Interessanter Ansatz. Molekularbiologische Altersbestimmung. Komplexes Gebiet. +/- 5 scheint bisher möglich. https://t.co/rjgROz9deV
Aging of blood can be tracked by DNA methylation changes at just three CpG sites #epigenetics #ageing #blood http://t.co/n6ed8VQdC2
DId you know that your genome tracks your age? Scientists can tell your age by DNA methylation level at just 3 sites! http://t.co/HoalBWK0Qq
Aging of blood can be tracked by DNA methylation changes at just three CpG sites. http://t.co/qbLCurVL3y
Aging of blood can be tracked by DNA methylation changes at just three CpG sites. http://t.co/qbLCurVL3y
#Aging of blood can be tracked by DNA methylation changes at just 3 CpG sites http://t.co/mFSe9Iq9SM via @GenomeBiology |#epigenetics #iPSCs
One of our recent favorites... #Aging of blood can be tracked by #DNA #methylation changes at just three CpG sites http://t.co/AYz4N4qoPH
One of our recent favorites... #Aging of blood can be tracked by #DNA #methylation changes at just three CpG sites http://t.co/AYz4N4qoPH
One of our recent favorites... #Aging of blood can be tracked by #DNA #methylation changes at just three CpG sites http://t.co/AYz4N4qoPH
One of our recent favorites... #Aging of blood can be tracked by #DNA #methylation changes at just three CpG sites http://t.co/AYz4N4qoPH
Tracking blood age with just three CpG sites: http://t.co/ai22Wyrgiy (via @papersapp)
Aging of blood can be tracked (within ~5 years) by #DNA #methylation changes at just three CpG sites http://t.co/AYz4N4qoPH @GenomeBiology
Aging of blood can be tracked (within ~5 years) by #DNA #methylation changes at just three CpG sites http://t.co/AYz4N4qoPH @GenomeBiology
Aging of blood can be tracked (within ~5 years) by #DNA #methylation changes at just three CpG sites http://t.co/AYz4N4qoPH @GenomeBiology
Aging of blood can be tracked (within ~5 years) by #DNA #methylation changes at just three CpG sites http://t.co/AYz4N4qoPH @GenomeBiology
Aging of blood can be tracked (within ~5 years) by #DNA #methylation changes at just three CpG sites http://t.co/AYz4N4qoPH @GenomeBiology
Aging of blood can be tracked (within ~5 years) by #DNA #methylation changes at just three CpG sites http://t.co/AYz4N4qoPH @GenomeBiology
Aging of blood can be tracked (within ~5 years) by #DNA #methylation changes at just three CpG sites http://t.co/AYz4N4qoPH @GenomeBiology
Aging of blood can be tracked (within ~5 years) by #DNA #methylation changes at just three CpG sites http://t.co/AYz4N4qoPH @GenomeBiology
reading: aging of blood can be tracked by DNA methylation changes at just three CpG sites - http://t.co/7jJXr1ljLm
The DNA methylation status of just 3 CpGs provides a signature of blood cell aging http://t.co/wDesuI2BJX Wolfgang Wagner & co #epigenetics
Aging of blood can be tracked by DNA methylation changes at just three CpG sites http://t.co/BIw9JUaUUU #genomebiology
Aging of blood can be tracked by DNA methylation changes at just three CpG sites http://t.co/VExJq0lh4i
How old is your blood? Check epigenetic markers on ITGA2B, ASPA and PDE4C genes. @GenomeBiology http://t.co/7OV3muFFe4.
How old is your blood? Check epigenetic markers on ITGA2B, ASPA and PDE4C genes. @GenomeBiology http://t.co/7OV3muFFe4.
How old is your blood? Check epigenetic markers on ITGA2B, ASPA and PDE4C genes. @GenomeBiology http://t.co/7OV3muFFe4.
How old is your blood? Check epigenetic markers on ITGA2B, ASPA and PDE4C genes. @GenomeBiology http://t.co/7OV3muFFe4.
How old is your blood? Check epigenetic markers on ITGA2B, ASPA and PDE4C genes. @GenomeBiology http://t.co/7OV3muFFe4.
How old is your blood? Check epigenetic markers on ITGA2B, ASPA and PDE4C genes. @GenomeBiology http://t.co/7VEQMNP7Fz .
