Answer to: Identify the type of movement: Motion that pulls a structure away from the midline of the body. By signing up, you'll get thousands of...
Starting at the left and the right hip, two tactile motion stimuli run towards each other. On the body midline an ambiguous event was perceived: either the transition of both stimuli with continuing motion trajectories or a bounce event followed by the reversal of the movement direction. ...
The free microtubule would perform a right-handed helical motion towards the plus-end of the fixed microtubule, simultaneously rotating around its own axis. (ii) Both microtubules are free (Fig. 6e). In such a situation, both microtubules would perform right-handed rotations around their own ...
movement of the forearm that turns the palm upward or forward pronation transverse plane movement of the forearm that turns the palm downward or posteriorly internal (medial) rotation rotational movement towards the midline external (lateral) rotation ...
In the lower limb (right image) hip and shoulder abduction on both limbs are positive because movement away from the body’s midline (dashed line) are now set as positive and motion towards as negative. With the left foot abducted under hip external hip rotation in the transverse plane, ...
These elements constrained the hips and pelvis from lateral excursions from the midline of the body [156]. For the upper extremities, the reduction of impact forces during forward falls onto outstretched hands was analyzed using linear models with surface stiffness modification. It was found that ...
One explanation for this could be that reacting instantly to visual information that signifies how the environment changes relative to us (e.g. something moving towards us, someone reacting to us, how the structures around us are arranged and rearranged) is critical. While the idea of a visual...
Interestingly, while preferential looking towards biological motion continues into later infancy and toddlerhood28,29, 2-month-old infants reportedlyfailto display such a preference11. Although this lack of preference is based on a single study and may initially seem surprising—given the adaptive valu...
of the stepping member22shown in FIG. 3A that is positioned further towards the midline of the vehicle10when in the retracted position. In some embodiments, the lateral displacement (dlateral) is about 6.4 cm (2.5 inches). In another embodiment, the lateral displacement (dlateral) is in the...
3A that is positioned further towards the midline of the vehicle 10 when in the retracted position. In some embodiments, the lateral displacement (dlateral) is about 6.4 cm (2.5 inches). In another embodiment, the lateral displacement (dlateral) is in the range from about 5.1 cm (2 inches...