Synopsis of Social media discussions
The collection demonstrates mixed attitudes toward the publication, with posts like '@DOGE' criticizing DNA methylation in relation to societal issues, expressing strong distrust, while others, like 'DNA Methylation and Its Basic Function', simply reference the research without detailed commentary. The tone varies from concern to dismissiveness, reflecting a general skepticism about the scientific and ethical implications of methylation studies.
Agreement
Low agreementMost posts express skepticism or concern about the implications of DNA methylation research, indicating a tendency towards disagreement or distrust.
Interest
Moderate level of interestThe discussions show moderate interest, with some comments engaging with the research or its applications, but many posts focus on moral or social issues rather than scientific details.
Engagement
Low engagementThe level of engagement varies; some posters mention specific mechanisms or criticize practices, but others dismiss the topic or simply share opinions without deep analysis.
Impact
Neutral impactThe overall influence of these discussions seems limited, as many posts are driven by emotional reactions or controversy rather than new scientific insights.
Social Mentions
YouTube
2 Videos
9 Posts
Blogs
11 Articles
News
90 Articles
Metrics
Video Views
26,795
Total Likes
1,164
Extended Reach
49,189
Social Features
112
Timeline: Posts about article
Top Social Media Posts
Posts referencing the article
Genes Influencing Longevity and the Role of DNA Methylation
DNA methylation, an epigenetic process adding methyl groups to DNA, influences gene expression and impacts aging. This dynamic process is crucial during development and in neurons, with disturbances linked to neuropsychiatric disorders and cognitive decline.
DNA Methylation in Development and Neurological Function
DNA methylation is an epigenetic process affecting gene expression, with dynamic changes during development. In the nervous system, methylation influences neuron function and responses to environmental stimuli, impacting cognitive health and disease.
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@DOGE Thank you! The things they've been doing to the youth in America & the world is abominable. Please stop the clinical trials & Illumina studies as well because they are using them to justify DNA methylation. They're adding methyl molecules to their DNA. https://t.co/toG2dui3wK https://t.co/whNjjL4dHo
view full postFebruary 28, 2025
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Ordinary Guy
@OrdinaryGuyOG (Twitter)https://t.co/eXd1be953X
view full postAugust 14, 2024
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am4nda
@amand4tnarg (Twitter)DNA Methylation and Its Basic Function | Neuropsychopharmacology https://t.co/fuIqfHYfjG
view full postJanuary 22, 2024
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Neuropsychopharmacology
@npp_journal (Twitter)Finally, what you've all been waiting for - what was the most read @npp_journal in 2023? It's a classic from Lisa Moore, Thuc Le, & Guoping Fan, originally published in 2012: "DNA Methylation and Its Basic Function" https://t.co/UL9J4IRr3x https://t.co/s83wYagg8W
view full postJanuary 18, 2024
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Lee
@LeeMarie222 (Twitter)https://t.co/kNRzm4M9j1
view full postNovember 15, 2023
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Ronnette Erwin
@angelaronnette (Twitter)@MattWalshBlog They know it's a psychiatric problem they've initiated by asking questions about gender identity to create the dysphoria. They don't care if they're maimed by the surgeries, they want to use their methods of collecting patent royalties. https://t.co/toG2duhvHc
view full postAugust 31, 2022
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ilk insan
@HSapiensIdaltu (Twitter)@DeryaTR_ @Acemi_Borsa_ 4. Gen denilen şey DNA dizisi içinde tek başına fonksiyonel bir anlamı olan kısımdır. Geni bir kitaptaki (tüm genetik kodumuz) anlamlı tek bir cümle gibi düşünürsek metilasyon işlemi de bu cümleyi aktif pasif yapmaya yarar. https://t.co/64pGaYiV6t
view full postNovember 27, 2020
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Abdullah Alhumaizi
@asd_ar (Twitter)DNA Methylation and Its Basic Function https://t.co/txfKgVMM5b
view full postNovember 13, 2020
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Diana Mahudin
@beyondcommuting (Twitter)DNA Methylation and Its Basic Function https://t.co/KMgagWgjPs
view full postJuly 23, 2019
Abstract Synopsis
- DNA methylation is an epigenetic process in mammals where a methyl group is added to cytosine bases in DNA, influencing gene expression by either recruiting repressive proteins or blocking transcription factor binding.
- During development, DNA methylation patterns change dynamically through processes of methylation and demethylation, resulting in stable, tissue-specific patterns that regulate gene transcription in differentiated cells, including neurons.
- In the nervous system, even mature neurons maintain DNA methylation machinery that responds to activity and environmental stimuli, and disturbances in methylation patterns are linked to cognitive impairments and neuropsychiatric disorders, making it a key focus for potential therapies.]
Ronnette Erwin
@angelaronnette (Twitter)