Sentence examples for responsive to motion from inspiring English sources

If neurons responsive to motion of that "leading eye" stimulus selectively inhibit neurons registering the opposite direction of motion along the projected path of the stimulus, the neurons responsive to the stimulus in the second eye will be 'primed' to respond to the direction of motion already present in the other eye.

These results are consistent with a model in which a direction-sensitive cell responsive to motion in the anterior direction is flanked anteriorly by retinorecipient cells that inhibit its activity.

Frogs are very responsive to motion and nocturnally active frogs may process relatively low-resolution images,, so the moving latex vocal sac may be sufficient for the female under certain testing conditions.

On the other hand, it may be instructive that recruitment of FT, the muscle with the most varied pattern during control RLMs, was also the only muscle responsive to motion-related changes.

Intuitively, the ESTMD model is responsive to the motion of the contrast boundaries across the detector inputs.

Key among these are the extrastriate body area (EBA), a ventral visual region selective for human bodies [10], and posterior superior temporal sulcus (pSTS), an area selectively responsive to biological motion in humans [11], [12], as well as the various visuo-motor regions involved in action recognition [13].

Importantly however, this activation was observed during perception of both forward and backward writing trajectories, suggesting that it is responsive to sequential motion but not linguistic structure.

Using brain imaging, we demonstrated that V1 neurons retinotopically responsive to the apparent motion trace are activated during apparent motion as if real motion was present, despite the absence of actual feed-forward stimulation (Muckli et al. 2005).

The heteronuclear NOE reveals fast time scale motions (a lower ratio indicates greater motion), and the T1/ T2 ratio is responsive to both fast motions (indicated by a small ratio) and slow time scale motions.

Visual neurons, which are responsive to the weak visual motion-direction signals, may thus increase their responses to this visual stimulus via the learning signal and in doing so improve sensitivity to that motion-direction.

Since a demonstration by a model is mainly a spatiotemporal time-varying event, one can thus predict that imitation might be responsive to the kinematics characterizing the observed motion.