SOURCES : https://t.co/z3cQq5HsuT https://t.co/PhUHny2v1c https://t.co/1OgrkvVOBU
The half-life of DNA in bone: measuring decay kinetics in 158 dated fossils.
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Jan 2019 – Mar 2025Where it's discussed
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What people are saying
The overall tone reflects a mixture of curiosity and skepticism, with many posters citing the study's data on DNA decay and questioning its implications for fossil analysis and molecular preservation. Words like 'improbably,' 'controversial,' and references to 'outdated studies' indicate a critical yet engaged tone, emphasizing the scientific debate and perceived significance of the research.
Most discussions acknowledge the core findings from the publication, with some posts referencing the study's data or questioning its implications, indicating general support or neutrality towards its conclusions.
Posts demonstrate high curiosity, referencing specific data points like the half-life estimates and biological processes, highlighting active engagement and relevance of the topic.
Several contributors quote detailed figures, such as the 521-year half-life, and critically analyze methodological aspects, revealing deeper involvement beyond surface-level reactions.
The discussions suggest that the publication influences ongoing debates about DNA preservation, with some posts debating its broader significance, reflecting recognition of its scientific importance.
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Most liked on X and Bluesky@Bastion141 It’s mainly because the results are highly controversial. Another study found that DNA only has a half life of 521 years in bone and is completely degraded by around 1-2 million years. https://t.co/XDJ6ovJwv7
Vraagje: Hoe kan er DNA van 2 miljoen jaar bestaan, terwijl DNA een gemeten hafwaarde heeft van 500 jaar? https://t.co/st1eQxT7aZ
DNAの保存に関して以前までの56~78万年前という記録を塗り替える素晴らしい成果だと思います。ゆうしさんが仰る通り、モデル上は-5℃で680万年前で全分解されるので、その狭間で生物史が明らかになり面白くなると思います! https://t.co/zldOoBzSP6 https://t.co/yrrWxrrT1J https://t.co/Aw3K1hN6Ub https://t.co/cWgo1DEJ7R
Interesting considering a previous study found DNA to have a half-life of only 521 years in bone. It should be highly unlikely to survive for 75 million years. https://t.co/saaYyJy3z2 https://t.co/V9nOIQcqpC
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@MaxwellScheffi1 @BRijswijk @matt_vanarsdall @biblemythology @DeeWaynee94 He wasn't proven wrong. Matt Vanarsdall used an outdated and little cited study to try and manipulate the conversation. Currently, DNA is believed to be able to last up to 7 million years. Also, no DNA has been confirmed in a 70 million year old dinosaur https://t.co/GOrJk3DxME
@matt_vanarsdall @BRijswijk @biblemythology @DeeWaynee94 Your source is from 2002. It's outdated. Newer fossil finds pushed preservation to much longer times. You know this. You're cherry-picking old data to contort narrative. It is highly disingenuous. This newer study has over 700 citations. Yours has 34. https://t.co/GOrJk3DxME
@EMaxwell56 https://t.co/Mmhzdr9eIM
@Erosanxy @FidalgoThiago_ No artigo The half-life of DNA in bone: measuring decay kinetics in 158 dated fossils. Proceedings of the Royal Society B: Biological Sciences, o autor Morten E. Allentoft diz:+
@Sidney1st @Airlineblues @CharlesDavidWa6 @Maximumatheist Some light reading for you. M. E. Allentoft et al. 2012. The Half-life of DNA in Bone: Measuring Decay Kinetics in 158 Dated Fossils. Proceedings of the Royal Society, B: Biological Sciences. 279(1748): 4724–4733
