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Nestled in Napa, CA, the heart of the Curiel family beats with a passion for crafting authentic tortillas and tortilla chips. Founded in 1991, Morenita Foods embarked on a flavorful journey that has now touched the taste buds of many across California's Bay Area.

What started as a local restaurant venture quickly transformed as Morenita Foods’ chips won hearts with their unique crunch and distinctive flavors. Today, their products grace over 140 locations in Northern California, a testament to the love they've garnered over the years.

In November, Morenita Foods became a pioneer in the Non-GMO Project’s Equitable Transfer Program. Using the funds to facilitate Non-GMO Project verification, Morenita Foods’ Vice Jefe, Jerry Curiel, emphasized the importance of preserving ancestral heritage. "As a Mexican American, corn is not just a staple but is entrenched in our culture. It was vital for us to use only non-GMO ingredients," Jerry expressed.

He applauded Mexico's efforts in banning GMO corn, finding it a validation of their mission. Jerry acknowledged the time it takes to tackle the GMO issue but expressed hope for a brighter future, thanks to organizations like the Non-GMO Project.

Jerry shared a poignant cultural connection, comparing his parents' migration to the monarch butterfly's journey, symbolizing resilience and the pursuit of a brighter future.

Since achieving Non-GMO Project verification, Morenita Foods partnered with UNFI, a renowned wholesale distributor specializing in natural and organic products. This collaboration aims to bring Morenita Foods' unique chips to more households, aligning with its mission to provide healthier food options.

Morenita Foods’ tortilla chips are crafted in small batches and boast three distinct flavors: Original, Salt & Lime, and Chile Lime. From their original creation in 2002 to the zesty Salt & Lime flavor in 2011 and last year’s addition of Chile Lime, Morenita Foods continues to innovate and bring smiles one tortilla chip at a time.

Chilaquiles Recipe

Ingredients:

Instructions:

Explore Morenita Foods’ deliciously different tortilla chips online or locate them through the retail map on their website, www.morenitachips.com. Stay updated and inspired by following their Instagram and Facebook pages for more tantalizing recipes. Indulge in La Morenita's flavors and bring a piece of tradition to your table.


Guest writer: This piece was written for Morenita Foods by Jackie Roldan. Morenita Foods was a 2023 recipient of the Non-GMO Project's Equitable Transfer Program funding.

At Seattle Chocolate Company, we’re endlessly inspired to evolve, to be better to each other and the planet, and to leave the world brighter — and more delicious — than we found it.

Steered by owner and CEO Jean Thompson’s ethos of doing the right thing, Seattle Chocolate Company is a proudly woman-owned, carbon neutral and ethically sourced business that gives back 10% of our net profits to causes we’re passionate about. 

First things first — the chocolate! We make delicious chocolate with the very best, ethically sourced ingredients, from puffed quinoa and toasted edamame to rainbow sprinkles and pop rocks. 

As a manufacturer that makes and ships products around the U.S., we believe that it’s up to businesses like ours to model sustainable production, leading the charge in fighting climate change. In 2022, we took a hard look at our carbon footprint. We found it was bigger than we’d have liked. We took a two-pronged approach, both examining every process in our facility in order to reduce our carbon emissions as much as possible and purchasing carbon offsets. 

We achieved carbon neutrality in late 2022. 

To date, we’ve removed 3,000 tons of CO2 through our partner Nori, a local organization that focuses on regenerative agriculture. Regenerative agriculture enhances soil health, promotes biodiversity, fosters sustainable farming and sequesters CO2 from the atmosphere into the soil where it belongs. Our entire team has also become passionate about decreasing our waste and emissions at every turn, from composting everything possible to upcycling things like wooden pallets to switching to 100% renewable natural gas at our factory. Last year, we planted over 600 trees to celebrate things like employee birthdays, new hires and babies born.

Overall, as a company we do everything possible to ensure clean, healthy ingredients in each of our products — all of the fun stuff, none of the bad stuff. Knowing that something is non-GMO tells us that it is as whole and natural as possible. Non-GMO Project verification gives our retailers and consumers the assurance that what we say is what we do. So sit back and enjoy every bite!

LEARN MORE ABOUT OUR BRANDS: Seattle Chocolate | jcoco chocolate 


Guest writer: This piece was contributed by Seattle Chocolate Company, a woman-owned, carbon-neutral company that believes chocolate can make the world a brighter place.

"In India, the flavors are bright, the world is colorful, and the Nimbu Pani is crisp and refreshing. I poured my Indian roots into this vibrant, bubbly take on the citrus sipper I grew up with. I hope you will join us on our exciting journey, too!"

Maxine Henderson, founder and CEO

Bollygood is celebrating our Non-GMO Project verification! We are delighted to partner with the Non-GMO Project to stand behind our good ingredients with transparency and accountability.

Bollygood makes better-for-you sparkling lemonade and limeade based on Nimbu Pani, a citrus drink enjoyed for centuries in India. With only 50 calories and 7g of added sugar, Bollygood empowers you to make better health choices for your family without sacrificing flavor.

Company founder Maxine Henderson was born in Canada to parents who immigrated from Kerala, India, in the 1960s. Growing up, she spent most summers in India surrounded by family, delicious food and great homemade drinks. As a child, Maxine particularly loved Nimbu Pani, eventually learning to make it for her family at home. After working as an electrical engineer, she pivoted towards entrepreneurship to create something close to her heart — a nostalgic, Nimbu Pani-inspired beverage without artificial ingredients. She started Bollygood, knowing she'd feel good about giving this beverage to her own kids.

"We are proud to be North America's first Indian-inspired lemonade and limeade," says Maxine. "Adding a sparkling twist to a classic recipe, Bollygood is a new and exciting way to experience this timeless drink." 

Bollygood is thrilled to bring East Indian representation to the shelves!


Guest writer: This piece was contributed by Bollygood Sparkling Beverages. Bollygood's mission is to spread happiness and culture through our Indian-inspired beverages.

The food industry has seen some drastic changes since my wife and I opened Tiffin Asha in Portland, OR over 10 years ago. Changes that could force you to walk away from something you worked so hard to build. We held on somehow. I think sometimes it was stubbornness or maybe even a sadistic challenge. But all joking aside, I believe that there comes a point in your business where it morphs into identity, a part of your core or to put it more simply, you love it,  therefore it becomes something almost impossible to completely walk away from. 

Tiffin Asha spicy tomato pickle

We have seen this business through three incarnations, from food-cart-turned-restaurant to now a more sustainable pandemic-proof condiment line. One thing that has remained consistent throughout is we’ve never stopped cooking with heart. This is our style, always has been, always will be. It really goes without saying that caring about the quality and ingredients of what we put into our food is very important to both of us, so it was a natural decision for us to have our condiments Non-GMO Project Verified. We are so proud to be able to rock the Butterfly logo on our products, and we hope that our story can inspire micro businesses like ours to do the same. 

