite of what’s considered balanced nutrition the rest of the time.

    Most of the time, you want calories to absorb slowly, so your body can use the energy it’s getting as it’s getting it between meals. You want a balance of nutrients, including carbohydrates, fat, and protein, plus fiber, vitamins, and minerals.

    During endurance sports, on the other hand, your body is burning energy so fast that you want calories that can be absorbed quickly. And fat, protein, and especially fiber all put the brakes on digestion, slowing it down so that the nutrients don’t all hit the bloodstream at the same time.

    Essentially, you want your energy absorption pace to match the pace you’re moving. When you’re moving slowly, you want to absorb energy slowly. When you’re trying to tackle your first-ever triathlon? Not so much. You want a lot of energy, right away. And that means carbohydrates, also known as sugars.

    But just like there are different kinds of calories that absorb at different speeds, there are different kinds of sugars too. You’ve likely heard of the big three before: glucose, fructose, and sucrose.

    Abby: All carbohydrates eventually lead to glucose. That’s basically what happens. So carbohydrates are sugar. Sugar are carbohydrates. That’s what it is. And so there’s many different types, and that’s also going to depend on how well you absorb it or digest it.

    Maren: Glucose is the simplest sugar, and it is absorbed directly into your bloodstream without additional processing. Fructose has to first be processed by your liver before it can be absorbed, making it a slower release sugar. And sucrose, the scientific name for table sugar, consists of molecules that are half fructose and half glucose, and have to be broken down by enzymes in your digestive tract before being processed, making them the slowest sugar.

    Abby: That’s really important because our system does max out on how much glucose it can absorb in a certain amount of time. So we can actually absorb more if it’s glucose and fructose,

    Maren: The key to fueling for endurance is giving your body the types of fuels it can absorb quickly. But mixing those fuels with things like protein, fat, and fiber slows down the absorption process in a multitude of different ways. And remember, that’s a good thing if you’re sitting at a desk all day. You want to absorb energy slowly. But if you’re out biking or running all day, you want food that’s as easy to digest as possible. If it’s not, well, there are consequences.

    Abby: When we’re training and exercising, our body is stressed out. Which is fine. It’s not inherently bad, but what’s going to happen is our body will start to shunt blood flow to our muscles, which therefore means our gastrointestinal tract is going to have less blood flow as well. And we need blood flow in order to digest our food. So if we don’t have blood flow and we’re just all of a sudden loading it with a heavy amount, it’s going to end up sitting in there. It can lead to more like diarrhea, nausea, all those things that aren’t super fun.

    Maren: Okay, so you’re looking for calories that you can access quickly and won’t upset your stomach, which means you want glucose, fructose, and sucrose. And in general, for efforts longer than an hour, you want to avoid fat and fiber to make sure that your body can absorb those sugars as quickly as possible.

    How much fuel do you want, though? Abby says it depends, and gives the caveat that most of the research on this has been done on cis male athletes. But she has general guidelines.

    Abby: Typically research suggests that anywhere from 30 to 60 grams of carbohydrates per hour is where we should start. Typically, I say 40 to 60. Um, if it’s going to be three or more hours, it’s typically about 60 to 90 grams of carbs. And then there’s now new research where it’s like, if it’s even within that three or even four plus hour range, anywhere from 90 to 120 grams of carbs per hour is necessary and is showing to be actually more preventative in decreasing muscle fatigue and decreasing muscle breakdown, too.

    Maren: For a half ironman triathlon like the one my partner is doing that will take six hours or more, we’re looking at upwards of 90 grams of carbs an hour. So with a little math, we can figure out that she’ll need to consume something like 600 grams of carbs during the race.

    It’s hard to overstate just how much that is. 600 grams of carbs is what you’d find in about 82 Chips Ahoy chocolate chip cookies, 106 feet of Fruit by the Foot, 17 20-ounce gatorades, or 300 Heinz ketchup packets.

