The hierarchical processing of visual inputs allows to obtain progressively specialized neurons encoding latent spatiotemporal dynamics of the input, consistent with neurophysiological evidence for increasingly large temporal receptive windows in the human cortex.
While the dorsal stream performs sequence processing (i.e., noncommutative combinatorics) in temporal receptive windows of increasing size, the ventral stream performs dependency formation (commutative combinatorics) comprising the recognition of increasingly complex (i.e., feature-rich) auditory objects and their combinations.
Additional analyses have shown HECA-452 up-regulation, when the endometrium becomes receptive during the window of implantation (Genbacev et al., 2003).
Because you don't know where the relevant features will appear, you have to scan the entire visual field, either sequentially, sliding your small receptive field as a window over it (top to bottom and left to right) or have multiple smaller receptive fields (clusters of neurons) that each focus on (overlapping) small parts of the input.
If cell division occurs too slowly, then the embryo is lost because the window for receptive implantation is over.
Thus from 2003 to 2005 in particular, a receptive sociopolitical environment and a window of political opportunity opened up for the CCAAC, an inclusive orientation which Giugni and Passy describe as a critical condition for cooperation.
Therefore, they are likely to be receptive to the notion of window of opportunity studies, even if they involve randomisation to a placebo arm, since they will perceive this as starting some form of therapy.
A politically favorable environment open to change and the availability of a political window will make policymakers more receptive for evidence that has the above features.
The body is particularly receptive to nutrients in the 30-minute window immediately after exercise, as the enzymes and transporters in our muscles responsible for glycogen and protein synthesis are highly active at this point.
Moreover, since near objects in natural scenes often covered only parts of the receptive field, the average nearness within our analysis window is usually smaller than the nearness of the closest object.
