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Aching after a brutal workout? Delayed-onset muscle soreness (DOMS) can make you feel the burn while your muscles recover and rebuild. But, if you take the right steps after your workout, you can go hard without paying the price. Here are 8 easy ways to prevent postworkout pain.
Stretch. Stretching is your first line of defense after a good workout. “When you train, you contract the muscles, and the muscle fibers get shorter,” says Steve Edwards, Head of Fitness and Nutrition Development at Beachbody®. “Lengthening them after a workout promotes mobility, and can lead to a more thorough recovery.” While fitness experts can’t seem to agree on this strategy[1]—one Australian study[2] claimed that stretching had no impact on muscle soreness—it certainly won’t hurt, especially if your flexibility is limited.
Eat for rapid recovery. In a study on “nutrient timing,” researchers found that a postworkout drink with between a 3:1 to 5:1 carb-to-protein ratio reduced muscle damage and improved recovery times[3]. A tough workout depletes blood sugar, as well as the glycogen stored in your muscles. Restoring that supply within an hour of finishing your workout is your body’s top priority. P90X® Results and Recovery Formula® is optimized with the 4:1 ratio, but in a pinch, down a glass of grape juice with whey protein powder or a glass of chocolate milk. Denis Faye, Beachbody’s Nutrition Expert, explains. “When the sugar [from the drink] rushes into your muscles to restore that supply, the protein piggybacks to jump-start the recovery process.”
Ice it. Immediately after a tough workout, icing your muscles can stave off inflammation. “Inflammation is one of nature’s defense mechanisms, but it works like a cast—it immobilizes you,” Edwards says. “When you keep inflammation down, that area is free to keep moving, and movement promotes healing.” Like stretching, its effectiveness is up for debate—some researchers have claimed that ice is only effective for injuries and not for run-of-the-mill soreness[4], but it’s a simple and safe option that many top-level athletes swear by[5]. “Unless you ice so long that you give yourself frostbite, there’s really no danger,” Edwards says. “It seems to really speed up healing without any adverse effects.”
Change your diet. “When your muscles are sore, inflammation is a huge part of the problem,” Faye says. To help reduce this inflammation, add foods that are rich in omega-3s—such as salmon, free-range meat, flax, avocado, and walnuts[6]—to your diet. The natural anti-inflammatory properties[7] of these foods can help dial back the soreness after overexertion. Amino acid supplements can also help with muscle recovery after a high-intensity workout[8].
Massage your sore spots. A recent study found that massage can reduce inflammatory compounds called cytokines[9]. One type of massage that’s gaining popularity is myofascial release, which targets the connective tissue covering the muscles. You can hit these areas yourself using a foam roller—put the roller on the floor, use your body weight to apply pressure, and roll back and forth over the sore areas for about 60 seconds. But . . . before you do, make sure you’re rehydrated and your heart rate is back to normal. “When your muscles are hot and loaded with lactic acid, you might make it worse,” Edwards says. For a more detailed tutorial on foam rolling, check out the Beachbody Tai Cheng® program.
Get heated. While ice can work wonders immediately after a workout, heat can help once your muscles have returned to their resting temperature[10]. “Heat increases circulation, especially focused heat in a jacuzzi, where you can hit areas like joints that don’t normally get a lot of circulation,” Edwards says. Just don’t jump in the hot tub immediately after a workout, because the heat can exacerbate inflammation, and the jets can pound your already-damaged muscles. Edwards cautions, “When your body heat is already high and you have a lot of muscle breakdown, sitting in a hot tub with the jets would be counterintuitive.”
Move it. You may be tempted to plant yourself on the couch until the pain subsides, but don’t skip your next workout. Circulation promotes healing, so it helps to get your heart pumping—just don’t overdo it. “Active recovery” is low-intensity exercise that gets your blood flowing without taxing your muscles. What qualifies as low-intensity? It depends on your typical workout. If you know your training zones, you can use a heart rate monitor. But, Edwards says, the easiest way to engage in active recovery is to exert around 50% of your max effort, and keep your heart rate below 140 bpm or so. Most Beachbody workout programs include a recovery workout, but if yours doesn’t, a gentle yoga class or going on an easy hike are good options.
Pop a painkiller—if you must. Nonsteroidal anti-inflammatory drugs like ibuprofen can relieve pain, but many experts aren’t sure if they’re worth the risk. “A lot of athletes call it ‘Vitamin I,'” Edwards says. But he cautions that NSAIDs can cause nasty side effects and accelerate muscle breakdown. “The only time they might help is if you’re in so much pain that you can’t do low-level exercise—you can’t get off the couch,” Edwards says. In that case, meds might help, but be careful not to overdo it—because if you’re not feeling pain, you may push too hard and cause an injury.
Resources:
[1] http://www.webmd.com/fitness-exercise/news/20071017/stretching-wont-prevent-sore-muscles?page=2
[2] http://www.sciencedaily.com/releases/2007/10/071016195932.htm
[3] http://www.utexas.edu/features/archive/2004/nutrition.html
[4] http://www.upmc.com/Services/sports-medicine/newsletter/Pages/ice-after-exercise.aspx
[5] http://well.blogs.nytimes.com/2012/02/20/really-the-claim-an-ice-bath-can-soothe-sore-muscles/
[6] http://www.webmd.com/diet/ss/slideshow-omega-3-health-benefits
[7] http://www.ncbi.nlm.nih.gov/pubmed/16531187
[8] http://www.ncbi.nlm.nih.gov/pubmed/20300014
[9] http://well.blogs.nytimes.com/2012/02/06/how-massage-heals-sore-muscles
[10] http://www.medicalnewstoday.com/releases/29108.php
It’s not just what you eat but when you eat that matters. The perfect food for one situation may be horrible for another. Nutrient timing is a science that athletes use to try to get the most out of every calorie they consume. Not everyone needs an athlete’s level of efficiency, but all of us will benefit from a basic understanding of nutrient timing.
This is 911, need-to-know info only. To keep you focused on the big picture, I’ll begin with an example at the extreme end of nutrient timing. If the average Joe followed the same diet as an Ironman triathlete, he’d likely have type 2 diabetes in a matter of months. Conversely, if someone tried to complete an Ironman on even the healthiest version of a low-carb diet, that person would either be forced to quit or die. This is not just because either diet would mean eating too much food or too little food. Different foods cause the body’s metabolic process to react in different ways; and various activities should be fueled using various means.