    Yikes. It’s a lot of carbs. So you can see how important it is to choose something you want to eat. But it doesn’t have to be perfect. Any carbs are better than no carbs.

    And there’s one more ingredient we need to add to this equation: electrolytes.

    Alyssa: When we’re talking about electrolytes, we’re talking about sodium, potassium, calcium, and magnesium. And so a lot of times the main thing we’re looking at, especially for endurance sports is how much sodium are you getting in? And this is going to depend on the person, um, if someone’s a much heavier sweater versus not.

    Maren: Electrolytes are crucial to the chemical reactions that cause your muscles to contract and relax. If your body has enough of them on hand, it will automatically balance these levels in the bloodstream to keep everything working, but if it runs too low on sodium, potassium, calcium, or magnesium, it can cause a bunch of problems, like muscle cramps and nutrient depletion.

    But overall, sugar, salt, and water is all you need to make basic endurance fuel. It sounds pretty simple, but staring at the myriad hydration mixes, energy gels, and performance gummies at your local grocery store can quickly get overwhelming. So how do you choose? We’ll break it down, after this.

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    Maren: Even if you think you know what to look for in your endurance fuel, the sports nutrition aisle at the grocery store can be daunting. But dietitian Abby Chan says that choosing what’s right for you really just comes down to three points.

    Abby: First and foremost, what are you actually going to eat and want to eat when you don’t want to eat anything? So your preferences are going to be the most important. So if you’re going to have a goo that’s sitting in like your back pocket or in your running vest or something like that, and it’s going to sit there for months and it’s kind of just like a just in case thing, that’s probably not your preference. So I think preference is number one.

    I think second is finances. Um, endurance sports are incredibly expensive, um, and they don’t have to be. I think a lot of times we’re told that like, you need to have this specific thing, you need to have this specific performance thing in order to compete and do well, and I would say that that’s actually wrong. You know, we, as humans, we’ve been doing endurance things for a long time and we can do it in a lot of different ways.

    And then I think it leads into the third point. of like, what is your gastrointestinal tolerance, and what has your gastrointestinal training been, because that’s going to be the main indicator of if you succeed in an event or not.

    Maren: You heard that right. Abby says that your gastrointestinal training, not your physical training, will be the biggest single factor in your success on race day. So let’s take the big three she outlined—what you want to eat, what you can afford, and what you can stomach—and build a gastrointestinal training plan. Because you really can train your gut to tolerate more nutrition over time, but you have to put in the effort.

    Abby: My like main thing there is for people who have sensitive guts is like, you need to start fueling early and often.

    Maren:which I think people might think is counterintuitive because they’re like, the second I start fueling, my stomach is going to hurt, so I’m going to put it off as long as possible. And I’m pretty sure that’s what my partner does.

    Alyssa: I feel like that’s what a lot of people do.

    Maren: It’s super common to be nauseated or experience other kinds of stomach upset when you’re doing intense, prolonged exercise. Remember that your body is pulling all the blood flow it can to your muscles, shunting it away from areas it deems less important like your stomach. And digestion requires blood flow, so without it, your stomach is left literally in the lurch. Food just sits there like a rock, and it’s not long before your body tries to find a way to get it out, one end or the other.

    So, how do you train your gut to prevent this?

    Abby: Just like your muscles, we need to start training our gut to being able to allocate those blood sources effectively so that we can actually digest and run or bike or do the thing we want to do.

    Alyssa: I think that’s where it gets overwhelming for people like your partner, Maren, because it seems like sometimes going from like 0 to 100, I haven’t practiced this thing at all, like the skill of eating and it does pose like a fear risk, right? I don’t want to feel uncomfortable during this thing.

    Maren: Doing a marathon would be terrifying if you’d  never run anywhere close to that distance before, which is why you train up to it. The same is true with eating hundreds of grams of carbs while exercising. It can be intimidating if you’ve never done it before, but fueling is a skill you can learn. And the good news is that it’s much like any other kind of training: start early, start slow, and build up over time.

