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Wash strawberries with baking soda, not vinegar, to remove 96% of pesticides. Soak in water and baking soda for 5-10 minutes, rinse, and store in a glass container with a paper towel to make them last up to 2 weeks in the fridge. Americans unknowingly consume up to £2 of bugs annually, not just in strawberries.

This video shares a recipe for a bread that can last for 3 years and provides daily nutrients for an adult. The ingredients include oats, powdered milk, sugar, honey, water, and Jell-O. The process involves mixing the water, Jell-O, and honey in a pan until melted, then combining the oats and powdered milk with sugar. The mixture of water and gelatin is added to create a sticky dough, which is shaped into a loaf and baked for 15 to 20 minutes at 350 degrees. The result is a survival bread that is not only tasty but also a valuable addition to stockpiles. The video also mentions a resource called "The Lost Superfood" which contains 126 survival foods.

Speaker identifies four main pillars to turning food into medicine: 1) start with good seed. "We're not gonna be able to turn food GMO seed generally into medicine. I mean, it may produce high yields and all this other stuff, but normally nutrition is not one of the things they're looking at at GMOs." 2) plant it in healthy soil—"regenerative organic soil that has no pesticides burden that has a lot of vitality and nutrition already in the soil." 3) harvest at peak nutrition—"peak at a pick harvest at peak nutrition" and "you pick tomatoes when they're ripe, not when they're green so you can ship them from California to New York." "If you live in New York, support your folks in New York and their tomatoes." They're "picked fresh" and "shipped very small overnight or that afternoon. They show up in your store." 4) "minimal processing. You don't process it to death."

The speaker begins by mentioning adding a slice of orange. They then transition to discussing a recipe, specifically mentioning a dry brine. The speaker suggests that a dry brine is easier and recommends brining for 24 to 48 hours if possible.

Fruit from the supermarket is often treated with SmartFresh, a product that preserves freshness. The process involves placing fruit in a sealed chamber, introducing SmartFresh to water to create gas, and letting the fruit absorb it for about 24 hours. A time-lapse comparison shows that treated apples remain unchanged over three months, while untreated ones deteriorate. Many consumers are unaware that the fruit they buy can be nearly a year old. SmartFresh's active ingredient is methylcyclopropene (MCP), a simple hydrocarbon similar to butane and propane, raising concerns about its petroleum-based origins. SmartFresh is also approved for use with organic produce, leaving many unaware of its widespread application.

If your children eat strawberries, this video is for you. Strawberries take the top spot. They are number one on the dirty dozen list, which is a list of the 12 fruits and vegetables that have the highest amount of pesticide residues. So is there a solution? The answer is yes. You most likely have this in your home. Baking soda. One tablespoon of baking soda per two cups of water removes 96% of pesticides. Additionally, the video emphasizes a simple home remedy. Strawberries are highlighted for pesticide residues, and baking soda is presented as the solution. That is the core takeaway. The method uses a common kitchen ingredient.

The speaker, born Amish and having lived within the community for over seventeen years, addresses common questions about Amish life. These questions often revolve around food preservation without refrigeration, obtaining pressurized hot water without utilities, and heating/cooling homes without electricity. The speaker claims all the answers can be found in a book called "The Amish Way." The speaker asserts that this book is unique.

The transcript centers on a claim-filled comparison between organic and conventional produce, framed as a discussion about nutrient content and the broader value of organic farming. The speaker opens by referencing a public perception—that organic is overpriced and ineffective—citing a perceived lack of recent research: “This was the last study done on organic in 1995. This is why there are no more studies on this.” The speaker then uses a single food example, tomatoes, to illustrate dramatic differences in mineral content between organic and conventional farming. According to the speaker, tomatoes grown organically show substantially higher mineral levels across a range of nutrients. The stated figures are as follows: - Calcium: six times higher in organic. - Magnesium: almost 10 to 12 times higher in organic. - Potassium: three to four times higher in organic. - Sodium: six times higher in organic. - Manganese: 68 times more in organic. - Iron: 1,900 (implying a dramatic increase in organic versus conventional). Additionally, the speaker asserts a striking contrast for copper: “Zero copper in the conventional because they sprayed it with pesticides and ruined it. Meanwhile, you have 53 times.” This statement implies that organic tomatoes contain copper at a level that is 53 times that of conventional tomatoes, with the conventional crop allegedly having zero copper due to pesticide use. The overall argument presented is that organic tomatoes have markedly higher mineral content compared to conventional ones, and that conventional farming’s use of pesticides has negative consequences—specifically, eliminating copper content. The speaker uses these numerical claims to suggest a broader nutritional deficiency in populations eating conventionally produced produce, tying the data to a broader critique of conventional farming practices and referencing the supposed lack of ongoing research since 1995 as part of the narrative. Key items highlighted include the large multipliers for calcium, magnesium, potassium, sodium, and manganese, plus the extraordinary claim regarding iron (1,900) and copper (zero in conventional, 53 times higher in organic). The framing emphasizes “mineral content” as a core differentiator and uses tomatoes as the concrete example to illustrate how organic farming could impact nutrient availability. The segment combines a debunking of perceived inertia in organic research with a bold presentation of comparative mineral data to argue for the superiority of organic farming in delivering richer mineral profiles in produce.