Let’s begin by looking at our possible fuel sources:
Carbohydrates
Are fuel only. They aren’t stored in body tissue, only in the blood and liver as glycogen, which needs to be burnt off. They are essential for high-level functioning like running fast, lifting heavy things, and thinking. They are digested and put to use by your body very quickly. If you eat more than you burn, your body will convert them to be stored in adipose (fat) tissue.
Proteins
Called the body’s building blocks. Hence, you need them to rebuild tissue that breaks down daily. You digest proteins slowly, and at a certain point, your body just can’t assimilate them. Therefore, it’s important that throughout the day you eat foods that are high in protein.
Fats
Help regulate all of your bodily functions. They are dense and contain over twice the calories of proteins and carbohydrates. While they are vital for our health, it’s easy to eat too much of them, which will result in unwanted fat tissue on your body. You digest fats slowly, and fats will also help slow the digestion of anything else you eat. Fats are also your backup fuel source, though they can’t be put to use right away the way carbs can.
Fiber
Categorized as a carbohydrate, it is not a source of fuel as it has no calories. It’s the indigestible part of a plant and is of vital importance in your diet because it regulates the absorption of the foods you eat. It also helps us feel full. Most of us don’t eat enough fiber, and that’s a big part of the obesity problem.
Alcohol
Not really a food source but something we tend to consume. It has nearly twice the calories of proteins and carbs (though it lacks fuel) and digests rapidly. Its only healthy function is that it seems to make us happy. Studies indicate this is a good thing, as those who consume alcohol generally live longer than those who don’t, but from a purely nutritional standpoint, it’s not so hot because you’re getting calories without any upside. Its use should be strategic and regulated for best results.
Now let’s look at the various situations we face daily, at least on most days—hopefully.
Relaxing
This is when we’re sedentary both physically and mentally. In a relaxed state, you burn very few calories because your body is engaged as little as possible, hence the relaxing.
Sedentary work
When we’re at work or school. Our bodies aren’t moving, but our brains are engaged. The brain runs on glycogen, which is blood sugar fueled by carbohydrates.
Low-level exercise
Like mowing the lawn, cleaning the house, or going for a walk. This breaks down body tissue, so you’re burning calories, but it’s not intense work. Therefore, it can be fueled by your stored body fat. Your body tries to fuel its low-level outputs by mobilizing fat stores because this saves its limited glycogen for emergency situations.
High-level exercise
Fueled by glycogen. When you really have to get after it, all sorts of hormones go to work, and your body burns its blood sugar. Body-tissue breakdown is rapid, and your stored blood sugar (glycogen) won’t last much more than an hour.
Sleep
A very active time. Deep sleep is where your body works the hardest to repair itself. You need nutrients to make these repairs, but it’s better if you aren’t mucking up the process with digestion. This is why you hear that you shouldn’t eat too much at night. It’s best to eat early to allow most of the digestion to happen while you’re awake, thus allowing your body to use all its energy for recovery during sleep. It is worth noting here that it’s better to eat before bed if you need the nutrients—don’t skip them. Your body can’t repair itself without nutrients, and recovery from breakdown is why we eat in the first place. Next, let’s take a look at an important word you need to know: insulin.
Insulin
Wikipedia tells us that insulin “is a hormone that has extensive effects on metabolism and other body functions, such as vascular compliance. Insulin causes cells in the liver, muscle, and fat tissue to take up glucose from the blood, storing it as glycogen in the liver and muscle, and stopping use of fat as an energy source.” Okay, that’s a little scientific, but look at all the things we’ve already referenced: hormone, glycogen, metabolism, and fat as an energy source. Even if you don’t fully comprehend “vascular compliance,” you can tell that insulin is something important in today’s discussion.
Sure enough, it’s the only hundred-dollar word we need to know today. Your body’s insulin response is the main reason you want to eat certain foods at certain times, to do certain things.
Putting it all together
Now let’s take what we’ve just learned and put it to use. For most of us, nutrient timing is pretty simple. The next thing to consider is what you’re going to be doing or what you just did. As I said before, what you eat should be based on this. You’ve probably heard about the evils of sugar, or maybe even the glycemic index. Using the science of nutrient timing, you can turn sugar into something healthy because it’s the only thing that transports nutrients into your blood quickly enough to be of service during and after hard exercise.
Essentially, sugar or other easily digested carbs (the less fiber the better) promote an insulin release. This speeds the transformation of carbohydrates into glucose in your blood. As your glycogen stores are depleted during exercise, recharging them with sugar minimizes the damage done by the breakdown of tissue during exercise. Therefore, sugar, the oft-vilified ingredient, is actually your body’s preferred nutrient during times of excessive stress and tissue breakdown.
Pretty cool, huh? The bad news is that this miracle nutrient is not good for you when you’re not doing intense exercise, which for almost all of us is most of the time. In fact, sugar’s very bad for you because the insulin response that was so fabulous for you when you were bonking (glycogen depleted) is not so fabulous for you when you’re sitting in front of the boob tube.
Remember this from the Wikipedia definition of insulin, “stopping use of fat as an energy source”? That’s bad when you’re sitting around. Remember how one of dietary fat’s responsibilities is to fuel you during low-intensity exercise? Well, when sugar causes your insulin to spike, it cuts off that process. Now not only are you not burning body fat for low-level outputs, you’re trying to force your body to use its glycogen. Double bad.
Unless you’re exercising, sugar intake should be minimized. During these times—which is most of the time—your diet should consist of a mixture of proteins, fats, and complex carbohydrates. The latter are natural sources of carbohydrates that generally come with fiber, which regulates the insulin response. Whole fruit, a simple carbohydrate by definition because it contains fructose (a sugar), always contains fiber and, thus, can be treated as a complex carb. Fruit juice, and other such stuff, is processed; it, along with processed complex carbohydrates like white rice, can cause an insulin response, so these types of foods should be used more like sports foods than staples.
It’s also important to note that combining all these different nutrients slows sugar’s ability to incite insulin into action. Therefore, a little sugar like a dessert after a well-rounded meal is buffered by the meal. The calories and lack of decent nutrients (processed sugar is devoid of most nutrients, except for energy) still count toward your overall diet, but at least you don’t have to worry about an insulin spike.
So the main point of this article is very simple. You should eat small, well-rounded meals most of the time. These should include some proteins, some fats, some fiber, and some carbs. During (only if it’s a long workout) and after hard workouts, you should supplement your diet with sugar or simple carbohydrates. After this, you should go back to eating well-rounded meals again.
Sports nutrition has evolved this process even further. In nature, foods are generally slow to digest. Nature’s great sports foods are things such as bananas and figs. These are sugary but still contain fiber and other nutrients. Science has found ways to make foods that are even more efficient during sports. These basically manipulate pH levels and process the sugars to speed them into your system. Outstanding when you need it. Terrible when you don’t.
