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Seed oils are chemically extracted using hexane and high heat, resulting in oxidized, rancid fats. The process includes deodorizing and bleaching with additional chemicals. Because they are GMO, seed oils contain traces of glyphosate, a toxic herbicide. Healthier alternatives for cooking include butter, ghee, tallow, coconut oil, and olive oil.

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Seed oils use hexane, which is a solvent, to chemically extract their oils using high heats, additional chemicals to deodorize, bleach, and create this oxidated rancid fat. They're GMO, which means they have traces of glyphosate, which is an herbicide, which is really toxic. And you say they're safe? I don't think so. Instead, cook with butter, ghee, tallow, coconut oil, and olive oil.

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Speaker 0: I thought it'd be great to just kind of look at some of these items because parents are encountering these food items in grocery stores everywhere. Maybe we could just start right here with seed oils. We're hearing a lot about seed oils. Why should people be worried about these kind of products? Speaker 1: "Seed oils are one of the most unhealthy ingredients that we have in foods. Seed oils, The reason they're in the foods is because they're heavily subsidized. They're very very cheap but they are associated with all kinds of very very serious illnesses including body wide inflammation Right. Which affects all of our health. It's one of the worst things you can eat, and it's almost impossible to avoid. If you eat any processed food, you're gonna be eating seed oil."

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"rapeseed oil, what we now call canola oil, was never meant to be eaten." "It was first recorded in ancient India, not as food, as fuel." "During World War II, it found a new use lubricating steam engines and war machines." "traditional rapeseed oil is high in erucic acid, a compound linked to heart damage in animal studies, toxic in large amounts, banned in some countries for human consumption." "In the 1970s, Canadian scientists stepped in. They bred a new version, low in erucic acid, and gave it a fresh name, canola, short for Canadian oil low acid." "We're talking hexane solvent extraction, bleaching, deodorising, refining, all to make it look clean, taste neutral, seem safe." "This isn't food history, it's food marketing, and the real story is hidden in plain sight."

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"Seed oils are called polyunsaturated fatty acids." "Poly meaning many." "Unsaturated mean a type of oil that it's very very fragile and unstable." "Now the first thing you need to know is that when they talk about vegetable oils they're really talking about seed oils." "It comes from corn, soy, canola, things like that." "They're considered one part of the ultra processed food category which they use industrial processing where they're heating, adding hexane, which is a solvent that's in gasoline." "And so they go through this incredible refining process where you end up with this very refined empty oil." "And one of the reasons they do this is so it can sit on the shelf for a long period of time." "We consume like 25 to 30% of our calories with this right here."

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Margarine and seed oils like canola oil should be avoided, especially for heating. Avocado and olive oil, despite being mostly monounsaturated, contain polyunsaturated fats that become rancid and damaged when heated, making them unsuitable for cooking. For cooking, more stable saturated oils solid at room temperature are recommended. Coconut oil is a good option. Tallow (rendered beef fat) or raw butter are preferred for pan heating. For high-heat cooking, ghee (clarified butter) is best as it doesn't burn easily. The peroxidation index, which indicates when an oil becomes damaged and oxidized, is more important than the smoke point, which only indicates when an oil starts burning. Tallow, coconut oil, butter, and ghee are the preferred oils for cooking.

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The process of making edible oil involves high heat, which can damage the oil. Steps like acid wash, neutralization, and bleaching earth involve temperatures up to 110 degrees Celsius. To remove the rancid taste, there is a deodorization process where the oil is heated to 260 degrees Celsius. Despite high omega 6 consumption in Israel, there is a high prevalence of health issues. Even without heat, vegetable oils can oxidize on the shelf, like walnut oil with linoleic acid.

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Vegetable oil is described as highly toxic and not real food, belonging in car engines instead. Manufacturing requires heat, chemicals, and high pressure, which oxidizes delicate seed oils. Consumption of oxidized oils like soy, canola, corn, safflower, and sunflower creates free radicals, causing inflammation, heart disease, and cancer. Restaurants use these oils in a carcinogenic way by repeatedly heating and reusing them. A University of Minnesota researcher found toxic aldehydes in fast food french fries, which are known to cause gene mutation, alter RNA and DNA, and trigger massive inflammation. The recommendation is to avoid industrial seed oils as much as possible.

