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Many discussions highlight aspects of the publication, such as the challenges and recommendations raised regarding DNA methylation aging clocks. For instance, users mention phrases like 'must read, up to date, enlightening' to describe the work, indicating strong interest and perceived value. The tone across various posts suggests eagerness to engage with the material, as seen in discussions about the ethical implications and technical challenges outlined in the article, reflecting a blend of excitement and critical evaluation.
The majority of discussions indicate a general acceptance of the publication's findings, with some critical perspectives present.
There is a notable expression of curiosity about the implications of DNA methylation aging clocks, suggesting that the topic resonates with many attendees.
While some posts demonstrate depth by referencing related studies and questions, many focus more on sharing the publication rather than in-depth analysis.
The consensus implies that the publication is viewed as significantly influential, especially in the context of advancing research on biological aging.
DNA methylation ageing clocks: challenges and recommendations. A new perspective with @EpigenomicMed out in @GenomeBiology https://t.co/leEQ1GvypR #ageing #DNAmethylation
A new review by @EpigenomicMed and colleagues review challenges in the field of DNA methylation aging clocks and provide recommendations for future experiments https://t.co/4b6cu3UliK
"DNA methylation aging clocks: challenges and recommendations" - Christopher Bell et al @GenomeBiology https://t.co/P6S4xtXRd3
@foundmyfitness "Another area of uncertainty is pan-tissue aging changes. While there is strong indication of significant and perhaps unique outliers that exhibit aging changes across all tissue types, such as #ELOVL2, Horvath et al, 2019 https://t.co/7KMhV7PJvz https://t.co/eqEUY5ZIGM
Our DNA can hide many secrets about us and today on @LifeNoggin we are going to explore them. See how epigenetic cl@ocks and DNA analysis might help us combat aging. #DNA #aging #lifenoggin Thanks to @TruDiagnostic for sponsoring this video. https://t.co/ogANTrsFG7
Do you want to learn about epigenetics clocks? Must read, up to date, enlightening #review by Bell et al. @EpigenomicMed, including great discussion of challenges and recommendations. #epigenetics #epitwitter #methylation #Clocks https://t.co/V9EEUss9gl
Discover how DNA methylation levels at specific sites can accurately determine biological age. This video explores the mechanisms of epigenetic aging clocks and their implications in longevity research, forensic…
Do your genes predict if you will wake up in surgery? Explore how anesthesiologists consider genetic factors like CPY2D6 and 5HT2A to ensure patient safety during anesthesia, and the implications of DNA methylation in…
https://t.co/325nQaxunE
RT @LifespanIO: Our DNA can hide many secrets about us and today on @LifeNoggin we are going to explore them. See how epigenetic cl@ocks an…
RT @LifeNoggin: Your Secrets Are Being Exposed...And That's Good! Watch our new video: https://t.co/vn49R9ltWD ft. @TruDiagnostic https://t…
@bryan_johnson @joloeyrich Keys used to determine the pace of biological aging include DunedinPACE, epigenetic clocks, cellular senescence markers, inflammatory biomarkers, metabolic measures, telomere length, & organ function tests https://t.co/J798ZfHxaV https://t.co/gBCL25Tp65 https://t.co/GLD4PQU6qE
Do you know the secrets that lie within your DNA?