    Maren: So, like, in terms of training your gut, would it be a good idea, if you’ve never done something like that before, to, like, bring a little pack of gummies with you on a run, even if it’s just a training run, even if it’s just, like, six miles or whatever, and just, like, eat one gummy every ten minutes or something like that? Like, is that how you start that? Or how do you go about that?

    Alyssa: I would start in that situation. First, like moving that food. That pre-fueling closer and closer ,getting more confident with that. And then like doing something small maybe like right before your run or during right like with those gummies or during right with like Gatorade.

    So kind of practicing moving that intake a little closer while simultaneously practicing like maybe a little bit of intake on my Like actual endurance sport,

    So find something you enjoy and just start practicing eating that during your workouts. And it can be once a week if you’re feeling antsy and uncomfortable about the way that that’s going to make you feel. But if you can consistently do that for like one of your training sessions. For a week or two, then you can bring it up to two times a week and you can build that lived experience of knowing, Okay, I was hyping up in my head. This was gonna feel a certain way. It does not. Building that lived experience of your performance feeling better so you can feel confident enough to do it more frequently.

    Maren: To begin your gastrointestinal training, you have to find what fuels work for you. Remember, your preferences are the most important thing, so it’s best to first start with what you want to eat and what you can afford.

    Alyssa: There is so much variety. So like, if you’re talking about, let’s like go liquids first, right? Gatorade. The like other version of that, that would have some carbohydrate in it and have some liquid in it would be like some kind of juice. It’s going to be different. It’s not going to be exactly the same. You don’t get the electrolytes, but if you’re talking of a liquid thing that has carb in it, I would go juice. If you’re talking like the manufactured like chews or gummies, uh, gummy bears or like gummy worms or something like that, that you find really palatable.

    Maren: I’ve noticed that in the rare instances my partner does eat while exercising, she often reaches for bananas, so I asked about fruit options.

    Alyssa: Bananas or something that are a common thing you either see at races before or after, um, or a lot of people will use. And it’s because they have a good mixture of glucose and fructose. And typically because there’s a little bit more fiber, bananas can cause a little bit more gastrointestinal discomfort depending on how well you’ve trained your gut.  Raisins are a great option too.

    Maren: So, fruits and dried fruits are decent, but may actually not be the best place to start if you have an untrained stomach. There are other options besides candy, though.

    Alyssa: Honey can be really great. It has some glucose, fructose, as well as some sucrose in it. Um, and it’s very similar to like a performance sport drink in the sugar compilation of it, which is great. Um, one thing you can do is you can add a little bit of salt to it. If you want to.

    Maren: Juice, candy, honey, some fruits, these are all things you can get outside the sports nutrition aisle, and they may feel more approachable for some people, either for their palate or for their wallet. But what about those mysterious gels and gummies in the endurance fuel aisle? What makes those different?

    What are the, like, bonuses, the pluses that you’re going to get from those really specifically engineered things. that you might not get from DIY fueling options or from like, quote unquote, “real food?”

    Abby: That’s a great question. So if it’s, let’s even talk about gummies for a second because I often have a preference of Hi-Chews when I’m riding. Um, those are my favorite preferred like type of gummy thing. But what’s going to happen is if you have more of a store bought or like fruit gummy or candy or something like that, you are typically going to get about half of the amount of carbohydrates in the same amount of serving or volume. And typically either a half or two thirds less sodium in those.

    So that’s going to be the thing that you’re really paying for is you’re paying for the engineering of this, like really great electrolyte balance. You’re paying for the engineering of having a solid amount of carbohydrates in it that you don’t have to carry this huge load with you. And also you may be paying for having some caffeine added in there as well.

    Maren: Basically, if it’s marketed as endurance fuel, it’s probably going to get you more energy per ounce. It’s probably going to be more expensive, too.

    Abby: If you’re training for, say it’s an Ironman or a Half Ironman, you’re going to have a whole year of training to get to that point.

    And so, investing in all of these sports specific engineered foods that whole time, that’s a lot of money.

