ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構があるという論文。Science誌。https://t.co/8qmMFixjVC
Human telomere length is chromosome end-specific and conserved across individuals.
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Apr 2024 – Aug 2025Where it's discussed
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X / Twitter103 posts
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News26 articles
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Blogs3 articles
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YouTube2 videos
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Facebook2 posts
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Reddit2 posts
AI synopsis
What people are saying
Several discussions emphasize the significance of telomere length in understanding age-related diseases, with users highlighting intriguing aspects of the research, like how the study's new method provides more precise measurements. Terms such as 'mind-blowing' and 'big win' showcase excitement and underscore the importance of these findings, suggesting a positive and impactful dialogue around the publication.
Most discussions reflect a positive reception to the publication's insights.
Users express strong curiosity about the implications of telomere profiling for health.
While many posts share similar sentiments, some delve deeper into the methods and findings.
Participants believe the findings could significantly influence the understanding of aging and diseases.
Abstract in brief
- Human telomere length varies by chromosome and is consistent across individuals, playing a role in age-related diseases and cancer.
- Researchers developed a new technique called Telomere Profiling, which measures telomere length with high precision.
- Analysis of telomere lengths in 147 people showed distinct patterns that are established at birth and persist over time, suggesting that this method can enhance our understanding of telomere biology and its implications for health.
Top posts
Most liked on X and BlueskyOnline @ScienceMagazine @Kayarash_ + al. developed a new method to sequence #telomere, and found that each human telomere is regulated around its own unique length distribution and that the order, shortest to longest, is conserved across individuals https://t.co/Z6V5ibMggm
Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/4SgNEIScAu
Human telomere length is chromosome end–specific and conserved across individuals https://t.co/jYeCDFpjIu
Human telomere length is chromosome end–specific and conserved across individuals @ScienceMagazine @Kayarash_ @CWGreider https://t.co/wosk6OsKUk https://t.co/AAyJjkzT73
Human telomere length is chromosome end–specific and conserved across individuals. #TelomeresLength #HumanChromosomes @ScienceMagazine https://t.co/yd3WNjgx28
All mentions
Exploring Human Telomere Length and Its Health Implications
This video delves into research on human telomere length, which varies by chromosome and remains consistent across individuals. It highlights a new technique called Telomere Profiling, revealing distinct patterns…
The Effects of Spaceflight on Human Health and Telomere Dynamics
In this episode, we explore the groundbreaking NASA Twins Study, investigating the effects of long-duration spaceflight on human health. Discover how telomere length variations impact astronauts' health and the…
Human telomere length is chromosome end-specific and conserved across individuals [2024. @ucsantacruz @broadinstitute @DanaFarber @harvardmed @ucalgary @johnshopkins @PittDeptofMed] https://t.co/9j7nf8Ut6n
@h2so4hurts And there are still mysteries to be solved popping out in 2024! https://t.co/TfFV2P8Vd8
Check out this cool new article about measuring chromosome-end specific telomere length and its implications for studying human disease! https://t.co/SHtbjSOabS
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
https://t.co/YCDHF4La5l
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @LabWaggoner: Human telomere length is chromosome end–specific and conserved across individuals @ScienceMagazine @Kayarash_ @CWGreider…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @LabWaggoner: Human telomere length is chromosome end–specific and conserved across individuals @ScienceMagazine @Kayarash_ @CWGreider…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
https://t.co/DxMgDtqECK
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
RT @jyasuda1: ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構がある…