They’ve even taken this a step further by finding a ratio of other nonsugary nutrients (like protein) that can be transported by the sugar to give you a further benefit. Beachbody’s Results and Recovery Formula uses this science. When you’re bonking during a hard workout, it speeds nutrients that are essential for quick recovery into your system as quickly as possible.
I can’t stress how important it is that sports fuels be used for sports performance only. Gatorade, soda, and all sugar candies (hey, no fat!) all function as the poor man’s sports foods. Unfortunately, those perusing the Quick Stop generally aren’t trying to fuel up after doing Plyo X, and therein may lay our obesity trend.
In case the topic is still a bit fuzzy, let’s use the above logic on the examples in the intro: An Ironman athlete is doing intense exercise for 10 to 12 hours or more. During this time, that athlete is mainly burning glycogen, which is gone after an hour or so. The athlete burns stored fat, too, but this is limited in its effectiveness. To race, the athlete must replenish with sports foods because they contain the only nutrients that the athlete will digest fast enough to help. To complete an Ironman, especially at your physical limit, it may take 5,000 calories coming mainly from sugar.
This is a sports-specific diet only. Someone trying to eat that way during a viewing of the Lord of the Rings trilogy would be lucky to stay out of the emergency room. Conversely, if you tried to maintain a 25-mph speed for 8 hours on your bike while munching on raw spinach and lean steak, you’d bonk so hard you’d be praying to get yanked from the race at the first checkpoint. That should cover your 911 on nutrient timing. Next time, we’ll move on to the topic of supplements. Are they magic pills, overhyped placebos, or something in between?
How much you should eat before your workout depends on the type of workout that you plan on doing: high, moderate, or low intensity. If you’re going to do a low-intensity workout, don’t eat before your workout because it will just make you feel sluggish. On the other hand, for moderate to high-intensity workouts, you’ll want to have some reserve carbs in your system to perform the best.
Here are some caloric guidelines:
If it’s 3 or 4 hours before your exercise, eating a large meal is OK (600 calories or more).
If it’s 2 or 3 hours beforehand, a smaller meal is better (400 to 500 calories).
If it’s 1 or 2 hours before, a liquid meal is a good choice (300 to 400 calories).
If it’s an hour beforehand, a small snack will do (200 to 300 calories).
Try not to eat during the last hour before you begin a workout because it floods your system with too much blood sugar during those initial stages of your workout.
(Full Spike) The pre-workout meal is probably one of the most important meals of the day. The pre workout meal is the fuel your muscles need to get through your exercise. Eating before working out also provides energy and can help increase performance.
If you want to get better workout gains then you should definitely add pre-exercise food to your daily workout plan.
Glucose is the preferred energy source for most training routines and the pre-exercise meal should include foods that are highest in carbs and easiest to digest. High carb foods might include:
It’s not recommended to work out on a full stomach. Working out with food in your belly can cause cramping, nausea, and an upset stomach / stomach aches. No one wants to be hurting during their workout so give it time to digest. Typically it takes 1 – 4 hours for food to digest, depending on what, and how much you eat. Digestion also varies from person to person, so a little trial and error will be required to figure out how much time it takes for your food to digest. Regardless, the minimum waiting time after a meal is one hour.
Building Muscle Mass
If your goal is to build muscle, then you should eat foods high in carbs and protein before workout. High protein / high carb foods include:
Fat Loss
The pre-workout meal of choice for people trying to lose fat, would be a small carb meal. This will supply you with the energy you need to get through your fat burning exercise routine, such as cardio and anerobic activity (hard sprints for 30 seconds – 1 minute). Remember, the body can continue to burn fat up to 6- 8 hours after cardio or workout.
The worst thing you could possibly do is workout on an empty stomach. While the body will in fact use fat stores to supply energy to the body if on an empty stomach, thus burning fat, this is not the preferred method to lose weight. This only ensures you of maximum muscle loss, and short term gain; No bueno.
What you do want, is to eat more small meals per day, which will speed up your metabolism and help you shed those calories. Eating too few calories per day will deprive yourself of energy, and your body will start hoarding calories that you do take in as fat so that it can survive these starvation episodes that you put yourself through. This also makes it harder for your body to use these calories.
Regardless of what your doctor told you, or what you have read, if they said to workout on an empty stomach, then they are 100% wrong. Working out on an empty stomach sends your body into a panic state, and you will, I repeat, you will…store…fat.
O’s editor in chief travels to Peru to experience a trove of life-giving superfoods that just might revolutionize your view of nutrition.
Around 4 o’clock on any given morning, Darin Olien will walk into his Malibu, California, kitchen and make himself a smoothie. This will not be an ordinary drink. The other day, for example, he tossed the following into his blender: coconut water, fermented sprouted brown rice, maca, aloe vera juice, barley grass powder, kamut juice powder, almond butter, camu camu, avocado, goji, lucuma powder, noni juice, cacao nibs, MSM, maqui, bee pollen, sacha inchi oil, omega-3-DHA/EPA oil, Hawaiian deepwater salt, chia seeds, nopal, goat yogurt, luo han guo, and a powder called Shakeology.
If you’ve never heard of many of these ingredients, you’re not alone. But stay with me here, because they’re among the most powerful nutrients on Earth. Olien’s specialty is what’s known as “formulating,” taking wildly beneficial substances and combining them into something even more potent: a supplement, a snack, a tea, a medicine, a smoothie. Every food in nature contains a mix of proteins, fats, and carbohydrates, along with noncaloric vitamins, minerals, fibers-all of which fuel our cells-and each one has unique abilities that we really don’t understand, but it is now clear that some foods pack an extra biochemical punch. Camu camu fruit, for instance, provides the richest source of vitamin C known to exist. Maca, a hearty root that grows only in the high Andes, comes in yellow, red, and black varieties, boosts fertility, is said to balance hormones, and dispenses a day’s worth of kick-ass energy. Sacha inchi is another South American treasure, a protein-rich, metabolism-revving nut that delivers an omega-3 bonanza. Olien’s final ingredient, Shakeology, contains more than 70 components itself, a crazy cornucopia of good.