RT @LifeNoggin: Your Secrets Are Being Exposed...And That's Good! Watch our new video: https://t.co/vn49R9ltWD ft. @TruDiagnostic https://t…
RT @EverythingEpi: Check out @LifeNoggin's new video "We Can Expose YOUR Body's Secrets!" created in collaboration with @TruDiagnostic htt…
Check out @LifeNoggin's new video "We Can Expose YOUR Body's Secrets!" created in collaboration with @TruDiagnostic https://t.co/ZFvOQ6MlQo #everythingepigenetics #epigenetics
RT @LifespanIO: Our DNA can hide many secrets about us and today on @LifeNoggin we are going to explore them. See how epigenetic cl@ocks an…
RT @LifespanIO: Our DNA can hide many secrets about us and today on @LifeNoggin we are going to explore them. See how epigenetic cl@ocks an…
RT @LifespanIO: Our DNA can hide many secrets about us and today on @LifeNoggin we are going to explore them. See how epigenetic cl@ocks an…
Our DNA can hide many secrets about us and today on @LifeNoggin we are going to explore them. See how epigenetic cl@ocks and DNA analysis might help us combat aging. #DNA #aging #lifenoggin Thanks to @TruDiagnostic for sponsoring this video. https://t.co/ogANTrsFG7
Your Secrets Are Being Exposed...Here's Why That's Good! https://t.co/o3jqH1elAd via @YouTube
RT @LifeNoggin: Your Secrets Are Being Exposed...And That's Good! Watch our new video: https://t.co/vn49R9ltWD ft. @TruDiagnostic https://t…
RT @LifeNoggin: Your Secrets Are Being Exposed...And That's Good! Watch our new video: https://t.co/vn49R9ltWD ft. @TruDiagnostic https://t…
Your Secrets Are Being Exposed...And That's Good! Watch our new video: https://t.co/vn49R9ltWD ft. @TruDiagnostic https://t.co/XmTxaKt05E
The G-quadraplexes form secondary DNA structures in guanine-rich regions of the genome - called “ageing clock” sites. Therefore, the FCS of the SP could be destabilising the homeostasis of DNA methylation and speeding up the ageing process. https://t.co/Sa0tUQcXNV 3/14
@PeterAttiaMD Morgan Levine's approach w/ PC analysis to ⬇️technical noise has been an advance since this next pub, but same
@harpersnotes @DrMorganLevine @PrimalQi There are relevant pubs in 1983. Clocks per se over 10 years. Blind DTC commercialization, on the other hand, seems to be relatively new. I don’t really believe this stuff but seems to me like you should’ve seen more progress in like 40 years. https://t.co/tozXqtszAi
RT @agingdoc1: DNA methylation aging clocks: challenges and recommendations (2019) https://t.co/4bEF0EgiRu
RT @agingdoc1: DNA methylation aging clocks: challenges and recommendations (2019) https://t.co/4bEF0EgiRu
RT @agingdoc1: DNA methylation aging clocks: challenges and recommendations (2019) https://t.co/4bEF0EgiRu
RT @agingdoc1: DNA methylation aging clocks: challenges and recommendations (2019) https://t.co/4bEF0EgiRu
DNA methylation aging clocks: challenges and recommendations (2019) https://t.co/4bEF0EgiRu
@ProfPCDoherty We are using muscles and seeing very accurate correlation btw actual and predictive age https://t.co/QAFecL5epL However, there very good epigenetic clocks across tissues including blood. This theory was developed by our collaborator Steve Horvath at UCLA https://t.co/uKbUFlVGz6
@debrakumar DNA CpG methylation sites. For more / Enjoy: https://t.co/68ZADRcYh8
#TelegrafíaSinHilos @elotroduarte https://t.co/UAgAN2omyH
@z_chiang There are problems with that; it's easy to make chronological age clocks, the hard part is making true aging (or mortality) clocks like GrimAge or PhenoAge. For that you need cohort data, not just single time-point transcriptome. https://t.co/DWoQvJZSAE or https://t.co/UqWrhI2UbZ
@foundmyfitness Here’s an open access review as background for @foundmyfitness followers: DNA methylation aging clocks: challenges and recommendations https://t.co/4bEF0EgiRu Enjoy! -@agingdoc1