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Canola oil is made from toxic rape plant seeds that are specially bred to reduce the levels of a toxic fatty acid. The seeds are ground at high temperatures, which oxidizes the oil. To remove impurities and odor, the oil is washed with solvents and processed with bleaching and deodorization. The final product contains trans fatty acids and is marketed as healthy by the American Heart Association. It is advised to eliminate this damaged oil from your diet for better health.

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Vegetable oils used in food products are not real food. They are manufactured using heat, chemicals, and high pressure, which oxidizes the delicate seed oils. Fast food restaurants often use these oils in a carcinogenic way, repeatedly heating and reusing them. A researcher found toxic aldehydes in French fries from various fast food places. Advising people to consume vegetable oils is misinformation. It is recommended to avoid industrial seed oils as much as possible. Refined vegetable oils are commonly found in processed and packaged foods, from crackers to baby formula.

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Seed oils like canola, sunflower, safflower, grapeseed, and palm oil are harmful due to processing methods. Canola oil production involves hexane, a neurotoxin, heating to 405 degrees, deodorization with sodium hydroxide (a carcinogen), and sometimes bleaching. The consistent color of vegetable oils on grocery store shelves is chemically induced. These oils are pro-inflammatory. Five oils to use are grass-fed butter, ghee butter, grass-fed tallow, coconut oil, and olive oil.

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Genetically modified the seed of canola so that it could withstand glyphosates. And now once they harvest it and they press it into an oil, it actually comes out very gummy. So they actually have to de gum it with something called hexane, which is not only a known neurotoxin, it's a highly carcinogenic. They heat it above four fifty degrees Fahrenheit, which completely denatures the oil and turns it rancid. They deodorize it using sodium hydroxide, which is another known neurotoxin and highly carcinogenic. They will also use bleaches to bleach the oil, to turn it clear again, because it's cloudy. So it has to be de gummed. It has to be bleached. Then they bottle it and put it on the shelf. It doesn't resemble anything like it did when it left nature.

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This video criticizes vegan buttery spreads as an unhealthy alternative to real butter. The speaker highlights the nutritional benefits of butter, such as fatty acids that promote optimal health, mitochondrial health, weight loss, and satiety. They express disbelief at the use of seed oils and fava bean protein in vegan spreads, stating that they are not good for humans. The speaker suggests that vegans may miss the taste and nutrition of butter, but encourages them to opt for real butter instead.

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The fat-free, low-fat diet has not reduced heart disease. Margarine, which was introduced as a substitute for butter, is actually toxic and only one molecular structure away from plastic. When margarine enters the body, it damages the arterial walls because it is a damaged fat. To maintain heart health, we should consume fats from natural sources like nuts, seeds, coconuts, avocados, and plant oils that have been traditionally extracted from the flesh of plants. This includes coconut oil and olive oil.

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The extraction of oil from the heart disease, hard seed, damages the oils. And now people are reading damaged oils, and it gets into the artery, and it damages the arterial walls. So if there is a fat that contributes to heart disease, it would have to be those oils. You see them in the supermarket. They're in clear plastic bottles. It's called corn oil, soy oil, canola oil, safflower oil. Don't touch them. Yes. They're in clear plastic bottles. It doesn't really matter because they're so totally destroyed anyway. Margarine, it's a toxic fat. Body can't handle it.

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Seed or vegetable oils, including canola, safflower, and soybean oil, are now in the mainstream spotlight due to concerns about ultra-processed foods. These oils are used in 90% of supermarket foods and in most restaurants for cooking, flavoring, and texturing. Canola oil was originally an engine lubricant, and cottonseed oil was used to make soap. The refining process involves washing with chemical solvents like hexane, heating to high temperatures causing oxidation, and then bleaching and deodorizing to mask rancidity. The bottled oil continues to break down on the shelf and oxidizes further during cooking, resulting in an unstable, inflammatory substance that is claimed to be heart healthy.