No one understands Shakeology better than Olien, who created it in 2008, after Carl Daikeler, CEO of the fitness company Beachbody, challenged him to come up with a supplement to match the tagline The Healthiest Meal of the Day. His customer was someone who wanted optimum wellness, wanted to lose weight, wanted cholesterol levels to drop-but had no intention of eating a platter of broccoli each day. Daikeler gave Olien no limits on quality, no cost/revenue restrictions; the goal was to shoot the moon, to seek out and combine the most extraordinary plants, fruits, nuts, herbs-nature’s secret weapons. And Olien found them: ashwagandha from China, cordyceps from Bhutan, yacon from Peru. An alphabet of vitamins and minerals from the purest sources. Prebiotics. Probiotics. Green tea and grapeseed extracts, chlorella and spirulina and hydrilla, a spectrum of enzymes. Since hitting the market in March 2009, more than 400,000 bags of Shakeology, at $119.95 each, have been sold.
Olien himself is a strapping guy, north of six feet and solid. He looks, in fact, like the steak-fed Midwestern varsity football player that he was, until a back injury derailed his athletic career. From that low point Olien had tried to rehabilitate himself using traditional methods-lots of animal protein, relentless physiotherapy-but it was only when he adopted a radically new diet of superfoods that he was able to regain his strength. This not only improved his health, it revealed his calling. “It was one of the greatest turns in my life,” Olien says, “because it got me into the question, ‘What can I do to fix this?’ I became very curious about the body, switched my major to exercise physiology and nutrition. Then I healed myself.” Over the years he also managed to help many others with their diet and fitness regimens, and Olien’s “concoctions,” his powders and bars and health innovations, began to attract attention.
On the first morning I met Olien I watched him doing squat jumps holding 40-pound weights, while holding his breath underwater. Another workout he likes to do involves harnessing himself to a 150-pound railroad tie and dragging it through thick sand. Whatever he eats needs to fuel these exploits, so people are often surprised to hear that his diet consists mostly of plants. Olien consumes no processed foods, no polysyllabic ingredients invented in labs, no high-fructose corn syrup or trans fats, no artificial flavorings, no antibiotic-laced dairy products, nothing that comes out of a drive-thru. In short, he doesn’t eat what’s generally on offer in the modern food world. “When people find out that I don’t eat this or I don’t eat that, I feel a sense of pity coming from them,” he says, “and I think, ‘Wow! You have no idea. I’m not deprived at all. Come to my kitchen! I’ll blow your mind.'”
Thing is, science is now catching up to something that nature has known all along: the rich greens, the vibrant yellows, the deep indigos of plants are key to our well-being. That meat we love so much? Proven to clog our arteries. Convenience foods-heavily sweetened and salted, laden with fat and chemicals-wreak havoc on everything from our immune systems to our moods to our weight. Here are the facts and they’re not very pretty: Americans are the fattest people ever in history. Obesity, a body composition topping 30 percent fat, is the most pressing health crisis we face, with 34 percent of the adult population falling into that category (plus 29 percent of all children). If you add in the merely overweight it’s closer to 68 percent. In the past 50 years the weight of the typical American citizen has increased, on average, by 25 pounds. If we continue at this rate, by 2050 every last person will have eaten himself into the danger zone.
“Every time you eat processed foods, you exclude from your diet not only the essential nutrients that we are aware of, but hundreds of other undiscovered phytonutrients that are crucial for normal human function,” Joel Fuhrman, MD, writes in his new book, Eat to Live: The Amazing Nutrient-Rich Program for Fast and Sustained Weight Loss, which stresses the importance of a diet full of high-quality produce. Mehmet Oz, MD, who wrote the foreword to Fuhrman’s book, believes that even a slight shift away from meat can improve your health. “What we really want to do is have people nudge themselves in the right direction,” he told me. “If you want to have a few bacon bits on your salad, God bless you, fine. That’s not where we’re losing the battle. We’re losing the battle when you have sausage for breakfast, a big pastrami sandwich for lunch, and pork chops for dinner.”
Yet we live in a mass-produced, big-box culture, where economic interests hold sway. Meat, corn, sugar-they come cheap, and we buy them. Plus, we tend to like the taste. But there are steep hidden costs in a food system that makes calories rather than nutrients-from the factory farms that treat animals like parts on an assembly line to the fact that obesity-related ailments like heart disease, stroke, and diabetes are skyrocketing and account for approximately $150 billion in healthcare expenses each year. As both Fuhrman and Oz would attest, anyone consuming a steady diet of man-made edibles would benefit even from something as prosaic as lettuce, but far more intriguing foods exist. As Olien began to talk about the vegetables, fruits, grains, herbs, and other plants he was hunting, I realized there was an entire universe out there I didn’t know about. I had never heard of lucuma or sapote or aguaje. What the heck was gac? The list was long.
Learning more requires a passport, because in acquiring these superfoods Olien doesn’t simply call up a supplier with his FedEx number, he goes directly to the source. In doing so he often ends up in extreme places, searching out plants that-although they may have been revered by past civilizations-are now largely forgotten. South America, with its jungles and rainforests and mountains, is especially rich. So when I heard that Olien was headed back to Peru, I invited myself along. I wanted to see firsthand what he was up to because it sounded so incredible to me, so mysterious and even magical. I wanted to taste these lost, powerful foods that had fueled warriors and emperors, plants with miraculous properties that had somehow almost vanished, disappearing beneath a sea of fast-food wrappers.
Lima
From the outside, Nicolaza Mendoza’s warehouse looks like any other drab building on the industrial fringe of a sprawling Latin American city. When I walked through the door, however, that impression was washed away by a wave of earthy scent. Colorful sacks were piled high on wooden palettes, each one stuffed with precious plants. Their names-una de gato, achiote, huasca-were written on the sacks in thick black marker. Mendoza, a small-statured woman with a serious face, is one of Peru’s most respected herbalists. She spoke no English; her daughter Luz Maria, a striking 32-year-old in a short black skirt and lavender eyeshadow, was there to translate.
“How do you say, ‘Hit the jackpot’ in Spanish?” Olien asked, smiling. He was carrying a list of substances he wanted to investigate, and it was a good bet that many were on the premises. Standing beside him, Bernd Neugebauer, PhD, surveyed the warehouse and nodded. At 59, with a mane of white hair and vivid blue eyes, Neugebauer has a distinguished air, bolstered by the four languages he speaks fluently and his provenance from one of Germany’s oldest forestry families. Neugebauer’s accomplishments and interests include cultivating organic aloe vera, beekeeping, shamanism training, and studying ancient farming methods. Currently he is restoring an entire Mayan village in the Yucatan. But his primary interest is soil. Only healthy, mineral-rich soil produces healthy, mineral-rich food, and the world’s topsoil is under great stress these days, overused, undernourished, and (due to increasing deforestation) prone to erode into the sea. Though he is an organic farming expert, Neugebauer has gone even beyond that, reaching into history to discover how past agricultural empires-Maya, Aztec, Inca-treated the land, and what we can learn from them. In 2006 Olien read an academic paper by Neugebauer about creating holistic and sustainable agricultural practices, and sought him out as a kindred spirit. Now the two team up often, with Neugebauer helping the farmers who grow Olien’s raw materials get the most out of their crops without pesticides or chemical fertilizers.
