RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
I bet a study finding a link between early life stress and longevity in roundworms will make headlines across the world as something like: “Contrary to former evidence, children exposed to early life advertises can live longer”. Oh dear🤯
RT @TimCKenny: Variation in endogenous developmental ROS shapes the epigenome to influence stress resistance and lifespan #mitohormesis htt…
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
RT @paolo_gibilisco: LaScienza. https://t.co/ZPOacmROCZ
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
This is definitely the case to say: “What does not kill you, makes you stronger.” #stress #earlyage #longerlife #aging #nature
RT @LocasaleLab: There is a ~20 yr controversy on whether H3K4Me3 has any function. Many today deny it. It almost certainly does somethin…
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
Parem de querer que o Enzo ou a Valentina não tenham estresse na infância. Ajuda a forjar o caráter, segundo a Nature!
RT @ChrisPerryLab: A great example of hormesis - 'A transient increase in reactive oxygen species (ROS) (during development)...sets process…
LaScienza.
Stress experienced in life, increases fitness to counteract the same stress....
Daphne Bazopoulou and colleagues reveal a link between early-life events, ROS-sensitive epigenetic marks, stress resistance and lifespan (in worms) https://t.co/dqj4NzrWrn Read the paper here:👉 https://t.co/M91ijxZ00m
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
@mmanterola19
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
Shout out to all of our surgery residents—a little stress may not be such a bad thing! 😊 #dukesurgery
So THATS why.... finally school makes sense.
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
不信
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
no jodas q encima voy a vivir más vaya mierda
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
Nada mejor que un buen estrés de joven.🖖
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
Wala guid da "vs nurture"?
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
RT @nature: Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidat…
Some stress at a young age could actually lead to a longer life, according to a study of roundworms published in Nature. Oxidative stress experienced early in life increases subsequent stress resistance later in life, the paper reports. https://t.co/YXIhhl
@DanSadler_
RT @Prof_M_Ristow: #Development-al #ROS individualizes organismal #stress resistance and #lifespan. #epigenetics #mitohormesis #methylation…
… both make my heart bleed! they both are so wrong at so many levels. on the right: Fig 3c in a recent @nature paper https://t.co/1ARSPUt6wH
RT @LocasaleLab: There is a ~20 yr controversy on whether H3K4Me3 has any function. Many today deny it. It almost certainly does somethin…
RT @ChrisPerryLab: A great example of hormesis - 'A transient increase in reactive oxygen species (ROS) (during development)...sets process…
RT @LocasaleLab: There is a ~20 yr controversy on whether H3K4Me3 has any function. Many today deny it. It almost certainly does somethin…
RT @TimCKenny: Variation in endogenous developmental ROS shapes the epigenome to influence stress resistance and lifespan #mitohormesis htt…
On another #caenorhabditisnematodes study, @callin_bull interrogates a news article that jumps from worms to humans without foundation.
This example (h/t @nevertoocurious) is interesting because the press release from Michigan (https://t.co/HLHZOhiABc) seems responsible, it's just the news story (https://t.co/ho77ZeEZt3) that extrapolates wildly when reporting the study (https://t.co/TuoUj
RT @LocasaleLab: There is a ~20 yr controversy on whether H3K4Me3 has any function. Many today deny it. It almost certainly does somethin…
RT @LocasaleLab: There is a ~20 yr controversy on whether H3K4Me3 has any function. Many today deny it. It almost certainly does somethin…
RT @LocasaleLab: There is a ~20 yr controversy on whether H3K4Me3 has any function. Many today deny it. It almost certainly does somethin…
RT @ChrisPerryLab: A great example of hormesis - 'A transient increase in reactive oxygen species (ROS) (during development)...sets process…
ROS and aging! #aging #agingresearch #epigenetics
A great example of hormesis - 'A transient increase in reactive oxygen species (ROS) (during development)...sets processes in motion that increase stress resistance, improve redox homeostasis and ultimately prolong lifespan '. https://t.co/AhHn4EdbGJ
Our latest paper is out in Nature! https://t.co/YVVHoCXFMI https://t.co/GmJaVro5eH