My wife and I feel very passionately about the non-GMO movement. GMOs are carelessly put into our food supply, without considering sustainability and long term impacts on our planet and its people. The Non-GMO Project constantly works to educate people of this harm and illustrate that it doesn’t have to be this way. Maybe even some of these bigger food manufacturers can see that if smaller companies like us are finding a way, they should follow suit. At the very least we look at the Non-GMO Project’s logo as a way to make companies more transparent and accountable for the ingredients they choose to use.

We released our two condiments in October of last year and we are so excited to say both are Non-GMO Project Verified! Our South-Indian inspired Tomato Ginger Pickle and Green Tomato Pickle are part of a new generation of American condiments that folks can use to unlock new flavors with their everyday foods! Our Tomato Ginger Pickle has a delicious jammy texture with notes of citrus and maple. It first hits your mouth with a touch of sweetness and rounds out into a nice medium heat that slowly creeps in. Our two favorite go-tos with the Tomato Ginger Pickle are with any burger and grilled cheese. Our Green Tomato Pickle on the other hand is saucy, giving you more freedom to mix into other ingredients easily. Piquant, mustardy and spicy, this one is meant to wake your taste buds up! Our two favorite applications for the Green Tomato Pickle are dolloped onto any sausage and mixed into Mac and cheese. We like to tell folks that no recipe is required for these condiments! Isn’t that why you bought a jar of something delicious, so you wouldn’t have to cook? 

Just in case, here are some pro-tips: pop the lid and dip, dollop, douse… repeat. 


This guest post is written by Elizabeth Golay, Chef/Founder, Tiffin Asha

At I Eat My Greens, we celebrate the incredible power of vegetables for our well-being and the health of our planet. 

Our mission is deeply aligned with the Non-GMO Project's work, and we are dedicated to offering you delicious, environmentally friendly, chef-crafted soups. Join us on a journey through sustainable agriculture, upcycling and soil health — and discover why we proudly carry the Butterfly. 

A delicious blend of sustainability and flavor 

I Eat My Greens soups are not only nourishing, they're made in alignment with our values. We carefully craft each recipe using responsibly sourced vegetables to minimize waste and nurture the soil. We prioritize Non-GMO Project Verified ingredients to meet the highest standard for GMO avoidance. Every spoonful of our soups represents our commitment to your well-being and the health of the environment. 

Whether you choose our Broccoli & Sunflower Seeds Soup packed with seasonal vegetables or our vibrant Carrot-Sweet Potato & Turmeric Soup bursting with flavor, you can trust that you are making a delicious and Earth-friendly choice. Our soups are a testament to our passion for creating nourishing, delicious meals that make a positive impact on both your health and the planet. 

Farming for the future

Agriculture is essential for nourishing our bodies, but it also has a significant impact on our planet. At I Eat My Greens, we collaborate with skilled farmers who steward the land they work on through diverse, environmentally-friendly practices. Farming for the future strikes a balance between planetary health, the well-being and profitability of farmers and preserving resources for future generations. 

This delicate equilibrium is achieved through various practices, including integrated pest management for responsible pest control and crop rotations that enhance soil quality. We deeply understand the importance of each aspect and choose to partner with farmers who employ diverse ecological methods. 

One vegetable at a time 

Food waste is an urgent issue, with a staggering one billion tons of food ending up in landfills every year. I Eat My Greens proudly embraces upcycling, a transformative process that gives new life to vegetables that would otherwise go to waste. Instead of discarding produce due to cosmetic imperfections or appearance standards, we find ways to reuse them. It's important to recognize that the way food looks doesn't necessarily dictate its taste or quality. By rescuing these imperfect yet nutritious vegetables, we're sustainably feeding people and reducing waste.

Upcycling reduces greenhouse gas emissions, curbs deforestation and alleviates pressure on the environment. It also helps reshape our mindset and prevents the wasteful disposal of nutritious food. Our skilled chefs and food experts carefully assess the quality of these upcycled produce items to ensure they meet our high standards, resulting in delicious meals that contribute to a better food system. 

It all starts with the soil

Soil health forms the foundation of agriculture. It is a complex ecosystem that supports the growth and sustenance of all living things. At I Eat My Greens, we have gained invaluable insights from our partnership with knowledgeable farmers committed to nurturing the soil. 

In healthy soil, a thriving community of organisms provides the essential nutrients and minerals that plants need to flourish. Conversely, when soil is mistreated and loses its vitality, it becomes lifeless dirt, unsuitable for productive agriculture. 

Without healthy soil, we cannot cultivate high-quality food. It is imperative to prioritize soil health. 

That's why we partner with farmers who adopt soil-friendly practices, such as crop rotation, organic farming and regenerative agriculture. We collaborate with talented farmers who use a harmonious blend of traditional practices and innovation. By rejuvenating soil health, we're efficiently supporting diverse ecosystem services and nutrient-rich food. 

The unsung heroes

Farmers are the unsung heroes of sustainable agriculture. At I Eat My Greens, we deeply value their contributions and recognize their role in maintaining natural habitats and ecosystem services. Moreover, we believe in giving back to these communities by making fresh produce available to workers in our plants and fields. We understand that supporting both the planet and the people cultivating our food is crucial. 

A greener, nourishing futures starts with us 

As conscious consumers, we have the power to shape the future of agriculture. 

By supporting companies that are committed to responsible production, you can contribute to a healthier planet. When you choose I Eat My Greens, you are choosing products that promote sustainable agriculture and align with your values. Together, let's create a greener, more nourishing future for ourselves and future generations. 

Your choices matter. Together, we can make a difference. Visit our website at ieatmygreens.com to learn more and join our mission.


This guest post is written by I Eat My Greens.

Many people are concerned about how GMOs might impact them. The average consumer pays close attention and may choose products at the grocery store or garden center with a Butterfly label, indicating that the product is Non-GMO Project Verified.

However, with fast-moving technology and no shortage of opinions, even shoppers who try to avoid GMOs may be confused about them. We'll explain what makes a seed GMO and explore the difference between a GMO seed and a hybrid seed cultivar. Then we'll share the reasons you should choose non-GMO products and how this choice can benefit the earth on a mass scale. 

What is a GMO?

GMO means "genetically modified organism." These are living organisms, including grains, vegetables and flowers, whose DNA is manipulated in a laboratory through genetic engineering. Many GMOs are engineered to create a tolerance to herbicides, while others can produce their own bioinsecticides. Some GMO developers even claim their products increase climate resilience.

GMOs are created through biotechnology, which involves modifying an organism's DNA using in vitro nucleic acid techniques or forcing the combination of unrelated organisms with newer methods. Biotechnology differs from traditional crossbreeding, which takes what already happens in nature and replicates it in a more controlled environment. 

The origins of GMOs

In the 1990s, scientists used biotechnology to develop a type of corn that could produce its own insecticide by inserting a soil bacterium (Bacillus thuringiensis, or Bt) into the DNA of a corn plant. The crop became known as Bt corn. It was marketed and sold to corn farmers as a crop that could resist pests, and the use of GMOs in industrial agriculture began.

