RT @NBTiller: @RJmetab @SportsMedicineJ I think it's just that end-exercise glycogen reflects its depletion during exercise. The cellular m…
@RJmetab @SportsMedicineJ I think it's just that end-exercise glycogen reflects its depletion during exercise. The cellular mechanisms arent simple (and not really my area) but nicely summarized in this review: https://t.co/oBk8ewlr9s And this original st
RT @BSinger10: Fuel for the work required - Carbohydrate Periodization Articles: https://t.co/nCwQm3TH7E https://t.co/9NbZ7HdO5S https:/…
RT @BSinger10: Fuel for the work required - Carbohydrate Periodization Articles: https://t.co/nCwQm3TH7E https://t.co/9NbZ7HdO5S https:/…
RT @BSinger10: Fuel for the work required - Carbohydrate Periodization Articles: https://t.co/nCwQm3TH7E https://t.co/9NbZ7HdO5S https:/…
RT @BSinger10: Fuel for the work required - Carbohydrate Periodization Articles: https://t.co/nCwQm3TH7E https://t.co/9NbZ7HdO5S https:/…
RT @BSinger10: Fuel for the work required - Carbohydrate Periodization Articles: https://t.co/nCwQm3TH7E https://t.co/9NbZ7HdO5S https:/…
RT @BSinger10: Fuel for the work required - Carbohydrate Periodization Articles: https://t.co/nCwQm3TH7E https://t.co/9NbZ7HdO5S https:/…
RT @BSinger10: Fuel for the work required - Carbohydrate Periodization Articles: https://t.co/nCwQm3TH7E https://t.co/9NbZ7HdO5S https:/…
RT @BSinger10: Fuel for the work required - Carbohydrate Periodization Articles: https://t.co/nCwQm3TH7E https://t.co/9NbZ7HdO5S https:/…
RT @BSinger10: Fuel for the work required - Carbohydrate Periodization Articles: https://t.co/nCwQm3TH7E https://t.co/9NbZ7HdO5S https:/…
RT @BSinger10: Fuel for the work required - Carbohydrate Periodization Articles: https://t.co/nCwQm3TH7E https://t.co/9NbZ7HdO5S https:/…
Fuel for the work required - Carbohydrate Periodization Articles: https://t.co/nCwQm3TH7E https://t.co/9NbZ7HdO5S https://t.co/b9vGPYpOW7 https://t.co/aDhaQZSmFR https://t.co/XDSxdIvi70 https://t.co/5FZP2D5eWg https://t.co/fvyvg7DGo1 https://t.co/o
RT @NanciGuestRDPhD: @kevinnbass @Prof_M_Ristow One of my fav papers by @MuscleScience a chat on endurance, PGC1a, ROS, mitchondrial biogen…
RT @NanciGuestRDPhD: @kevinnbass @Prof_M_Ristow One of my fav papers by @MuscleScience a chat on endurance, PGC1a, ROS, mitchondrial biogen…
RT @NanciGuestRDPhD: @kevinnbass @Prof_M_Ristow One of my fav papers by @MuscleScience a chat on endurance, PGC1a, ROS, mitchondrial biogen…
This is an interesting read. We might want to get tired and sore!
@kevinnbass @Prof_M_Ristow One of my fav papers by @MuscleScience a chat on endurance, PGC1a, ROS, mitchondrial biogenesis. You'll like it Kevin! https://t.co/CkrTBcFxet
@evolrevol1 @ShortGoesLong Increased fat oxid, due to ⬆️fat as fuel substrate during training when carbs withheld, stimulates angiogenesis/capillirization as ⬆️oxygen required for increased FatOx. @MuscleScience wrote an excellent paper here https://t.co/C
for reference https://t.co/KlrASovlZb
@musclebrain101 @AndyThaRD ! not sure if ur joking?! Lots of research, means u need2 read more,start here https://t.co/8m6ppzfc8c #TrainLow
#Review 2014 Nutrition and the adaptation to endurance training. https://t.co/ORlbDShpCX
Se busca aumentar la transcripción de PGC-1α2 para mejorar el rendimiento de resistencia http://t.co/KnS7664Lwo un ejemplo: el ayuno
Nutrition and the Adaptation to Endurance Training http://t.co/M8BSH3VSXN
Nutrition and the Adaptation to Endurance Training http://t.co/M8BSH3VSXN
Nutrition and the Adaptation to Endurance Training http://t.co/M8BSH3VSXN
Nutrition and adaptations to endurance training: http://t.co/uWAqJyh0ZN follow @MuscleScience
Nutrition and the Adaptation to Endurance Training http://t.co/M8BSH4du5R
REVIEW ARTICLE #Nutrition and the Adaptation to #Endurance Training http://t.co/ejJPasaJRZ
REVIEW ARTICLE #Nutrition and the Adaptation to #Endurance Training http://t.co/ejJPasaJRZ
REVIEW ARTICLE #Nutrition and the Adaptation to #Endurance Training http://t.co/ejJPasaJRZ
REVIEW ARTICLE #Nutrition and the Adaptation to #Endurance Training http://t.co/ejJPasaJRZ
