Sagittal joint angles during stance phase at take-off to a jump.

<p>Joint angles of trailing forelimb shoulder, elbow, and carpus and trailing hindlimb hip, stifle, and tarsus are presented. Mean curves ± standard error of mean from all trials at three bar heights are shown: 80% (blue), 100% (orange), and 120% (green) of wither height. Figures for leading f...

Full description

Saved in:

Bibliographic Details
Main Author:	Leena Inkilä (20614460) (author)
Other Authors:	Anna Boström (5754761) (author), Pedro Valadão (19925518) (author), Janne Avela (284762) (author), Simon Walker (341179) (author), Johanna Mäkitaipale (20614463) (author), Anna Bergh (18984213) (author), Heli K. Hyytiäinen (20614466) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Medicine Cell Biology Physiology Evolutionary Biology Ecology Developmental Biology Science Policy Biological Sciences not elsewhere classified xlink "> sport linear mixed model 17 border collies leading limbs increased increased peak flexion increasing bar height higher bar height lower bar heights higher bar heights bar heights differing greater peak flexion bar height increased angle became steeper bar jump height forelimb decelerative impulse trunk horizontal velocity craniocaudal distance decreased 01 ), except three bar heights leading forelimb shoulder greater vertical impulses measured limb joints bar height bar jump increased vertical trunk decreased horizontal velocity decelerative impulses wither height increased odds limb coordination 001 ), temporal synchronicity tarsal joints study evaluated statistical analysis sagittal range related injuries increase odds hindlimb pairs force plates could explain around one agility dogs 01 ). 001 ).
Tags:	Add Tag No Tags, Be the first to tag this record!

Sagittal joint angles during stance phase at take-off to a jump.

Similar Items