Throughout the 1990s, chemical companies produced a wave of crops through biotechnology – corn, cotton, soybeans, canola, tomatoes, summer squash and papaya. Many of these GMO crops are still available today and new GMO crops have been developed. In 2005, GMO alfalfa and sugar beets were made available; in 2017, GMO apples were introduced; and in 2020, the GMO pink pineapple first appeared for commercial sale.

Today, many commodity crops are genetically modified, primarily for herbicide tolerance or pest resistance. Some GMOs are marketed for improved resilience and higher yield, though these claims are contested. Herbicide-tolerant GMOs allow farmers to plant acres of GMO seeds and then use specific herbicides to kill off weeds without impacting their crops. Unfortunately, these herbicides can do a lot of damage to native species in the area.

What are hybrids?

A hybrid vegetable or flower comes from two parent plants of related species. Hybridization can occur in nature when two plants of related species cross-pollinate due to insects, animals or the wind. Alternatively, humans may choose two varieties for specific traits, such as appearance or disease resistance, and use paintbrushes or tweezers to transfer pollen physically, creating a hybrid. A fertilized flower produces seed that is a hybrid of the two parent cultivars. Growers choose seed from the offspring with the most desired traits and continue growing that hybrid plant. They continue to carefully select seed from the plants with the best traits over the next ten years or until they see consistency. Once an ideal hybrid is developed, the seeds of that cultivar are sold by various seed distributors. One example of traditional plant breeding is the 'Cherokee Carbon' Pole Tomato, created by crossing a 'Cherokee Purple' Tomato and a 'Carbon' Tomato.

Hybridization is how humans gradually developed an abundance of Brassica crops. Broccoli, cauliflower, kale, collards, cabbage, bok choy and kohlrabi are all Brassica oleracea plants. They are the same species, but careful cross-pollination and time have enabled humans to gradually transform these into the variations we now recognize as a multitude of vegetables. These changes took place over hundreds, perhaps thousands of years, resulting in the veggies available today.

Similarly, hybridization and careful cultivation by humans enabled us to take a wild grass known as teosinte and gradually train it to make larger and larger seed heads. Teosinte was developed over time and gradually transformed into the diversity of corn varieties we enjoy today.

How do GMOs differ from hybrid seeds?

The more similar two organisms are, the easier it is for scientists or skilled breeders to match their genetics and reproduce them through traditional cross-breeding techniques, resulting in a hybrid variety. In this case, people replicate what already happens in nature in a more controlled environment.

Developing GMOs requires the intervention of biotechnology, which allows scientists to overcome natural reproductive obstacles that prevent reproduction between different species. Via genetic manipulation in a laboratory, scientists can sidestep the slow, natural process of hybridization and can do things that hybridization would never be capable of.

Why choose non-GMO?

Herbicide tolerance has been built into over 80% of all GMOs grown worldwide, increasing the amount of toxic herbicides used to control unwanted vegetation. Increased herbicide use leads to a decline in native plants and has downstream effects on ecosystem biodiversity. Overusing toxic herbicides causes the emergence of pesticide and insecticide-resistant "superweeds" and "superbugs," and the only avenue for controlling these is even more toxic chemicals.

Non-GMO Project verification indicates a farm uses only practices and seeds that exclude GMO technology. These farms are part of the effort to reduce the toxic chemicals in industrial agriculture, reducing pollution and contamination of streams, major rivers and basins with poisonous waste. By shifting back to non-GMO and traditional farming or organic gardening techniques, we also restore rich soil, nourishing microorganisms and beneficial bacteria.

Buying from companies that sell Non-GMO Project Verified products supports farmers who preserve and protect the natural flora and microorganisms living in our soil. By choosing non-GMO products, you disrupt the support for industrial agriculture systems that are only focused on making money, regardless of their environmental impact.

The Non-GMO Project

The Non-GMO Project created a Butterfly label that symbolizes a commitment to transparency. This label appears on certified products that meet North America's most rigorous standard for GMO avoidance.

Botanical Interests supports the Non-GMO Project with every packet of seeds, promoting environmental sustainability and organic gardening while protecting native plants and pollinators.

Support the Non-GMO Project by growing your own food and flowers with Botanical Interests seeds, found at your local independent garden center or online.


This guest post is written by Botanical Interests.

If you were walking on a small farm managed by an Indigenous woman in the Amazon jungle, you might not realize it until she pointed out her crops to you. There are no rows, no chemicals, no straight lines of one type of plant stretching off into the distance. Among her food and medicinal crops, wild plants and animals are free to exist. Farming this way, in a truly traditional, regenerative, responsive cycle, creates a cascade of benefits for people, soil and the local ecosystem. 

Sadly, the organic crops grown in these environments are often difficult to transport to market, and when they do get there, they have to compete with homogenized food from big, monocrop farms. For all of the ecological services the Indigenous farmer is doing for the forest and the world by working her land in a regenerative way, she is often barely able to support her family. 

Four hands modeling different flavored Barnana products against a pink backdrop

When Barnana began working with Indigenous women in the Amazon, it was initially simply to source the best quality plantains for organic plantain chips. Now, through direct relationships developed over time, Barnana collaborates with the farmers to guarantee them a dependable market, a predictable income and a brighter future. Drop-off sites stationed along the banks of the Amazon River mitigate transportation issues, local processing sites create jobs and a Barnana production facility in-country means the shortest possible distance from the Amazon forest – to a shelf at your local grocery store in the United States. 

Waste Not, Snack a Lot 

From being one of the first companies to take on upcycling to innovative recipes that  further reduce waste, Barnana's adaptations along the supply chain have been a direct result of observation and response. 

The impact of waste on farmer income and cost to the planet led to Barnana’s original Organic Banana Bites. Why waste bananas when you can sun-dry them and make perfect nutrient-dense, sweet and natural fruit snacks? 

Alternatively, how can we support the farmers with the best plantains in the world when they are unable to access markets? The unique pressures on the people who live where Barnana’s crops are grown and processed into simple, sustainable snacks led to the creation of drop off sites and processing centers that are easily reachable — providing guaranteed prices, new jobs and predictable incomes. 

The benefits of doing business in a responsive way, in a way that nurtures the Earth and its people, can be difficult to quantify. What we know is that through ongoing collaboration with small Indigenous farms in the Amazon, many tons of crops that would have been wasted have been rescued. Hundreds of farming families have been empowered and paid guaranteed prices. Farmers who have received support from Barnana in the organic certification process are now selling their crops for more than ever before and families and communities that were struggling on the margins are now securely operating in the mainstream economy.

The Future of Food 

Barnana is not satisfied to tell its story as an unequivocal “win” for people and planet. In a long, hard, honest look at the variety of impacts even a small business has on its environment, the subject of organic waste needed to be addressed again. Plantain peels were seriously piling up at the factory. Recipe experiments led by the local team in Ecuador revealed that the plantain could be sliced whisper-thin with the peel ON and quickly fried in 100% organic coconut oil for a new, delicious, curiously dome-shaped chip. The extra benefit of a boost of fiber was just a plus along the way! And so the most recent and highly delicious Barnana product was born — Barnana Scoops.