Amish seniors follow the "four hour harvest rule," eating vegetables within four hours of harvesting to maximize nutritional value. They harvest in the early morning when nutrient content is highest, as plants accumulate nutrients overnight. Freshly harvested produce can contain up to 60% more nutrients compared to store-bought alternatives. Vitamins, especially C and B, degrade immediately after harvest, and even organic produce loses nutritional value during transportation and storage. Store-bought broccoli travels an average of 1,500 miles, losing much of its original nutritional value.

Did you know that you can grow a new potato plant with just one potato? The seed of this vegetable is actually the tuber itself, so if you see small sprouts on a potato, it's a great option to plant it. To do this, you'll need a mixture of organic soil for the plant to grow properly. You can either plant the whole tuber or cut it into slices to get more plants. It's recommended to plant the potato in a sack or cloth bag, filling it halfway and adding more soil and organic fertilizer as it grows. After four months, the plant will start to dry out, indicating that it's time to harvest. It's that simple to start growing your own potatoes in your garden.

The speaker discusses "Guide to Pyramid Energy" by Bill Carroll and Kathy Goggins and presents a series of claims about the purported benefits of being inside a pyramid. They state that pyramids can be beneficial for focus issues, and that sitting in a pyramid can also eliminate inflammation, headaches, and pain. The text asserts that when a bone is broken and a person sits within the pyramid, the bone would begin to regenerate. The speaker questions why this potential healing would not be acknowledged, suggesting that big pharma would not want people to know that bones can regenerate inside pyramids because it would affect the market for painkillers. Beyond medical benefits, the speaker claims that pyramids have preservative effects. They assert that pyramids can slow processes and preserve various foods: cheese, milk, meat, and fruit. A specific anecdote is offered about someone who eliminated their refrigerator and used a pyramid to preserve food, noting an apple under the pyramid that was five months old yet remained moist and delicious when split open. The broader claim is that, with the power of the pyramid, food can be preserved for indefinite amounts of time, without the need for traditional refrigeration. The speaker contrasts pyramid use with conventional institutions, stating that this is why pyramids are not taught in the Rockefeller School and that, if food could be preserved for five to six months of any caliber, people would not be buying certain products. This leads into a broader assertion that, when exploring pyramids, these are topics that are not taught and are dismissed as “woo woo and witchery.” The speaker encourages looking into pyramid concepts despite such dismissals, framing the admonitions as common retorts when discussing pyramids. Overall, the transcript presents a set of extraordinary claims associated with pyramid energy: potential improvements in focus and reductions in inflammation, pain, and headaches; bone regeneration within pyramids after injury; and remarkable food preservation capabilities that could render traditional refrigeration unnecessary. The narrative also implies educational and systemic barriers to these ideas, suggesting they are ignored or branded as occult or unscientific, yet urging listeners to examine them despite those labels. The authors named are Bill Carroll and Kathy Goggins, and the discussion centers on the purported, multifaceted powers of pyramids rather than on external validation or critical appraisal.

Kitchen hack. For any adult that's running a household, you need to know this. Fruits and vegetables come sprayed with pesticide. This is how to get rid of it the proper way. Put a couple of teaspoons baking soda with your produce, then put some cold water on them. You have to let it soak in there for a minimum fifteen minutes. And look at this, guys. It dramatically cleans all of the pesticides, all of the dirt. You drain them, then you wash them again. You put them in an airtight container. There you go. No more pesticides for your family.

In this video, the speaker discusses a natural remedy for when you can't access medical help. They suggest using oregano as a powerful herb. The process involves filling a jar halfway with dried oregano and then adding organic extra virgin olive oil. After stirring it, you may need to add more oil. The mixture should be left in a dark, cool place for 4 to 6 weeks. Once ready, strain it and store it in a dark jar. This homemade remedy can be used as a natural antibiotic for various ailments like earaches or wounds. It is recommended to take a dropperful whenever feeling sick.

