RT @toharabrothers: 遺伝子が全く同じ一卵性の双子、運動を普段するかしないかで身体はどう変わるか? https://t.co/kFq35lqZ8B 52歳の一卵性の双子、片方はマラソンやトライアスロンをこなす陸上コーチ、もう片方は日常生活で運動はしないトラッ…
RT @toharabrothers: 遺伝子が全く同じ一卵性の双子、運動を普段するかしないかで身体はどう変わるか? https://t.co/kFq35lqZ8B 52歳の一卵性の双子、片方はマラソンやトライアスロンをこなす陸上コーチ、もう片方は日常生活で運動はしないトラッ…
RT @toharabrothers: 遺伝子が全く同じ一卵性の双子、運動を普段するかしないかで身体はどう変わるか? https://t.co/kFq35lqZ8B 52歳の一卵性の双子、片方はマラソンやトライアスロンをこなす陸上コーチ、もう片方は日常生活で運動はしないトラッ…
遺伝子が全く同じ一卵性の双子、運動を普段するかしないかで身体はどう変わるか? https://t.co/kFq35lqZ8B 52歳の一卵性の双子、片方はマラソンやトライアスロンをこなす陸上コーチ、もう片方は日常生活で運動はしないトラックドライバー。 筋力や筋肉のタイプ、身体の組成などを比較した。
Nature vs. Nurture! Muscle fibre characteristics in two twins one trained and one untrained https://t.co/FNsF1I2FsE
RT @BlueSpotScience: Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day…
RT @DrAndyGalpin: Nice synopsis of our newest paper. https://t.co/U8oLvQEVx4
RT @BlueSpotScience: Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day…
RT @BlueSpotScience: Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day…
RT @BlueSpotScience: Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day…
RT @BlueSpotScience: Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day…
Nice synopsis of our newest paper. https://t.co/U8oLvQEVx4
RT @BlueSpotScience: Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day…
RT @BlueSpotScience: Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day…
RT @BlueSpotScience: Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day…
RT @BlueSpotScience: Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day…
RT @BlueSpotScience: Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day…
RT @BlueSpotScience: Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day…
RT @BlueSpotScience: Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day…
RT @BlueSpotScience: Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day…
RT @BlueSpotScience: Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day…
RT @BlueSpotScience: Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day…
RT @BlueSpotScience: Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day…
RT @BlueSpotScience: Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day…
RT @BlueSpotScience: Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day…
Interesting paper comparing physiological characteristics in a Trained Twin (TT - 69 min of endurance exercise per day) & an Untrained Twin (UT - 22 min of walking each day), with both long-term & large divergences in exercise habits. https://t.co
#Twin study: athlete vs. trucker! Chronic endurance training improves cardiovascular health/cardiovascular and skeletal #muscle systems exhibit greater #plasticity than previously thought. Very nice article. https://t.co/67fEAgSDIM https://t.co/5S8B8sqVoR
Muscle health and performance in monozygotic twins with 30 years of discordant exercise habits https://t.co/iAPTWX4sZC the athletic twin exhibited much better overall health: lower resting heart rate and blood pressure, lower cholesterol, blood sugar, etc.
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @felipeisidro13: La GENÉTICA son las "cartas" que recibimos y la EPIGENÉTICA es la forma que tenemos de "jugarlas" . Estudio sobre geme…
RT @felipeisidro13: La GENÉTICA son las "cartas" que recibimos y la EPIGENÉTICA es la forma que tenemos de "jugarlas" . Estudio sobre geme…
RT @SportsGenomics: Trained twin has 2.4 times more slow-twitch muscle fibers than his untrained monozygotic twin: a possible effect of 30…
RT @felipeisidro13: La GENÉTICA son las "cartas" que recibimos y la EPIGENÉTICA es la forma que tenemos de "jugarlas" . Estudio sobre geme…
RT @felipeisidro13: La GENÉTICA son las "cartas" que recibimos y la EPIGENÉTICA es la forma que tenemos de "jugarlas" . Estudio sobre geme…
RT @felipeisidro13: La GENÉTICA son las "cartas" que recibimos y la EPIGENÉTICA es la forma que tenemos de "jugarlas" . Estudio sobre geme…
RT @felipeisidro13: La GENÉTICA son las "cartas" que recibimos y la EPIGENÉTICA es la forma que tenemos de "jugarlas" . Estudio sobre geme…
RT @felipeisidro13: La GENÉTICA son las "cartas" que recibimos y la EPIGENÉTICA es la forma que tenemos de "jugarlas" . Estudio sobre geme…
RT @felipeisidro13: La GENÉTICA son las "cartas" que recibimos y la EPIGENÉTICA es la forma que tenemos de "jugarlas" . Estudio sobre geme…
RT @felipeisidro13: La GENÉTICA son las "cartas" que recibimos y la EPIGENÉTICA es la forma que tenemos de "jugarlas" . Estudio sobre geme…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @felipeisidro13: La GENÉTICA son las "cartas" que recibimos y la EPIGENÉTICA es la forma que tenemos de "jugarlas" . Estudio sobre geme…
RT @felipeisidro13: La GENÉTICA son las "cartas" que recibimos y la EPIGENÉTICA es la forma que tenemos de "jugarlas" . Estudio sobre geme…
RT @felipeisidro13: La GENÉTICA son las "cartas" que recibimos y la EPIGENÉTICA es la forma que tenemos de "jugarlas" . Estudio sobre geme…