The Barnana Scoops story is about the kind of innovation that's possible when you pay honest attention to what’s happening around you, listen respectfully to people closest to the land and pursue sustainable solutions to the world’s most pressing problems. Starting right where you are – and aiming for an always-improving future. 


This guest post is written by Barnana.

Brand logos of Non-GMO Project Verified, Fairtrade America and the Marine Stewardship Council

A ship gone off-course

In a food system riddled with a lack of clarity, transparency and trust, we need all hands on deck to steer our ship in the right direction. When it comes to our grocery aisles and the food system in which we live and are nourished, there’s no lack of causes to champion. We need people fighting against over-harvesting of the ocean and the exploitation of global south food producers. We need people advocating for fair working conditions and just animal rearing practices. We want eyes on seed stewardship and ecosystem conservation. 

Everyone plays a part 

The best labels in our grocery store tackle unique problems in our food system. You’ll find Fairtrade addressing social and economic sustainability, advocating for fair labor practices, safe working conditions and adequate waste disposal. The Marine Stewardship Council (MSC) monitors science-based requirements for wild-caught fish, ensuring aquaculture products are traceable and sustainable. And, you’ll see the Non-GMO Project protecting the natural food supply, offering transparency and much-needed consumer education about the ingredients that go into our food. 

Coalition-building

With a sea of labels tackling specific problems with our food industry, the take-home message is this: Each of us has a part to play, and each part is necessary. We need each other. Individual third-party certifications move our food system towards sustainability and accountability in our areas of focus. We can’t do this in a vacuum or in a one-stop-shop effort; we depend on our individual strengths to support, compliment and advance each other's work. 

Fairtrade America's Kate Stritzinger beautifully describes our essential interconnection: 

Our broken food system cannot be fixed in a silo. The business of feeding people across the globe is inherently complex – bringing together humans across the planet as both creators and consumers, crossing countless sectors and industries, and affecting ecosystems everywhere in between. While we might all work on different parts of this interconnected web, we believe deep collaboration with partners like the Non-GMO Project and Marine Stewardship Council are crucial in our collective efforts to create long-lasting, sustainable change.”

Loose labeling laws and justifiable skepticism 

However, there is justifiable skepticism about marketing claims in the grocery aisles. Brands can promote themselves with all manner of self-made claims. All natural! Sustainable! Climate-smart! Food-labeling laws in the United States allow for a hefty serving of bravado and marketing double-talk, making it hard to know what to trust and what to disregard.

Third-party certification on the scene 

Third-party certifications are essential for backing up product claims. Third-party labels hold brands to an objective standard which products must meet. These organizations provide tangible benefits to people and the planet through their programs and services. When you purchase a product with the Marine Stewardship Council's blue fish, the Non-GMO Project's orange Butterfly seal, or the Fairtrade mark, your choice supports the continued work and impact of an organization you care about. That's why it's critical to ensure that consumers know the difference between fact and fiction, accredited label or self-made claim. 

Partnership in action: "Little Labels, Big Impact" 

Every year, the Non-GMO Project partners with other organizations to educate the public about the third-party certifications behind our labels. We call this campaign Little Labels, Big Impact. The Non-GMO Project team is honored to work with such visionaries to rebuild a food system we can believe in. 

“Working together with the Non-GMO Project and Fairtrade America has been so valuable to educate Americans about the rigor behind food certification labels, and the impact of third-party certification on the environment and workers. Together our “Little Labels, Big Impact” campaign is empowering shoppers to buy products that align with their values, which is increasingly important in this day and age where people are concerned about where their food comes from and how it was harvested.”   – Jackie Marks, senior public relations manager at the Marine Stewardship Council

Keep an eye out in your favorite local grocery store to learn more about this partnership!


Madi BurkeBy Madi Burke, guest writer. As a writer, explorer, and incessantly curious person, Madi Burke has always felt passionate about the natural world, our lived environments, and how to create more equitable systems that bring people closer to the nourishment and quality of life that comes with an integrated relationship to the earth. After receiving her undergraduate degree in sociology and speech communications, Madi went on to lead cycling trips in national parks, support nonprofit development, and now gets to help organizations tell their story as a freelance writer and brand manager.

As a consumer, you deserve transparency in whatever you put in your body.

Miracle Noodle believes wholeheartedly in the importance of knowing exactly what you're putting into your body, so we've partnered with the Non-GMO Project to ensure you have complete confidence in what you're eating. Non-GMO Project Verified Miracle Noodle uses only natural ingredients that are free of gluten and soy. Our products are for anyone looking for simple and better alternatives to traditional noodles and rice. 

Miracle Noodle caters to your health, fulfillment and happiness. Take that bite guilt-free!

Spicy Miracle Ramen with Seared Kielbasa and Jammy Eggs 

Every meal needs a little kick, and Spicy Miracle Ramen just might be your new favorite. Try this fun recipe with your family and friends!

Spicy Miracle Ramen with Seared Kielbasa and Jammy Eggs

Ingredients:⁣

1 pack of Miracle Noodle Angel Hair

Half a small onion, diced

Sesame oil

Avocado oil

2 green onions, diced

2 tsp of garlic, minced

2 tsp of ginger, minced

2-3 tsp of Flavor God Everything Spicy Seasoning

1/4 cup Rao's Homemade Marinara⁣ Sauce

1 tbsp of coconut aminos

2 dried chiles, chopped

2-3 cups of chicken bone broth

Lime juice

Jalapeños, sliced

Kielbasa, seared and sliced

Lime wedge

1 soft boiled egg

Directions:

  1. Prepare Miracle Noodles according to package directions. Set aside.
  2. Sauté half a small onion diced in a little sesame oil and avocado oil. Add green onions with the dark green parts set aside.
  3. Once the onions are soft, add minced garlic and ginger. Add a few teaspoons of Flavor God Everything Spicy Seasoning.
  4. Sauté for a minute, then add Rao's Homemade Marinara Sauce. Mix that in, then let it heat through.
  5. Put the sauce with onions, garlic and ginger in a blender till smooth.
  6. Return blended sauce to the pot and add coconut aminos. Add a few chopped red dried chiles to give extra spice, then add 2-3 cups of chicken bone broth.
  7. Bring to a boil and add Miracle Noodle Angel Hair. Let simmer for 10 minutes. 
  8. Squeeze some lime juice over the top and pour into two bowls.
  9. In a pan, sear kielbasa is a bit of sesame oil.
  10. Top with sliced jalapeño, kielbasa, lime wedge, green onions and a soft boiled egg. 

Optional: Try the Dash rapid egg cooker for an easy soft boiled egg.

*Photo courtesy of the author 


Guest writer: This recipe was provided by guest contributor Heather Cox.