Olien’s relationship to his suppliers is a deeply personal one. He believes in cultivating relationships first, supporting indigenous practices, seeking the highest-quality products and paying generously for them. The farmers he works with have become his close friends. “It’s fair trade on steroids,” he says of his approach. To that end, every last leaf that now sat in Mendoza’s warehouse met this gold standard. The herbs here were locally grown and carefully harvested. Her collection was all the more impressive when you considered Peru’s outlandish biodiversity. Luz explained how her mother traversed the country constantly, from one extreme to another, from the Amazon to the Andes to the Pacific Coast and everywhere in between, seeking out each region’s botanical treasures. The stakes were high: Billion-dollar drugs had been obtained in the rapidly dwindling rainforest-antimicrobial, antipain, anticancer medications, among countless others-and yet scientists agreed that only a small fraction of nature’s pharmacopoeia had ever been studied. “I’m amazed by what she knows,” Luz said, shaking her head.
I walked down the aisles behind Mendoza and Olien, leaning over the herbs to examine them. Una de gato, or cat’s claw, was a vine that had been chopped into little shingles; it was adobe red and smelled like the primeval forest. I had seen it referenced in a number of books as an antiaging “superherb.” Recently scientists have discovered that the most prized plants and herbs in native cultures contain high levels of nutrients that contribute ferociously to cellular health in ways we are only beginning to understand; cat’s claw has been shown to fight infection, decrease inflammation, and repair DNA. “This is the real pharmacy,” Olien said, gesturing at the sacks. “Hippocrates said, ‘Let food be your medicine’-and there’s a lot of medicine out there.”
There was a row dedicated entirely to teas, lush manzanilla (chamomile), lemony cedron, eucalyptus, and menta blanca-white mint so strong it was as though an entire field had been squeezed into a teacup. Every smell was amplified. “Stand here for three minutes and just breathe deeply,” Neugebauer advised, “and you will be in wonderful condition.” The intensity of these substances was striking, given that we live in a diluted world, willing to eat a tomato that only vaguely tastes like a tomato, or an orange that looks orange only because it’s been shot full of dye.
One sack had frayed at the ends and its contents spilled out, revealing a root that looked like a thick, spiral cinnamon stick. I was examining it when Miguel Berumen, another member of Olien’s team, came over. Berumen was a walking superfoods encyclopedia, and the learning had started early. As a boy growing up outside Mexico City, he’d watched his grandmother heal family members with plants from her garden. “I’d get sick,” he recalled, “and she’d come over and brew up some herbs and say some prayers. That was just the logical thing to do.” When Berumen was asked a question about, say, sarsaparilla, the knowledge poured out, streams of words rushing and tumbling over themselves in excitement. “In ancient times they used this herb to make root beer. They also used sassafras. And manioc root to generate the bubbles!”
“Can you ask Nicolaza about kaniwa?” Olien asked Berumen. He’d mentioned kaniwa, a grain I’d never heard of, several times today.
“Kaniwa is a beautiful plant,” Neugebauer said, with admiration in his voice.
“It bounced off the page to me this morning,” Olien said, pointing to his notes. New quinoa, high Andes, he’d written in the margin. “We could sprout it. Make it a little more bioactive.”
Olien had explained to me how his formulas come together first by instinct, a gut knowing that eventually leads him into the lab, where everything will be rigorously tested. “I start with a question,” he said. “For Shakeology it was, ‘What do people need to thrive?'” From that point the different ingredients pop into his mind, inspirations bubble up, ideas appear-“and then I back into the science.” Once a product has been fine-tuned, Olien uses himself and his friends as guinea pigs. “That’s the ultimate test,” he said. “In your own body.”
The intricate synergies that keep our livers humming and our eyes focused and our brains remembering where we put the car keys are mirrored in the plant world. Each organism contains a universe within itself, countless components working together seamlessly to keep things in perfect balance. When Olien combines his raw materials-all of them functional foods-he’s seeking this same effect, in which the whole adds up to more than the sum of its parts. When we supplement our diets with specific vitamins-a vitamin D capsule, a CoQ10 pill-we’re doing the opposite: breaking nature’s systems apart. “The best example of this is the work that’s been done on vitamin A,” Oz had told me. “When you eat vitamin-A-rich foods like carrots, you reduce the risk of lung cancer. When you take vitamin A as a pill you increase the risk of lung cancer. How is that possible? It’s possible because when you take a carrot and put it into your mouth you don’t just get vitamin A, you get all the retinols. The different subtypes of all these different phytonutrients. And they’re in the perfect mix for us. Literally dozens of them in the right combinations-they’re the key that unlocks the cells’ abilities to defend themselves against cancer. If you take only a massive pharmaceutical dose of vitamin A, then you actually block the body’s ability to absorb the other components of the carrot.” The way these things operate, Oz said, is like a band playing in perfect tune: “The true benefit doesn’t come from just having the drum banging. You need the guitar, a little trumpet, a singer. That’s what makes the music.”
This vast, emerging alchemy was the most exciting part of his work, Olien agreed, stepping out of Mendoza’s warehouse into the hazy afternoon heat: “I’m not a fan of isolating. Who are we to separate things out? All of these herbs and vitamins have their buddies, and they want to come together.” He walked toward the bus that would take us from Lima into the wild folds of Peru. “It never ceases to amaze me,” he added, “watching the magic.”
Tarma
Fresh cacao is a strange and wonderful fruit. Outside, it’s a tough vermilion pod the size and shape of a toy football, but inside it contains another set of textures: a mass of wonky-shaped cubes nestled in a 3-D jigsaw puzzle, each with a furry white covering and a chewy bean in the center. When you bite into cacao the sensation is sexy and silky and delicious, kind of bitter and kind of sweet, with a darkly complex flavor that only hints at the chocolate it will eventually become.
“They called it the Food of the Gods,” Olien said, handing me another cube. “And it truly is.” He was wearing a pair of black shoes that slipped on like gloves, all five toes outlined, giving his feet the appearance of paws. It was perfect jungle footwear. We stood on the slippery hillside with three men from the small, organic cacao plantation where these fruit trees had been planted. Olien was always on the lookout for good sources of cacao, a key ingredient.