How old is your blood? Check epigenetic markers on ITGA2B, ASPA and PDE4C genes. @GenomeBiology http://t.co/7OV3muFFe4.
"Aging of blood can be tracked by DNA methylation changes at just three CpG sites" good read http://t.co/YYTXqPq5JP
One of few recent papers on methylation age clock. This one suggests "biological" not just "chronological". http://t.co/h4RiiOmyuy
One of few recent papers on methylation age clock. This one suggests "biological" not just "chronological". http://t.co/h4RiiOmyuy
One of few recent papers on methylation age clock. This one suggests "biological" not just "chronological". http://t.co/h4RiiOmyuy
Another DNA methylation age "clock". http://t.co/h4RiiOmyuy
Aging of blood can be tracked by DNA methylation changes at just three CpG sites. http://t.co/AFZ82WVSvJ CpG sites: http://t.co/92fVOox2DA
Identified 3 age-associated CpGs in blood. Predicted age seems to vary more in cell-type specific samps http://t.co/WbuvAyqwAf #epigenomics
The DNA methylation status of just 3 CpGs provides a signature of blood cell aging http://t.co/wDesuI2BJX Wolfgang Wagner & co #epigenetics
#Aging in blood tracked by #DNAmethylation changes at 3 CpG sites, in @GenomeBiology via http://t.co/jE2iTQUlNG #epigenetics | @EpiExperts
#Aging in blood tracked by #DNAmethylation changes at 3 CpG sites, in @GenomeBiology via http://t.co/jE2iTQUlNG #epigenetics | @EpiExperts
Blood #aging tracked by #DNAmethylation changes at three CpG sites, in @GenomeBiology via http://t.co/jE2iTQUlNG #epigenetics | @EpiExperts
Blood #aging tracked by #DNAmethylation changes at three CpG sites, in @GenomeBiology via http://t.co/jE2iTQUlNG #epigenetics | @EpiExperts
Genome Biology | Full text | Aging of blood can be tracked by DNA methylation changes at just three CpG sites http://t.co/EpZR33n6JD
Aging of blood can be tracked by DNA methylation changes at just three CpG sites. http://t.co/GoLPCyF2qD
The DNA methylation status of just 3 CpGs provides a signature of blood cell aging http://t.co/wDesuI2BJX Wolfgang Wagner & co #epigenetics
The DNA methylation status of just 3 CpGs provides a signature of blood cell aging http://t.co/wDesuI2BJX Wolfgang Wagner & co #epigenetics
The DNA methylation status of just 3 CpGs provides a signature of blood cell aging http://t.co/wDesuI2BJX Wolfgang Wagner & co #epigenetics
The DNA methylation status of just 3 CpGs provides a signature of blood cell aging http://t.co/wDesuI2BJX Wolfgang Wagner & co #epigenetics
The DNA methylation status of just 3 CpGs provides a signature of blood cell aging http://t.co/wDesuI2BJX Wolfgang Wagner & co #epigenetics
The DNA methylation status of just 3 CpGs provides a signature of blood cell aging http://t.co/wDesuI2BJX Wolfgang Wagner & co #epigenetics
The DNA methylation status of just 3 CpGs provides a signature of blood cell aging http://t.co/wDesuI2BJX Wolfgang Wagner & co #epigenetics
The DNA methylation status of just 3 CpGs provides a signature of blood cell aging http://t.co/wDesuI2BJX Wolfgang Wagner & co #epigenetics
The DNA methylation status of just 3 CpGs provides a signature of blood cell aging http://t.co/wDesuI2BJX Wolfgang Wagner & co #epigenetics
Impressive, if true: Aging of blood can be tracked by DNA methylation changes at just three CpG sites http://t.co/27zs7tuvFV
Methylation of just 3 CpG sites in blood correlates with age more strongly than telomere length. http://t.co/Bmhm5WW3fQ
Methylation of just 3 CpG sites correlates more strongly than telomere length in blood. http://t.co/JL4IfY7iQZ
GenomeBiology: Aging of blood can be tracked by DNA methylation changes at just three CpG sites: Background: H... http://t.co/e3KL7DQWCL