Winter is upon us. If you're tucked away in the Pacific Northwest corner of the States like I am, that means another 4-5 months of soup season. Days are short, rain is steady, and the bright, fruit-forward flavors of summer have faded into a distant, sultry memory. It’s the season of donning our waterproof shells and thick wooly socks. And, if you’re of the gardening variety, you’re in for a wholesome winter harvest of chicory, endives, radishes, swiss chard, rutabaga, mustard greens and leeks. 

As winter deepens, our food preferences naturally and psychologically change with it. The human body is miraculously hardwired to crave and eat foods that keep us warm and full during colder months. With the outdoor grill turned off, we find ourselves gravitating towards our indoor crockpots and ovens. Our bodies are asking us, telling us, to eat with the seasons. To fuel up during the winter months, regulating our internal temperature with foods that warm and nourish us. 

The key to local + seasonal

Tuning into the seasons allows us to engage with food in a deeper, richer way. This awareness also invites a rooted sense of place, where we become aware of and even celebrate the foods local to our geographic environments. And when you combine what’s seasonal with what’s local, you get the freshest flavor. This means a guarantee that your food didn’t take a cross-continental road trip (bolstered with preservatives) to arrive at your grocery store. It also means that your food bears witness to where you live, telling the story of local farmers and growers who are dedicated towards offering you the region’s hallmark, most natural flavors.

The garden’s ripest and brightest

Kitchen counter: A cutting board with figs quartered, dark purple grapes and a bowl covered in muslin and flowers in the background

It wasn’t until I booked a one-way ticket to Europe this past summer that I truly understood the significance of eating locally and seasonally. After months of exploring Swiss, Austrian, German, Dutch and Danish flavors, I spent September living with two vegan chefs in the heart of Tuscany’s Arezzo region. That's where I witnessed hyper-local and seasonally-expressive cuisine on display. We passed the early autumn days harvesting food from the garden, mushroom hunting and cooking meals that touted Tuscany’s best. The ripest and brightest ingredients were main characters in our shared meals, and whatever the garden lacked we sourced from local producers. It was a slow, intentional practice of place-ful eating. I learned to curb my cravings for non-regional foods, and enjoyed the (almost meditative) practice of eating what was available, seasonal, and true to the region.

Bold, regional flavor

The local-centric, seasonal lifestyle around food I witnessed in Tuscany (and a number of other European countries) struck a chord in me. I wanted to understand what made freshness the key ingredient to so many of the dishes and homemade meals I enjoyed, specifically in Italy. What I witnessed and learned is that authentic Italian cuisine involves simple ingredients, largely dictated by climate and natural landscape. The flavors emblematic of Italian food culture pay homage to regional accessibility and seasonal availability. You won’t find an Italian snacking on fresh tomato bruschetta in January, or cooking up zuppa di castagne e ceci (chestnut and chickpea soup) in July. When your main ingredients boast bold regional flavor, it’s about maximizing those ingredients and letting the food speak for itself. 

Location laws and unruly food additives

Location plays such a critical role in Italian food production that Italy has passed a number of laws to protect the authenticity of products made in particular regions. And, speaking of laws, according to the New World Report, the European Food Safety Authority (EFSA) doesn’t allow additives in food production unless they’ve been proven to be unharmful to human consumption. The FDA has taken a different, more reactive approach in the States, where food additives are allowed into food production until they’re proven to be directly harmful to consumption. This means that food in the U.S. is not only likely to contain GMOs, but also foods rich in growth hormones and chemical preservatives to ensure a long shelf-life for our out-of-season eating habits and cravings. Not so in the larger European narrative around food, where (generally speaking) seasonal rhythms and locality play critical roles in the enjoyment of food closer to its origin and peak freshness. 

Take it from the Italians – Eat local and seasonal foods

On one hand, prioritizing local and seasonal food products allows you to bypass highly processed foods that tend to be low in nutritional density. When food products are engineered to withstand time and travel, you can bet that nutritional saliency takes a hit. According to the Center for Food Safety, about 70-80% of processed foods in the U.S. contain GMOs. So, eating seasonally and buying locally-produced food as much as possible helps you shop with confidence, knowing that your food was made as nature intended, not bioengineered in a lab. You’re also reducing environmental impacts by choosing organic, non-GMO and local products. Less food transportation = lower carbon footprint. And, you’re keeping money in your local community by supporting producers and growers in your area. Finally, farm-fresh, locally grown food picked at peak ripeness is JAM-packed with flavor. 

A white dinner plate on an outdoor table. The meal is couscous, stewed meat, potatoes and carrots, garnished with parsley and flowers.

When it comes to winter in a maritime climate, we all need our seasonal survival strategies. Since leaving Tuscany’s warm, Mediterranean embrace and expressively fresh, regional cuisine, I’ve been seeking out ways to enjoy the winter harvest in my Pacific Northwest home climate. Knowing what’s in season has been the simplest way to add more local freshness to my diet. Italy’s winter harvest is actually very similar to that of the United States, with squash, mushrooms, cabbage, lentils, and clementine and mandarins in full bloom. Another method to access local, seasonal foods is through community supported agriculture (CSA) programs, where fresh produce is sourced from farmers local to your area. CSAs allow you to learn about fruits and veggies you may not have chosen at the grocery store, expanding your food horizons and palette preferences. And, winter farmers markets offer local and seasonal produce that’s readily available and assuredly delicious.

Escaping winter’s doldrums with fresh flavor

Even during these chilly months, there’s time to begin exploring a varied seasonal diet. Seasonally-bound and locally-based menus have the power to pull us from winter’s doldrums and feel connected to the place we’re in. Specifically in the Northwest, our seasonal rains and comparatively mild winters support cool-season crops even after the first frost. The winter harvest is robust and ready with flavor to nourish, sustain, and delight, even in the chilliest of seasons.   

(Pro tip! Next summer, take a moment to remember the dark, languid days of winter ahead. Flash freeze your summer harvest of blueberries, strawberries, peaches and raspberries. Then, on a cold winter’s night when you need a zing of summer, whip out those frozen berries and make yourself a ripe, tart treat.)

*Photos courtesy of the author


Madi BurkeGuest writer: Madi Burke. As a writer, explorer, and incessantly curious person, Madi Burke has always felt passionate about the natural world, our lived environments, and how to create more equitable systems that bring people closer to the nourishment and quality of life that comes with an integrated relationship to the earth. After receiving her undergraduate degree in sociology and speech communications, Madi went on to lead cycling trips in national parks, support nonprofit development, and now gets to help organizations tell their story as a freelance writer and brand manager.

At Zing, we’re celebrating our Non-GMO Project verification status! In addition to raising awareness about sustainable agricultural practices, we’re also excited to partner with like-minded brands to help educate consumers about the importance of choosing non-genetically modified foods.

Here at Zing, we pride ourselves on providing real, nutritious solutions for the entire family. We believe that food influences how you feel, and hope you find comfort in knowing that we choose organic, glyphosate-free oats. Our recipes do not contain non-nutritious oils, sugars or preservatives. All of our products are Non-GMO Project Verified because we believe our customers deserve the strongest certification for GMO avoidance.

Now let’s dive into this topic by answering a few FAQs!

What are GMOs?