Botanists and herbalists-and superfood hunters-tend to get very worked up when describing cacao; its health attributes seem almost too good to be true. Cacao has more protective antioxidants than red wine, pomegranates, and blueberries combined. It’s a huge source of magnesium, a critical mineral for heart health, bone strength, and brainpower that many of us could use more of. These little beans contain a rainbow of minerals, a wallop of vitamin C, many essential fats, and the calming amino acid tryptophan, which in turn elevates levels of the happiness-inducing neurotransmitter serotonin. “Cacao is an absolutely perfect mood stabilizer,” Olien said. And more: The beans are rich in a wonderful substance called phenylethyl-amine (PEA) that our bodies produce when we fall in love; PEA also acts as a natural appetite suppressant. An aphrodisiac that helps you lose weight is so precious, in fact, that the Maya and Aztecs used cacao beans as currency, valuing them above gold.
“I want to make a convenient medicinal chocolate,” Olien said, holding up one of the pods. “As pure and raw as possible, all hand grown. It’d be like handing out delicious antidepressants to people!” To be honest, it was quite an idea: What if the foods we loved also happened to be incredibly good for us? What if, instead of doughnuts and nachos, we craved nature’s most exquisite gifts? What would the world look like if everyone functioned at peak energy, tipped the scales at their ideal weight, and ran around in a good mood? What if we didn’t need to take drugs to be happy or keep our hearts running smoothly or get a decent night’s sleep?
Neugebauer began to talk to the farmers, giving them some new ideas to fend off a fungus known as Monilia that was reducing their harvest. I watched him speaking to them in Spanish, kneeling down next to the trees and examining the soil. A walnut-skinned man in black rubber boots listened intently, a curved machete hanging from his belt. Standing at the edge of the path, Olien and Berumen were deep in conversation. “It can’t help but propel me into neurotransmitters,” I heard Olien say. His face was still smeared with red achiote dye from a stop we’d made earlier at a lowland jungle village called Pampa Miche, where we’d visited a tribe called the Ashaninka, renowned for their knowledge of local plants. Olien had stood by good-naturedly as a group of village women painted his face with scarlet stripes, looped boa constrictors around his neck, and dressed him in a native outfit consisting of a loose caftan, an elaborate sash of beads, and a jaunty straw hat.
Later, on an exploratory walk through the rainforest, he had downed a murky brown drink with a bitter flavor and the texture of phlegm. “What are the medicinals in this?” he asked Nuria, a sturdy woman in a red headscarf. She responded in a gale of Spanish, gesturing at the towering trees.
“Five different tree barks,” Neugebauer translated.
“Para potencia!” Nuria stressed. The women erupted in giggles.
Olien went on to sample wild cashew nut, a reddish fruit shaped like a small bell pepper. The shell of the nut contains a burning acid (something Olien had learned the hard way in Mexico last year, and ended up having the skin of his lips peel off). Stepping off the path, one of the Ashaninka men, who happened to be carrying a small monkey, reached up with a long knife and cut into the trunk of a nearby tree. A thick red sap began to ooze out. “Sangre de grado,” Berumen said, leaning over to examine it. “Dragon’s blood!”
This was a sighting: Sangre de grado is a substance so valuable and rare that counterfeit versions often show up in the markets. Used externally as a salve, it acts as a second skin to close wounds and stop infection; taken internally it heals ulcers and other stomach ailments. Dragon’s blood also exhibits antitumor and antiviral activity, qualities that have captured the pharmaceutical industry’s attention.
Nuria rubbed a few drops onto Olien’s forearm. The sap first looked red, then quickly turned a shimmery golden, before morphing again to a soapy white. “It’s sticky,” he said, touching it. “That’s how you know it’s really good,” Berumen said. “When it gets creamy like that.”
The visual effect was startling. The dark red liquid stood out against the light bark, as though the tree really were bleeding. It looked eerily like a human arm or leg. Olien traced the wound, letting the liquid drip onto his fingers. He was completely transfixed, and he stood there for several minutes, oblivious to anything else around him, even the scampering monkeys.
Junin
At 14,000 feet in the Andes, not much grows in Junin. There is one noteworthy exception: maca. This windblasted place is the maca capital of the world, and for that Olien loves it. “Ah, yeahhh,” he said as the lunar vistas rolled by, dust-colored barren hillsides dotted with the tiny figures of llamas and vicunas. The more I’d heard about maca, the more fantastic this little tuber seemed: A relative of the radish, it has been cultivated for 2,000 years in these parts. Maca is an adaptogen, Olien said, explaining how the brutal terrain had bred into the plant a kind of survivors’ guile that enabled it to respond to any conditions. In the body it helps balance whatever’s out of whack, particularly hormones. It boosts endurance, allowing people (and animals) to work long days at high altitude. Incan warriors liked to take maca before going into battle. In Junin, the local people ate it roasted, stewed, marinated, dried, fermented, made into tea. But for all its benefits, maca had flirted with extinction. In 1979 only 70 acres of it could be found in Peru. Since then its stock as a superfood has been steadily rising, and small farmers have started planting it again, realizing it’s worth far more in the marketplace than potatoes.
We were headed to visit Dina Guere Vega, a maca farmer whom Olien had been working with for six years. She and her family lived in a jumbled compound of low buildings that included a warehouse filled with maca bulbs. Guere Vega was a pocket-size woman with large brown eyes and a brilliant smile, bundled in a hand-knit alpaca sweater, and she greeted Olien, Berumen, and Neugebauer like family. Her husband stood beside her, wearing a wool hat with earflaps. Outside the wind howled, shaking the roof.
The smell of maca is intense and unique, like earth meets nuts meets a wood fire with undertones of licorice and wasabi, and it filled the warehouse-sacks of maca lined the walls. On one side of the building two women sorted through a sea of bulbs spread across a tarp. Olien reached into an open bag and pulled out a handful. The root looked like a petrified fig. “Powerful stuff,” he said. “This is dried. Takes about three months.” After that it would be carefully powdered and shipped to the United States. Maca’s strong odor (and that of other pungent herbs) had challenged Olien when it came to perfecting Shakeology’s taste without resorting to artificial ingredients. “I spent a year trying to get it right,” he said, describing the two flavors that resulted, chocolate and greenberry. “Because if I didn’t, no one in Middle America would drink it. You have to meet them in the place where they can receive it.”
