Exact(1)
The authors present a systematic electrophysiological analysis of the sensory transformation in the OSN (antennae) and PN (olfactory lobe) layers of the adult Drosophila olfactory system.
Similar(59)
Sensory transformations and the use of multiple reference frames for reach planning.
In sum, the early olfactory system implements a coordinated set of early sensory transformations directly analogous to those in other sensory systems, but accomplishes these with unique circuit architectures adapted to the properties of the olfactory modality.
On the contrary, it consists of a complex weft of areas differentiated in terms of location and functions, and able to provide a decisive contribution to achieving those motor-sensory transformations on which the individuation/location of objects and activation of movements depend that are required by most of the acts and behaviour comprising our daily experience.
At the top of this range, larger deflections neither increase the number of responsive cells nor enhance spike output, indicating a ceiling effect on the sensory response transformation in layer 2/3.
These studies provide complementary lines of evidence supporting the hypothesis that the adaptation of reactive saccades involves late stages (motor) of sensory-motor transformation whereas the adaptation of voluntary saccades also involves early stages (sensory).
This topic is controversial and became the matter of different theories of imitation that pose either high-level (Goal-Directed Imitation theory, GOADI [4]) or lower-level order mechanisms (Direct Matching Hypothesis [5] and Ideomotor Framework of Imitation [6]) at the base of the sensory-motor transformation.
We propose this movement regularity as a sensory-motor transformation invariant of intentional acts.
The results revealed a widespread activation of areas rendering the sensory-motor transformation [ 26].
The inevitable arm state seemed to have over ruled the intended sensory-motor transformation strategy.
The real system however, eventually recovered the symmetries and their similarity thus suggesting a default preference for a sensory-motor transformation strategy.
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