Interestingly enough, one of those inflammatory cytokines that are cranked out by TLR2&4 (TNF-a) can directly affect insulin receptors and cause heart & kidney issues connected to hyperglycemia and hyperinsulinemia https://t.co/0rMi4dpmJ6
Mechanisms of TNF-alpha-induced insulin resistance.
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Jan 2022 – Jul 2025Where it's discussed
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X / Twitter4 posts
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YouTube2 videos
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What people are saying
The discussions reflect an overall acknowledgment that TNF-alpha influences insulin resistance, as seen in comments linking it to environmental factors and health issues, but lack detailed analysis or critical engagement. Words like 'affect,' 'connected to,' and mention of health concerns convey a general awareness rather than in-depth discussion, resulting in moderate scores across all dimensions.
Most discussions acknowledge that TNF-alpha plays a role in insulin resistance and its broader health implications, with some recognizing its connection to inflammation and disease processes.
Participants show moderate interest, mentioning environmental factors like sunlight and pollutants, but do not deeply delve into the research details.
The comments are brief and somewhat superficial, with limited discussion of mechanisms or detailed implications, indicating a surface-level engagement.
The mentions of health issues like heart and kidney problems suggest recognition of the research's significance, though they are not explored in depth.
Abstract in brief
- The study shows that mice lacking TNFalpha or its p55 receptor gene are more responsive to insulin and glucose, indicating that TNFalpha promotes insulin resistance.
- Mice with genetic obesity and different receptor knockouts reveal that the p55 receptor plays a more significant role than p75 in TNFalpha-related insulin resistance, especially since double knockouts show slightly better insulin sensitivity.
- The mechanisms behind TNFalpha-induced insulin resistance are not fully understood, but it does not seem to decrease GLUT4 expression; instead, TNFalpha may affect insulin signaling by increasing phosphorylation of the insulin receptor, enhancing insulin action in muscle and fat tissues.]
Top posts
Most liked on X and BlueskyRT @TurdFur58439807: Interestingly enough, one of those inflammatory cytokines that are cranked out by TLR2&4 (TNF-a) can directly affect i…
#diabetes #gerontology #publichealth #exposome #geriatrics #womenshealth #autoimmune #cardiology #health #occupationalhealth #sustainability (TNF-α is increased by exhaust fumes and cadmium, and reduced by sunlight.) TNF-α-induced insulin resistance https://t.co/klCkGhOpQP
RT @TurdFur58439807: Interestingly enough, one of those inflammatory cytokines that are cranked out by TLR2&4 (TNF-a) can directly affect i…
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#diabetes #gerontology #publichealth #exposome #geriatrics #womenshealth #autoimmune #cardiology #health #occupationalhealth #sustainability (TNF-α is increased by exhaust fumes and cadmium, and reduced by sunlight.) TNF-α-induced insulin resistance https://t.co/klCkGhOpQP
RT @TurdFur58439807: Interestingly enough, one of those inflammatory cytokines that are cranked out by TLR2&4 (TNF-a) can directly affect i…
RT @TurdFur58439807: Interestingly enough, one of those inflammatory cytokines that are cranked out by TLR2&4 (TNF-a) can directly affect i…
Interestingly enough, one of those inflammatory cytokines that are cranked out by TLR2&4 (TNF-a) can directly affect insulin receptors and cause heart & kidney issues connected to hyperglycemia and hyperinsulinemia https://t.co/0rMi4dpmJ6
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