RT @npure3: @foundmyfitness "Another area of uncertainty is pan-tissue aging changes. While there is strong indication of significant and p…
RT @npure3: @foundmyfitness "Another area of uncertainty is pan-tissue aging changes. While there is strong indication of significant and p…
RT @npure3: @foundmyfitness "Another area of uncertainty is pan-tissue aging changes. While there is strong indication of significant and p…
RT @npure3: @foundmyfitness "Another area of uncertainty is pan-tissue aging changes. While there is strong indication of significant and p…
RT @npure3: @foundmyfitness "Another area of uncertainty is pan-tissue aging changes. While there is strong indication of significant and p…
@foundmyfitness "Another area of uncertainty is pan-tissue aging changes. While there is strong indication of significant and perhaps unique outliers that exhibit aging changes across all tissue types, such as #ELOVL2, Horvath et al, 2019 https://t.co/7KMhV7PJvz https://t.co/eqEUY5ZIGM
https://t.co/MwA1K1DtXI
RT @EurekaMag: DNA methylation aging clocks: challenges and recommendations https://t.co/qsDgKW6qP8
RT @EurekaMag: DNA methylation aging clocks: challenges and recommendations https://t.co/qsDgKW6qP8
DNA methylation aging clocks: challenges and recommendations https://t.co/qsDgKW6qP8
RT @IHEC_Epigenomes: "DNA methylation aging clocks: challenges and recommendations" - Christopher Bell et al @GenomeBiology https://t.co/P6…
RT @IHEC_Epigenomes: "DNA methylation aging clocks: challenges and recommendations" - Christopher Bell et al @GenomeBiology https://t.co/P6…
Anyone here has strong takes on epigenetic clocks? Causal or epiphenomenal? Programmed or entropic noise? Discuss. https://t.co/NXSlLZUimg https://t.co/JrleElTFit
Great position paper on #epigenetic #aging clock biomarkers! Something exciting to read during this stressful time #DNAmethylation #epitwitter @GenomeBiology https://t.co/x2heZaLHCu
RT @scell_papers: DNA methylation aging clocks: challenges and recommendations. https://t.co/nmp6elcXex
RT @scell_papers: DNA methylation aging clocks: challenges and recommendations. https://t.co/nmp6elcXex
RT @scell_papers: DNA methylation aging clocks: challenges and recommendations. https://t.co/nmp6elcXex
RT @scell_papers: DNA methylation aging clocks: challenges and recommendations. https://t.co/nmp6elcXex
DNA methylation aging clocks: challenges and recommendations. https://t.co/nmp6elcXex
RT @IHEC_Epigenomes: "DNA methylation aging clocks: challenges and recommendations" - Christopher Bell et al @GenomeBiology https://t.co/P6…
RT @IHEC_Epigenomes: "DNA methylation aging clocks: challenges and recommendations" - Christopher Bell et al @GenomeBiology https://t.co/P6…
RT @IHEC_Epigenomes: "DNA methylation aging clocks: challenges and recommendations" - Christopher Bell et al @GenomeBiology https://t.co/P6…
RT @IHEC_Epigenomes: "DNA methylation aging clocks: challenges and recommendations" - Christopher Bell et al @GenomeBiology https://t.co/P6…
RT @IHEC_Epigenomes: "DNA methylation aging clocks: challenges and recommendations" - Christopher Bell et al @GenomeBiology https://t.co/P6…
RT @IHEC_Epigenomes: "DNA methylation aging clocks: challenges and recommendations" - Christopher Bell et al @GenomeBiology https://t.co/P6…
RT @IHEC_Epigenomes: "DNA methylation aging clocks: challenges and recommendations" - Christopher Bell et al @GenomeBiology https://t.co/P6…
RT @IHEC_Epigenomes: "DNA methylation aging clocks: challenges and recommendations" - Christopher Bell et al @GenomeBiology https://t.co/P6…
RT @IHEC_Epigenomes: "DNA methylation aging clocks: challenges and recommendations" - Christopher Bell et al @GenomeBiology https://t.co/P6…
RT @IHEC_Epigenomes: "DNA methylation aging clocks: challenges and recommendations" - Christopher Bell et al @GenomeBiology https://t.co/P6…
