unraveling the biomechanics of hemiparetic gait through mechanical and neuromechanical simulations
Published 11 years ago • 1.2K plays • Length 47:02Download video MP4
Download video MP3
Similar videos
-
8:04
biomechanics of movement | lecture 10.7: opensim: a powerful tool for muscle-driven simulation
-
11:51
biomechanics of movement | lecture 10.1: muscle-driven simulations: what are they & how to use them
-
14:06
biomechanics of movement | lecture 10.4: understanding and evaluating your methods
-
4:03
biomechanics of movement | lecture 12.1: why create muscle-driven simulations of running?
-
11:40
born to run 2 | the biomechanics of human locomotion
-
47:47
biomechanic 1, lecture 8 (gait analysis)
-
6:55
how sprinters use biomechanics to push the limits of the human body
-
10:41
muscle activity during the gait cycle
-
14:40
biomechanics of movement | lecture 3.2: solutions and insights from a tuned track
-
9:14
biomechanics of movement | lecture 3.3: springy innovations to improve human running
-
4:48
biomechanics of movement | lecture 6.5: understanding muscle strength
-
0:34
muscle contributions to support and propulsion during running
-
3:14
biomechanics
-
43:24
takeru honda: cerebellar learning fulfills precise motor control
-
1:05:49
james carollo, phd, pe "a systematic approach to clinical gait analysis..."
-
10:47
a sutureless patch platform for modulation of biomechanics in the acutely infarcted heart
-
0:16
biomechanics: the machine inside
-
1:41
biomechanics: the machine inside
-
4:10
forces in the mitotic spindle - richard mcintosh (cu boulder)
-
3:25
when biomechanics collides with medicine
-
1:29
motor studies