RT @DrAndyGalpin: Our newest CSP paper is out! "Muscle health and performance in monozygotic twins with 30 years of discordant exercise h…
RT @felipeisidro13: La GENÉTICA son las "cartas" que recibimos y la EPIGENÉTICA es la forma que tenemos de "jugarlas" . Estudio sobre geme…
RT @felipeisidro13: La GENÉTICA son las "cartas" que recibimos y la EPIGENÉTICA es la forma que tenemos de "jugarlas" . Estudio sobre geme…
RT @felipeisidro13: La GENÉTICA son las "cartas" que recibimos y la EPIGENÉTICA es la forma que tenemos de "jugarlas" . Estudio sobre geme…
El entorno y nuestros hábitos tienen un impacto mayor, respecto a los genes, de lo que pensábamos. Aquí un estudio, recién publicado, con gemelos idénticos (monocigóticos) nos muestra esa capacidad de cambio que tenemos. #ciencia #epigenética #salud https
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
Our newest CSP paper is out! "Muscle health and performance in monozygotic twins with 30 years of discordant exercise habits." Abstract: https://t.co/GWx3KN1w4u Full paper: https://t.co/FoZJ9CE7cw
RT @felipeisidro13: La GENÉTICA son las "cartas" que recibimos y la EPIGENÉTICA es la forma que tenemos de "jugarlas" . Estudio sobre geme…
La GENÉTICA son las "cartas" que recibimos y la EPIGENÉTICA es la forma que tenemos de "jugarlas" . Estudio sobre gemelos monocigóticos con más de 30 años. Uno con entrenamiento cardiovascular versus el otro con ningún ejercicio específico. https://t.co/
RT @CelMolExPhysiol: Muscle health and performance in monozygotic twins with 30 years of discordant exercise habits | Case Study https://…
From https://t.co/aFiPC0nHEH: "(on the 6–21 Borg Scale)" The sports science equivalent of https://t.co/urJVDIyCpQ? #thesegoto11
RT @TStellingwerff: very interesting - monozygotic twin study over 30 years, showing significant increases in MHC1 (slow-twitch fibers) in…
Regarding our discussion yesterday: @VaneshaFlame https://t.co/01SUShgMqJ
RT @CelMolExPhysiol: Muscle health and performance in monozygotic twins with 30 years of discordant exercise habits | Case Study https://…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
Nice paper: Muscle health and performance in monozygotic twins with 30 years of discordant exercise habits. The trained twin had all-round better health markers, but he was less strong (competed in marathons and triathlons), https://t.co/M7wEXDoXyM #exe
RT @CelMolExPhysiol: Muscle health and performance in monozygotic twins with 30 years of discordant exercise habits | Case Study https://…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
See the Coyle detraining data...... from the early 80s https://t.co/hsDlegImTA
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @CelMolExPhysiol: Muscle health and performance in monozygotic twins with 30 years of discordant exercise habits | Case Study https://…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
"Muscle health and performance in monozygotic twins with 30 years of discordant exercise habits" 55% more type I fibers, but "poorer" muscle quality - wondering what means exactly. https://t.co/mJQidUryBS
RT @SportsGenomics: Trained twin has 2.4 times more slow-twitch muscle fibers than his untrained monozygotic twin: a possible effect of 30…
RT @CelMolExPhysiol: Muscle health and performance in monozygotic twins with 30 years of discordant exercise habits | Case Study https://…
RT @CelMolExPhysiol: Muscle health and performance in monozygotic twins with 30 years of discordant exercise habits | Case Study https://…
Trained twin has 2.4 times more slow-twitch muscle fibers than his untrained monozygotic twin: a possible effect of 30 years of chronic endurance training https://t.co/8nP3R8t8lX
RT @TStellingwerff: very interesting - monozygotic twin study over 30 years, showing significant increases in MHC1 (slow-twitch fibers) in…
very interesting - monozygotic twin study over 30 years, showing significant increases in MHC1 (slow-twitch fibers) in the twin that trained. Muscle probably more "plastic" than we realize - although fiber type adaptations appear very slow at best. https
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @CelMolExPhysiol: Muscle health and performance in monozygotic twins with 30 years of discordant exercise habits | Case Study https://…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @CelMolExPhysiol: Muscle health and performance in monozygotic twins with 30 years of discordant exercise habits | Case Study https://…
RT @CelMolExPhysiol: Muscle health and performance in monozygotic twins with 30 years of discordant exercise habits | Case Study https://…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…
RT @ChrisPerryYork: Case study on twins: 30 years of 'more' exercise resulted in 55% greater type I fibres. Given the 'potential' for fibre…