@PailleEtienne @HawaiianRipper A huge problem with these "mudfossils" (that aren't even a thing in science) is that they have the exact opposite circumstances needed to preserve dna https://t.co/sQGNAF2JRj Finding dna in old remains is highly improbable https://t.co/KLhTSeDQfQ https://t.co/V4NQwdnvoJ
@Jae_N_1753 @ancient_elf @Lilith_Atheist I do read the damn journal articles on this matter. Take this one for instance. Extremely improbable for DNA to last 80 Myr. Prediction of 158kyr for -5C. You’re better off arguing contamination, but we know that isn’t so. https://t.co/JOG3ChrDcK https://t.co/eI9inA2pox
@EMaxwell56 @JoshBradeen @learn_evolution @AiG But we know it's not young, & that non-bird dinosaurs are at least 66M years old, because you accepted that radiometric dating is a valid way of determining age when you cited the "The half-life of DNA in bone: measuring decay kinetics in 158 dated fossils" paper
@EMaxwell56 @PiltdownSupermn I am interested in the graph. It is from data collected on the MOA giant bird. From 4000 to 9000 years ago. Moas went extinct about 600 years ago. https://t.co/VsrZdcsyIG
RT @BorgerPieter: Vraagje: Hoe kan er DNA van 2 miljoen jaar bestaan, terwijl DNA een gemeten hafwaarde heeft van 500 jaar? https://t.co/s…
The oldest #DNA ever found reveals a snapshot of a vanished world @ConversationEDU @nature https://t.co/kieLjcq8nF https://t.co/A31pKuzoGC
RT @BorgerPieter: Vraagje: Hoe kan er DNA van 2 miljoen jaar bestaan, terwijl DNA een gemeten hafwaarde heeft van 500 jaar? https://t.co/s…
RT @BorgerPieter: Vraagje: Hoe kan er DNA van 2 miljoen jaar bestaan, terwijl DNA een gemeten hafwaarde heeft van 500 jaar? https://t.co/s…
RT @BorgerPieter: Vraagje: Hoe kan er DNA van 2 miljoen jaar bestaan, terwijl DNA een gemeten hafwaarde heeft van 500 jaar? https://t.co/s…
RT @BorgerPieter: Vraagje: Hoe kan er DNA van 2 miljoen jaar bestaan, terwijl DNA een gemeten hafwaarde heeft van 500 jaar? https://t.co/s…
Vraagje: Hoe kan er DNA van 2 miljoen jaar bestaan, terwijl DNA een gemeten hafwaarde heeft van 500 jaar? https://t.co/st1eQxT7aZ
@ChipmanLab @ArbleMatan "...even in a bone at an ideal preservation temperature of −5 ºC, effectively every bond would be destroyed after a maximum of 6.8 million years." המאמר: https://t.co/wR09A5N2kS ותקציר מנהלים ב Nature: "DNA has a 521-year half-life" https://t.co/VdigS7MpEi
RT @JonathanSarfat1: @sailorrooscout DNA breakdown rates at different temperatures. From Morten Allentoft and 13 others, The half-life of D…
@sailorrooscout DNA breakdown rates at different temperatures. From Morten Allentoft and 13 others, The half-life of DNA in bone: measuring decay kinetics in 158 dated fossils, Proc. Royal Society B 79(1748):4724–4733, 7 Dec 2012. https://t.co/7SbKlRm0d9 @TigerlillySusan https://t.co/EjAwYFro4r
@lasereyeluke @Bhoorelallives @konstructivizm Because their half-life is short! https://t.co/cXgzqrxZxF
@niloc14061952 How does that work with the Second Law of Thermodynamics means such molecules break down to their simplest constituents at a reliably uniform rate. https://t.co/UT9y9xkedk.
@Marc_Veld @mkeulemans Wetenschap is meten, @Marc_Veld: "The average DNA half-life within this geographically constrained fossil assemblage was estimated to be 521 years for a 242 bp mtDNA sequence..." https://t.co/st1eQyaIzz
@mkeulemans @Marc_Veld https://t.co/st1eQyaIzz Quote: "The average DNA half-life within this geographically constrained fossil assemblage was estimated to be 521 years for a 242 bp mtDNA sequence,..." JA, @mkeulemans zeer grote problemen binnen het paradigma die u nooit in uw krant schrijft.
