https://t.co/YXkAJHHg6X c-miRNAs in endurance/strength athletes v untrained control. miR-222 abundant in endurance, lacking in strength. Can circulating miRNAs determine exercise modality? miRNAs unrelated to muscle/fat reserves #R7GSP #endurance #strengt
https://t.co/BFas0rlY72 analysed 14 circulating microRNAs in 30 participants, found to have potential as useful biomarkers of exercise training/play a role in specific training adaptations. @DrMoran #R7GSP #miRNA #Genetics #EnduranceTraining #ResistanceTra
https://t.co/gRfpYI1jRl promising evidence of MicroRNA acting as a biomarker for exercise training from examining elite athletes from endurance and strength sports(n=20). Previous results in this area have been inconsistent so further research is needed @
https://t.co/ZHZfGsahsb Examined whether differences in c-miRNA levels are characteristic of training modality. found that specific c-miRNAs has potential to be used as #biomarkers of #exerise due to differences between specific trained-athletes. #R7GSP @D
Wardle et al 2015 looked whether different levels of circulating-miRNA are a way to distinguish training results. Certain c-miRNAs differ between the groups studied, showing potential adaptations to training, fat and lean mass are not effected. https://t.c
RT @HESRGUnStirling: Sophie Wardle & @DrMoran try to determine chicken or egg. do miRNA make the athlete or does training change miRNA? htβ¦
RT @HESRGUnStirling: Sophie Wardle & @DrMoran try to determine chicken or egg. do miRNA make the athlete or does training change miRNA? htβ¦
RT @HESRGUnStirling: Sophie Wardle & @DrMoran try to determine chicken or egg. do miRNA make the athlete or does training change miRNA? htβ¦
RT @HESRGUnStirling: Sophie Wardle & @DrMoran try to determine chicken or egg. do miRNA make the athlete or does training change miRNA? htβ¦
Sophie Wardle & @DrMoran try to determine chicken or egg. do miRNA make the athlete or does training change miRNA? https://t.co/0E0584DF5z
.@DrMoran's most recent publication can be found here: http://t.co/khGuxXPa0k Links to his other work can be found: http://t.co/88c8zoU8Kt
.@DrMoran's most recent publication can be found here: http://t.co/khGuxXPa0k Links to his other work can be found: http://t.co/88c8zoU8Kt
.@DrMoran's most recent publication can be found here: http://t.co/khGuxXPa0k Links to his other work can be found: http://t.co/88c8zoU8Kt
Plasma micro RNA's differ in #endurance vs. #strength #athletes. Next let's find out what they do! http://t.co/jat085JlBU
Our new work just out: Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/M35cdxbq2T @HESRGUnStirling
Our new work just out: Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/M35cdxbq2T @HESRGUnStirling
microRNA differ between strength endurance athletes. great work by @HESRGUnStirling Sophie Wardle & @DrMoran http://t.co/AIfjIE0UVi
Our new work just out: Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/M35cdxbq2T @HESRGUnStirling
Our new work just out: Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/M35cdxbq2T @HESRGUnStirling
Our new work just out: Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/M35cdxbq2T @HESRGUnStirling
Our new work just out: Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/M35cdxbq2T @HESRGUnStirling
Our new work just out: Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/M35cdxbq2T @HESRGUnStirling
microRNA differ between strength endurance athletes. great work by @HESRGUnStirling Sophie Wardle & @DrMoran http://t.co/AIfjIE0UVi
microRNA differ between strength endurance athletes. great work by @HESRGUnStirling Sophie Wardle & @DrMoran http://t.co/AIfjIE0UVi
microRNA differ between strength endurance athletes. great work by @HESRGUnStirling Sophie Wardle & @DrMoran http://t.co/AIfjIE0UVi
microRNA differ between strength endurance athletes. great work by @HESRGUnStirling Sophie Wardle & @DrMoran http://t.co/AIfjIE0UVi
microRNA differ between strength endurance athletes. great work by @HESRGUnStirling Sophie Wardle & @DrMoran http://t.co/AIfjIE0UVi
microRNA differ between strength endurance athletes. great work by @HESRGUnStirling Sophie Wardle & @DrMoran http://t.co/AIfjIE0UVi
microRNA differ between strength endurance athletes. great work by @HESRGUnStirling Sophie Wardle & @DrMoran http://t.co/AIfjIE0UVi
Our new work just out: Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/M35cdxbq2T @HESRGUnStirling
microRNA differ between strength endurance athletes. great work by @HESRGUnStirling Sophie Wardle & @DrMoran http://t.co/AIfjIE0UVi
proud of @HESRGUnStirling PhD student Sophie Wardle and @DrMoran for her recently published study on epigenetics. http://t.co/AIfjIE0UVi
Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/M2IAW6TTXP (@DrMoran group)
proud of @HESRGUnStirling PhD student Sophie Wardle and @DrMoran for her recently published study on epigenetics. http://t.co/AIfjIE0UVi
Our new work just out: Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/M35cdxbq2T @HESRGUnStirling
proud of @HESRGUnStirling PhD student Sophie Wardle and @DrMoran for her recently published study on epigenetics. http://t.co/AIfjIE0UVi
Our new work just out: Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/M35cdxbq2T @HESRGUnStirling
Our new work just out: Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/M35cdxbq2T @HESRGUnStirling
Our new work just out: Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/M35cdxbq2T @HESRGUnStirling
Our new work just out: Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/M35cdxbq2T @HESRGUnStirling
Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/M2IAW6TTXP (@DrMoran group)
Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/M2IAW6TTXP (@DrMoran group)
Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/M2IAW6TTXP (@DrMoran group)
Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/M2IAW6TTXP (@DrMoran group)
Plasma MicroRNA Levels Differ between Endurance and Strength Athletes. http://t.co/iFgonDzZt3