@andyroyle_pwrc @calklattgolba haha! Theres also this one: https://t.co/GpyVGrhtve

@NEIUBiology @ScienceMagazine @BA_Reinke Here is the link to the paper: https://t.co/RuIM4HLKM7

@SilverVVulpes @browserdotsys @RuxandraTeslo nice paper here on the topic of reptile/amphibian aging: https://t.co/XXUpnGRjN6

Taking longevity lessons from tetrapods -- study examines how thermoregulation ability, protective traits, and other characteristics contribute to slow aging in these animals: https://t.co/bzacduGXUy.

RT @jpsenescence: It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to a…

https://t.co/04dD73e5NK

https://t.co/q0JwjNidVA

RT @pdavidpolly: New article in Science by @BA_Reinke and Michelle Lawing (both formerly of the Polly lab) and their colleagues. Diverse ag…

Veliki međunarodni tim od 114 biologa (među kojima su i dr Ljiljana Tomović i dr Ana Golubović sa Biološkog fakulteta Univerziteta u Beogradu) objavio je studiju o fenomenu starenja i dugovečnosti kod ektotermnih tetrapoda u prestižnom časopisu “Science”.

RT @CNRS_Paris: Actualité 🗞 | De tels animaux auraient-ils trouvé le secret d'une jouvence éternelle ? Des scientifiques de l'@iEESParis et…

RT @CNRS_Paris: Actualité 🗞 | De tels animaux auraient-ils trouvé le secret d'une jouvence éternelle ? Des scientifiques de l'@iEESParis et…

RT @CNRS_Paris: Actualité 🗞 | De tels animaux auraient-ils trouvé le secret d'une jouvence éternelle ? Des scientifiques de l'@iEESParis et…

Actualité 🗞 | De tels animaux auraient-ils trouvé le secret d'une jouvence éternelle ? Des scientifiques de l'@iEESParis et du laboratoire Éco-anthropologie font le point sur leur étonnant processus de vieillissement @Sorbonne_Univ_ @Le_Museum @ird_fr @UPE

@DrMorganLevine Turtles and tortoises "don't age": https://t.co/LKqbpN4m0r

@TheRealWillBoss They sure do! We have a few animals we are confident are even older. In this paper with @BA_Reinke et al. we estimated average longevity for salamanders in this population was 8.5 years with individual we have documented living much longer

Worth re-upping. Salamanders can live a long time.

RT @LeGalliard_Lab: Une communication sur un article #Science associant plusieurs chercheurs français dont notre équipe et coordonné par @c…

RT @pdavidpolly: New article in Science by @BA_Reinke and Michelle Lawing (both formerly of the Polly lab) and their colleagues. Diverse ag…

It’s interesting to watch these things slowly percolate through the media landscape—particularly so because the original article was premised on this absolutely fascinating but rather nerdy ecology paper about negligibly senescent reptiles and amphibians!

@gcochran99 @biorxivpreprint @razibkhan Agreed, also whether turtles senesce is somewhat debated: https://t.co/mSL32Dtmnd https://t.co/fCITXcZp7e https://t.co/jWXWBj21v1

RT @CNRS_OccitaniE: Une étude impliquant le @cefemontpellier révèle que les reptiles et amphibiens ont des taux de vieillissement faibles e…

RT @CNRS_OccitaniE: Une étude impliquant le @cefemontpellier révèle que les reptiles et amphibiens ont des taux de vieillissement faibles e…

Une étude impliquant le @cefemontpellier révèle que les reptiles et amphibiens ont des taux de vieillissement faibles et des durées de vie longues pour leur taille corporelle 🐢🦎 ➡️ https://t.co/ztkYSSecrk @umontpellier @univpaulvalery @ird_fr @EPHE_PSL @

RT @bioeticaunam: Las teorías sobre el envejecimiento explican que todos los organismos vivos se deterioran con la edad y mueren. Pero ahor…

Diverse aging rates in ectothermic tetrapods provide insights for the evolution of aging and longevity https://t.co/xGUvsKmPMa

RT @INEE_CNRS: #RésultatScientifique 🔎 Cette étude sur les reptiles et amphibiens🐢🦎 montre que certains organismes présentent un vieilliss…

#RésultatScientifique 🐢🦎 | Des chercheurs du @CEBC_ChizeLab sont impliqués dans cette étude de grande ampleur sur les #reptiles et #amphibiens, parmi une équipe internationale de 114 scientifiques ! #écologie #biodiversité

RT @INEE_CNRS: #RésultatScientifique 🔎 Cette étude sur les reptiles et amphibiens🐢🦎 montre que certains organismes présentent un vieilliss…

RT @INEE_CNRS: #RésultatScientifique 🔎 Cette étude sur les reptiles et amphibiens🐢🦎 montre que certains organismes présentent un vieilliss…

RT @INEE_CNRS: #RésultatScientifique 🔎 Cette étude sur les reptiles et amphibiens🐢🦎 montre que certains organismes présentent un vieilliss…

