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The group shows moderate agreement and interest, with discussions involving detailed mechanisms, such as the role of linoleic acid in mitochondrial dysfunction and lipid peroxidation, exemplified by comments referencing related studies and calls for further research. The tone ranges from analytical to cautious, emphasizing the potential health impacts of dietary n-6 PUFAs.
Most discussions acknowledge the study's importance, with users referencing related mechanisms like mitochondrial function and linoleic acid's effects, showing general support.
Participants display moderate interest, discussing specific biochemical processes and implications for diet and heart health, indicating curiosity but not overwhelming enthusiasm.
Comments reference detailed studies, mechanisms, and requests for further replication or clarification, reflecting meaningful engagement and critical thinking.
The discourse suggests awareness of potential health impacts, highlighting concerns about n-6 PUFA intake's role in cardiac health and metabolic diseases, indicating perceived significance.
@tnseyfried Have you checked the role of excess linoleic acid (omega6) causing mitochondria's cardiolipin disfunction as Tucker Goodrich informed you ? [Brief episode of STZ-induced hyperglycemia produces cardiac abnormalities in rats fed a diet rich in n-6 PUFA] https://t.co/Qu6i0HTlqH
@davidludwigmd wouldn't be the major issue the always hidden excess linoleic acid? This one probably covers all: https://t.co/gzDMMszfNq (credits to @TuckerGoodrich )
@ChrisMasterjohn @KetoCarnivore @MigraineBook @drjamesdinic @DesignedNature @fire_bottle @MVaregg @gerdosi @RanoCeros @DaveKeto https://t.co/uc38abndfZ 'Brief episode of STZ-induced hyperglycemia produces cardiac abnormalities in rats fed a diet rich in n-6 PUFA' Graph of lipid peroxidation dramatically decreased glutathione, caused mitochondrial dysfunction.
@EAllen0417 2. Diets high in n-6 PUFA are known to mess up rodents pretty bad. One good example is this, done on rats. https://t.co/UTNToKr2dd
@gerdosi @TuckerGoodrich What I'd really like is a replication of Ghosh et al 2004 with macronutrients being actually matched, so it doesn't compare low-fat vs high-fat, but rather properly low-LA vs high-LA. https://t.co/d8grZKmeZ3
@SwipeWright https://t.co/znxQhesxT8 https://t.co/AyMw6cJeWG https://t.co/GxXNmsSI8L https://t.co/OWhimcUOUy https://t.co/FzNfKgHNO9 https://t.co/JShaKK4w4O https://t.co/w9ZKnscBeT https://t.co/LlgM2kLsvR https://t.co/LCedGaoblE https://t.co/m1xQ6WjDKB
This video explores the history of refined oils and artificial fats. It reveals how often marketed as healthy, vegetable oils undergo intensive industrial processing with chemical additives, leading to highly oxidizable…
This video examines rapeseed oil, discussing its benefits, refinement process, and potential health risks, especially related to cardiovascular issues in diabetic conditions. It also explores the effects of linoleic…
The RockSolid Diet provides tools to eliminate toxic Omega 6 fats from your diet, focusing on the Omega 3 to 6 ratio and its impact on disease. It emphasizes preventing mitochondrial damage, especially for cancer…
This episode discusses how hyperglycemia induced by STZ affects cardiac health in rats fed a diet high in n-6 PUFAs, highlighting the potential for cardiac abnormalities, including necrosis, and the implications for…
This video examines a paper revealing how the ALDH2 mutation common in East Asians causes obesity and insulin resistance. It discusses the mutation's impact and potential therapeutic strategies targeting aldehyde…
The RockSolid diet offers tips to remove damaging omega 6 fats, especially seed oils, from your diet. We analyze the omega 3 to omega 6 balance, a key factor in civilizational diseases, and provide a homemade omega 6…
The RockSolid diet offers tips to eliminate harmful omega 6 fats, also known as seed oils or PUFA, from your diet. It analyzes the omega 3 and omega 6 balance, which is linked to civilizational diseases, and provides a…
@tnseyfried Have you checked the role of excess linoleic acid (omega6) causing mitochondria's cardiolipin disfunction as Tucker Goodrich informed you ? [Brief episode of STZ-induced hyperglycemia produces cardiac abnormalities in rats fed a diet rich in n-6 PUFA] https://t.co/Qu6i0HTlqH
@SwipeWright https://t.co/znxQhesxT8 https://t.co/AyMw6cJeWG https://t.co/GxXNmsSI8L https://t.co/OWhimcUOUy https://t.co/FzNfKgHNO9 https://t.co/JShaKK4w4O https://t.co/w9ZKnscBeT https://t.co/LlgM2kLsvR https://t.co/LCedGaoblE https://t.co/m1xQ6WjDKB
@aCarnivoreDiet https://t.co/bMbfLl4AB5 counter point.
@KCKlatt @CaulfieldTim @shwinyo @MorningBrew @DBelardoMD He goes into more detail here, with a different study: https://t.co/n3puYNXole https://t.co/0ntZELxHQ8
Brief episode of STZ-induced hyperglycemia produces cardiac abnormalities in rats fed a diet rich in n-6 PUFA | American Journal of Physiology-Heart and Circulatory Physiology https://t.co/Sph8ECCXXY
@davidludwigmd wouldn't be the major issue the always hidden excess linoleic acid? This one probably covers all: https://t.co/gzDMMszfNq (credits to @TuckerGoodrich )
@EAllen0417 2. Diets high in n-6 PUFA are known to mess up rodents pretty bad. One good example is this, done on rats. https://t.co/UTNToKr2dd
@moreyraortho Here it is https://t.co/gzDMMszfNq
RT @martinsipx: @Tom_Babington1 @The_Nutrivore @bobnally @Milesdominic @kevinnbass My bias - or belief if you like - comes from studies lik…
@gerdosi @TuckerGoodrich What I'd really like is a replication of Ghosh et al 2004 with macronutrients being actually matched, so it doesn't compare low-fat vs high-fat, but rather properly low-LA vs high-LA. https://t.co/d8grZKmeZ3
@ChrisMasterjohn @KetoCarnivore @MigraineBook @drjamesdinic @DesignedNature @fire_bottle @MVaregg @gerdosi @RanoCeros @DaveKeto https://t.co/uc38abndfZ 'Brief episode of STZ-induced hyperglycemia produces cardiac abnormalities in rats fed a diet rich in n-6 PUFA' Graph of lipid peroxidation dramatically decreased glutathione, caused mitochondrial dysfunction.
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