Gianni Parise (@macgparise) 's Twitter Profile
Gianni Parise

@macgparise

Exercise scientist with an interest in muscle adaptation and remodelling #satellitecells @McMasterU @MacKinesiology

ID: 874389648

calendar_today11-10-2012 21:58:57

27 Tweet

275 Followers

176 Following

Gianni Parise (@macgparise) 's Twitter Profile Photo

Recruiting MSc/PhD students for September 2022! If you have an interest in muscle adaptation and remodelling, consider applying (RTs are appreciated!) Application link: forms.gle/X7cscuiuJoc2Mh…

Advanced Exercise & Health Science (@advexhlthsci) 's Twitter Profile Photo

New Journal Alert! We are proud to welcome you to the first issue of Advanced Exercise and Health Science (AEHS) (ISSN 2950-273X). Read our inaugural message here: doi.org/10.1016/j.aehs…

Advanced Exercise & Health Science (@advexhlthsci) 's Twitter Profile Photo

New #ArticlesInPress: Pericytes express markers of cellular proliferation without expansion of the pool in response to exercise-induced skeletal muscle damage Nederveen et al. 🔗 bit.ly/48WpwwN #AEHS Gianni Parise Donald Xhuti

Creatine For Health (@creatine4health) 's Twitter Profile Photo

#Creatine Since the late 1990s, there has been substantial research investigating the beneficial effects of creatine supplementation on measures of muscle accretion and performance, bone structure, and brain function across a variety of populations. 📚doi.org/10.1016/j.aehs…

#Creatine
Since the late 1990s, there has been substantial research investigating the beneficial effects of creatine supplementation on measures of muscle accretion and performance, bone structure, and brain function across a variety of populations.

📚doi.org/10.1016/j.aehs…
Advanced Exercise & Health Science (@advexhlthsci) 's Twitter Profile Photo

New #ArticlesInPress: Breaking Boundaries: A Chronology with Future Directions of Women in Exercise Physiology Research, Centred on Pregnancy Corson et al. 🔗 bit.ly/4aQcemj #AEHS

Advanced Exercise & Health Science (@advexhlthsci) 's Twitter Profile Photo

Coming up this week! We’re thrilled to announce that our journal is making its debut at the IBEC Conference in Limerick, Ireland! 📚🔬 Join us at #IBEC2024 as we dive into innovative studies that are set to shape the future of our field. 🌟✨

Coming up this week! 

We’re thrilled to announce that our journal is making its debut at the IBEC Conference in Limerick, Ireland! 📚🔬 

Join us at #IBEC2024 as we dive into innovative studies that are set to shape the future of our field. 🌟✨
Advanced Exercise & Health Science (@advexhlthsci) 's Twitter Profile Photo

New #ArticlesInPress: The Effect of Different Breathing Conditions on Cerebral Blood Flow in Young Males During Maximal Aerobic Exercise: A Pilot Study Moris et al. 🔗bit.ly/4daGp9Q #AEHS

New #ArticlesInPress: The Effect of Different Breathing Conditions on Cerebral Blood Flow in Young Males During Maximal Aerobic Exercise: A Pilot Study

Moris et al.

🔗bit.ly/4daGp9Q

#AEHS
Advanced Exercise & Health Science (@advexhlthsci) 's Twitter Profile Photo

New #ArticlesInPress: The influence of exercise training on prostate cancer: Current evidence and potential molecular mechanisms Webber et al. 🔗bit.ly/4e4Ykzh #AEHS

New #ArticlesInPress: The influence of exercise training on prostate cancer: Current evidence and potential molecular mechanisms

Webber et al.

🔗bit.ly/4e4Ykzh

#AEHS
Stuart Phillips (he/him) (@mackinprof) 's Twitter Profile Photo

Repeat after me: when hypertrophy is equivalent (high(er) load versus low(er) loads) the difference in 'strength' gain is a function of practice! In unpracticed tasks, or when people in low(er) load can practice heavy then strength gains are the same!

Stuart Phillips (he/him) (@mackinprof) 's Twitter Profile Photo

If you want to be strong(er) then by all means lift heavy stuff. If it's not your goal then lift whatever you want with reasonably high degree of effort. It doesn't always have to be heavy and perhaps, training goal dependent, it doesn't need to ever be heavy!

Advanced Exercise & Health Science (@advexhlthsci) 's Twitter Profile Photo

🚨 New meta-analysis! Can L-carnitine help reduce post-workout muscle damage?🏋️‍♂️ 📚14 RCTs. Here's what they found: ↓ Myoglobin, soreness ⟷LDH/Lactate 🧠Bottom line: L-carnitine may support recovery, but more research is needed on performance effects. 🔗bit.ly/4jdiI2P

🚨 New meta-analysis! Can L-carnitine help reduce post-workout muscle damage?🏋️‍♂️
📚14 RCTs. Here's what they found:
↓ Myoglobin, soreness ⟷LDH/Lactate
🧠Bottom line: L-carnitine may support recovery, but more research is needed on performance effects.
🔗bit.ly/4jdiI2P