Dina and her husband reappeared holding trays of a golden liquid. “Liquor de maca!” Neugebauer said, reaching for a glass with a somewhat shaky hand. Since our arrival we’d been chewing coca leaves, the native remedy for altitude sickness, but he was feeling the elevation, and hoped that a little maca toddy would clear that up. We had three rounds of the stuff and later we would drink more maca, blended with dark beer and papaya. Its effect was smooth and kicky, like stepping on the accelerator of a fine sports car. As Olien said, it was an easy plant to love. The locals felt the same way and had even installed a 70-foot-high, shocking purple maca monument in the nearby town of Huayre.
But the picture wasn’t entirely rosy. Part of Neugebauer’s task here was to solve a pressing problem: Over the past year Dina’s fields had been producing far less maca, and the plants that were growing had shrunk dramatically in size. Dina thought that climate change was the culprit, erratic weather patterns bringing warmer temperatures and rain out of season. Neugebauer, however, believed a change in planting methods would not only restore her maca yield but double it. The two of them hunkered on a couch in the drafty room with wool caps pulled low over their heads. “He wants her to use a crane rather than a tractor,” Berumen translated. “To reach out and loosen a little area without turning the soil over. And he doesn’t think she’s digging deep enough.” Neugebauer also explained how he had resurrected the chaquitaclla, an Incan maca-planting tool shaped like a spear gun: “I took it into a machine design shop in Germany and told them, ‘Please mechanize this.'”
As old as maca’s tradition was, I could see that much of what was happening here was new. “Five years ago, none of this existed,” Olien said, surveying Dina’s compound, where a 2,000-year-old crop was being reintroduced to the world. Though we tend to think of progress as a straight charge ahead-more, new, bigger, faster-in maca’s case, moving forward required going back in time. I recalled a conversation I’d had with William Li, a Harvard-trained MD and the cofounder of the Angiogenesis Foundation, a vanguard group that’s proving how, at the molecular level, the foods we eat have a direct impact on whether our bodies are vulnerable to cancer. “Today we’re at a very awkward moment, I think, in human existence as it relates to food and health,” Li had said, “where we know intrinsically that there’s more to these things than we concretely recognize. And there’s a lot of historical stuff that’s been lost. How do we rediscover that? How do we take ourselves out of this cereal box?”
“I mean, why not think about trying to replace wheat with maca, for example,” Neugebauer had mused earlier. “Maca is the absolute superfood. Wheat has all sorts of problems.” On the surface this sounds preposterous-but is it? Considering that we’ve adopted a food system that’s created massive increases in both obesity and hunger, where prices are spiraling out of control, and monoculture and genetic modification work in opposition to
nature’s strategy of endless diversity, what these maca fields really represented, I thought, were ancient yet urgent ideas about how to live.
Huanco
“What does this look like?” Berumen asked, holding up the aguaje fruit in the open-air market.
“A hand grenade?” I said. Because it did.
“An ovary!”
The aguaje is a huge source of phyto-estrogens, Berumen said, and a perfect example of biomimicry in action. In other words, even before there were textbooks and search engines, nature had given us very clear directions. It’s no accident that walnuts, with their squiggly oval hemispheres, are the ultimate brain food. Or that a plant the rainforest natives call chanca piedra (“stone breaker” in English), which produces tiny green balls, is a natural remedy for kidney stones. Or that dragon’s blood, the sap that acts as a coagulant, actually bleeds out of the tree.
We stood in an aisle of the Huanuco market, squeezing aside as people bustled past. A short woman in a flouncy skirt walked by with a pig on a leash; another woman crouched on the ground next to a net bag writhing with tiny chicks. Fruits and vegetables were heaped everywhere. A light rain drizzled outside. Huanuco is a midsize city in central Peru, usefully located between the sierra and the high jungle. If you’re a farmer, there’s a lot of business to do here.
“The phytoestrogenic property of aguaje is different than soy,” Berumen continued, citing another plant with strong hormonal effects. “It actually assists the body in making estrogen.” He cut into the aguaje and handed me a piece. The fruit was bright orange, with the dry texture of cheese. The vivid colors in fruits and vegetables-created by chemicals called flavonoids-signal power. So far scientists have identified about 6,000 of these compounds-names like peonidin, kaempferol, apigenin, hesperitin, quercetin-but undoubtedly, thousands more exist. Flavonoids have been shown to improve brain function, motor skills, blood flow; they protect cells from inflammation and potential damage that can lead to cancer.
Eating a variety of plants is the best way to assure your body a wide array of flavonoids; in Peru, I’d discovered, this wasn’t a problem. Since my arrival I’d been presented with a steady stream of unknown foods. Along with cacao, maca, and aguaje I’d tried granadilla, a fruit that cracks open with a snap, revealing a fist-size mass of seeds, each covered in a translucent membrane. The seeds were crunchy and sour, the membrane was soft and sweet, the combination was sublime. Olien had produced a bag full of dried aguaymanto, raisinlike fruits with a sharp citrusy tang. Berumen had talked about “monster fruit”-a corncob-shaped plant that tasted like a cross between a guava and a pineapple-and declared it “the most delicious thing ever.” ButMonstera deliciosa (its Latin name) had to be carefully ripened and prepared, he warned: “If you bite into it fresh, it’s like eating razors. It cuts up your whole mouth.” There was black sapote, a fruit that tasted like chocolate pudding, and the succinctly named peanut butter fruit. In the market we had also come across lucuma, a fruit Olien likes for its mild, butterscotchy taste (in Peru, lucuma-flavored ice cream is as popular as chocolate or vanilla). “It blends well,” he said, slicing the skin off like that of a mango. “Balances out the astringents.” The fruit had a soft, cakey texture. “It’s one of the most mineral-rich foods in the world,” Berumen added.
We walked past rows of fish on ice, midsize animal carcasses dangling from hooks, rafts of flowers and sheaves of herbs. A heavyset woman in fuchsia lipstick presided over bushels of coca leaves. In a back corner, a group of older ladies had gathered around two large pots. One of them, an Indian woman with a long braid, ladled something that looked like porridge into a metal bowl. “Medicina!” she said, pointing at Olien and then handing
the bowl to him. Then she pointed to her stomach: “Medicina!” she stressed again, flashing a smile that revealed many missing teeth.
“Ah, the gringo needs some medicine,” Olien said, raising an eyebrow. “What is this?” he asked Berumen to inquire. The stuff in the bowl smelled acrid, even rotten. Berumen spoke to the women in Spanish and then after a moment he turned to us. “It’s called tocosh,” he said. “A traditional Andean food made from fermented potatoes.” The process, he translated, involved burying the potatoes in river soil for up to two years. Amazingly, this produced a natural penicillin.
