RT @EstebanDL: ¿Por qué envejecen mas rápido los perros mas grandes? https://t.co/tpG4CWNOeR El secreto: sus mitocondrias "Descubrimos qu…
RT @EstebanDL: ¿Por qué envejecen mas rápido los perros mas grandes? https://t.co/tpG4CWNOeR El secreto: sus mitocondrias "Descubrimos qu…
RT @EstebanDL: ¿Por qué envejecen mas rápido los perros mas grandes? https://t.co/tpG4CWNOeR El secreto: sus mitocondrias "Descubrimos qu…
RT @EstebanDL: ¿Por qué envejecen mas rápido los perros mas grandes? https://t.co/tpG4CWNOeR El secreto: sus mitocondrias "Descubrimos qu…
RT @EstebanDL: ¿Por qué envejecen mas rápido los perros mas grandes? https://t.co/tpG4CWNOeR El secreto: sus mitocondrias "Descubrimos qu…
RT @EstebanDL: ¿Por qué envejecen mas rápido los perros mas grandes? https://t.co/tpG4CWNOeR El secreto: sus mitocondrias "Descubrimos qu…
RT @EstebanDL: ¿Por qué envejecen mas rápido los perros mas grandes? https://t.co/tpG4CWNOeR El secreto: sus mitocondrias "Descubrimos qu…
RT @EstebanDL: ¿Por qué envejecen mas rápido los perros mas grandes? https://t.co/tpG4CWNOeR El secreto: sus mitocondrias "Descubrimos qu…
RT @mason_lab: "Cellular energetics and mitochondrial uncoupling in canine aging" - interesting work on thermoregulatory and mitochondrial…
RT @mason_lab: "Cellular energetics and mitochondrial uncoupling in canine aging" - interesting work on thermoregulatory and mitochondrial…
RT @EstebanDL: ¿Por qué envejecen mas rápido los perros mas grandes? https://t.co/tpG4CWNOeR El secreto: sus mitocondrias "Descubrimos qu…
RT @EstebanDL: ¿Por qué envejecen mas rápido los perros mas grandes? https://t.co/tpG4CWNOeR El secreto: sus mitocondrias "Descubrimos qu…
RT @EstebanDL: ¿Por qué envejecen mas rápido los perros mas grandes? https://t.co/tpG4CWNOeR El secreto: sus mitocondrias "Descubrimos qu…
RT @mason_lab: "Cellular energetics and mitochondrial uncoupling in canine aging" - interesting work on thermoregulatory and mitochondrial…
RT @mason_lab: "Cellular energetics and mitochondrial uncoupling in canine aging" - interesting work on thermoregulatory and mitochondrial…
RT @EstebanDL: ¿Por qué envejecen mas rápido los perros mas grandes? https://t.co/tpG4CWNOeR El secreto: sus mitocondrias "Descubrimos qu…
¿Por qué envejecen mas rápido los perros mas grandes? https://t.co/tpG4CWNOeR El secreto: sus mitocondrias "Descubrimos que las células de razas de larga vida tienen más mitocondrias desacopladas, menos escape de electrones, mayor respiración celular y c
"Cellular energetics and mitochondrial uncoupling in canine aging" - interesting work on thermoregulatory and mitochondrial genes associated with canine breed longevity: https://t.co/GFFZgSZkFh https://t.co/yTvBUDkn2j
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @FamDogProject: Novel candidate regulators of #canine longevity: known functions within the identified genes included control of coat ph…
RT @FamDogProject: Novel candidate regulators of #canine longevity: known functions within the identified genes included control of coat ph…
#Koira'roduissa eroja solutasolla, jotka vaikuttavat liittyvän eliniän pituuteen: iso koira versus pieni koira #eläintenhyvinvointi
Novel candidate regulators of #canine longevity: known functions within the identified genes included control of coat phenotypes such as hair length, as well as mitochondrial properties, suggesting that... https://t.co/IBW4ebOeC7
Novel candidate regulators of #canine longevity: known functions within the identified genes included control of coat phenotypes as well as mitochondrial properties, suggesting that thermoregulation and mitochondrial bioenergetics play a role https://t.co
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
Cellular energetics and mitochondrial uncoupling in canine #aging: cells from long-lived breeds have more uncoupled mitochondria, less electron escape, greater respiration,& capacity for respiration https://t.co/GWNjHCiwp8
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
Well I knew there must be some optimization done while creating me.
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
RT @davidasinclair: Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog s…
Do smaller people tend to live longer because their mitochondria are leakier and therefore slightly warmer? A new dog study @Cornell says maybe. Excited about new research on chemicals called uncouplers that do the same thing. https://t.co/2aK1ZOIC3n https
Cellular energetics and mitochondrial uncoupling in canine aging. https://t.co/Fi3CQFWlql