RT @Prof_M_Ristow: #Development-al #ROS individualizes organismal #stress resistance and #lifespan. #epigenetics #mitohormesis #methylation…
RT @BardinLab: Developmental ROS individualizes organismal stress resistance and lifespan https://t.co/rKEPr0i1BZ
RT @LocasaleLab: There is a ~20 yr controversy on whether H3K4Me3 has any function. Many today deny it. It almost certainly does somethin…
RT @aginghighlights: H3K4me3 is a redox-sensitive histone modification that regulates C. elegans lifespan and stress resistance https://t.c…
RT @LocasaleLab: There is a ~20 yr controversy on whether H3K4Me3 has any function. Many today deny it. It almost certainly does somethin…
RT @Prof_M_Ristow: #Development-al #ROS individualizes organismal #stress resistance and #lifespan. #epigenetics #mitohormesis #methylation…
RT @aginghighlights: H3K4me3 is a redox-sensitive histone modification that regulates C. elegans lifespan and stress resistance https://t.c…
RT @LocasaleLab: There is a ~20 yr controversy on whether H3K4Me3 has any function. Many today deny it. It almost certainly does somethin…
RT @BardinLab: Developmental ROS individualizes organismal stress resistance and lifespan https://t.co/rKEPr0i1BZ
RT @aginghighlights: H3K4me3 is a redox-sensitive histone modification that regulates C. elegans lifespan and stress resistance https://t.c…
Developmental ROS individualizes organismal stress resistance and lifespan https://t.co/rKEPr0i1BZ
RT @aginghighlights: H3K4me3 is a redox-sensitive histone modification that regulates C. elegans lifespan and stress resistance https://t.c…
RT @LocasaleLab: There is a ~20 yr controversy on whether H3K4Me3 has any function. Many today deny it. It almost certainly does somethin…
Variation in endogenous ROS during development influences stress resistance and life span through H3K4me3, from Ursula Jakob and colleagues @UMich https://t.co/H2dfUC4wv8
RT @schneiderleonid: The Nature study was in C. elegans, a worm without any dividing soma cells. But everyone blames stupid journalists. ht…
RT @Bio_stations: 若い時のストレスが寿命を延ばすかも!という論文 線虫の系で、発生早期に酸化ストレスを多く受けるほど寿命が長いことを発見。メカニズムとしてエピジェネ状態の変化をみている 遺伝的要因によらずに寿命が決まるメカニズム、という点でとても面白いです…
Developmental ROS individualizes organismal stress resistance and lifespan | Nature well done Daphne! https://t.co/08KU58HWgx
RT @LocasaleLab: There is a ~20 yr controversy on whether H3K4Me3 has any function. Many today deny it. It almost certainly does somethin…
RT @LocasaleLab: There is a ~20 yr controversy on whether H3K4Me3 has any function. Many today deny it. It almost certainly does somethin…
Beautiful work from my friend Daphne Bazopoulou and colleagues connecting stress responses, epigenetics and aging. https://t.co/t7F70qw5wN
A recent study found that early-life reactive oxygen species (ROS) reduce H3K4me3 level, extending the #lifespan of C. elegans ! An new function of ROS in #ageing. @Nature https://t.co/YZB99ZFfqz https://t.co/2kVVfhwqly
#Development-al #ROS individualizes organismal #stress resistance and #lifespan. #epigenetics #mitohormesis #methylation https://t.co/LGo3mvgR5z
RT @TMerry_NZ: Early life ROS sensitive epigenetic regulation may influence health/life span. Cool concept @nature #ROS #antioxidants http…
ROS individualizes organismal stress resistance and lifespan, linked with H3K4me3 https://t.co/l3Sis7voCH
RT @aginghighlights: H3K4me3 is a redox-sensitive histone modification that regulates C. elegans lifespan and stress resistance https://t.c…
RT @LocasaleLab: There is a ~20 yr controversy on whether H3K4Me3 has any function. Many today deny it. It almost certainly does somethin…
RT @LocasaleLab: There is a ~20 yr controversy on whether H3K4Me3 has any function. Many today deny it. It almost certainly does somethin…
RT @LocasaleLab: There is a ~20 yr controversy on whether H3K4Me3 has any function. Many today deny it. It almost certainly does somethin…
RT @LocasaleLab: There is a ~20 yr controversy on whether H3K4Me3 has any function. Many today deny it. It almost certainly does somethin…
RT @LocasaleLab: There is a ~20 yr controversy on whether H3K4Me3 has any function. Many today deny it. It almost certainly does somethin…
RT @aginghighlights: H3K4me3 is a redox-sensitive histone modification that regulates C. elegans lifespan and stress resistance https://t.c…
RT @LocasaleLab: There is a ~20 yr controversy on whether H3K4Me3 has any function. Many today deny it. It almost certainly does somethin…
RT @TMerry_NZ: Early life ROS sensitive epigenetic regulation may influence health/life span. Cool concept @nature #ROS #antioxidants http…