What a great start to the year!
My first SR has just been published @IJSPT. Thanks to my friend @RamponiCarlo for the help and to my mentor @KThorborg for the support without which this would not have been possible. An amazing collaboration 🚀
https://t.co/md3uBN7eTY
Physical activity should be the primary intervention for individuals living with chronic pain: @EFIC_org "On the Move" Task Force position paper
This work led by @HBVaegter was just published #openaccess: https://t.co/KduyLlFlvB
It has a lot a great "how to" practical ressources for each recommendation regarding physical activity 👇
This systematic review and meta-analysis suggests that higher-intensity aerobic exercise is likely to be superior to traditional low-intensity to moderate intensity aerobic exercise for improving V̇O2 peak, mobility and resting systolic blood pressure after stroke.
Brilliant thought proving stuff from orthopedics at our department not afraid to test surgery bias.
“Acromioclavicular joint dislocation Rockwood type III and V show no difference in functional outcome and 91% recovered well without the need for surgery” https://t.co/ToOGGnP2up
Hey @carlespedret what are your thoughts about the "Electrolisis Percutánea"? It is the new thing here in Switzerland for muscle and tendon problems but I have serious doubts about its effectiveness and would like to have your opinion as an expert in the field. Thanks in advance!
@carlespedret Thanks a lot for the quick answer! i totally agree with you and this is what we have been doing in our teams for years and with good results (good rtp times and re-injuries below 5%). However, athletes always looks for the new shortcut...
This is why studies should include a "no treatment" control group. Almost 50% of the improvement in symptoms in ppl with persistent LBP attributable to natural history.
https://t.co/dwINZFJPUr
Review: The minimal dose of exercise to preserve endurance🫀/strength💪🏻:
For endurance 🚴🏼♀️🫀:
-2 sessions/week (13-26min/session) high intensity🥵
For strength💪🏻
-1 session/week (2 for🦖), 1 set (2 for🦖)/muscle group, high intensity (>80%1RM)
https://t.co/2BULweHg6x
@stephen_patt@centner_c That's pretty interesting. I can understand the rational behind muscular adaptations with BFRT but cannot get how tendon stiffness can increase with low load. Do you have any ideas on this?