GMOs = Genetically Modified Organisms. GMOs can refer to any living thing that has had their DNA altered through biotechnology. When it comes to GMOs, most of us tend to think of crops rather than all living things - but GMOs can refer to any plant, animal or organism whose DNA has been altered outside of the cell, or combined with the DNA of another species. 

Why are we avoiding them?

The safety of GMOs is a complex subject. The majority of safety studies on GMOs are conducted by the same companies making the GMOs. Sketchy? We agree. 

There are cases when the GMO modification process is used on microorganisms to create medicines and vaccines, which can be useful for medicinal development. Yet, when we refer to daily nutrition, the positivity shifts to uncertainty. In the absence of independent, long-term safety testing, the ultimate effects of consuming GMOs are unknown. At Zing, we're also concerned about the impacts of the pesticides that go hand-in-hand with many GMO crops.

What common GMO foods should we look out for?

Believe it or not, some well-known GMO foods include items you may be eating daily: corn, soy, squash, apples and potatoes — to name a few. Many farmers grow GMOs to make it easier to apply weedkiller or resist insects. Because GMOs are common in livestock feed, the Non-GMO Project Standard includes guidelines for ensuring livestock that supply eggs, dairy or meat receive non-GMO feed.  

Why is the Butterfly label so important?

As we discussed, a “non-GMO” claim on food suggests that all ingredients were derived from plants, animals, or other organisms whose genetic material has not been altered through biotechnology. Unfortunately, a self-made“non-GMO” claim is not always trustworthy because it is not third-party verified.

Voluntary “non-GMO” labeling is acceptable to FDA, provided it is truthful and not misleading. FDA has guidance for manufacturers who voluntarily label their products as “non-GMO” which includes recommendations for ways to substantiate the claim. This is guidance, however, and is not legally enforced.

To ensure that your purchases are truly “non-GMO,” look for a third-party certification label like Non-GMO Project Verified or USDA Organic. Since 2007, the Butterfly label has helped millions of people find Non-GMO Project Verified products quickly and easily. The Butterfly is the leading third-party certification for GMO avoidance. To be Verified, each product goes through a thorough review process. Its major and minor ingredients are traced back through the supply chain — giving us (and you!) the most accurate information about the food you eat.

Why is non-GMO best for our planet?

Many GMO crops are grown in a chemical-rich environment that damages the soil, increases pollution and makes use of considerably more energy; which, in turn, causes a strain on the earth’s natural resources. 

Support the Butterfly with us!

At Zing, we are committed to building a better food system, and bringing you the best possible products while we’re at it. Join us in celebrating non-GMO foods by seeking out products with the Butterfly label at your local retailers!

By: Christie Lucas

Many of the processed foods that we see on grocery shelves today bear an ingredient label that says “artificially flavored.” Due to the prevalence of artificial additives in the marketplace, one of the questions we are asked most frequently from savvy shoppers is: “Why did I see the word artificial in the ingredients of a Non-GMO Project Verified product?”

Similar to how the word “modified” does not mean genetically modified when referring to modified corn starch or similar products, “artificial” does not inherently mean an ingredient is GMO. “Artificial flavor” is a term used by the United States Food and Drug Administration (FDA) to classify flavorings not found in nature or derived from natural elements (plants or animals). Artificial flavors are produced through synthesis in a lab to mimic the taste and chemical makeup of a natural counterpart. They are often used to cut costs for food producers. While this production process can be achieved without any genetic engineering—no GMOs required—some producers do choose to use GMOs.

It’s important to recognize that while artificial does not inherently classify ingredients as a GMO, some artificial ingredients do come from GMOs—especially GMO microorganisms. Those are the types of artificial ingredients that are addressed in the Non-GMO Project Standard.

The best way to avoid GMOs when you shop is to look for Non-GMO Project Verified products.

What Makes A Flavor

Flavors are added to food primarily for their taste rather than nutritional value. Think of strawberry jam—while the strawberries in the jam are flavorful, they wouldn’t be considered a flavor in that product. However, in a product like strawberry gum,.strawberry would be considered a flavor because it is present solely for taste.

In the US, flavors are regulated by the FDA, which enforces the Food Additives and Amendment Act of 1958. Under this law, the FDA is responsible for ensuring the safety of new food additives, including flavors, before they can be used in food products.

The FDA categorizes flavorings as either natural (e.g., vanilla bean extract, almond extract), artificial (e.g., synthesized vanillin, benzaldehyde), or spices (e.g., basil, cumin seed, or paprika). While artificial flavors are those not derived from natural elements, natural flavors are the processed and concentrated form of the plant or animal they came from. Spices are simply dried vegetables with no added flavoring. Ingredients traditionally regarded as foods, like onions, garlic, and celery, must be separately disclosed on a product’s ingredient list because they are not considered spices by the FDA.

Where We Come In

With thousands of flavoring substances in use today and varying methods used to produce them, it is impossible for consumers to tell if a product contains GMOs. That’s why the Non-GMO Project includes special provisions for evaluating microorganisms, including those used to produce artificial flavors, in our Standard. In many cases, this process goes all the way back to the growth medium the microorganism was grown on. Just like the milk from a cow that's raised on GMOs can't be Non-GMO Project Verified, a microorganism can’t eat GMOs and then produce Verified flavorings.

The next time you reach for that artificial vanilla flavor, Look for the Butterfly so you can be sure that product is non-GMO, right back to any microorganisms involved. Non-GMO Project Verified products are third-party tested and backed by our rigorous Standard to help take the guesswork out of shopping for you and your family.

Find Non-GMO Project Verified products

This content was originally posted on 5/28/2019.

The following is a guest post courtesy of a group of Indigenous leaders and organizations (for a full list of contributors, see below). The Non-GMO Project is honored to share this content, which invites proponents of western ecological agriculture to go deeper — to not ‘take’ certain land practices from Indigenous cultures without their context, but to encompass deeper Indigenous worldviews.

Regenerative Agriculture & Permaculture offer narrow solutions to the climate crisis

Regenerative agriculture and permaculture claim to be the solutions to our ecological crises. While they both borrow practices from Indigenous cultures, critically, they leave out our worldviews and continue the pattern of erasing our history and contributions to the modern world.

While the practices 'sustainable farming' promote are important, they do not encompass the deep cultural and relational changes needed to realize our collective healing. 

Where is ‘Nature’?

Regen Ag & Permaculture often talk about what's happening 'in nature': "In nature, soil is always covered.” “In nature, there are no monocultures." Nature is viewed as separate, outside, ideal, perfect. Human beings must practice “biomimicry” (the mimicking of life) because we exist outside of the life of Nature. 

Indigenous peoples speak of our role AS Nature. (Actually, Indigenous languages often don't have a word for Nature, only a name for Earth and our Universe.) As cells and organs of Earth, we strive to fulfill our roles as her caregivers and caretakers. We often describe ourselves as "weavers", strengthening the bonds between all beings. 