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The transcript discusses seed oils as a major health risk and part of a so-called “devil’s triad” contributing to obesity and diabetes. It asserts that a large share of U.S. adults over 45 are prediabetic or diabetic—64% by some data, rising to 75–78% if insulin use were measured—and claims that removing three factors—sugars, refined grains or refined tweeds, and seed oils—would eliminate the obesity and diabetes epidemics; pharmaceutical companies would suffer as a result. Seed oils are described as being extracted with hexane and solvents under very high temperature and pressure in chemical plants. What are marketed as heart-healthy golden vegetable oils (sunflower, safflower, and other seed oils) are said to be processed with high temperature and pressure, resulting in oils that are very high in omega-6 fats, which are suggested to be inflammatory signal molecules and should only be eaten in tiny amounts as calories. The speaker claims Americans get about 15% of their calories from seed oils, versus a recommended less than 0.5%; this is described as 30 times the evolutionary level and very damaging. Further, the process is criticized for hydrogenation, damage to molecular structures, deodorization, bleaching, and coloring to give a desirable appearance and scent, after which the oils are sold. The speaker asserts that hydrogenation and processing produce “rank grey rancid muck,” and that people would be repulsed by the initial oil before deodorization. The transcript asserts that seed oils are extremely damaging in quantity, especially in processed foods, while refined carbohydrates are also highly damaging. It cites studies from the late 1990s on rat models comparing seed oils with beef tallow and lard, finding major increases in tumorigenesis and tumor growth when seed oils were included at 3–4% of the diet. It claims that from around 1993 to 1999, studies increasingly showed that seed oils drive cancer if consumed above three to four percent, but that around 1998–1999 the system stopped these findings after calls were made. The speaker concludes: “All the evidence is there. That's the tip of the iceberg. Don't touch them.”

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Oils should be in car engines, not in our food. Many so-called food products are factory-made, requiring heat and chemicals to extract oils. This process oxidizes vegetable oils like soy and canola, creating free radicals that lead to inflammation, heart disease, and cancer. Restaurants often misuse these oils by repeatedly heating them, increasing their toxicity. Research shows that fast food, like French fries, contains harmful aldehydes that can cause gene mutations and inflammation. It's crucial to avoid industrial seed oils, as they are prevalent in processed foods and fast food items, including snacks, dressings, and even baby formula.

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Many heavily processed, unhealthy foods contain sugars, artificial additives, and are low in fiber and high in salt. Seed oils are often consumed through these unhealthy foods in both the UK and the US, which is a cause for concern. While it's true that many foods containing seed oils are unhealthy, the speaker disagrees with the idea that the seed oil itself is the primary cause of the unhealthiness. It's important to distinguish between the seed oil and the overall health impact of the processed foods in which they are found.

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A dietitian on the Diary of a CEO podcast claimed there's no evidence seed oils are harmful and that they're actually beneficial. This contradicts studies like the Sydney Diet Heart Study, the Minnesota Coronary Experiment, and the Rose Corn Oil Study, which suggest replacing saturated fat with seed oils leads to worse health outcomes, increased mortality, and increased cardiovascular disease. Proponents claim seed oils reduce inflammation, improve insulin sensitivity, and are heart healthy, while opponents argue the opposite: that they increase inflammation, induce insulin resistance, and contribute to cardiovascular disease. The process of making canola oil involves grinding seeds, heating them, treating them with the neurotoxin hexane, then bleaching and deodorizing the rancid oil. This process, along with high-temperature cooking, creates inflammatory compounds. The speaker prefers using ghee and tallow for cooking instead of seed oils.

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Seed oils are polyunsaturated fatty acids, which are fragile and unstable. Vegetable oils are actually seed oils derived from corn, soy, and canola, not from vegetables. Seed oils are part of the ultra-processed food category, created through industrial processing involving heating and the use of hexane, a solvent found in gasoline. This refining process yields a shelf-stable, empty oil. It's estimated that 25-30% of our caloric intake comes from these oils.

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Margarine? Garbage. Don’t ever touch it. Seed oils: Canola oil is horrible; don’t heat seed oils. Avocado and olive oil are mostly monounsaturated but contain lots of polyunsaturated fats, and when heated they become rancid, damaged, and unstable, so don’t cook with avocado or olive oil. For cooking, use more stable saturated oils that are stable at room temperature, since you’re heating the oil anyway. Coconut oil is good. My preferred oils for cooking when I’m heating in a pan are tallow (rendered beef fat) or raw butter, and if you’re heating it hot, use ghee (clarified butter) because it won’t burn. The smoke point of an oil is not the same as its peroxidation index—the peroxidation index tells you when the oil will become damaged and oxidized, while smoke point tells you when it will start burning in the pan. So, if you’re going to cook with an oil, my preferred options are tallow, coconut oil, butter, or ghee. Not this stuff.

