@NarfGb It also effects miRNAs https://t.co/jfvRDhspeI
Physiological aspect of apoptosis-regulating microRNAs expressions during fasting.
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Feb 2024 – May 2024Where it's discussed
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X / Twitter2 posts
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YouTube2 videos
AI synopsis
What people are saying
The discussions reflect an initial recognition of the reported effects, with comments like 'miRNA is downregulated by fasting' and 'it also affects miRNAs,' which highlight basic reactions without extensive analysis, emphasizing moderate interest and understanding on the topic.
Most comments acknowledge the findings, such as miRNA downregulation due to fasting, indicating general support or recognition of the study's points.
The discussions show some curiosity about the biological effects, but there is limited depth, with focus on basic reactions like miRNA changes.
Comments are minimal, primarily noting observed effects without exploring broader implications or detailed mechanisms.
The posts do not suggest a significant influence on opinions or practices yet; they seem to note preliminary observations.
Abstract in brief
- Fasting triggers complex cellular responses, including autophagy, stress pathways, and changes in hormone levels, with microRNAs (miRNAs) playing a key regulatory role in apoptosis.
- The study examined the expression levels of 19 miRNAs in saliva samples from healthy students who fasted for 17 hours versus those who ate, using real-time PCR, to understand how fasting influences apoptotic pathways.
- Results suggest that fasting modulates miRNAs to promote cell death, which could help prevent disease progression, such as cancer, by controlling abnormal cell growth, and this research may guide future studies on miRNAs’ roles in health and disease.
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Most liked on X and Bluesky@kalashnikity @NarfGb miRNA is downreagulated by fasting it seems https://t.co/jfvRDhspeI
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@kalashnikity @NarfGb miRNA is downreagulated by fasting it seems https://t.co/jfvRDhspeI
@NarfGb It also effects miRNAs https://t.co/jfvRDhspeI
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