RT @jpsenescence: Fascinating study @ScienceMagazine showing diverse aging rates (based on mortality risk) in reptiles and amphibians. The…

RT @ScienceMagazine: New in Science: Researchers investigated aging in cold-blooded tetrapods, revealing surprisingly little evidence of ph…

RT @jpsenescence: It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to a…

RT @jpsenescence: It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to a…

RT @INEE_CNRS: #RésultatScientifique 🔎 Cette étude sur les reptiles et amphibiens🐢🦎 montre que certains organismes présentent un vieilliss…

RT @LeGalliard_Lab: Une communication sur un article #Science associant plusieurs chercheurs français dont notre équipe et coordonné par @c…

RT @LeGalliard_Lab: Une communication sur un article #Science associant plusieurs chercheurs français dont notre équipe et coordonné par @c…

RT @INEE_CNRS: #RésultatScientifique 🔎 Cette étude sur les reptiles et amphibiens🐢🦎 montre que certains organismes présentent un vieilliss…

RT @INEE_CNRS: #RésultatScientifique 🔎 Cette étude sur les reptiles et amphibiens🐢🦎 montre que certains organismes présentent un vieilliss…

RT @INEE_CNRS: #RésultatScientifique 🔎 Cette étude sur les reptiles et amphibiens🐢🦎 montre que certains organismes présentent un vieilliss…

Une communication sur un article #Science associant plusieurs chercheurs français dont notre équipe et coordonné par @cayuela_hugo. Cette étude constitue la première comparaison globale de longévité et sénescence chez les reptiles et les amphibiens @iEESPa

RT @INEE_CNRS: #RésultatScientifique 🔎 Cette étude sur les reptiles et amphibiens🐢🦎 montre que certains organismes présentent un vieilliss…

RT @INEE_CNRS: #RésultatScientifique 🔎 Cette étude sur les reptiles et amphibiens🐢🦎 montre que certains organismes présentent un vieilliss…

#RésultatScientifique 🔎 Cette étude sur les reptiles et amphibiens🐢🦎 montre que certains organismes présentent un vieillissement négligeable ⏳, et pourrait éclairer de futures recherches biomédicales sur la santé humaine. ➡️https://t.co/AhqsrYOqfB 📕https

RT @_IMIB_: "Diverse aging rates in ectothermic tetrapods provide insights for the evolution of aging and longevity", de Reinke, Cayuela, J…

"Diverse aging rates in ectothermic tetrapods provide insights for the evolution of aging and longevity", de Reinke, Cayuela, Janzen, Lemaître, Gaillard, ... Bosch, ... & Miller en Science. https://t.co/D8C2a7sZz8

RT @bioeticaunam: Las teorías sobre el envejecimiento explican que todos los organismos vivos se deterioran con la edad y mueren. Pero ahor…

RT @bioeticaunam: Las teorías sobre el envejecimiento explican que todos los organismos vivos se deterioran con la edad y mueren. Pero ahor…

RT @jpsenescence: It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to a…

Las teorías sobre el envejecimiento explican que todos los organismos vivos se deterioran con la edad y mueren. Pero ahora, un estudio de @ScienceMagazine muestra que ciertas especies de sangre fría tienen una vida extraordinariamente larga. https://t.co/L

RT @ScienceMagazine: New in Science: Researchers investigated aging in cold-blooded tetrapods, revealing surprisingly little evidence of ph…

RT @pantheo27705718: カメに老化のエビデンスはわずかしか発見できなかった上に、一部のカメは環境が良いと老化が遅れることが判明 論文 https://t.co/jb0URPDSVL https://t.co/WRwfFBq13X

RT @ScienceMagazine: New in Science: Researchers investigated aging in cold-blooded tetrapods, revealing surprisingly little evidence of ph…

RT @pantheo27705718: カメに老化のエビデンスはわずかしか発見できなかった上に、一部のカメは環境が良いと老化が遅れることが判明 論文 https://t.co/jb0URPDSVL https://t.co/WRwfFBq13X

RT @ScienceMagazine: New in Science: Researchers investigated aging in cold-blooded tetrapods, revealing surprisingly little evidence of ph…

RT @ccasola: Very cool paper in Science today from @BA_Reinke and collabs including my better half Michelle Lawing @tamueccb on aging and l…

RT @pantheo27705718: カメに老化のエビデンスはわずかしか発見できなかった上に、一部のカメは環境が良いと老化が遅れることが判明 論文 https://t.co/jb0URPDSVL https://t.co/WRwfFBq13X

RT @ScienceMagazine: New in Science: Researchers investigated aging in cold-blooded tetrapods, revealing surprisingly little evidence of ph…

RT @jpsenescence: It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to a…

RT @pantheo27705718: カメに老化のエビデンスはわずかしか発見できなかった上に、一部のカメは環境が良いと老化が遅れることが判明 論文 https://t.co/jb0URPDSVL https://t.co/WRwfFBq13X

RT @jpsenescence: It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to a…

RT @pantheo27705718: カメに老化のエビデンスはわずかしか発見できなかった上に、一部のカメは環境が良いと老化が遅れることが判明 論文 https://t.co/jb0URPDSVL https://t.co/WRwfFBq13X