Estudios en ADN de huesos de aves recientemente extintas muestran que en conciones "normales" la vida media de un fragmento de ADN es de 512 años y que a bajas temperaturas podrían preservarse fragmentos muy pequeños por hasta unos 500.000 años https://t.co/bugRJL7bYv
@SteveMcRae_ This one? https://t.co/aOb8R4cBuv
RT @TylerGreenfieId: @Bastion141 It’s mainly because the results are highly controversial. Another study found that DNA only has a half lif…
RT @TylerGreenfieId: @Bastion141 It’s mainly because the results are highly controversial. Another study found that DNA only has a half lif…
@Bastion141 It’s mainly because the results are highly controversial. Another study found that DNA only has a half life of 521 years in bone and is completely degraded by around 1-2 million years. https://t.co/XDJ6ovJwv7
RT @WorldKnownledge: SOURCES : https://t.co/z3cQq5HsuT https://t.co/PhUHny2v1c https://t.co/1OgrkvVOBU
RT @WorldKnownledge: SOURCES : https://t.co/z3cQq5HsuT https://t.co/PhUHny2v1c https://t.co/1OgrkvVOBU
SOURCES : https://t.co/z3cQq5HsuT https://t.co/PhUHny2v1c https://t.co/1OgrkvVOBU
RT @takatoh_life: DNAの保存に関して以前までの56~78万年前という記録を塗り替える素晴らしい成果だと思います。ゆうしさんが仰る通り、モデル上は-5℃で680万年前で全分解されるので、その狭間で生物史が明らかになり面白くなると思います! https://t…
RT @takatoh_life: DNAの保存に関して以前までの56~78万年前という記録を塗り替える素晴らしい成果だと思います。ゆうしさんが仰る通り、モデル上は-5℃で680万年前で全分解されるので、その狭間で生物史が明らかになり面白くなると思います! https://t…
RT @takatoh_life: DNAの保存に関して以前までの56~78万年前という記録を塗り替える素晴らしい成果だと思います。ゆうしさんが仰る通り、モデル上は-5℃で680万年前で全分解されるので、その狭間で生物史が明らかになり面白くなると思います! https://t…
DNAの保存に関して以前までの56~78万年前という記録を塗り替える素晴らしい成果だと思います。ゆうしさんが仰る通り、モデル上は-5℃で680万年前で全分解されるので、その狭間で生物史が明らかになり面白くなると思います! https://t.co/zldOoBzSP6 https://t.co/yrrWxrrT1J https://t.co/Aw3K1hN6Ub https://t.co/cWgo1DEJ7R
@MihulkaS Opravdu jsou to mikrobi stáří 100 mil. let nebo jejich potomci, kteří se 100 milionu let vyvíjeli oddělení v sedimentu? Když poločas rozpadu DNA je 500 let. Nebo jsou to mimozemšťani založení na jiném principu?! https://t.co/dVw9SUnhjr
Fossiilisen DNA:n puoliintumisaika täydellisissäkin olosuhteissa on 521 vuotta. 1.5 miljoonassa vuodessa DNA-pätkät ovat niin lyhyitä, ettei niitä kyetä lukemaan ja vajaan 7 miljoonan vuoden kuluttua jokainen sidos on katkennut. https://t.co/yV16HLhEth
RT @Carnoferox: Interesting considering a previous study found DNA to have a half-life of only 521 years in bone. It should be highly unlik…
Interesting considering a previous study found DNA to have a half-life of only 521 years in bone. It should be highly unlikely to survive for 75 million years. https://t.co/saaYyJy3z2 https://t.co/V9nOIQcqpC
@cepitadenaranja @ASergiouyuy @balsedie Este digo. Lo uso para responder la pregunta clásica de si se pueden revivir dinosaurios mesozoicos como en Jurassic Park https://t.co/ZKqf1z5TaJ
The half-life of DNA https://t.co/K9rQTiY9NR
A random fact from 2012: the half-life of DNA is 521 years. https://t.co/nRITp5GGyY
@MyChristianfam1 Here is article she referenced, ~1mo before hers. It very strongly argues against her conclusions and she even semi admitted that. One of them is wrong. Either she didn't find DNA or his rates wrong She said 7M yrs is max BUT that's only if it is at -5C! https://t.co/TDnCQgysin https://t.co/c9QMO6Y0Yb