Is excess linoleic acid contributing to mitochondrial dysfunction?

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Paul Saladino8m · 2022-03-11

Claims Made

22

Claims Supported

18

Support Rate

82%

Support rate

18 of 22 claims supported

18 supported4 partial / not

Claims from this content

19

Well SupportedDiabetic patients consuming high amounts of honey (up to 180+ grams/day) in a study lost weight and became more insulin sensitive, despite an increase in hemoglobin A1c.Well SupportedSerum levels of linoleic acid are not a good indicator of long-term linoleic acid consumption or a predictor of adverse health events, unlike adipose tissue levels.Partially SupportedMany chronic conditions like diabetes and autoimmune diseases are treatable and malleable.Well SupportedIncreased serum osmolality or salt concentration in the blood activates the aldose reductase pathway in humans.Partially Supported

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Excess linoleic acid from seed oils may accumulate in cell and mitochondrial membranes, contributing to mitochondrial dysfunction and increased aldose reductase activity.

Partially SupportedThe aldose reductase enzyme may be induced by metabolic dysfunction, leading to glucose conversion to fructose in individuals with diabetes or insulin resistance.

Partially SupportedMovement, nature exposure, sunlight, and nourishment can heal and reverse illnesses.

Well SupportedHigh glycemic carbohydrates are a primary food source that the body uses to generate fructose internally, especially when the polyol pathway is active.

Partially SupportedIndividuals with diabetes may benefit from an animal-based diet, but should limit carbohydrate intake to less than 150-200 grams per day.

Partially SupportedThe body will heal itself if impediments like processed sugar, seed oils, and toxin-containing vegetables are removed, and necessary nutrients from organ meats, fruit, honey, and raw dairy are provided.

Not SupportedMajor sources of problematic linoleic acid include corn, canola, safflower, sunflower, grapeseed, and soybean oils, as well as corn and soy-fed chicken and pork.

Partially SupportedHumans have a limited capacity to process linoleic acid, leading to its accumulation in cell membranes and adipose tissue.

Partially SupportedThe polyol pathway may be a mechanism for NAFLD in hyperglycemic individuals.

Not SupportedSeed oils should be avoided by individuals who are diabetic, pre-diabetic, or obese.

Partially SupportedA low linoleic acid diet, rich in red meat fat (tallow) high in stearic and oleic acids, is recommended.

Not SupportedProcessed sugar and soda are major dietary problems.

Not SupportedSorbitol, a sugar alcohol, can produce fructose and may overwhelm the liver's capacity to process it.

Partially SupportedAging mitochondria may lead to increased activation of the polyol pathway, contributing to the conversion of glucose to fructose.

Partially SupportedFor individuals who are diabetic, pre-diabetic, or obese, a lower carbohydrate intake (75-100 grams per day) is recommended, with monitoring of A1C, fasting insulin, fasting glucose, and continuous glucose monitoring.