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Seed oils are called polyunsaturated fatty acids. Poly meaning many, unsaturated meaning a type of oil that it's very, very fragile and unstable. Now the first thing you need to know is that when they talk about vegetable oils, they're really talking about seed oils. It comes from corn, soy, canola, things like that. They're considered one part of the ultra processed food category, which they use industrial processing where they're heating, adding hexane, which is a solvent that's in gasoline. And so they go through this incredible refining process where you end up with this very refined empty oil. We consume like 25 to 30% of our calories with this right here.

The BigDeal

Everything I Learned In Med School Was WRONG | Paul Saladino
Guests: Paul Saladino
reSee.it Podcast Summary
Today's conversation centers on how ultra-processed foods and certain food policies appear to be linked to rising obesity, diabetes, cancer, and autoimmune disease, despite public health messaging to eat healthier and exercise more. The guest argues that simply counting calories overlooks satiety problems created by ultra-processed foods, which can drive overeating. In controlled feeding ward studies, when meals are matched for calories and macros, people eat more when ultra-processed foods are offered. Taste alone is not the whole explanation; satiety is sabotaged, the guest contends. A core focus is seed oils and how they entered the food supply. Canola oil, the guest explains, comes from rapeseed and contains erucic acid; rapeseed oil has historically been used industrially, and only later was low-erucic acid canola developed. The processing chain - pressing, refining, bleaching, deodorizing, exposures to hexane, packaging in plastics - creates polyunsaturated oils prone to rancidity and misinformation about LDL. The guest cautions that LDL lowering is not the sole health metric and notes how funding shapes which studies get done, often leaving modern randomized trials scarce. Health care critiques run through the discussion. The guest explains that most hypertension is primary—rooted in diet and lifestyle—while secondary hypertension is rare. He argues that vascular dysfunction and systemic inflammation linked to insulin resistance largely drive high blood pressure, and that dietary changes plus moderate exercise can fix it, whereas doctors frequently prescribe pills that manage symptoms without addressing root causes or downstream side effects. The conversation also touches how insurance models reward time over outcomes, shaping medical practice and recommendations. Another thread tracks endocrine disruption in daily life. The guests discuss cosmetics, fragrances, and skincare absorbing through the skin, birth control altering pheromonal signaling and partner choice, and the rise of raw milk as a debated option with some studies suggesting immune benefits for children. They also describe organ-based nutrition and the Heart and Soil supplement line, arguing that desiccated organs can influence organ health, with small doses such as three grams daily. The conversation closes with practical advice: simplify meals, read labels, and consider what touches your body.

No Lab Coat Required

Avoid these oils! Eat these 8 instead.
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Three core priorities anchor the stream: Source, composition, and quality. The host frames fats as a unique category and aims to boost consumer confidence in everyday choices, clarifying what to buy at the store, what to look for on labels, and what to avoid when dining out. The discussion introduces a binary of fat origins—animal and plant sources—and sets out to differentiate each oil by its source, how it’s made, and how its composition affects the body. Seed oils dominate the grocery aisles but are described as an ever-present pitfall. The host names soybean, canola, palm, and other vegetable oils as common additives in baked goods and fast food. He distinguishes seed oils from fruit oils, stresses the seven-step refinement process that yields uniform, bland products, and argues that the 'source' and the processing steps determine quality. Cold pressing, expeller pressing, and solvent extraction (hexane) are explained as escalating levels of processing that degrade nutritional quality. The eight fats proposed for regular use are coconut oil, butter (including clarified butter), beef tallow, lard, chicken fat, olive oil, avocado oil, and the two animal fats duck and goose are noted as similar in composition though not highlighted as primary eight. Butter is traced to cow milk fat, saturated fat, and the concept of cell membranes shaped by the fatty acid profile. Olive oil is described as highly adulterated, with extra virgin labels and third-party labeling emphasized, and brands like California Olive Ranch highlighted. Label literacy and trusted certifications are urged, with Cornucopia.org and realmilk.com offered as resources to verify organic or grass-fed claims. Avocado oil is flagged as a newer, often adulterated oil; UC Davis studies show only two brands with integrity. The host advocates a simple household pantry of two to three core oils and a mindful eye toward third-party seals on dairy products. The stream concludes with a Patreon pitch and a plan to post future streams as replay-only on Patreon.
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