Web1 dec. 2013 · The purpose of this study is to examine the characteristics of gait patterns in human preferred sideways locomotion at increasing speeds. Fifteen healthy young males were asked to step sideways on a treadmill at various speeds of 1.3–6.1 km/h. The times of foot contact and take-off were analyzed. Three gait patterns were observed.
Walk-, run- and gallop-like gait patterns in human …
Web1 aug. 2003 · A novel apparatus, composed of a controllable treadmill, a computer, and an ultrasonic range finder, is proposed to help investigation of many aspects of spontaneous locomotion and seems to be approximately 30% higher than the speed that minimizes the metabolic energy cost of walking, obtained from the literature, at all the investigated … Web1 apr. 2013 · SUMMARYUnilateral skipping or bipedal galloping is one of the gait types that humans are able to perform. In contrast to many animals, where gallop is the preferred gait at higher speeds, human bipedal gallop only occurs spontaneously in very specific conditions (e.g. fast downhill locomotion). This study examines the lower limb mechanics … オリコ 家賃 引き落とし 問い合わせ
Gait Transitions in Human Infants: Coping with Extremes of Treadmill …
Web18 jan. 2013 · A separate experiment tested how much energy each gait required through 4-minute intervals on a treadmill. In an upcoming issue of The Journal of Experimental … Web1 dec. 1992 · Human galloping is a notable exception. In contrast to extensive information on galloping in animals, little is known about this gait in humans. Therefore, kinematic and topographical analyses of running and galloping were undertaken to investigate the manner in which the lower limbs are uncoupled to produce this asymmetrical gait. Web1 feb. 2016 · We monitored twenty-eight infants (7-12 months) stepping on a treadmill at speeds ranging between 0.06-2.36 m/s, and seventeen adults (22-47 years) walking or running at speeds spanning the walk ... partner credit union auto loan