    Maren: Abby says you can be thrifty by using mostly generic fuels during training, rather than expensive energy gels and drinks. Just make sure that as race-day approaches you start to incorporate the high-density, engineered foods that you’ll use during the race.

    Alyssa: Race day is not the day to try like a new way of fueling yourself.

    Maren: With Alyssa and Abby’s help, the fundamentals of endurance fueling were starting to come into focus. But much like running, which sounds easy in theory but is, in my experience, much more difficult in practice, how does all of this stuff translate to the real world?

    To find out, I took my partner Kareena on a little shopping trip. First, we perused the energy drinks.

    Maren: I think the problem here is that this one says one gram of sugar.

    Kareena: Oh, that’s right. I want sugar.

    Maren: Yeah. So, like, the ones that say, like, all of these say zero calories.

    Kareena: Zero sugar.

    Maren: Zero sugar. Like, those aren’t gonna help you.

    Kareena: Yeah.

    Maren: Even though they’re in the, like, health whatever. And this one says energy. And it’s got, like, what does it say?

    Kareena: Caffeine.

    Maren: Caffeine,

    Next, the dried fruits section caught Kareena’s eye, with its health food store vibe and pictures of real fruits on the packages.

    They did say raisins are not a bad one. Let’s see. 90 calories, 22 grams of carbs, and 2 grams of fiber. So, raisins is not bad.

    Kareena: Oh, yeah. Yeah.

    Maren: Okay. Maybe you would try?

    Kareena: I would definitely try, yes.

    Maren: Raisins? Yes. Okay

    She still seemed hesitant, though, and we left the raisins on the shelf. But finally, we found something that got Kareena excited enough to try it out.

    Like, okay, what about, like, Gushers?

    Kareena: Oh my gosh.

    Maren: What’s the nutritional value of Gushers? Okay, 18 grams of carbohydrates. No, one gram of fat.

    Kareena: 40 of sodium.

    Maren: 40 of sodium. That’s actually, that’s not bad.

    Kareena: That’s so funny.

    Maren: You could crush some gushers. You want to get some gushers?

    Kareena: 100%.

    Maren: Yes, let’s get some gushers. Oh my god.

    Kareena: Wow.

    Maren: Back in the car, gushers in hand, plus some sour patch watermelon, which I just wanted for myself but turns out are also not bad on the endurance fuel front, I asked Kareena how she was feeling.

    Kareena: I’m a little excited. I think it’ll be good to finally be like responsible with my nutrition and I think it’s always felt a little too scary or unknown and now it’s like, oh no, it’s not so unknown or scary.

    Maren: It’s just math.

    Karen’s: Yeah, I love math. Who doesn’t love math?

    Maren: Alright, let’s break into some of those gushers.

    Kareena: Hell yeah.

    Peter: Maren Larsen is a regular contributor to the Outside podcast.

    Peter: Thank you to Kareena Tulloch for getting behind the mic, and to Abby Chan and Alyssa Moukheiber for sharing their nutritional knowledge.

    Abby: You can find me, @ Abby, A-B-B-Y the R-D across all socials. And you can also find me at my website, evolveflg.com.

    Alyssa: My Instagram is body peace, B-O-D-Y-P-E-A-C-E-R-D-N. So Body peace, RDN. And my website is alo, A-L-Onutrition.com, where there’s a bunch of dieticians who work with people with sports and food issues.

    Maren: This episode was written and produced by Maren Larsen, and edited by me, Peter Frick-Wright. Music and sound design by Robbie Carver.

    The Outside Podcast is made possible by our Outside Plus members. Learn more about all the benefits of membership at outsideonline.com slash pod plus.

    Maren: I feel like we’re working kind of backwards because the last interview we did was about Post effort fueling, refueling, we were talking about hamburgers, which was so much fun. Now we’re talking about mid effort fueling, maybe in like another year I’ll call you to talk about pre fueling.

    Abby: I would love that. That’d be so fun.

    Alyssa: We’ll be ready.

    jversteegh

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