Death Doesn’t Mean Dead

Regen Ag & Permaculture often maintain the "dead" worldview of Western culture and science: Rocks, mountains, soil, water, wind, and light all start as "dead". (E.g., "Let's bring life back to the soil!" — implying soil, without microbes, is dead.) This worldview believes that life only happens when these elements are brought together in some specific and special way.

Indigenous cultures view the Earth as a communion of beings and not objects: All matter and energy is alive and conscious. Mountains, stones, water, and air are relatives and ancestors. Earth is a living being whose body we are all a part of. Life does not only occur when these elements are brought together; Life always is. No “thing” is ever dead; Life forms and transforms.

From Judgemental to Relational

Regen Ag & Permaculture maintain overly simplistic binaries through subscribing to good and bad. Tilling is bad; not tilling is good. Mulch is good; not mulching is bad. We must do only the ‘good’ things to reach the idealized, 99.9% biomimicked farm/garden, though we will never be as pure or good "as Nature", because we are separate from her.

Indigenous cultures often share the view that there is no good, bad, or ideal—it is not our role to judge. Our role is to tend, care, and weave to maintain relationships of balance. We give ourselves to the land: Our breath and hands uplift her gardens, binding our life force together. No one is tainted by our touch, and we have the ability to heal as much as any other lifeform. 

Our Words Shape Us

Regen Ag & Permaculture use English as their preferred language no matter the geography or culture: You must first learn English to learn from the godFATHERS of this movement. The English language judges and objectifies, including words most Indigenous languages do not: 'natural, criminal, waste, dead, wild, pure…' English also utilizes language like "things" and "its" when referring to “non-living, subhuman entities”.

Among Indigenous cultures, every language emerges from and is therefore intricately tied to place. Inuit people have dozens of words for snow and her movement; Polynesian languages have dozens of words for water's ripples. To know a place, you must speak her language. There is no one-size-fits-all, and no words for non-living or sub-human beings, because all life has equal value. 

People are land. Holistic includes History.

Regen Ag and Permaculture claim to be holistic in approach. When regenerating a landscape, ‘everything’ is considered: soil health, water cycles, local ‘wildlife’, income & profit. ‘Everything’, however, tends to EXCLUDE history: Why were Indigenous homelands steal-able and why were our peoples & lands rape-able? Why were our cultures erased? Why does our knowledge need to be validated by ‘Science’? Why are we still excluded from your ‘healing’ of our land?

Among Indigenous cultures, people belong to land rather than land belonging to people. Healing of land MUST include healing of people and vice versa. Recognizing and processing the emotional traumas held in our bodies as descendants of assaulted, enslaved, and displaced peoples is necessary to the healing of land. Returning our rights to care for, harvest from, and relate to the land that birthed us is part of this recognition. 

Composting

Regen Ag & Permaculture often share the environmentalist message that the world is dying and we must “save” it. Humans are toxic, but if we try, we can create a "new Nature" of harmony, though one that is not as harmonious as the "old Nature" that existed before humanity. Towards this mission, we must put Nature first and sacrifice ourselves for “the cause”. 

Indigenous cultures often see Earth as going through cycles of continuous transition. We currently find ourselves in a cycle of great decomposition. Like in any process of composting there is discomfort and a knowing that death always brings us into rebirth. Within this great cycle, we all have a role to play. Recognizing and healing all of our own traumas IS healing Earth's traumas, because we are ONE. 

Where to go from here?

Making up only 6.2% of our global population, Indigenous peoples steward 80% of Earth's biodiversity while managing over 25% of her land. Indigenous worldviews are the bedrocks that our agricultural practices & lifeways arise from. We invite you to ground your daily practices in these ancestral ways, as we jointly work towards collective healing.

Contributors to this statement

We live in a fast-paced world, one that prioritizes progress, technology and the economy above all else. But as we move further down the path of corporate control, we have to ask ourselves: Will we prioritize "advancement" at the expense of human health and the environment? 

For example, the Nobel Prize in Chemistry was recently awarded to the scientists behind CRISPR gene-editing technology. This technology allows scientists to change the genetic code by adding, removing or altering genetic material. While it has been touted as a "precise" technology, studies already point to opposite conclusions. If this doesn't seem like a big issue, think again. This "precise" technology has been found to make genetic errors with unintended consequences. 

To simplify things: The genetic code is what makes us what — and who — we are. It is the reason a banana is yellow and an orange is sweet. When we change something in the genetic code, we are changing its make-up. The reality is that humans still know very little about the genome or the impacts of tampering with genetic codes. This limited knowledge could lead to issues further down the line that we cannot yet comprehend. But beyond some hypothetical future issues, gene-editing could present a very real danger — and very soon. The Nobel Prize press release stated that this technology is a "genetic scissor: a tool for rewriting the code of life." And rewriting the code of life is just what corporations intend for our food supply. 

Why is this important?

When we talk about food, we often don't make the connection to seeds. But without seeds, we wouldn't have vegetables, fruits, trees, animals or any living organism. They are the one instrument that continues the cycle of life because they support all ecosystems and the beings that live in them.

But this is all changing. In the wake of new technologies, corporations are able to edit the genome of the seeds, patent and claim ownership of those seeds, and sell them to farmers on contract. Neighbouring farms then face an increased risk of contamination. Suppose the pollen from these genetically modified varieties pollinates the non-GMO varieties in a nearby field. In that case, the farmer faces new hardships with their non-GMO crop. The farmer might face legal action for infringing on patent rights or risk financial losses as their crops no longer qualify for non-GMO or organic certification.

Which organisms are being gene-edited?

New gene-editing techniques are being tested on a huge variety of seeds and animals. Gene-edited trees, common fruits and vegetables, cows, pigs, and even human embryos have been under the microscope. In Florida, 750 million genetically modified mosquitoes have been approved for release. 

Experimental, gene-edited foods and animals pose problems beyond just patent infringement for farmers. They are also one of the greatest threats to biodiversity.

How do gene-editing and genetic modification impact the environment? 

Previous generations of GMOs — including crops such as corn, canola, soy, and sugar from sugar beets — are commonly found in most processed foods on grocery store shelves. Purveyors of early GMOs claimed their use could "feed the world." While this promise has widely been disproven, history is about to repeat itself. The new generation of gene-edited foods is being rebranded and greenwashed as the best way to protect biodiversity. The irony is, one of the key reasons for biodiversity loss is the destructive methods used in industrial agriculture. These methods include mono-cropping, GMOs, and chemical-intensive practices. In other words, corporations are offering a false solution to a very real problem of their own making.

The genetic material in pollen, carried by small animals and wind, cannot be controlled. By releasing patented organisms into nature, we are releasing genetic pollution owned by corporations. Once released, it can't be recalled. Genetically modified crops could potentially contaminate related native species through cross-pollination.

What happens when these species are released into the environment and breed with natural or native varieties? What happens to the animals that depend on mosquitos as a food source, only to have them replaced with genetically altered versions engineered to die off? What happens to beneficial insects and birds when they feed on crops engineered to contain insecticide? What are the long-term consequences of changing the genetic code of an entire ecosystem? These are the questions we have to ask, and sooner rather than later.