Links to 2 papers:1."comparing aging rates & longevity .. of reptiles & amphibians, Reinke et al found considerable variation in senescence" 2."Da Silva et al studied turtles & tortoises in zoos & found clear evidence that negligible senesc

RT @pantheo27705718: カメに老化のエビデンスはわずかしか発見できなかった上に、一部のカメは環境が良いと老化が遅れることが判明 論文 https://t.co/jb0URPDSVL https://t.co/WRwfFBq13X

RT @pantheo27705718: カメに老化のエビデンスはわずかしか発見できなかった上に、一部のカメは環境が良いと老化が遅れることが判明 論文 https://t.co/jb0URPDSVL https://t.co/WRwfFBq13X

RT @pantheo27705718: カメに老化のエビデンスはわずかしか発見できなかった上に、一部のカメは環境が良いと老化が遅れることが判明 論文 https://t.co/jb0URPDSVL https://t.co/WRwfFBq13X

RT @pantheo27705718: カメに老化のエビデンスはわずかしか発見できなかった上に、一部のカメは環境が良いと老化が遅れることが判明 論文 https://t.co/jb0URPDSVL https://t.co/WRwfFBq13X

RT @pantheo27705718: カメに老化のエビデンスはわずかしか発見できなかった上に、一部のカメは環境が良いと老化が遅れることが判明 論文 https://t.co/jb0URPDSVL https://t.co/WRwfFBq13X

カメに老化のエビデンスはわずかしか発見できなかった上に、一部のカメは環境が良いと老化が遅れることが判明 論文 https://t.co/jb0URPDSVL https://t.co/WRwfFBq13X

RT @ScienceMagazine: New in Science: Researchers investigated aging in cold-blooded tetrapods, revealing surprisingly little evidence of ph…

RT @jpsenescence: Fascinating study @ScienceMagazine showing diverse aging rates (based on mortality risk) in reptiles and amphibians. The…

RT @jpsenescence: It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to a…

RT @ScienceMagazine: New in Science: Researchers investigated aging in cold-blooded tetrapods, revealing surprisingly little evidence of ph…

RT @ScienceMagazine: New in Science: Researchers investigated aging in cold-blooded tetrapods, revealing surprisingly little evidence of ph…

RT @ScienceMagazine: New in Science: Researchers investigated aging in cold-blooded tetrapods, revealing surprisingly little evidence of ph…

@BMauschen @Daniel95757720 Vielleicht interessant in dem Zusammenhang: https://t.co/8gEQZJaaaF

https://t.co/8kHYd9Ornx

RT @ScienceMagazine: New in Science: Researchers investigated aging in cold-blooded tetrapods, revealing surprisingly little evidence of ph…

RT @ScienceMagazine: New in Science: Researchers investigated aging in cold-blooded tetrapods, revealing surprisingly little evidence of ph…

RT @ScienceMagazine: New in Science: Researchers investigated aging in cold-blooded tetrapods, revealing surprisingly little evidence of ph…

RT @ScienceMagazine: New in Science: Researchers investigated aging in cold-blooded tetrapods, revealing surprisingly little evidence of ph…

New in Science: Researchers investigated aging in cold-blooded tetrapods, revealing surprisingly little evidence of physical aging in several turtle species. The findings challenge the idea that senescence is an unescapable fate. https://t.co/qAnrfteyYJ

RT @jpsenescence: Fascinating study @ScienceMagazine showing diverse aging rates (based on mortality risk) in reptiles and amphibians. The…

RT @jpsenescence: It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to a…

RT @jpsenescence: It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to a…

RT @jpsenescence: Fascinating study @ScienceMagazine showing diverse aging rates (based on mortality risk) in reptiles and amphibians. The…

RT @jpsenescence: It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to a…

RT @jpsenescence: Fascinating study @ScienceMagazine showing diverse aging rates (based on mortality risk) in reptiles and amphibians. The…

RT @jpsenescence: Fascinating study @ScienceMagazine showing diverse aging rates (based on mortality risk) in reptiles and amphibians. The…

RT @jpsenescence: It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to a…

RT @jpsenescence: It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to a…

RT @jpsenescence: It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to a…

RT @jpsenescence: It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to a…

@Dizer_YM The two recent Science papers reported dozens of species that appear not to age. Please see: https://t.co/NvbYiYICD0 https://t.co/0PH6XereSB

RT @jpsenescence: It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to a…

RT @jpsenescence: It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to a…

RT @jpsenescence: It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to a…

RT @jpsenescence: It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to a…

It is remarkable that all mammals age, yet our ancestors (reptiles, amphibians, fishes) have species that appear not to age at all. Why? One hypothesis I proposed 20 years ago is that all mammals age because of the dinosaurs. A short thread 🧵 1/4

This study on amphibians and reptiles may be one of the most comprehensive works on longevity and the factors that affect it. Long, verbose but definitely fascinating. https://t.co/YTrhkmk5cZ