Olien raised a gloopy spoonful to his mouth, hesitated for a moment, and then bravely swallowed it. Even from three feet away the aroma made my eyes water. “It’s a lot better than it smells,” he said, delivering the verdict. “It’s actually good.” I tried it, and agreed. The tocosh was warm and subtly sweet, with hints of vanilla. There was something comforting about it, and I could feel my body wanting more. Later I would learn that tocosh had been an Incan delicacy, and that even in sophisticated cities like Lima, Peruvian doctors still prescribed it for stomach disorders, and for its overall healthful effects.
“Oh my God, would I like to see the nutrient content on this,” Olien said, taking another spoonful. “Because that is not a potato anymore. It’s a completely new structure.” Fermenting a food, he explained, was like turbocharging it. This is the process, of course, that turns grapes into wine, milk into cheese. Essentially you’re letting food go bad in a good way, by creating an oxygen-free environment around it. During fermentation, benevolent armies of bacteria break down starches to sugars; those are converted to health-enhancing alcohols and acids. Whole new vitamins, enzymes, and amino acids can spring up. The result is a food with alchemical potency. This technique is so ancient that we don’t have any records of its origin, but historians believe it goes back at least 9,000 years, to China.
“If you look at the history of food, there’s been this tribalism,” William Li had pointed out. “Things are passed down-and there’s so much we don’t know. Space is a frontier. Oceans are a frontier. I think food is a whole other frontier,” he said. “And it’s not something you have to train with NASA for, or put on scuba gear for. It’s sitting in front of us every single day.”
Ambo
The Yacon farm was perched at the top of a road that zigzagged up the mountainside in a series of hairpin turns. The road was narrow and crumbly with scree, its thin ribbon of shoulder edged by sheer cliffs. There were no guardrails. I watched the bus driver hunch over the wheel in tense concentration, muttering under his breath. The view at the top, however, was worth the white-knuckle ride. The farm was tucked in a pristine valley glowing with more shades of green than the spectrum seemed able to hold, ringed by majestic peaks.
“Have I talked to you about yacon?” Olien asked, describing the potato-shaped vegetable that was, improbably, a cousin of the sunflower. “It’s an amazing food, a tuber that has a bunch of different sugars in it.” The most important of these sugars is a rare type known as fructooligosaccharide (FOS), and yacon is the richest known source of it. Although FOS tastes beautifully sweet, it’s not processed in the body like other sugars because we lack the enzymes to digest it (making it perfect for diabetics-and dieters, because few calories are absorbed). But rather than being expelled like some alien substance, on its way through your body yacon does a number of helpful things. It acts as a prebiotic, encouraging healthy bacteria in your intestines and colon, and aids in fat metabolism, cholesterol management, vitamin absorption, blood sugar regulation, even bone density. “It could be a sweetener solution for the entire planet,” Olien said.
The farm’s owner was a local man named Luis Alva, known to his friends as Lucho. He was burly, in his 30s with a wide face that looked both tough and kind. Alva had a quiet gravitas, which made sense when you learned what he’d been through on his family land. Twenty years ago, at a house only a mile away, his father was killed by the Shining Path, the leftist guerrillas who brutalized Peru during the ’80s and ’90s (and remain on the U.S. State Department’s list of terrorist groups). It was not a tragedy that anyone around here had forgotten. But today Lucho was buoyant, glad to see Olien and Berumen again, and to meet the rest of us.
In 2006 Berumen had been trolling the Internet and came across an arcane reference to yacon. He sent it to Olien, who was astonished by the “perfect storm of health benefits” the plant seemed to provide. “I thought, ‘This is an amazing product,'” Olien recalled. “You can’t get it anywhere, not even online. And then I was like a pit bull. I just kept saying, ‘We gotta bring it here.’ And maybe I got ahead of myself. ” He laughed, then added: “But that inspired all of what’s growing here.”
The next morning we headed to the fields in Alva’s truck, driving up a red dirt road that also served as a thoroughfare for Andean shepherdesses and their flocks. The women wore bright shirts and shawls in magenta, canary, emerald, tangerine, turquoise, along with the traditional pleated wool skirts and black flat-brimmed hats, which they decorated with bits of tinsel. We passed a group of alpacas, shaggy white beasts with unicorn faces and cranky dispositions, and a cow with long eyelashes that was mowing some bushes.
Yacon produces large green leaves that gave Alva’s fields a lush appearance, like a vast carpet of salad. “Historically, yacon was called the apple of the Earth,” Berumen noted. After sitting in the sun, apparently, it literally tastes like an apple, though the tuber itself resembles a yam. “You can dehydrate it, extract juice, or make a syrup out of it,” Berumen said. I watched as a field hand pulled up a plant, its roots caked with soil. Alva peeled the brown skin with a knife. Inside, the yacon was crystal white with tiny violet dots around its perimeter. It had an icy, juicy look and a crisp texture and it tasted fresh and light, like highly delicious air or a ghost carrot. I could have eaten it all day. “No applicacion de herbicida,” Lucho said. “Nada, nada, nada.” He used only organic fertilizer in his fields, no chemicals at all.
The spectacular valley, the happy workers, the mountain air, the bountiful crops-no one could argue against this as an ideal. Earlier I’d asked Olien what I thought was a key question: Is it possible to mass-produce this kind of quality? “I think we’re proving that you can,” he answered without hesitation. He added, “If you get the highest nutritional value from your food, you need less of it. The vacant foods-we need more of them, because they’re posers. They’re empty.”
He was right. It was really that simple: The body with its unknown galaxies of cells, its unseen cogs and wheels, its ropes and coils of DNA, needs to be nourished, and it doesn’t thrive on red dye #40 or propylene glycol or butylated hydroxyanisole with a ciprofloxacin chaser. “These plants you’re writing about have powers that are sacred,” Oz had stressed. “That word belongs in your story.” And these sacred foods do not have to remain in backcountry Peru. They could be available to all if we were willing to think and farm and eat differently.
Alva pulled his truck over to the side of the road and pointed to a field where eight varieties of yacon were growing. He wanted to see which type would do best in this environment, and produce the most FOS. The winner would be a kind of superyacon, a super-superfood. Olien opened the passenger door and got out, walking to the edge of the field. Below he could see the blue rooftops of a tiny school, kids playing soccer in front of it. The workers moved among more yacon, small figures bent in the furrows, and the Arischaca River rushed in the background while the Andean women tended their sheep in the peacefulness and fullness that was now here. The valley stretched out before him, green and red, the vertiginous perfection of it all, the terraced fields, the veins of soil. In the gold afternoon light Olien sat down in the yacon field, among the floppy leaves. And then he lay back and closed his eyes, smiling.