RT @IHEC_Epigenomes: "DNA methylation aging clocks: challenges and recommendations" - Christopher Bell et al @GenomeBiology https://t.co/P6…
RT @IHEC_Epigenomes: "DNA methylation aging clocks: challenges and recommendations" - Christopher Bell et al @GenomeBiology https://t.co/P6…
RT @IHEC_Epigenomes: "DNA methylation aging clocks: challenges and recommendations" - Christopher Bell et al @GenomeBiology https://t.co/P6…
"DNA methylation aging clocks: challenges and recommendations" - Christopher Bell et al @GenomeBiology https://t.co/P6S4xtXRd3
RT @BaccarelliLab: Do you want to learn about epigenetics clocks? Must read, up to date, enlightening #review by Bell et al. @EpigenomicMed…
RT @BaccarelliLab: Do you want to learn about epigenetics clocks? Must read, up to date, enlightening #review by Bell et al. @EpigenomicMed…
RT @BaccarelliLab: Do you want to learn about epigenetics clocks? Must read, up to date, enlightening #review by Bell et al. @EpigenomicMed…
RT @BaccarelliLab: Do you want to learn about epigenetics clocks? Must read, up to date, enlightening #review by Bell et al. @EpigenomicMed…
RT @BaccarelliLab: Do you want to learn about epigenetics clocks? Must read, up to date, enlightening #review by Bell et al. @EpigenomicMed…
RT @BaccarelliLab: Do you want to learn about epigenetics clocks? Must read, up to date, enlightening #review by Bell et al. @EpigenomicMed…
Open Access UCL Research: DNA methylation aging clocks: challenges and recommendations - UCL Discovery https://t.co/RKpCUB4HFj
New from #CR_UK https://t.co/SroChzxf2m DNA methylation aging clocks: challenges and recommendations
RT @BaccarelliLab: Do you want to learn about epigenetics clocks? Must read, up to date, enlightening #review by Bell et al. @EpigenomicMed…
RT @BaccarelliLab: Do you want to learn about epigenetics clocks? Must read, up to date, enlightening #review by Bell et al. @EpigenomicMed…
Do you want to learn about epigenetics clocks? Must read, up to date, enlightening #review by Bell et al. @EpigenomicMed, including great discussion of challenges and recommendations. #epigenetics #epitwitter #methylation #Clocks https://t.co/V9EEUss9gl
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Compresensive overview of current state of DNA methylation based clocks: DNA methylation aging clocks: challenges and recommendations. https://t.co/nvAbizFu3N
DNA methylation aging clocks: challenges and recommendations that highlight important ethical issues in forensic age determination and predicting the trajectory of biological aging in an individual. https://t.co/R7m8a6KnRd
New from #The_MRC https://t.co/SroChzxf2m DNA methylation aging clocks: challenges and recommendations
RT @BioDecoded: DNA methylation aging clocks: challenges and recommendations | Genome Biology https://t.co/0wHjOWf3MM #DNAmethylation #ag…
RT @GenomeBiology: A new review by @EpigenomicMed and colleagues review challenges in the field of DNA methylation aging clocks and provide…
RT @ReikLab: DNA methylation ageing clocks: challenges and recommendations. A new perspective with @EpigenomicMed out in @GenomeBiology ht…
RT @BioDecoded: DNA methylation aging clocks: challenges and recommendations | Genome Biology https://t.co/0wHjOWf3MM #DNAmethylation #ag…
DNA methylation aging clocks: challenges and recommendations https://t.co/Ou3wpbCuv4
DNA methylation aging clocks: challenges and recommendations | Genome Biology https://t.co/0wHjOWf3MM #DNAmethylation #aging https://t.co/1NiT1BPy7V
Trend up+1: *Bell CG* et al (Genome Biol) __DNA methylation aging clocks: challenges and recommendations.__ https://t.co/NodUG1nWc8
RT @GenomeBiology: A new review by @EpigenomicMed and colleagues review challenges in the field of DNA methylation aging clocks and provide…
