6 popular peanut butters linked to colon cancerStory by Son of Grey Peanut butter is a staple in many households, loved for its creamy texture, nutty flavor, and protein content. However, not all peanut butter is created equal. Certain types of commercially processed peanut butter may contain added sugars, unhealthy oils, and chemical contaminants that studies suggest could increase the risk of colorectal cancer. Understanding which kinds to avoid can help you enjoy peanut butter safely while maintaining a healthy diet. Here’s a look at kinds of peanut butter linked to colon cancer risks. Peanut Butter with Added Hydrogenated OilsMany mass-market peanut butters contain hydrogenated oils to improve shelf life and prevent separation. These trans fats are widely linked to inflammation and increased cancer risk, including colon cancer. Common brands with older formulations that included hydrogenated oils include Skippy Creamy Peanut Butter and Jif Creamy Peanut Butter. While these brands have reformulated many of their products to remove partially hydrogenated oils, older stock and certain varieties may still pose risks. Peanut Butter High in Added SugarsExcessive sugar consumption has been associated with chronic inflammation and insulin resistance, factors that can contribute to colon cancer development. Many flavored or “sweetened” peanut butters—such as Reese’s Peanut Butter Spread or honey-flavored supermarket brands—contain high amounts of added sugar beyond what’s naturally in peanuts. These products are convenient for desserts and snacks but may carry hidden health risks when consumed frequently. Peanut Butter Contaminated with AflatoxinsAflatoxins are naturally occurring toxins produced by molds on peanuts, particularly if storage conditions are poor. Long-term exposure to aflatoxins has been linked to liver cancer and may contribute indirectly to colorectal cancer risk due to systemic inflammation and DNA damage. While major brands like Smucker’s Natural Peanut Butter and Planters Peanut Butter test rigorously for aflatoxins, lower-cost store brands or imported peanut butters may be more likely to contain small amounts of these toxins. Ultra-Processed Peanut ButtersUltra-processed peanut butters often contain a mix of additives, stabilizers, and preservatives that can affect gut health. Poor gut microbiome balance is increasingly recognized as a factor in colon cancer risk. Brands like Peter Pan Extra Crunchy or value-line supermarket peanut butters may include emulsifiers and stabilizers that are generally safe in small amounts but could have cumulative effects over time when consumed daily. Tips for Choosing Safer Peanut ButterOpt for natural or “just peanuts” varieties with no added hydrogenated oils or sugars. Check for aflatoxin testing or certifications from major brands. Store peanut butter properly in a cool, dry pantry or refrigerate to reduce mold growth. Moderate consumption to avoid excess calories, sugars, or unhealthy fats. While peanut butter can be a healthy protein and fiber source, products with hydrogenated oils, added sugars, aflatoxin contamination, or excessive processing may contribute to colon cancer risk. Choosing natural, minimally processed peanut butter from trusted brands like Smucker’s Natural, MaraNatha, or 365 by Whole Foods, and storing it carefully, can help you enjoy this classic snack safely and responsibly. ARTICLE SOURCE: https://www.msn.com/en-us/health/other/6-popular-peanut-butters-linked-to-colon-cancer/ar-AA1WvYFn?
Fructose puts the body in low-power mode, fueling obesity
Story by Chrissy Sexton
While Western diets are undoubtedly linked with an increased risk of obesity, health experts have long debated over what exactly is driving the surge in weight issues. Is it the excessive calories, carbohydrates, or fat in these foods?
A new study led by Dr. Richard Johnson of CU Anschutz offers a unique perspective that converges these varying theories around one central figure: fructose.
The role of fructose
The paper brings forward a compelling argument that resonates with multiple theories. According to the researchers, the key issue driving obesity is fructose. This sugar is found in table sugar and high fructose corn syrup, and is also produced within our body from carbohydrates like glucose.
The science behind the study is simple. As the body breaks down fructose, it depletes the active energy, referred to as ATP (adenosine triphosphate). This reduced energy level triggers hunger and increased food consumption.
The fructose survival hypothesis
The "fructose survival hypothesis" introduced by Dr. Johnson integrates the energy balance theory, which implies that excessive food intake, especially fat, is the root cause of obesity. At the same time, the new hypothesis acknowledges the carbohydrate-insulin model that prioritizes carbs as the main trigger for weight gain.
"Essentially, these theories, which put a litany of metabolic and dietary drivers at the center of the obesity epidemic, are all pieces of a puzzle unified by one last piece: fructose," said Dr. Johnson. "Fructose is what triggers our metabolism to go into low power mode and lose our control of appetite, but fatty foods become the major source of calories that drive weight gain."
Hibernating animals
Dr. Johnson said we can look to hibernating animals as an example: when we're hungry and low on active energy, we go into survival mode. Just as bears consume high-fructose fruits to prepare for winter hibernation, humans' energy levels dip when consuming fructose-rich foods.
Even though fat is a reservoir of stored energy, high-fructose foods prevent the utilization of this stored energy, leading to a state that is comparable to a bear gearing up for winter.
Reimagining obesity
The most radical insight this theory presents is the conceptualization of obesity. "This theory views obesity as a low-energy state," said Dr. Johnson. "Identifying fructose as the conduit that redirects active energy replacement to fat storage shows that fructose is what drives energy imbalance, which unites theories."
While this research offers a new direction for addressing obesity, further research is needed to conclusively confirm the findings and to identify more targeted preventions.
The study is published in the journal Obesity
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ARTICLE SOURCE: https://www.msn.com/en-us/health/nutrition/fructose-puts-the-body-in-low-power-mode-fueling-obesity/ar-AA1ix6ay
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