@robinmcgregor protein maybe not so much impact but on mTORC activation http://t.co/OqqvYh2OoM . Great overview here http://t.co/f2NaYf9qQh
@FitDickinson @laurent_bannock potential benefit of "low CHO availability" also? http://t.co/Mdra1dOBMH http://t.co/cxtL5sfNeF
Nutrition & the molecular response to exercise: #Endurance http://t.co/wEycijnRfG #Resistance http://t.co/XCR4dbEC4D @MuscleScience #GSSIXP
Nutrition & the molecular response to exercise: #Endurance http://t.co/wEycijnRfG #Resistance http://t.co/XCR4dbEC4D @MuscleScience #GSSIXP
Nutrition & the molecular response to exercise: #Endurance http://t.co/wEycijnRfG #Resistance http://t.co/XCR4dbEC4D @MuscleScience #GSSIXP
Nutrition & the molecular response to exercise: #Endurance http://t.co/wEycijnRfG #Resistance http://t.co/XCR4dbEC4D @MuscleScience #GSSIXP
Nutrition & the molecular response to exercise: #Endurance http://t.co/wEycijnRfG #Resistance http://t.co/XCR4dbEC4D @MuscleScience #GSSIXP
Nutrition & the molecular response to exercise: #Endurance http://t.co/wEycijnRfG #Resistance http://t.co/XCR4dbEC4D @MuscleScience #GSSIXP
Nutrition & the molecular response to exercise: #Endurance http://t.co/wEycijnRfG #Resistance http://t.co/XCR4dbEC4D @MuscleScience #GSSIXP
Nutrition & the molecular response to exercise: #Endurance http://t.co/wEycijnRfG #Resistance http://t.co/XCR4dbEC4D @MuscleScience #GSSIXP
Nutrition & the molecular response to exercise: #Endurance http://t.co/wEycijnRfG #Resistance http://t.co/XCR4dbEC4D @MuscleScience #GSSIXP
Nutrition & the molecular response to exercise: #Endurance http://t.co/wEycijnRfG #Resistance http://t.co/XCR4dbEC4D @MuscleScience #GSSIXP
Nutrition & the molecular response to exercise: #Endurance http://t.co/wEycijnRfG #Resistance http://t.co/XCR4dbEC4D @MuscleScience #GSSIXP
Nutrition & the molecular response to exercise: #Endurance http://t.co/wEycijnRfG #Resistance http://t.co/XCR4dbEC4D @MuscleScience #GSSIXP
Nutrition & the adaptation to training: http://t.co/tE2dWEpW56 http://t.co/TMdcPJ7a9b http://t.co/2rPIL3bYBf #BestOfTheBest
Nutrition & the adaptation to training: http://t.co/tE2dWEpW56 http://t.co/TMdcPJ7a9b http://t.co/2rPIL3bYBf #BestOfTheBest
Nutrition & the adaptation to training: http://t.co/tE2dWEpW56 http://t.co/TMdcPJ7a9b http://t.co/2rPIL3bYBf #BestOfTheBest
@HughesDC_MCMP: Nutrition & the adaptation to training: http://t.co/fiSMpUl4Fw http://t.co/eD8v6QMvLZ http://t.co/v4AKkoV1Y2 #BestOfTheBest
Nutrition & the adaptation to training: http://t.co/tE2dWEpW56 http://t.co/TMdcPJ7a9b http://t.co/2rPIL3bYBf #BestOfTheBest
Nutrition & the adaptation to training: http://t.co/tE2dWEpW56 http://t.co/TMdcPJ7a9b http://t.co/2rPIL3bYBf #BestOfTheBest
Nutrition & the adaptation to training: http://t.co/tE2dWEpW56 http://t.co/TMdcPJ7a9b http://t.co/2rPIL3bYBf #BestOfTheBest
Nutrition & the adaptation to training: http://t.co/tE2dWEpW56 http://t.co/TMdcPJ7a9b http://t.co/2rPIL3bYBf #BestOfTheBest
Nutrition & the adaptation to training: http://t.co/tE2dWEpW56 http://t.co/TMdcPJ7a9b http://t.co/2rPIL3bYBf #BestOfTheBest
Research connects fasting and glycogen depletion with an increase in the main adaptive response to endurance training http://t.co/JkVCSGpouR
Nutrition and the Adaptation to Endurance Training by @MuscleScience http://t.co/NXwmc15PAK
[Study] Fasted training to improve adaptive response to endurance training http://t.co/3JVciFNviK - interesting read
Nutrition and adaptations to endurance training by my mate @MuscleScience http://t.co/v1UzX4Yqq2
Nutrition and adaptations to endurance training by my mate @MuscleScience http://t.co/v1UzX4Yqq2
Nutrition and the Adaptation to Endurance Training http://t.co/JjPznLpUVJ #sportnutrition #endurancetraining #adaptations
Imprescindible lectura: Nutrición y adaptaciones al deporte de resistencia. http://t.co/OOE2RoL3BG vía @DrJoseAntonio y @ESGfitness
Nutrition and the Adaptation to Endurance Training http://t.co/vDm0IBPK2S
review of nutrition and adaptations to endurance training. great info @MuscleScience http://t.co/Zozm7XSrjk
