RT @AlliGokeler: @tomnoon89 @kcrehabexpert @acsm @PTiSJournal Yep totally agree. See our previous 📝 https://t.co/HNE7CK47CR there’s more t…
@tomnoon89 @kcrehabexpert @acsm @PTiSJournal Yep totally agree. See our previous 📝 https://t.co/HNE7CK47CR there’s more to it than peak torque 📝 https://t.co/g355tpMgjT @FDellaVilla @IsokineticMed work in progress 👍
RT @CoachMePlus: Angle-specific analysis of isokinetic quadriceps and hamstring torques and ratios in patients after ACL-reconstruction 🏋#P…
RT @CoachMePlus: Angle-specific analysis of isokinetic quadriceps and hamstring torques and ratios in patients after ACL-reconstruction 🏋#P…
Angle-specific analysis of isokinetic quadriceps and hamstring torques and ratios in patients after ACL-reconstruction 🏋#PreparetoWin @wouter_welling @MW_Hoppe @AlliGokeler https://t.co/Kxm043m74B
RT @AlliGokeler: Our latest study applying SPM approach #isokinetic tests #ACLR reveals deficits not captured with conventional analysis…
Why do we investigate discrete isokinetic parameters regardless of the angle (e.g. HQ ratios) in ACL reconstructed athletes for RTS decisions, when it is possible to examine the entire signal (e.g. by SMP approaches)? See last paper: https://t.co/Po5Q84BB0
RT @AlliGokeler: Our latest study applying SPM approach #isokinetic tests #ACLR reveals deficits not captured with conventional analysis…
RT @AlliGokeler: Our latest study applying SPM approach #isokinetic tests #ACLR reveals deficits not captured with conventional analysis…
RT @gregmyer11: Nice work Alli! https://t.co/eHQVSUH20m
RT @gregmyer11: Nice work Alli! https://t.co/eHQVSUH20m
RT @AlliGokeler: Our latest study applying SPM approach #isokinetic tests #ACLR reveals deficits not captured with conventional analysis…
RT @AlliGokeler: Our latest study applying SPM approach #isokinetic tests #ACLR reveals deficits not captured with conventional analysis…
RT @AlliGokeler: Our latest study applying SPM approach #isokinetic tests #ACLR reveals deficits not captured with conventional analysis…
Nice work Alli!
RT @AlliGokeler: Our latest study applying SPM approach #isokinetic tests #ACLR reveals deficits not captured with conventional analysis…
RT @AlliGokeler: Our latest study applying SPM approach #isokinetic tests #ACLR reveals deficits not captured with conventional analysis…
RT @AlliGokeler: Our latest study applying SPM approach #isokinetic tests #ACLR reveals deficits not captured with conventional analysis…
RT @AlliGokeler: Our latest study applying SPM approach #isokinetic tests #ACLR reveals deficits not captured with conventional analysis…
RT @AlliGokeler: Our latest study applying SPM approach #isokinetic tests #ACLR reveals deficits not captured with conventional analysis…
RT @AlliGokeler: Our latest study applying SPM approach #isokinetic tests #ACLR reveals deficits not captured with conventional analysis…
RT @AlliGokeler: Our latest study applying SPM approach #isokinetic tests #ACLR reveals deficits not captured with conventional analysis…
RT @AlliGokeler: Our latest study applying SPM approach #isokinetic tests #ACLR reveals deficits not captured with conventional analysis…
RT @AlliGokeler: Our latest study applying SPM approach #isokinetic tests #ACLR reveals deficits not captured with conventional analysis…
Our latest study applying SPM approach #isokinetic tests #ACLR reveals deficits not captured with conventional analysis collaboration @BW_Groningen #UniWuppertal #LIROMS https://t.co/0PGlJBS6rc https://t.co/9DeXd0yYdv
Angle-specific analysis of isokinetic quadriceps and hamstring torques and ratios in patients after ACL-reconstruction https://t.co/kAubcEXi3N https://t.co/SXyHLs2sNn