According to the ETC Group, new techniques of genetic modification such as gene drives go one step further: 

"Gene drives can entirely re-engineer ecosystems, create fast spreading extinctions, and intervene in living systems at a scale far beyond anything ever imagined. When gene drives are engineered into a fast-reproducing species they could alter their populations within short timeframes, from months to a few years, and rapidly cause extinction. This radical new technology, also called a 'mutagenic chain reaction,' it is unlike anything seen before."

Nature is under threat more than ever before — threat of ownership and monopolization at the hands of massive corporations.

When we look at these technologies from the perspective of Big Business the dots begin to come together. By patenting and controlling the seed supply, corporations now have control over global food markets. Monopolization of the food supply — the very source that gives us life —leads to corporate control over food prices, access, and the kinds of food we put in our bodies.

Proponents may call this societal advancement, but the only way this is true is if "advancement" means corporate profits.

Technology offers us many real solutions for a variety of problems. Still, when it comes to our food, the real solution is reconnecting to the earth and natural systems. Employing traditional, organic, and regenerative farming practices can feed the world and sequester excess CO2 to help with the climate crisis.

We don't need false solutions that only expedite the colonial view of owning the seed and nature. We don't need corporate inventions that irreversibly change the very web of our delicate ecosystems and lives.

In the age of technological change, we have to ask: At what cost will we rewrite the code of life?

To find out more about gene-editing, watch our the panel discussion.

This content was originally posted on 11/06/2020. 

Please review Understanding Biotechnology: What is a GMO? for GMO basics.

THE EMERGENCE OF NEW GMOS
For the past 25 years, genetically modified organisms have been largely limited to transgenic crops and animals: organisms that have been genetically modified by combining the DNA from two or more different species. This is beginning to change. GMOs are now being created with newer genetic engineering techniques, some of which do not involve transgenic technologies. The Non-GMO Project is committed to preventing these new GMOs from entering the non-GMO supply chain. At present, several factors are making this difficult:

Testing for GMOs depends on the commercial availability of such tests. There currently are no tests commercially available for new GMOs or their derivatives. This means that tracking them relies heavily on affidavits and other documentation rather than tests.

Additionally, GMO regulations have not caught up with new GMOs. GMOs are regulated under the Coordinated Framework for Regulation of Biotechnology in the United States. This law has not been effectively updated since 1986 and does not reflect the current state of biotechnology. The more recent National Bioengineered Food Disclosure Standard, a labeling law, does not address these new techniques.

There is also some degree of confusion about whether products of new genetic engineering techniques are GMOs. Some of these new GMOs have been marketed as non-GMO. To be clear, all products of new genetic engineering techniques are GMOs.

NEW TECHNIQUES
Many techniques are being used to genetically modify living organisms. Some of the more prevalent or noteworthy techniques include:

ODM – Oligonucleotide-directed mutagenesis involves the insertion of new DNA that mimics a portion of the plant’s genome and is incorporated via the cell’s own repair function.

RNAi – RNA interference is a process whereby RNA molecules inhibit gene expression via translation blocking or degradation. This prevents a specific portion of DNA from being read or degrades it so that it does not function.

ZFN – Zinc finger nucleases create double-strand breaks or cuts in DNA using DNA binding proteins. ZFN is older and more expensive than TALEN and CRISPR.

TALEN – Transcription activator-like effector nucleases create double-strand breaks or cuts in DNA using engineered restriction enzymes.

CRISPR – Clustered regularly interspaced short palindromic repeats create double-strand breaks or cuts in DNA using an endonuclease (Cas9) and synthetic guide RNA.

NEW PRODUCTS
New genetic engineering techniques are being used to develop novel products and ingredients. While many of these products are still in the research and development stages, some are commercially available now. As the Non-GMO Project understands it, these commercially available new GMOs include non-browning potatoes, non-browning apples, high-oleic acid soybeans, herbicide-tolerant canola, and many products of genetically engineered microbes.

As products of new genetic engineering techniques continue to enter the marketplace, the Non-GMO Project remains committed to keeping these new GMOs out of the non-GMO food supply.

The Non-GMO Project Product Verification Program allows participants to submit products to be evaluated against the Non-GMO Project Standard. Participants must demonstrate that their products are not made with genetically modified organisms, including products of biotechnology. Products that demonstrate their non-GMO status in accordance with the Standard may become Verified and use the Non-GMO Project Verified mark.

GENETICALLY MODIFIED ORGANISMS
A genetically modified organism (GMO) is an organism in which the genetic material has been changed through biotechnology in a way that does not occur naturally by multiplication and/or natural recombination; cloned animals are included within this definition.

GMOs are changed through biotechnology, not through natural selection or traditional breeding methods.

Biotechnology is the application of:
a. in vitro nucleic acid techniques, including recombinant deoxyribonucleic acid (DNA) and the direct injection of nucleic acid into cells or organelles; or

b. Fusion of cells beyond the taxonomic family, that overcame natural physiological, reproductive, or recombination barriers and that are not techniques used in traditional breeding and selection.

Biotechnology means artificially altering DNA in a context where only the genetic material of an organism is altered or artificially merging DNA from different species which would not reproduce on their own. More specifically, and for the avoidance of doubt, biotechnology includes all of the following specific new breeding techniques:

Biotechnology means artificially altering DNA in a context where only the genetic material of an organism is altered or artificially merging DNA from different species that would not reproduce on their own.

GMO CROPS
The Non-GMO Project High-Risk List identifies inputs that may be, contain, or be derived from organisms that are known to be genetically modified and commercially available. These inputs and their derivatives are subject to additional scrutiny under the Non-GMO Project Standard. The majority of these crops are engineered to produce an insecticide or tolerate the application of an herbicide.

High-risk inputs include:

Monitored-risk inputs are those for which a GMO version exists, but is not widely commercially available. Such inputs may exist in the research and development stages, or may be inputs for which known GMO contamination has occurred. Other crops are included because they could be contaminated by cross-pollination from GMO crops.

Monitored-risk inputs include:

Monitored-risk inputs are evaluated like low risk inputs; their monitored status does not impact testing or affidavit requirements. However, the Non-GMO Project keeps a watchful eye on these crops in order to prevent potentially ensuing GMO varieties from entering the supply chain unchecked.

PROCESSED DERIVATIVES OF GMOS

Many common processed ingredients are derived from GMO crops, especially commodity crops such as corn and soy. The following non-exhaustive list includes some of the most common derivatives of high-risk crops.

Animal-Derived Ingredients

Livestock, aquaculture, and apiculture products are considered to be high-risk inputs because animal feed is very likely to contain GMOs such as corn, soy, and alfalfa. Animal-derived inputs must come from animals that ate a non-GMO diet to be used in Verified products. These inputs comply with the sampling and testing requirements of the Standard through the sampling and testing of Inputs to the animals’ rations and/or the seed used to grow the inputs to the animals’ rations.

Learn More

Download this guide as a PDF

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