2) previo a entrenamiento en ayunas ingerir dosis de cafeína sin CH => conseguimos adaptaciones a nivel mitocondrial http://t.co/aiK5BgkzK4
Nutrition and adaptations to endurance training by my mate @MuscleScience http://t.co/v1UzX4Yqq2
Nutrition and adaptations to endurance training by my mate @MuscleScience http://t.co/v1UzX4Yqq2
2) previo a entrenamiento en ayunas ingerir dosis de cafeína sin CH => conseguimos adaptaciones a nivel mitocondrial http://t.co/aiK5BgkzK4
2) previo a entrenamiento en ayunas ingerir dosis de cafeína sin CH => conseguimos adaptaciones a nivel mitocondrial http://t.co/aiK5BgkzK4
2) previo a entrenamiento en ayunas ingerir dosis de cafeína sin CH => conseguimos adaptaciones a nivel mitocondrial http://t.co/aiK5BgkzK4
Nutrition and the Adaptation to Endurance Training - http://t.co/YSbUMCrZQF
Nutrition and adaptations to endurance training by my mate @MuscleScience http://t.co/v1UzX4Yqq2
2) previo a entrenamiento en ayunas ingerir dosis de cafeína sin CH => conseguimos adaptaciones a nivel mitocondrial http://t.co/aiK5BgkzK4
Imprescindible lectura: Nutrición y adaptaciones al deporte de resistencia. http://t.co/OOE2RoL3BG vía @DrJoseAntonio y @ESGfitness
Imprescindible lectura: Nutrición y adaptaciones al deporte de resistencia. http://t.co/OOE2RoL3BG vía @DrJoseAntonio y @ESGfitness
Imprescindible lectura: Nutrición y adaptaciones al deporte de resistencia. http://t.co/OOE2RoL3BG vía @DrJoseAntonio y @ESGfitness
Imprescindible lectura: Nutrición y adaptaciones al deporte de resistencia. http://t.co/OOE2RoL3BG vía @DrJoseAntonio y @ESGfitness
review of nutrition and adaptations to endurance training. great info @MuscleScience http://t.co/Zozm7XSrjk
Looking forward to a coffee and a read of this http://t.co/p1yT4dr04w
Looking forward to a coffee and a read of this http://t.co/p1yT4dr04w
Nutrition and adaptations to endurance training by my mate @MuscleScience http://t.co/v1UzX4Yqq2
Nutrition and adaptations to endurance training by my mate @MuscleScience http://t.co/v1UzX4Yqq2
Nutrition and adaptations to endurance training by my mate @MuscleScience http://t.co/v1UzX4Yqq2
Nutrition and adaptations to endurance training by my mate @MuscleScience http://t.co/v1UzX4Yqq2
Nutrition and adaptations to endurance training by my mate @MuscleScience http://t.co/v1UzX4Yqq2
review of nutrition and adaptations to endurance training. great info @MuscleScience http://t.co/Zozm7XSrjk
review of nutrition and adaptations to endurance training. great info @MuscleScience http://t.co/Zozm7XSrjk
Nutrition and adaptations to endurance training by my mate @MuscleScience http://t.co/v1UzX4Yqq2
Nutrition and adaptations to endurance training by my mate @MuscleScience http://t.co/v1UzX4Yqq2
Nutrition and adaptations to endurance training by my mate @MuscleScience http://t.co/v1UzX4Yqq2
Nutrition and adaptations to endurance training by my mate @MuscleScience http://t.co/v1UzX4Yqq2
Nutrition and adaptations to endurance training by my mate @MuscleScience http://t.co/v1UzX4Yqq2
Latest paper on how to maximize endurance adaptations. Good way to review what @TStellingwerff talked about yesterday http://t.co/fPfwXQM2F2
Latest paper on how to maximize endurance adaptations. Good way to review what @TStellingwerff talked about yesterday http://t.co/fPfwXQM2F2
"Nutrition and the Adaptation to Endurance Training" [free full text] by @MuscleScience http://t.co/meC4no8bhM
Open Access review: Nutrition & adaptation to endurance exercise: http://t.co/UuKaVYB1PD
Latest paper on how to maximize endurance adaptations. Good way to review what @TStellingwerff talked about yesterday http://t.co/fPfwXQM2F2
Latest paper on how to maximize endurance adaptations. Good way to review what @TStellingwerff talked about yesterday http://t.co/fPfwXQM2F2
Latest paper on how to maximize endurance adaptations. Good way to review what @TStellingwerff talked about yesterday http://t.co/fPfwXQM2F2
“@MuscleScience: Latest paper on how to maximize endurance http://t.co/xWphFoZCmC” add to the reading list @ConorTay