Trend up+17: *Bell CG* et al (Genome Biol) __DNA methylation aging clocks: challenges and recommendations.__ https://t.co/NodUG1nWc8
Trend new: *Bell CG* et al (Genome Biol) __DNA methylation aging clocks: challenges and recommendations.__ https://t.co/NodUG1nWc8
RT @ReikLab: DNA methylation ageing clocks: challenges and recommendations. A new perspective with @EpigenomicMed out in @GenomeBiology ht…
RT @ReikLab: DNA methylation ageing clocks: challenges and recommendations. A new perspective with @EpigenomicMed out in @GenomeBiology ht…
https://t.co/nh91DLVeaj
RT @ReikLab: DNA methylation ageing clocks: challenges and recommendations. A new perspective with @EpigenomicMed out in @GenomeBiology ht…
RT @ReikLab: DNA methylation ageing clocks: challenges and recommendations. A new perspective with @EpigenomicMed out in @GenomeBiology ht…
RT @ReikLab: DNA methylation ageing clocks: challenges and recommendations. A new perspective with @EpigenomicMed out in @GenomeBiology ht…
RT @Brainstorming03: Seven challenges of #DNA #methylation clocks https://t.co/x1sMeyQH2p
RT @GenomeBiology: A new review by @EpigenomicMed and colleagues review challenges in the field of DNA methylation aging clocks and provide…
RT @ReikLab: DNA methylation ageing clocks: challenges and recommendations. A new perspective with @EpigenomicMed out in @GenomeBiology ht…
"There is population variation in the rate at which people visibly age as well as become impaired by age-related frailty and disease. Measurement of this relative “biological” aging may allow pre-emptive targeted health-promoting interventions..." https://t.co/2XrsMvfHTt
RT @ReikLab: DNA methylation ageing clocks: challenges and recommendations. A new perspective with @EpigenomicMed out in @GenomeBiology ht…
RT @GenomeBiology: A new review by @EpigenomicMed and colleagues review challenges in the field of DNA methylation aging clocks and provide…
why and how we age and much more by my great UCL Post-doc Supervisor @StephanBeck6 among other brilliant scientists... (I mean REAL scientists, not like me...) #EpigeneticClocks https://t.co/rwz7q1GgbQ
RT @ReikLab: DNA methylation ageing clocks: challenges and recommendations. A new perspective with @EpigenomicMed out in @GenomeBiology ht…
RT @ReikLab: DNA methylation ageing clocks: challenges and recommendations. A new perspective with @EpigenomicMed out in @GenomeBiology ht…
RT @GenomeBiology: A new review by @EpigenomicMed and colleagues review challenges in the field of DNA methylation aging clocks and provide…
DNA methylation ageing clocks: challenges and recommendations. A new perspective with @EpigenomicMed out in @GenomeBiology https://t.co/leEQ1GvypR #ageing #DNAmethylation
RT @GenomeBiology: A new review by @EpigenomicMed and colleagues review challenges in the field of DNA methylation aging clocks and provide…
RT @tangming2005: DNA methylation aging clocks: challenges and recommendations https://t.co/nagCwgilSI
DNA methylation aging clocks: challenges and recommendations https://t.co/nagCwgilSI
RT @GenomeBiology: A new review by @EpigenomicMed and colleagues review challenges in the field of DNA methylation aging clocks and provide…
RT @GenomeBiology: A new review by @EpigenomicMed and colleagues review challenges in the field of DNA methylation aging clocks and provide…
RT @GenomeBiology: A new review by @EpigenomicMed and colleagues review challenges in the field of DNA methylation aging clocks and provide…
A new review by @EpigenomicMed and colleagues review challenges in the field of DNA methylation aging clocks and provide recommendations for future experiments https://t.co/4b6cu3UliK
DNA methylation aging clocks: challenges and recommendations. https://t.co/BgDxVbVGuY
Seven challenges of #DNA #methylation clocks https://t.co/x1sMeyQH2p