ナノポアを使って染色体テロメア長を一ベース単位で測定できるtelomere profilingによって、147人のテロメアを測定、各染色体のテロメア長が生涯にわたって変動しないことから、テロメア長は染色体単位で誕生時に決定し、それを維持する機構があるという論文。Science誌。https://t.co/8qmMFixjVC
RT @LabWaggoner: Human telomere length is chromosome end–specific and conserved across individuals @ScienceMagazine @Kayarash_ @CWGreider…
RT @rjhomer57: Telomere length regulation is chromosome specific. Implications for telomere biology in pulmonary fibrosis? https://t.co/CA…
Human telomere length is chromosome end–specific and conserved across individuals @ScienceMagazine @Kayarash_ @CWGreider https://t.co/wosk6OsKUk https://t.co/AAyJjkzT73
RT @rjhomer57: Telomere length regulation is chromosome specific. Implications for telomere biology in pulmonary fibrosis? https://t.co/CA…
RT @rjhomer57: Telomere length regulation is chromosome specific. Implications for telomere biology in pulmonary fibrosis? https://t.co/CA…
Telomere length regulation is chromosome specific. Implications for telomere biology in pulmonary fibrosis? https://t.co/CAp1HwK9fs
nanopore: Human telomere length is chromosome end-specific and conserved across individuals https://t.co/f1Kc0mxV44
Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/mgPPXulrLc
RT @flora_peyvandi: Human telomere length is chromosome end–specific and conserved across individuals. Read this interesting #nanopore-base…
Human telomere length is chromosome end–specific and conserved across individuals. Check out the chromosome 12! One arm telomere is extra long, while the other is among the shortest! Big win for nanopore sequencing technology on deciphering this issue! https://t.co/eg2vpPBC0e
RT @jsantoyo: Human telomere length is chromosome end–specific and conserved across individuals. #TelomeresLength #HumanChromosomes @Scienc…
RT @flora_peyvandi: Human telomere length is chromosome end–specific and conserved across individuals. Read this interesting #nanopore-base…
Human telomere length is chromosome end–specific and conserved across individuals. Read this interesting #nanopore-based method, Telomere Profiling, to determine telomere length at nearly single nucleotide resolution https://t.co/xJjAuGpKVB
RT @jsantoyo: Human telomere length is chromosome end–specific and conserved across individuals. #TelomeresLength #HumanChromosomes @Scienc…
RT @hernangraffe: https://t.co/sYiVhMQt1h
RT @jsantoyo: Human telomere length is chromosome end–specific and conserved across individuals. #TelomeresLength #HumanChromosomes @Scienc…
RT @jsantoyo: Human telomere length is chromosome end–specific and conserved across individuals. #TelomeresLength #HumanChromosomes @Scienc…
Human telomere length is chromosome end–specific and conserved across individuals. #TelomeresLength #HumanChromosomes @ScienceMagazine https://t.co/yd3WNjgx28
https://t.co/wsvbWlHFvT
La longitud de los telómeros humanos es específica del extremo de los cromosomas y se conserva en todos los individuos... https://t.co/CObcySykKy
RT @AgingBiology: Human telomere length is chromosome end–specific and conserved across individuals https://t.co/jYeCDFpjIu
RT @AgingBiology: Human telomere length is chromosome end–specific and conserved across individuals https://t.co/jYeCDFpjIu
https://t.co/sYiVhMQt1h
RT @AgingBiology: Human telomere length is chromosome end–specific and conserved across individuals https://t.co/jYeCDFpjIu
RT @AgingBiology: Human telomere length is chromosome end–specific and conserved across individuals https://t.co/jYeCDFpjIu
RT @AgingBiology: Human telomere length is chromosome end–specific and conserved across individuals https://t.co/jYeCDFpjIu
RT @AgingBiology: Human telomere length is chromosome end–specific and conserved across individuals https://t.co/jYeCDFpjIu
Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/NrfAdHtYeb
RT @AgingBiology: Human telomere length is chromosome end–specific and conserved across individuals https://t.co/jYeCDFpjIu
RT @AgingBiology: Human telomere length is chromosome end–specific and conserved across individuals https://t.co/jYeCDFpjIu
RT @AgingBiology: Human telomere length is chromosome end–specific and conserved across individuals https://t.co/jYeCDFpjIu
Human telomere length is chromosome end–specific and conserved across individuals https://t.co/jYeCDFpjIu
Human telomere length is chromosome end–specific and conserved across individuals https://t.co/JjebjiAzRG
Human telomere length is chromosome end-specific and conserved across individuals. https://t.co/VGKl9k4BYt Nobel laureate author speaks from the heart: @OfficialJipmer @cmcvelloreoff @OffCMCVellore @aiims_newdelhi @aiims_rpr, @AIIMSBhopal, @aiimsrishi @ICMRDELHI @AIIMSNagpur https://t.co/PgeBHLS9eC