Discovering kitchen hacks over 200 years, here are some useful tips: 1) Avoid itchy hands when peeling yams by sticking them on a chopstick. 2) Freeze sliced ginger for a year or more without thawing before use. 3) Clean your drain by using baking soda, dish soap, and white vinegar. 4) Remove excess oil from hot pot broth by swirling ice cubes in a ladle. 5) Absorb excess moisture in watery rice by placing a piece of bread on top and heating for 2 minutes. 6) Make leftover dark oil clear by frying a spoonful of starch mixed with water. 7) Easily remove shrimp meat by inserting a fork into the shell and pushing and pulling. 8) Defrost meat in warm water with salt and white vinegar for better taste. 9) Prevent potatoes from sprouting by storing them with apples. 10) Boil chopsticks with salt, white vinegar, and water for clean results. Follow for more handy tips.

In this video, the speaker demonstrates how to make a superhero tonic called fire cider. They chop up fiery ingredients like onions, garlic, chilies, turmeric, ginger, lemon, and spices, and add them to a jar along with some medicinal flowers. After letting it sit for four weeks, the mixture is strained and bottled. The speaker recommends keeping the fire cider in the fridge for weeks of use.

The Amish discovered a simple way to keep garlic fresh for years through fermentation, an ancient method requiring no refrigeration or chemicals. Fresh garlic cloves are peeled, packed into a jar, and covered with a saltwater brine. Good bacteria then preserve the garlic, preventing sprouting, drying, and mold. Fermented garlic becomes mellow, tangy, sweeter, and contains probiotics. It's described as a smart food preservation hack.

This transcript explains how to make biodiesel as a survival fuel, using a sequence of described steps and household materials. The process begins with gathering animal fats, methanol (or alcohol), wood ash, and a separate funnel. The first step is to place the animal fat on a hot flat rock to melt it. Once melted, the fat is allowed to dry and then strained through a cloth to catch crumbs. Next, wood is burned to produce wood ash. The wood ash is mixed with some water and left to sit for a day, resulting in lye water. In a separate container, methanol is mixed with the lye. The narrative warns that this mixture is strong, and notes that the lye would dissolve in the methanol to form an alkoxide. With the alkoxide prepared, the next step is to warm the oil and pour the alkoxide mixture into it. The instruction is to stir or shake steadily for a while, then let the mixture settle. The chemistry is described as the liquid separating over the next few hours into two layers: crude biodiesel on top and a thick glycerin syrup on the bottom. The top layer, identified as diesel, should be carefully poured into a separating funnel, and water should be added to wash off unreacted lye impurities in the fuel. The impurities are said to settle at the bottom and then be drained out. The transcription concludes with the declaration that, via this process, biodiesel has been made. Key points emphasized include: the materials needed (animal fats, methanol or alcohol, wood ash, and a separate funnel), the melting and drying of fat, the creation of lye water from ash and water, the mixing of methanol with lye to form an alkoxide, the addition of this alkoxide to warm oil, and the transesterification that yields two layers (crude biodiesel on top, glycerin syrup on the bottom). It also highlights the washing step with water to remove unreacted lye impurities and the final separation of impurities from the biodiesel. The description frames biodiesel as “the ultimate survival fuel because it's easier to make than gasoline,” and names the final product as biodiesel produced through transesterification, with the separation of layers and purification steps explicitly described.

Amish communities are isolated from outsiders; one cannot simply visit and film them. Amish people do not use modern technology like phones, cars, or the Internet. Their skills could be useful in a world without electricity, such as making remedies, building stockpiles of long-lasting food, and constructing a fridge that requires no electricity. The secret Amish way to turn air into fresh water will also be revealed. This is presented as a unique opportunity to learn from their historical knowledge.

A speaker presents a surprising experiment with an Aldi loaf of bread purchased over two and a half years ago, kept in an office as a demonstration. The speaker notes that the bread has been in the office for more than two years and can be used like an accordion, smashed up, and then it will return to its original shape. Eric is mentioned as someone who can attest that the bread has remained in the office for over two years. The speaker points to a close-up of the loaf and observes that there is no mold and that it smells fine. The bread’s resilience—being smashed and then bouncing back—has been demonstrated, reinforcing the claim that the bread has persisted for an extended period. The overall implication drawn by the speaker is a concern about food content and preservation, prompting a question: "What the hell is in our food?" This query signals a broader investigative aim. The speaker concludes with a commitment to action: they plan to come and find out what is in the food and to work on legislation to provide information on what is being put into people's bodies. The dialogue frames the experiment as a provocative example intended to drive legislative attention toward transparency about food ingredients and additives. Key points: - Aldi loaf of bread purchased over two and a half years ago is kept in an office as an experiment. - The bread has remained unmolded and smells fine after more than two years. - It can be smashed and will come back to its original shape, illustrating remarkable persistence. - Eric corroborates that the bread has been in the office for over two years. - The demonstration raises questions about what is in our food. - The speakers intend to work on legislation to provide information about food contents for consumers.