Human telomere length is chromosome end-specific and conserved across individuals https://t.co/VGKl9k4BYt https://t.co/X6HUOnAZ2J Nobel laureate author speaks from the heart @hospadmnpgi, @OfficialJipmer, @ICMRVCRC @cmcvelloreoff @OffCMCVellore @_mgims @aiims_newdelhi @ICMRDELHI https://t.co/9dHJp7PPJh
RT @A_RuizHerrera: Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/4SgNEIScAu
RT @A_RuizHerrera: Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/4SgNEIScAu
RT @A_RuizHerrera: Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/4SgNEIScAu
RT @A_RuizHerrera: Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/4SgNEIScAu
Congrats to my Baltimore bud @Kayarash_ on his big pub in @ScienceMagazine on telomeres! https://t.co/yhUVURtiV6
RT @A_RuizHerrera: Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/4SgNEIScAu
Mind-blowing reading! https://t.co/8cT51wbbt1
RT @A_RuizHerrera: Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/4SgNEIScAu
RT @A_RuizHerrera: Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/4SgNEIScAu
RT @UrnovFyodor: Southern blots and Oxford Nanopore in the same figure is like McCartney and Beyonce both singing Blackbird. Beautiful data…
RT @A_RuizHerrera: Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/4SgNEIScAu
RT @A_RuizHerrera: Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/4SgNEIScAu
RT @A_RuizHerrera: Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/4SgNEIScAu
RT @A_RuizHerrera: Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/4SgNEIScAu
RT @A_RuizHerrera: Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/4SgNEIScAu
RT @A_RuizHerrera: Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/4SgNEIScAu
RT @A_RuizHerrera: Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/4SgNEIScAu
RT @A_RuizHerrera: Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/4SgNEIScAu
Human telomere length is chromosome end–specific and conserved across individuals | Science https://t.co/4SgNEIScAu
RT @MGodinhoFerr: Enter a new world in telomere biology: “The same rank order was found in newborn cord blood, suggesting that telomere len…
RT @dijiang319: Online @ScienceMagazine @Kayarash_ + al. developed a new method to sequence #telomere, and found that each human telomere i…
RT @dijiang319: Online @ScienceMagazine @Kayarash_ + al. developed a new method to sequence #telomere, and found that each human telomere i…
RT @dijiang319: Online @ScienceMagazine @Kayarash_ + al. developed a new method to sequence #telomere, and found that each human telomere i…
RT @dijiang319: Online @ScienceMagazine @Kayarash_ + al. developed a new method to sequence #telomere, and found that each human telomere i…
RT @dijiang319: Online @ScienceMagazine @Kayarash_ + al. developed a new method to sequence #telomere, and found that each human telomere i…
RT @dijiang319: Online @ScienceMagazine @Kayarash_ + al. developed a new method to sequence #telomere, and found that each human telomere i…
RT @dijiang319: Online @ScienceMagazine @Kayarash_ + al. developed a new method to sequence #telomere, and found that each human telomere i…
Online @ScienceMagazine @Kayarash_ + al. developed a new method to sequence #telomere, and found that each human telomere is regulated around its own unique length distribution and that the order, shortest to longest, is conserved across individuals https://t.co/Z6V5ibMggm
RT @UrnovFyodor: Southern blots and Oxford Nanopore in the same figure is like McCartney and Beyonce both singing Blackbird. Beautiful data…
@JohnPetrini @KentsisResearch @nanopore @oleg8r Hi. not sure what's the issue, but Alex was replying to a tweet pointing the Telomere Profiling paper in Science: https://t.co/eiZDddkdM8
RT @UrnovFyodor: Southern blots and Oxford Nanopore in the same figure is like McCartney and Beyonce both singing Blackbird. Beautiful data…
RT @MGodinhoFerr: Enter a new world in telomere biology: “The same rank order was found in newborn cord blood, suggesting that telomere len…
A biological system is BIO-LOGICAL! It works under OPTIMAL environment. Nothing Too Short (e.g. short #telomere is BAD) and Too LONG (e.g. Abnormally long telomere leads to #Cancer). BUT defying the rule of Nature, the above diseases are a Reality! Why https://t.co/q6bfS2E2Dz
Human telomere length is chromosome end-specific and conserved across individuals https://t.co/m5vSC1GV8Y Follow us :)