The Amish can obtain pressurized hot water without utilities, preserve food without refrigeration, and cool homes without electricity. This raises concerns about the broader population's potential inability to cope without modern conveniences. A book containing the instructions for the Amish way of life offers step-by-step guides to these practices. A link to purchase the book is provided.

Amish people supposedly never get sick because they stockpile an old-fashioned recipe during cold winters to ward off colds and flu. The recipe includes raw honey, fresh ginger, garlic, cayenne pepper, and lemon. Raw honey is described as an ancient healer, ginger as a root that warms you, garlic as nature's antibiotic, and cayenne pepper as a revitalizer for the immune system. Lemon is added for a vitamin C boost. A spoonful of this syrup is claimed to help you recover quickly when you feel unwell. Nature is presented as the best ally.

Amish elders consume three tablespoons of fermented vegetables before each meal, a practice that preserves food and offers health benefits. Cabbage, beets, and cucumbers are fermented in wooden crocks using a 2.5% salt concentration, which fosters beneficial bacteria while preventing harmful organisms. Each serving introduces over 100 billion beneficial bacteria into the digestive system, surpassing the potency of many probiotic supplements. These homemade ferments contain diverse bacterial strains adapted to the local environment, creating a robust microbiome that supports digestive health and immune function. This is particularly beneficial for older adults, who experience a natural decline in gut bacteria diversity with age. Consuming fermented foods before meals helps maintain a stable population of beneficial bacteria.

Pour salt into a hollowed-out cabbage and submerge it in brine. After a few days, it will ferment into sauerkraut. Sauerkraut is a pickled superfood that can last over 2 years without refrigeration. It is rich in probiotics and enzymes that aid digestion and nutrient absorption. Sauerkraut is just one of many superfoods that our ancestors discovered. In the book "The Lost Superfoods," you can find their complete recipes with step-by-step instructions and colorful pictures. Start making these nutritious and long-lasting superfoods today and reap the benefits for years to come.

The Amish rarely get sick despite rejecting modern medicine, and one secret is an Amish ibuprofen recipe. The book, *The Amish Ways*, written by someone who lived seventeen years with the Amish, offers access to every natural remedy the Amish use to stay fit and healthy. Each recipe includes exact ingredients, dosages, and step-by-step instructions. Most can be made right away in your kitchen with readily available ingredients. Click the link to grab a copy of *The Amish Ways* and receive three free gifts.

The transcript describes an unconventional yet effective method used by the Amish to keep eggs in pristine condition for an extended period: oiling the eggs with mineral oil. This approach may sound surprising at first, much like imagining an egg being pampered, but the core idea is simple and practical. The technique centers on coating eggs with mineral oil to address the porous nature of eggshells. Eggshells contain tiny pores that ordinarily allow air and various unwanted bacteria to enter, which over time leads to spoilage. By applying oil to the shell, those pores are sealed, creating a barrier that blocks oxygen from reaching the interior of the egg. This sealing effect acts like a protective bubble around the egg, helping to prevent the development of the sulfur-smelling, spoiled state that can result from exposure to air and bacteria. The method is presented as a straightforward solution that people may initially find wild or counterintuitive. The comparison to slathering groceries in oil underscores how unusual this practice can seem to those unfamiliar with it. The transcript explicitly notes that this technique is not something to try with milk, emphasizing that it is specific to eggs and not a universal preservation method for other perishable liquids or foods. The Amish have known about this egg-preservation technique for a long time, and the idea has been rediscovered by modern homesteaders who are exploring traditional methods to extend the shelf life of eggs. Key benefits highlighted include the availability and practicality of mineral oil. Mineral oil is described as cheap and readily available, making it an accessible option for households interested in extending egg storage. Importantly, the mineral oil does not spoil the eggs; instead, it helps keep them “nice and cozy” by maintaining a protective barrier around the contents. The overarching takeaway is that oiling eggs with mineral oil is a time-tested method used by the Amish to preserve eggs, and it continues to attract interest from contemporary homesteaders seeking durable, low-cost preservation techniques. In summary, the transcript explains that mineral oil is used to coat eggs, sealing the pores of the eggshell to prevent air and bacteria from causing spoilage, effectively creating a protective bubble around the egg. The practice, long known by the Amish, is being rediscovered by modern homesteaders due to its affordability and effectiveness, with the caveat that it should not be applied to milk.